mhurhangee/patent-ind-claim-en huggingface dataset:
A method of recovering uranium using a process for treating a washing wastewater released during a washing process of a uranium hexafluoride cylinder, the method comprising: adding sodium hydroxide to the washing wastewater to precipitate an uranium complex, contained in the washing wastewater, in a sodium diuranate form; separating a sodium diuranate precipitate formed during the step and the washing wastewater using filtration; evaporating a part of the washing wastewater filtered during the step ; filtering the wastewater remaining after the step ; evaporating the washing wastewater filtered during the step ; cooling a vapor generated during the step to recover a condensate and then checking remaining amounts of uranium and fluorine; and cooling a vapor generated during the step to recover a condensate and then checking remaining amounts of uranium and fluorine. adding sodium hydroxide to the washing wastewater to precipitate an uranium complex, contained in the washing wastewater, in a sodium diuranate form; separating a sodium diuranate precipitate formed during the step and the washing wastewater using filtration; evaporating a part of the washing wastewater filtered during the step ; filtering the wastewater remaining after the step ; evaporating the washing wastewater filtered during the step ; cooling a vapor generated during the step to recover a condensate and then checking remaining amounts of uranium and fluorine; and cooling a vapor generated during the step to recover a condensate and then checking remaining amounts of uranium and fluorine.
A connector system comprising: a pin component defining a hollow interior region with a substantially constant first inner diameter (ID) between a proximal end of the pin component and a seal portion adjacent a distal end of the pin component, and having a tapered exterior surface with a plurality of teeth , the seal portion having a second ID that is larger than the first ID of the pin component; a box component having a tapered interior surface with a plurality of teeth configured to engage the teeth of the pin component, and having an exterior surface that has a first portion having a substantially constant first outer diameter (OD) extending along a majority of the length of the box component, and a second contoured portion having a variable OD that varies between the first portion and a distal end of the box component; further comprising: a seal ring ; where the seal ring includes an inner surface with a first width, an outer surface with a second width that is smaller than the inner surface, and two angled lateral surfaces extending between the inner surface and outer surface, characterized in that the seal ring is having an OD and configured to be disposed in the ID seal portion of the pin component such that an OD of the seal ring abuts the second ID of the pin component. a pin component defining a hollow interior region with a substantially constant first inner diameter (ID) between a proximal end of the pin component and a seal portion adjacent a distal end of the pin component, and having a tapered exterior surface with a plurality of teeth , the seal portion having a second ID that is larger than the first ID of the pin component; a box component having a tapered interior surface with a plurality of teeth configured to engage the teeth of the pin component, and having an exterior surface that has a first portion having a substantially constant first outer diameter (OD) extending along a majority of the length of the box component, and a second contoured portion having a variable OD that varies between the first portion and a distal end of the box component; further comprising: a seal ring ; where the seal ring includes an inner surface with a first width, an outer surface with a second width that is smaller than the inner surface, and two angled lateral surfaces extending between the inner surface and outer surface, a seal ring ; where the seal ring includes an inner surface with a first width, an outer surface with a second width that is smaller than the inner surface, and two angled lateral surfaces extending between the inner surface and outer surface, characterized in that the seal ring is having an OD and configured to be disposed in the ID seal portion of the pin component such that an OD of the seal ring abuts the second ID of the pin component.
A platform system comprising: an elevated platform having an exciter associated therewith; and at least one restraining system onboard the platform , each said restraining system comprising: first and second interlockable parts that, when interlocked, restrain the system; an RFID tag attached to the first part ; and an RFID reader coupled to the second part for near field detection of the tag within a prescribed range of the second part ; wherein the exciter is configured to wirelessly broadcast a unique exciter identifier to at least one RFID reader onboard the platform , and wherein the RFID reader of each restraining system on the platform is configured to read the broadcasted unique exciter identifier and broadcast a status signal indicating a reader identifier, the unique exciter identifier and an interlock status indicating whether the reader detects the tag . first and second interlockable parts that, when interlocked, restrain the system; an RFID tag attached to the first part ; and an RFID reader coupled to the second part for near field detection of the tag within a prescribed range of the second part ;
Method for localizing an abnormality in a travel path (x, y) of an optical component in or for a lithography apparatus comprising the following steps: a) moving the optical component in at least one first degree of freedom (F x , F y ), b) detecting a movement (R z ) of the optical component and/or a force (M z ) acting on the optical component in at least one second degree of freedom (F Rz ), and c) localizing the abnormality as a function of the movement (R z ) detected in step b) and/or the force (M z ) detected in step b). a) moving the optical component in at least one first degree of freedom (F x , F y ), b) detecting a movement (R z ) of the optical component and/or a force (M z ) acting on the optical component in at least one second degree of freedom (F Rz ), and c) localizing the abnormality as a function of the movement (R z ) detected in step b) and/or the force (M z ) detected in step b).
Device comprising a layer that in turn comprises an organic semiconducting material and a polymer in form of particles, wherein said particles have a diameter of at most 2 μm, wherein the device is an organic photovoltaic device or an organic photodetector device and characterized in that the polymer is polystyrene.
A fall detection apparatus, the fall detection apparatus comprising one or more processing units configured to: obtain a first input indicating which one or ones of a plurality of fall detection algorithms have detected a potential fall by the subject, wherein each fall detection algorithm of the plurality of fall detection algorithms is associated with a respective type of fall and detects a potential fall of the associated type by analysing a set of movement measurements for the subject, wherein each respective type of fall has an associated initial standing, seated or lying posture of the subject; obtain a second input indicating the status of the subject prior to the potential fall, wherein the status of the subject is determined by analysing a set of measurements from one or more sensors in the environment of the subject; compare the determined status of the subject prior to the potential fall to the initial standing, seated or lying posture for each type of fall associated with any potential fall indicated in the first input; and output an indication that the subject has fallen if the determined status of the subject matches the initial standing, seated or lying posture of any of the respective types of fall associated with any potential fall indicated in the first input. obtain a first input indicating which one or ones of a plurality of fall detection algorithms have detected a potential fall by the subject, wherein each fall detection algorithm of the plurality of fall detection algorithms is associated with a respective type of fall and detects a potential fall of the associated type by analysing a set of movement measurements for the subject, wherein each respective type of fall has an associated initial standing, seated or lying posture of the subject; obtain a second input indicating the status of the subject prior to the potential fall, wherein the status of the subject is determined by analysing a set of measurements from one or more sensors in the environment of the subject; compare the determined status of the subject prior to the potential fall to the initial standing, seated or lying posture for each type of fall associated with any potential fall indicated in the first input; and output an indication that the subject has fallen if the determined status of the subject matches the initial standing, seated or lying posture of any of the respective types of fall associated with any potential fall indicated in the first input.
A prosthetic valve introducer system, the valve introducer comprising: a handle comprising: a deployment element housing , a deployment element , wherein the deployment element comprises a shaft with a proximal end, wherein the shaft is slidably engaged with an interior surface of the deployment element housing, and at least one finger gripping element connected to the deployment element housing and comprising an interior gripping surface and an exterior gripping surface, the interior gripping surface configured to allow insertion of a finger, the gripping surfaces being curved to provide comfort and tactile feel; and a delivery shaft comprising a tubular member, a prosthetic valve , a housing capsule for the prosthetic valve , and an atraumatic distal tip , biased to a tapered configuration, the distal tip being flexible to prevent damage to the interior of a body lumen, and expandable, from the tapered configuration, to allow for pushing the prosthetic valve out of the delivery shaft during deployment; and wherein the deployment element has a portion that extends through the interior of the delivery shaft that is capable of pushing the prosthetic valve out of capsule and through the distal tip in order to deploy the prosthetic valve from the delivery shaft , wherein the delivery shaft is configured such that the delivery shaft can be advanced until distal tip reaches the desired deployment location, and the system is configured such that the prosthetic valve is deployed by pushing the deployment element in a distal direction, thereby pushing the prosthetic valve out of the distal tip of the delivery shaft. a deployment element housing , a deployment element , wherein the deployment element comprises a shaft with a proximal end, wherein the shaft is slidably engaged with an interior surface of the deployment element housing, and at least one finger gripping element connected to the deployment element housing and comprising an interior gripping surface and an exterior gripping surface, the interior gripping surface configured to allow insertion of a finger, the gripping surfaces being curved to provide comfort and tactile feel; and a delivery shaft comprising a tubular member, a prosthetic valve , a housing capsule for the prosthetic valve , and an atraumatic distal tip , biased to a tapered configuration, the distal tip being flexible to prevent damage to the interior of a body lumen, and expandable, from the tapered configuration, to allow for pushing the prosthetic valve out of the delivery shaft during deployment; and wherein the deployment element has a portion that extends through the interior of the delivery shaft that is capable of pushing the prosthetic valve out of capsule and through the distal tip in order to deploy the prosthetic valve from the delivery shaft , wherein the delivery shaft is configured such that the delivery shaft can be advanced until distal tip reaches the desired deployment location, and the system is configured such that the prosthetic valve is deployed by pushing the deployment element in a distal direction, thereby pushing the prosthetic valve out of the distal tip of the delivery shaft.
A receptacle for use with an apparatus for generating an inhalable medium, the receptacle comprising: a chamber for containing a flavour material , whereby, in use, at least one of a vapour and an aerosol generated by the apparatus can flow through the flavour material to entrain one or more constituents from the flavour material to produce the inhalable medium; wherein the receptacle is configured to maintain an air gap separation between an outlet end of the chamber and flavour material when it is received in the chamber , the outlet end being configured to enable the inhalable medium to flow out of the chamber ; and characterised in that the receptacle is a mouthpiece or part of a mouthpiece for the apparatus for generating an inhalable medium. a chamber for containing a flavour material , whereby, in use, at least one of a vapour and an aerosol generated by the apparatus can flow through the flavour material to entrain one or more constituents from the flavour material to produce the inhalable medium; wherein the receptacle is configured to maintain an air gap separation between an outlet end of the chamber and flavour material when it is received in the chamber , the outlet end being configured to enable the inhalable medium to flow out of the chamber ; and characterised in that the receptacle is a mouthpiece or part of a mouthpiece for the apparatus for generating an inhalable medium.
A piezoelectric thin film element comprising a pair of electrode layers and a piezoelectric thin film sandwiched between the pair of electrode layers, wherein the piezoelectric thin film is a potassium-sodium niobate based film, the pair of electrode layers are composed of platinum (Pt), and oxide particles are contained in at least one of the electrode layers, characterised in that the oxide particles are one of NaNbO 3 , KNbO 3 , Nb 2 O 5 and PtO 2 .
A driver circuit for lighting means, in particular for one or more LEDs, having: - a circuit which can be supplied with voltage (V dc ) and is clocked by means of at least two switches (LS, HS), - a resonant circuit supplied starting from the clocked circuit having a transformer for transferring a voltage from a primary winding (L1) of the transformer to a secondary winding (L2) of the transformer , wherein connections (A) for the supply of the lighting means are supplied starting from the secondary winding (L2), - wherein on the transformer a detection circuit is provided with a detection winding (LE), which is preferably magnetically coupled with the primary winding (L1), wherein the detection circuit has a damping element (DG), which is configured, to damp the resonant circuit indirectly, characterized in that the driver circuit has a control unit , which is configured, to detect a measuring voltage (V filI ) at a midpoint of a voltage divider (R ST 1, R ST 2) of the detection circuit , wherein the control unit detects a further measuring voltage (V Sense ) and discriminates with respect to at least one stored threshold value (SW1) and activates or deactivates the damping element (DG) depending on the discrimination, wherein the control unit detects a midpoint voltage (V mp ) on the clocked circuit and activates the damping element (DG), if the further detected measuring voltage (V Sense ) falls below the at least one stored threshold value (SW1), and the midpoint voltage (V mp ) corresponds to a high level, in particular, to the voltage (V dc ), by means of which it is detected, whether one of the at least two switches (LS, HS) is closed. - a circuit which can be supplied with voltage (V dc ) and is clocked by means of at least two switches (LS, HS), - a resonant circuit supplied starting from the clocked circuit having a transformer for transferring a voltage from a primary winding (L1) of the transformer to a secondary winding (L2) of the transformer , - wherein on the transformer a detection circuit is provided with a detection winding (LE), which is preferably magnetically coupled with the primary winding (L1), wherein
Automatic cutter, comprising: one or more feed devices to feed at least one printed support (F) to be cut according to at least one cutting line (X1), said printed support (F) being provided with at least one demarcation line positioned in proximity to said cutting line (XI); at least one horizontal cutting unit , able to cut the printed support (F) in at least a first horizontal direction (X); and one or more vertical cutting devices , able to cut said printed support (F) in at least a second vertical direction (Y); and a plurality of sensors able to detect, by means of said demarcation line , whether the cutting line (X1) of the printed support (F) is aligned with said horizontal direction (X), wherein said horizontal cutting unit is stationary and comprises at least a corresponding crosspiece stably attached on lateral edges of the automatic cutter, said automatic cutter being characterised in that at least said feed devices of the printed support (F) are positioned on a framework hinged to one lateral edge so as to define an axis of oscillation (V) of said framework and connected, on the other lateral edge , to an oscillation device configured to rotate said framework and therefore at least said feed devices of the printed support (F) around said axis (V) with respect to the stationary horizontal cutting unit , thus obtaining the alignment of the cutting line (X1) of the printed support (F) in the horizontal direction (X). one or more feed devices to feed at least one printed support (F) to be cut according to at least one cutting line (X1), said printed support (F) being provided with at least one demarcation line positioned in proximity to said cutting line (XI); at least one horizontal cutting unit , able to cut the printed support (F) in at least a first horizontal direction (X); and one or more vertical cutting devices , able to cut said printed support (F) in at least a second vertical direction (Y); and a plurality of sensors able to detect, by means of said demarcation line , whether the cutting line (X1) of the printed support (F) is aligned with said horizontal direction (X),
A pneumatic tire, comprising a tread at least partially comprising a tread rubber composition, the tread rubber composition comprising a styrene-butadiene rubber, a resin having a softening point of 80°C or higher, a polybutadiene rubber and an isoprene-based rubber and having a tan δ peak temperature determined according to paragraph of the description of -10°C or higher and a brittleness temperature determined according to paragraph of the description of -40°C or lower, wherein - the amount of the resin having a softening point of 80°C or higher, per 100 parts by mass of the rubber component, is 7 parts by mass or higher and 50 parts by mass or lower; and - the combined amount of polybutadiene rubber and isoprene-based rubber, based on 100% by mass of the rubber component, is 40% by mass or more and 60% by mass or less. - the amount of the resin having a softening point of 80°C or higher, per 100 parts by mass of the rubber component, is 7 parts by mass or higher and 50 parts by mass or lower; and - the combined amount of polybutadiene rubber and isoprene-based rubber, based on 100% by mass of the rubber component, is 40% by mass or more and 60% by mass or less.
A method for updating an OCV-SOC, i.e. open circuit voltage - state of charge, curve of a battery pack, comprising: obtaining information that represents an aging state of the battery pack, further comprising obtaining a preset correspondence between an SOHC, i.e. a ratio of the current capacity of the battery pack to a nominal capacity of the battery pack, and an aging characteristic parameter of the battery pack as the information that represents the aging state of the battery pack; obtaining a current aging characteristic parameter of the battery pack based on a current OCV-SOC curve of the battery pack and the information; updating the OCV-SOC curve of the battery pack based on the current aging characteristic parameter and the current OCV-SOC curve of the battery pack; determining whether the updated OCV-SOC curve of the battery pack satisfies a preset condition, wherein the preset condition is a difference between the updated OCV-SOC curve of the battery pack and the non-updated OCV-SOC curve of the battery pack being less than a preset threshold; and returning to the step of obtaining the current aging characteristic parameter of the battery pack based on the current OCV-SOC curve of the battery pack and characterization information on condition that the updated OCV-SOC curve of the battery pack does not satisfy the preset condition. obtaining information that represents an aging state of the battery pack, further comprising obtaining a preset correspondence between an SOHC, i.e. a ratio of the current capacity of the battery pack to a nominal capacity of the battery pack, and an aging characteristic parameter of the battery pack as the information that represents the aging state of the battery pack; obtaining a current aging characteristic parameter of the battery pack based on a current OCV-SOC curve of the battery pack and the information; updating the OCV-SOC curve of the battery pack based on the current aging characteristic parameter and the current OCV-SOC curve of the battery pack; determining whether the updated OCV-SOC curve of the battery pack satisfies a preset condition, wherein the preset condition is a difference between the updated OCV-SOC curve of the battery pack and the non-updated OCV-SOC curve of the battery pack being less than a preset threshold; and returning to the step of obtaining the current aging characteristic parameter of the battery pack based on the current OCV-SOC curve of the battery pack and characterization information on condition that the updated OCV-SOC curve of the battery pack does not satisfy the preset condition.
A height-adjustable table, comprising a table plate , with a table leg being fixedly connected to a side surface of the table plate , wherein two brackets are arranged oppositely on the side surface of the table plate , and a retaining plate is fixedly connected at two ends to opposite inner sides of the two brackets , respectively; characterized in that , a control box arranged horizontally is clamped in the space proximate the retaining plate and the table plate , a retaining clip is fixedly connected to a side of the control box facing the side surface, and the retaining clip is detachably connected to the retaining plate ; a limiting plate is fixedly connected to a lower surface of the control box , and a sidewall of the limiting plate is attached to an edge of the retaining plate ; a reinforcing block is fixedly connected to the control box , and a sidewall of the reinforcing block is fixedly connected to a sidewall of the limiting plate away from the retaining plate ; and a rectangular frame is formed inside the retaining plate ; there are at least two retaining clip ; and the retaining clip are snap connected with the retaining plate at an inner edge and an outer edge thereof, respectively.
Composition, comprising - at least one insecticide which has a vapour pressure of at least 0.001 mPa at 20°C, - at least one cyclodextrin, - at least one polymer dispersion and - water, wherein the ratio of the proportions by weight of the at least one polymer dispersion to the at least one cyclodextrin is between 2:1 and 10:1, based on the solids content and, wherein the at least one polymer dispersion is obtainable by polymerization in water of a monomer mixture comprising one or more compounds selected from styrene, substituted styrene, acrylonitrile, methacrylonitrile, acrylic esters and (meth)acrylamides in the presence of a hydrocolloid as grafting base. - at least one insecticide which has a vapour pressure of at least 0.001 mPa at 20°C, - at least one cyclodextrin, - at least one polymer dispersion and - water,