mhurhangee/patent-ind-claim-en huggingface dataset:
Upstanding nanostructured LED comprising a substrate and a nanowire protruding from the Substrate and a bulb having a larger diameter than the nanowire , characterized in that the bulb is arranged without direct contact with the substrate at a top portion of the nanowire such that the bulb encloses the top portion of the nanowire , and in that a light producing active region is arranged within the bulb .
A method for in-substrate tinting of a spectacle lens substrate , the method comprising the following steps: - S1: providing a spectacle lens substrate comprising a polymeric lens material , - S2: providing a composition comprising a polymeric carrier material , - S3: applying a pattern of the composition on a surface of the spectacle lens substrate , and - S4: heating the spectacle lens substrate to allow for diffusion of a dye substance between the carrier material and the lens material , characterized in that a congealing point Tc(carrier) of the carrier material is above a glass transition temperature Tg(lens) of the lens material . - S1: providing a spectacle lens substrate comprising a polymeric lens material , - S2: providing a composition comprising a polymeric carrier material , - S3: applying a pattern of the composition on a surface of the spectacle lens substrate , and - S4: heating the spectacle lens substrate to allow for diffusion of a dye substance between the carrier material and the lens material ,
A mobile device having location services for determining a location of the mobile device, the mobile device comprising: a user interface ; a memory for storing two or more predetermined geo-fences each defining a different sized region about a home of a user of the mobile device ; a controller operatively coupled to the user interface and the memory , wherein the controller is configured to accept a selection of one of the two or more predetermined geo-fences via the user interface ; the controller is configured to report when the location of the mobile device crosses the selected one of the two or more predetermined geo-fences to a remote device ; the mobile device being characterized by the controller being configured to: automatically increase the size of the region of the selected geo-fence if the controller receives an indication from a user that the geo-fence is too sensitive; and automatically decrease the size of the region of the selected geo-fence if the controller receives an indication from a user that the geo-fence is not sensitive enough. a user interface ; a memory for storing two or more predetermined geo-fences each defining a different sized region about a home of a user of the mobile device ; a controller operatively coupled to the user interface and the memory , wherein the controller is configured to accept a selection of one of the two or more predetermined geo-fences via the user interface ; the controller is configured to report when the location of the mobile device crosses the selected one of the two or more predetermined geo-fences to a remote device ; the mobile device being characterized by the controller being configured to: automatically increase the size of the region of the selected geo-fence if the controller receives an indication from a user that the geo-fence is too sensitive; and automatically decrease the size of the region of the selected geo-fence if the controller receives an indication from a user that the geo-fence is not sensitive enough. automatically increase the size of the region of the selected geo-fence if the controller receives an indication from a user that the geo-fence is too sensitive; and automatically decrease the size of the region of the selected geo-fence if the controller receives an indication from a user that the geo-fence is not sensitive enough.
A method for stripping uranium(VI) and an actinide(IV) from an organic solution in which the uranium(VI) and the actinide(IV) are present as uranium(VI) nitrate and actinide(IV) nitrate at concentrations such that a uranium(VI) nitrate concentration is higher than an actinide(IV) nitrate concentration, and a sum of the uranium(VI) nitrate concentration and the actinide(IV) nitrate concentration is greater than or equal to 55 g/L, the organic solution comprising tri-n-butyl phosphate in an organic diluent, the method comprising: - at least one contact between the organic solution and an aqueous solution comprising from 2 mol/L to 6 mol/L of nitric acid, and oxalic acid at a concentration greater than or equal to 18 g/L, with an organic solution/aqueous solution volume ratio greater than or equal to 1, the oxalic acid concentration in the aqueous solution and the organic solution/aqueous solution volume ratio being selected so that the oxalic acid is deficient with respect to the stoichiometric conditions of a complete precipitation of uranium(VI) and actinide(IV), whereby a precipitate is obtained comprising the actinide(IV) in oxalate form and a fraction of the uranium(VI) in oxalate form with a U(VI)/actinide(IV) mass ratio of between 0.5 and 5; then a separation of the precipitate from the organic and aqueous solutions. - at least one contact between the organic solution and an aqueous solution comprising from 2 mol/L to 6 mol/L of nitric acid, and oxalic acid at a concentration greater than or equal to 18 g/L, with an organic solution/aqueous solution volume ratio greater than or equal to 1, the oxalic acid concentration in the aqueous solution and the organic solution/aqueous solution volume ratio being selected so that the oxalic acid is deficient with respect to the stoichiometric conditions of a complete precipitation of uranium(VI) and actinide(IV), whereby a precipitate is obtained comprising the actinide(IV) in oxalate form and a fraction of the uranium(VI) in oxalate form with a U(VI)/actinide(IV) mass ratio of between 0.5 and 5; then a separation of the precipitate from the organic and aqueous solutions.
A construction machine comprising: a vehicle body configured to operate; an obstacle detection device (5-8) that detects an obstacle present around the vehicle body ; an inclined angle detection device that detects an inclined angle of the vehicle body ; and a controller having an operation restriction function that performs a restriction control to restrict an operation of the vehicle body when the obstacle detection device (5-8) detects an obstacle, characterized in that when the inclined angle of the vehicle body exceeds a predetermined threshold while the restriction control is not performed with the operation restriction function, the controller disables the operation restriction function, and when the inclined angle of the vehicle body exceeds the predetermined threshold while the restriction control is performed with the operation restriction function, the controller does not disable the operation restriction function. a vehicle body configured to operate; an obstacle detection device (5-8) that detects an obstacle present around the vehicle body ; an inclined angle detection device that detects an inclined angle of the vehicle body ; and a controller having an operation restriction function that performs a restriction control to restrict an operation of the vehicle body when the obstacle detection device (5-8) detects an obstacle, characterized in that when the inclined angle of the vehicle body exceeds a predetermined threshold while the restriction control is not performed with the operation restriction function, the controller disables the operation restriction function, and when the inclined angle of the vehicle body exceeds the predetermined threshold while the restriction control is performed with the operation restriction function, the controller does not disable the operation restriction function.
A tray for holding paint having a bottom , wherein the bottom is provided with a paint holding layer formed of fibers, characterized in that the fibers extending from an upper layer of the support layer have a height of 3 to 15 mm, a density of the fibers extending from the support layer is 850 to 7300 fibers/cm 2 , and a thickness of the fibers is in the range of 20 to 80 μm.
A fill pack for cooling heat transfer fluid in a cooling tower, the fill pack comprising: a first fill sheet having a first top edge , a first bottom edge and a first heat transfer area between the first top edge and the first bottom edge , a first plurality of spacers extending generally perpendicularly relative to a first sheet plane from the first fill sheet , the first plurality of spacers including a first spacer having a first head end and a first tail end , the first head end positioned closer to the first top edge than the first tail end ; and a second fill sheet having a second top edge , a second bottom edge and a second heat transfer area between the second top edge and the second bottom edge , a second plurality of spacers extending generally perpendicularly relative to a second sheet plane from the second fill sheet , the second plurality of spacers including a second spacer having a second head end and a second tail end , the second head end positioned closer to the second top edge than the second tail end , the first head end positioned proximate the second head end in an installed configuration, a vertical axis defined generally perpendicularly relative to the first and second top edges and the first and second bottom edges , the first tail end extending toward an opposite side of the vertical axis relative to the second tail end resulting in a mis-alignment of the first tail end and the second tail end in the installed configuration. a first fill sheet having a first top edge , a first bottom edge and a first heat transfer area between the first top edge and the first bottom edge , a first plurality of spacers extending generally perpendicularly relative to a first sheet plane from the first fill sheet , the first plurality of spacers including a first spacer having a first head end and a first tail end , the first head end positioned closer to the first top edge than the first tail end ; and a second fill sheet having a second top edge , a second bottom edge and a second heat transfer area between the second top edge and the second bottom edge , a second plurality of spacers extending generally perpendicularly relative to a second sheet plane from the second fill sheet , the second plurality of spacers including a second spacer having a second head end and a second tail end , the second head end positioned closer to the second top edge than the second tail end , the first head end positioned proximate the second head end in an installed configuration, a vertical axis defined generally perpendicularly relative to the first and second top edges and the first and second bottom edges , the first tail end extending toward an opposite side of the vertical axis relative to the second tail end resulting in a mis-alignment of the first tail end and the second tail end in the installed configuration.
A rapid, sensitive method for the detection and quantification of non-naturally occurring drugs for forensic drug testing in a post-mortem human subject using oral fluid from the post-mortem subject, comprising: collecting a sample of oral fluid from a post-mortem human subject; analyzing the oral fluid sample qualitatively to detect the presence of one or more of the non-naturally occurring drugs; analyzing the oral fluid sample quantitatively using a Liquid Chromatography-Mass Spectrometry/Mass Spectrometry (LC-MS/MS) method to determine concentration of the one or more non-naturally occurring drugs in the post-mortem human subject; and identifying the one or more non-naturally occurring drugs in the post-mortem human subject, wherein detection and quantification in oral fluid is more sensitive and faster than detection and quantification of the non-naturally occurring drugs in blood, urine, bile, and liver tissue in the same post-mortem human subject using the same qualitative and quantitative methods, wherein qualitative and quantitative results are obtained in as little as three hours. collecting a sample of oral fluid from a post-mortem human subject; analyzing the oral fluid sample qualitatively to detect the presence of one or more of the non-naturally occurring drugs; analyzing the oral fluid sample quantitatively using a Liquid Chromatography-Mass Spectrometry/Mass Spectrometry (LC-MS/MS) method to determine concentration of the one or more non-naturally occurring drugs in the post-mortem human subject; and identifying the one or more non-naturally occurring drugs in the post-mortem human subject, wherein detection and quantification in oral fluid is more sensitive and faster than detection and quantification of the non-naturally occurring drugs in blood, urine, bile, and liver tissue in the same post-mortem human subject using the same qualitative and quantitative methods, wherein qualitative and quantitative results are obtained in as little as three hours.
A medical implant for fixation and integration with a hard tissue, the medical implant comprising: a first portion having a first inferior and a first superior surface; a second portion having a second inferior and a second superior surface; first and second pins for holding together the first portion and the second portion, the first pin comprising a first opening transverse to the axial direction of the first pin; and a wire and first and second rotational fixation mechanisms located between the first portion and the second portion , said first rotational fixation mechanism comprising a second opening through which the first pin traverses, said second rotational fixation mechanism comprising a first opening through which the second pin traverses and one or more second openings through which the wire is configured to traverse, wherein the first and second rotational fixation mechanisms each comprise at least one sharp protrusion , each sharp protrusion configured to penetrate and become lodged into the hard tissue, wherein one end of the wire is secured to the second rotational fixation mechanism and the other end of the wire is pulled through the one or more second openings in the second rotational fixation mechanisms and through the first opening of the first pin, wherein the wire comprises a directional barb used to prevent the rotational fixation mechanisms from reversing direction once the barb is pulled through the first opening in the first pin, and wherein the wire has a break point designed to separate at a predetermined wire tension, thus locking the sharp protrusions into position. a first portion having a first inferior and a first superior surface; a second portion having a second inferior and a second superior surface; first and second pins for holding together the first portion and the second portion, the first pin comprising a first opening transverse to the axial direction of the first pin; and a wire and first and second rotational fixation mechanisms located between the first portion and the second portion , said first rotational fixation mechanism comprising a second opening through which the first pin traverses, said second rotational fixation mechanism comprising a first opening through which the second pin traverses and one or more second openings through which the wire is configured to traverse, wherein the first and second rotational fixation mechanisms each comprise at least one sharp protrusion , each sharp protrusion configured to penetrate and become lodged into the hard tissue, wherein one end of the wire is secured to the second rotational fixation mechanism and the other end of the wire is pulled through the one or more second openings in the second rotational fixation mechanisms and through the first opening of the first pin, wherein the wire comprises a directional barb used to prevent the rotational fixation mechanisms from reversing direction once the barb is pulled through the first opening in the first pin, and wherein the wire has a break point designed to separate at a predetermined wire tension, thus locking the sharp protrusions into position.
A method by a remote terminal for supporting a service in a wireless communication system , the method comprising: transmitting , to a relay terminal , a temporary mobile group identity, TMGI, monitoring request message comprising a TMGI and proximity based service, ProSe, per-packet priority associated with the TMGI; receiving , from the relay terminal , a TMGI monitoring response message comprising a ProSe layer2 group identifier for identifying a group for receiving a multimedia broadcast multicast service, MBMS, traffic corresponding to the TMGI; and receiving , from the relay terminal , the MBMS traffic associated with the ProSe layer2 group identifier, wherein the MBMS traffic is transmitted by the relay terminal based on the ProSe per-packet priority wherein the TMGI monitoring request message further comprises MBMS service area identities, SAIs. transmitting , to a relay terminal , a temporary mobile group identity, TMGI, monitoring request message comprising a TMGI and proximity based service, ProSe, per-packet priority associated with the TMGI; receiving , from the relay terminal , a TMGI monitoring response message comprising a ProSe layer2 group identifier for identifying a group for receiving a multimedia broadcast multicast service, MBMS, traffic corresponding to the TMGI; and receiving , from the relay terminal , the MBMS traffic associated with the ProSe layer2 group identifier, wherein the MBMS traffic is transmitted by the relay terminal based on the ProSe per-packet priority wherein the TMGI monitoring request message further comprises MBMS service area identities, SAIs.
Inhaler , in particular electronic cigarette product, comprising at least one vaporizer device with at least one electric vaporizer for vaporizing liquid supplied to the vaporizer and an electronic control device for controlling and/or regulating the vaporizer , wherein a plurality of liquids are or can be assigned to the vaporizer device , in such a way that the composition and/or the vapour generation rate of the vapour/aerosol generated by the at least one vaporizer can be set and/or changed in a targeted manner, in that the control device is adapted to control individually the at least one or the individually respective vaporizer and/or to control vaporizers in groups, characterized in that - the vaporizer device comprises at least one carrier , wherein at least one vaporizer is arranged on each carrier , wherein - each carrier has a standardized interface for electrical contacting of the vaporizer or vaporizers , wherein - the vaporizer is formed by a block-shaped heating body made of an electrically conductive material, namely silicon, wherein the heating body is provided with a plurality of microchannels which connect an inlet side of the heating body to an outlet side in a liquid-conducting manner. - the vaporizer device comprises at least one carrier , wherein at least one vaporizer is arranged on each carrier , wherein - each carrier has a standardized interface for electrical contacting of the vaporizer or vaporizers , wherein - the vaporizer is formed by a block-shaped heating body made of an electrically conductive material, namely silicon, wherein the heating body is provided with a plurality of microchannels which connect an inlet side of the heating body to an outlet side in a liquid-conducting manner.
A cooking appliance , such as a braising pan or fryer, having at least one cooking wall having a drain hole , and a drainage device , wherein it comprises a collector having an inlet orifice and an outlet orifice that are connected together by a collection chamber , and wherein the device also comprises means for moving and guiding the collector, said means being designed to engage with said appliance in order to allow the collector to be moved, at least about an axis of movement (A) which is approximately parallel to the axis of said inlet orifice , between at least a first position in which its inlet orifice communicates with the drain hole and a second position in which these orifices do not communicate with one another.
Pivot arbor for a timepiece movement comprising at least one pivot made of a non-magnetic metal material , at at least one of the ends thereof, to limit the sensitivity thereof to magnetic fields, said non-magnetic metal material is a non-magnetic light metal or a non-magnetic alloy of said light metal, characterized in that at least the external surface of said pivot is coated with an anodic oxide layer of said material having a thickness comprised between 2 μm and 50 μm and a hardness greater than 300 HV.
Device for controlling an air treatment system in a vehicle, wherein the device is configured to control a valve apparatus for the repeated deactivation and re-activation of the ventilation process when successive, preferably decreasing, predetermined pressure values of the ventilation pressure are reached, and until a predetermined lower pressure limiting value is reached, wherein the device is configured in such a way that the reduction in pressure during the ventilation process takes place by means of at least two partial pressure ventilation processes without significant lengthening of the ventilation time.
A method for key generation in a universal mobile telecommunications system, UMTS,-long term evolution, LTE, resource convergence scenario wherein a radio network controller, RNC, of an access network node on the UMTS accesses a core network of the LTE system using an evolved NodeB, eNB, as an anchor point, comprising: deriving, by a core network node or an access node of the LTE system, after establishing a radio bearer between a user equipment, UE, and the RNC, according to a root key and a count value of the LTE system, or according to a random number and an LTE system root key, a UMTS integrity key and cipher key; wherein the UE uses the UMTS integrity key and cipher key to communicate securely through the UMTS, and sending, by the core network node or access node of the LTE, the UMTS integrity key and cipher key to the RNC, to enable the RNC to implement cipher and integrity protection by using the UMTS integrity key and cipher key. deriving, by a core network node or an access node of the LTE system, after establishing a radio bearer between a user equipment, UE, and the RNC, according to a root key and a count value of the LTE system, or according to a random number and an LTE system root key, a UMTS integrity key and cipher key; wherein the UE uses the UMTS integrity key and cipher key to communicate securely through the UMTS, and sending, by the core network node or access node of the LTE, the UMTS integrity key and cipher key to the RNC, to enable the RNC to implement cipher and integrity protection by using the UMTS integrity key and cipher key.
An apparatus, comprising a guidewire , the guidewire comprising: (a) a first helical wire coil ; and (b) a core wire having a first wire portion and a second wire portion , wherein the first wire portion of the core wire extends through the first helical wire coil, wherein the second wire portion of the core wire is intertwined with the first helical wire coil to fixedly secure the core wire relative to the first helical wire coil, wherein the core wire is formed from a first material that is non-extensible, characterized in that the core wire is fixedly secured relative to a distal portion of the first helical wire coil such that the core wire inhibits longitudinal elongation of the first helical wire coil along a longitudinal coil axis. (a) a first helical wire coil ; and (b) a core wire having a first wire portion and a second wire portion , wherein the first wire portion of the core wire extends through the first helical wire coil, wherein the second wire portion of the core wire is intertwined with the first helical wire coil to fixedly secure the core wire relative to the first helical wire coil, wherein the core wire is formed from a first material that is non-extensible, characterized in that the core wire is fixedly secured relative to a distal portion of the first helical wire coil such that the core wire inhibits longitudinal elongation of the first helical wire coil along a longitudinal coil axis.