mhurhangee/patent-ind-claim-en huggingface dataset:
A self-supporting nacelle structure for wind turbines designed to house a transmission assembly ( D ) therein, which transmission assembly ( D ) comprises a first shaft ( S 1 ) connected to a wind turbine rotor hub and to a gearbox ( M ), and a second shaft ( S 2 ) connected to the gearbox ( M ) and to a generator ( G ), which structure comprises: - a substantially tubular outer metal shell defining a longitudinal axis ( L ) and delimiting a space for housing the transmission assembly ( D ); - a substantially vertical tubular extension ( E ) with an upper end edge ( B ) connected to said outer metal shell and a lower end edge ( B' ) secured to a tower ( T ); - an inner metal frame anchored to said outer metal shell and having a plurality of transverse ribs and a plurality of longitudinal ribs adapted to join said transverse ribs together; wherein each of said transverse ribs extends in a closed path, completely enclosing the transmission assembly ( D ), wherein said shell has at least one portion with a closed cross section with at least one transverse rib anchored thereto to generally and locally impart high torsional and flexural stiffness to said structure ; and wherein said inner frame has a support structure for supporting the gearbox ( M ), said support structure being designed to be structurally seamless with said transverse and longitudinal ribs and the shell . - a substantially tubular outer metal shell defining a longitudinal axis ( L ) and delimiting a space for housing the transmission assembly ( D ); - a substantially vertical tubular extension ( E ) with an upper end edge ( B ) connected to said outer metal shell and a lower end edge ( B' ) secured to a tower ( T ); - an inner metal frame anchored to said outer metal shell and having a plurality of transverse ribs and a plurality of longitudinal ribs adapted to join said transverse ribs together; wherein each of said transverse ribs extends in a closed path, completely enclosing the transmission assembly ( D ), wherein said shell has at least one portion with a closed cross section with at least one transverse rib anchored thereto to generally and locally impart high torsional and flexural stiffness to said structure ; and wherein said inner frame has a support structure for supporting the gearbox ( M ), said support structure being designed to be structurally seamless with said transverse and longitudinal ribs and the shell . wherein each of said transverse ribs extends in a closed path, completely enclosing the transmission assembly ( D ), wherein said shell has at least one portion with a closed cross section with at least one transverse rib anchored thereto to generally and locally impart high torsional and flexural stiffness to said structure ; and wherein said inner frame has a support structure for supporting the gearbox ( M ), said support structure being designed to be structurally seamless with said transverse and longitudinal ribs and the shell .
A display method of displaying, on a display device, video of video data where luminance of video is defined by a first EOTF (Electro-Optical Transfer Function) indicating a correlation of HDR (High Dynamic Range) luminance and code values, the method comprising: acquiring the video data; performing, regarding each of a plurality of pixels making up the video included in the acquired video data, a first determining of determining whether or not luminance of that pixel exceeds a first predetermined luminance; performing, regarding each of the plurality of pixels, dual tone mapping where luminance of that pixel is reduced by a different format in a case of the luminance of the pixel being found to exceed the first predetermined luminance as a result of the first determining, and a case of the luminance of the pixel being found to be equal to or lower than the first predetermined luminance; displaying the video on the display device using the results of the dual tone mapping; characterized in that in the dual tone mapping, each of the plurality of pixels is subjected to YUV space tone mapping where luminance of that pixel defined by YUV space is reduced, in a case where the luminance of that pixel exceeds the first predetermined luminance, and RGB space tone mapping where the value of each RGB color of that pixel defined by RGB space is reduced, in a case where the luminance of that pixel is equal to or lower than the first predetermined luminance. acquiring the video data; performing, regarding each of a plurality of pixels making up the video included in the acquired video data, a first determining of determining whether or not luminance of that pixel exceeds a first predetermined luminance; performing, regarding each of the plurality of pixels, dual tone mapping where luminance of that pixel is reduced by a different format in a case of the luminance of the pixel being found to exceed the first predetermined luminance as a result of the first determining, and a case of the luminance of the pixel being found to be equal to or lower than the first predetermined luminance; displaying the video on the display device using the results of the dual tone mapping; characterized in that in the dual tone mapping, each of the plurality of pixels is subjected to YUV space tone mapping where luminance of that pixel defined by YUV space is reduced, in a case where the luminance of that pixel exceeds the first predetermined luminance, and RGB space tone mapping where the value of each RGB color of that pixel defined by RGB space is reduced, in a case where the luminance of that pixel is equal to or lower than the first predetermined luminance.
A computer-implemented method for providing a first networking node in a first network access to a second network by a mobile communication device , by a first gateway , and by a second gateway ; wherein the mobile communication device is connected as a wireless client to both the first and second network ; and wherein the method comprises the following steps: - by the first gateway in the first network , extracting payload data and header information from a first data packet originating from the first networking node and addressed to a second networking node in the second network , and sending the extracted payload and header information as payload of a second data packet to the mobile communication device ; and - by the mobile communication device , receiving the second data packet , retrieving therefrom the extracted payload and header information, and sending the extracted payload and header information as payload of a third data packet to the second gateway ; - by the second gateway , receiving the third data packet , retrieving therefrom the first data packet and forwarding the first data packet further to the second networking node - by the first gateway, converting the first data packet to a first Multipath TCP packet; and wherein the first data packet uses a connection-oriented transport protocol such as TCP; - by the second gateway, converting the first Multipath TCP, MPTCP, packet back to the first data packet ; - thereby establishing an intermediate MPTCP subflow between the first and second gateway serving as transparent proxy servers for the first and second networking nodes ; and - establishing a second intermediate MPTCP subflow between the first and second gateway over a separate access network . - by the first gateway in the first network , extracting payload data and header information from a first data packet originating from the first networking node and addressed to a second networking node in the second network , and sending the extracted payload and header information as payload of a second data packet to the mobile communication device ; and - by the mobile communication device , receiving the second data packet , retrieving therefrom the extracted payload and header information, and sending the extracted payload and header information as payload of a third data packet to the second gateway ; - by the second gateway , receiving the third data packet , retrieving therefrom the first data packet and forwarding the first data packet further to the second networking node - by the first gateway, converting the first data packet to a first Multipath TCP packet; and wherein the first data packet uses a connection-oriented transport protocol such as TCP; - by the second gateway, converting the first Multipath TCP, MPTCP, packet back to the first data packet ; - thereby establishing an intermediate MPTCP subflow between the first and second gateway serving as transparent proxy servers for the first and second networking nodes ; and - establishing a second intermediate MPTCP subflow between the first and second gateway over a separate access network .
Method for producing shaped bodies having a radiation-cured coating, comprising the steps: - preparation of a coated film, wherein the film comprises a radiation-curable coating, wherein the coating comprises a polyurethane polymer, which has (meth)acrylate groups and which is obtainable from the reaction of a reaction mixture comprising: (a) polyisocyanates and (b1) compounds which are reactive to isocyanates and which comprise (meth)acrylate groups (b2) at least one photoinitiator and wherein the coating furthermore comprises inorganic nanoparticles with a mean particle size of ≥ 1 nm to ≤ 200 nm, - shaping of the shaped body - curing the radiation-curable coating by LED UV radiation. - optionally after the curing with LED UV radiation, curing with UVC radiation. - preparation of a coated film, wherein the film comprises a radiation-curable coating, wherein the coating comprises a polyurethane polymer, which has (meth)acrylate groups and which is obtainable from the reaction of a reaction mixture comprising: (a) polyisocyanates and (b1) compounds which are reactive to isocyanates and which comprise (meth)acrylate groups (b2) at least one photoinitiator and wherein the coating furthermore comprises inorganic nanoparticles with a mean particle size of ≥ 1 nm to ≤ 200 nm, (a) polyisocyanates and (b1) compounds which are reactive to isocyanates and which comprise (meth)acrylate groups (b2) at least one photoinitiator - shaping of the shaped body - curing the radiation-curable coating by LED UV radiation. - optionally after the curing with LED UV radiation, curing with UVC radiation.
Heating apparatus (100; 400) comprising: a light emitting diode (LED) array comprising at least one LED to heat a target object ; a heatsink thermally coupled to the LED array, to dissipate heat from the LED array, the heatsink comprising a plurality of refrigerant paths , each refrigerant path including an input (112; 212) to and an output (114; 214) from the refrigerant path to pass cooled refrigerant therethrough; and a conduit to receive the cooled refrigerant; wherein: at least one refrigerant path of the plurality of refrigerant paths comprises a through hole formed in the heatsink; and at least one refrigerant path of the plurality of refrigerant paths comprises a channel formed in a surface of the heatsink and the conduit is received within the channel. a light emitting diode (LED) array comprising at least one LED to heat a target object ; a heatsink thermally coupled to the LED array, to dissipate heat from the LED array, the heatsink comprising a plurality of refrigerant paths , each refrigerant path including an input (112; 212) to and an output (114; 214) from the refrigerant path to pass cooled refrigerant therethrough; and a conduit to receive the cooled refrigerant; wherein: at least one refrigerant path of the plurality of refrigerant paths comprises a through hole formed in the heatsink; and at least one refrigerant path of the plurality of refrigerant paths comprises a channel formed in a surface of the heatsink and the conduit is received within the channel. at least one refrigerant path of the plurality of refrigerant paths comprises a through hole formed in the heatsink; and at least one refrigerant path of the plurality of refrigerant paths comprises a channel formed in a surface of the heatsink and the conduit is received within the channel.
A vehicle for loading objects, comprising: - at least one sensing device mounted on the vehicle and being configured to capture measurement data to monitor the entire area, or a part of the area surrounding the vehicle, the at least one sensing device is configured to generate at least one measurement data signal including said captured measurement data, - a processing unit configured to receive said measurement data signal and to determine a real time overview image , i.e. an image from above, of the area surrounding the vehicle based upon said measurement data, and further to generate a real time image signal to be applied to a display unit configured to show said real time overview image , characterized in that the processor unit is further configured to generate a target image , comprising a target marker , to be shown on said display unit superimposed on a shown real time overview image of the area surrounding the vehicle to guide the operator to an optimal position for the vehicle in relation to an object, wherein said target image is superimposed such that the vehicle is in an optimal position for loading objects in relation to a predetermined object when the target marker overlays a real time image of the predetermined object . - at least one sensing device mounted on the vehicle and being configured to capture measurement data to monitor the entire area, or a part of the area surrounding the vehicle, the at least one sensing device is configured to generate at least one measurement data signal including said captured measurement data, - a processing unit configured to receive said measurement data signal and to determine a real time overview image , i.e. an image from above, of the area surrounding the vehicle based upon said measurement data, and further to generate a real time image signal to be applied to a display unit configured to show said real time overview image ,
A two-piece wearable article comprising a disposable absorbent insert and an outer cover adapted to be worn about a wearer's lower torso, the insert having a longitudinal length an insert forward region, an insert rearward region having a lateral width, and an insert lateral axis between the forward and rearward regions and equally dividing the longitudinal length, comprising an insert indicium disposed thereon; wherein the outer cover is a reusable outer cover; wherein the insert is asymmetric across the insert lateral axis, and is adapted to function on and/or fit the wearer optimally with the insert forward region disposed proximate to a torso front region of the wearer's lower torso and the insert rearward region disposed proximate to a torso rear region of the wearer's lower torso; and wherein the insert indicium provides information to a user concerning correct front-rear orientation of the insert with respect to the outer cover or the wearer; further comprising a fastener component disposed on and laterally centered in the insert rearward region, the fastener component being adapted so as to force-couple not more than about 50% of the lateral width to the outer cover when the insert is completely installed within the outer cover; and wherein the fastener component serves as the insert indicium by being cooperative with a cooperating component of the outer cover to effect fastening with correct front-rear orientation of the insert with respect to the outer cover, and by not being cooperative with a component of the outer cover to effect fastening with incorrect front-rear orientation of the insert with respect to the outer cover.
Process for the recovery of Co from Li-ion batteries also containing Al and C, comprising the steps of: - providing a bath furnace equipped with means for O 2 injection; - providing a metallurgical charge comprising Li-ion batteries, and at least 15% by weight of slag formers, said slag formers comprising CaO; - feeding said metallurgical charge to the furnace while injecting O 2 , whereby at least part of the Co is reduced and collected in a metallic phase; - separating the slag from the metallic phase by tapping; characterized in that the process is operated in autogeneous conditions by providing a fraction of Li-ion batteries, expressed as weight % of the metallurgical charge, equal to or larger than 153% - 3.5 (Al% + 0.6 C%), Al% and C% being the weight % of Al and C in the batteries. - providing a bath furnace equipped with means for O 2 injection; - providing a metallurgical charge comprising Li-ion batteries, and at least 15% by weight of slag formers, said slag formers comprising CaO; - feeding said metallurgical charge to the furnace while injecting O 2 , whereby at least part of the Co is reduced and collected in a metallic phase; - separating the slag from the metallic phase by tapping; characterized in that the process is operated in autogeneous conditions by providing a fraction of Li-ion batteries, expressed as weight % of the metallurgical charge, equal to or larger than 153% - 3.5 (Al% + 0.6 C%), Al% and C% being the weight % of Al and C in the batteries.
Multi-layer film for stretch hood applications comprising at least three layers, with two outer layers and at least one core layer, wherein the core layer comprises between 25 wt. % and < 50 wt. % of a first ethylene copolymer having a density between 0.850 and < 0.910 g/cm 3 based on the total weight of the core layer, between 25 wt. % and <50 wt. % of a second ethylene copolymer having a density between > 0.910 g/cm 3 and 0.918 g/cm 3 based on the total weight of the core layer and between > 0 wt. % and 50 wt.% of polyethylene based on the total weight of the core layer, wherein the density is determined in accordance with ISO 1872-2.
A fuel cell separator obtained by molding a composition comprising a carbonaceous material and a resin binder, the fuel cell separator being characterized in that the resin binder comprises a thermoset resin, a thermoplastic elastomer and a compatibilizer which renders the thermoset resin and thermoplastic elastomer compatible during mixing and molding, wherein the thermoset resin includes at least one selected from the group consisting of phenolic resins, epoxy resins, furan resins, urea resins, melamine resins, polycarbodiimide resins, silicone resins and benzoxazine resins, wherein the binder contains thermoset resin in an amount from about 1 to about 100 parts by weight per 100 parts by weight of the combined amount of the thermoplastic elastomer and the compatibilizer, and the weight ratio of thermoplastic elastomer to compatibilizer is from 4:6 to 9:1.
A closure, comprising an opening and a lid designed to close the opening , a sealing device with sealing elements being situated between the opening and the lid , one sealing element being designed to interact in a piston-like manner with a wall of the closure device when in the closed position, to allow a relative movement between the opening and the lid when the lid is placed under pressure, characterised in that the sealing device comprises a first and a second part-body (104.1, 104.2) and that a sealing element is situated between the part-bodies (104.1, 104.2) of the sealing device , and one of the part-bodies (104.1, 104.2) forms the wall for the sealing element .
A combustor for a gas turbine engine , comprising: a combustor shell having a shell opening therethrough; a combustor panel having a stud attached thereto, the stud extending through the shell opening, the stud including a standoff to define an intermediate passage between the combustor shell and the combustor panel; a retainer attached to the stud; and a washer surrounding the stud and positioned between the retainer and the combustor shell, the washer at least partially defining a cooling flow passage configured to direct a cooling airflow through the shell opening to impinge the cooling flow on at least one of the stud or the standoff, wherein the cooling flow passage extends from a passage inlet located at an outer perimeter of the washer to a passage outlet located at an inner perimeter of the washer, and wherein the cooling flow passage tapers from the passage inlet to the passage outlet. a combustor shell having a shell opening therethrough; a combustor panel having a stud attached thereto, the stud extending through the shell opening, the stud including a standoff to define an intermediate passage between the combustor shell and the combustor panel; a retainer attached to the stud; and a washer surrounding the stud and positioned between the retainer and the combustor shell, the washer at least partially defining a cooling flow passage configured to direct a cooling airflow through the shell opening to impinge the cooling flow on at least one of the stud or the standoff, wherein the cooling flow passage extends from a passage inlet located at an outer perimeter of the washer to a passage outlet located at an inner perimeter of the washer, and wherein the cooling flow passage tapers from the passage inlet to the passage outlet.
An aqueous solution of pirfenidone for use in the treatment of interstitial lung disease in a subject, wherein the treatment comprises nebulized administration from a nebulizer by inhalation to the subject, the aqueous solution comprising: water; pirfenidone at a concentration from 4.0 mg/mL to 16.0 mg /mL; a citrate buffer formulated with sodium citrate; sodium chloride at a concentration between 100mM and 200 mM; and a taste masking agent that is sodium saccharin, present at a concentration between 0.1 mM and 0.9 mM; wherein the concentration of sodium saccharin is between 0.1 mM and 0.4 mM at pirfenidone concentrations of 4.0 mg/ml and wherein the concentration of sodium saccharin is between 0.5 mM and 0.9 mM at pirfenidone concentrations of 16.0 mg/ml; wherein the osmolality of the aqueous solution is from about 250 mOsmol/kg to about 500 mOsmol/kg, wherein the pH of the solution is about 4.0 to about 7.0. water; pirfenidone at a concentration from 4.0 mg/mL to 16.0 mg /mL; a citrate buffer formulated with sodium citrate; sodium chloride at a concentration between 100mM and 200 mM; and a taste masking agent that is sodium saccharin, present at a concentration between 0.1 mM and 0.9 mM; wherein the concentration of sodium saccharin is between 0.1 mM and 0.4 mM at pirfenidone concentrations of 4.0 mg/ml and wherein the concentration of sodium saccharin is between 0.5 mM and 0.9 mM at pirfenidone concentrations of 16.0 mg/ml; wherein the osmolality of the aqueous solution is from about 250 mOsmol/kg to about 500 mOsmol/kg, wherein the pH of the solution is about 4.0 to about 7.0.