mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a liquid crystal panel ; and a backlight unit , wherein the backlight unit comprises one or more color conversion films , the liquid crystal panel or backlight unit comprises a light absorption layer , and the color conversion film comprises, during light irradiation, a first light emission peak in which a light emission peak having the largest height within a wavelength range of 500 nm to 560 nm is present within 520 nm to 535 nm and a full width at half maximum of the light emission peak is 50 nm or less and a second light emission peak in which a light emission peak having the largest height within a wavelength range of 600 nm to 780 nm is present within 625 nm to 640 nm and a full width at half maximum of the light emission peak is 60 nm or less, wherein the display device has a BT2020 coverage of 87% or more when irradiated with light having a maximum light emission wavelength of 440 nm to 460 nm; the light absorption layer has a maximum absorption wavelength at 560 nm to 610 nm; wherein the color conversion film comprises red fluorescent substance represented by one of the following formulas a liquid crystal panel ; and a backlight unit , wherein the backlight unit comprises one or more color conversion films , the liquid crystal panel or backlight unit comprises a light absorption layer , and the color conversion film comprises, during light irradiation, a first light emission peak in which a light emission peak having the largest height within a wavelength range of 500 nm to 560 nm is present within 520 nm to 535 nm and a full width at half maximum of the light emission peak is 50 nm or less and a second light emission peak in which a light emission peak having the largest height within a wavelength range of 600 nm to 780 nm is present within 625 nm to 640 nm and a full width at half maximum of the light emission peak is 60 nm or less, wherein the display device has a BT2020 coverage of 87% or more when irradiated with light having a maximum light emission wavelength of 440 nm to 460 nm; the light absorption layer has a maximum absorption wavelength at 560 nm to 610 nm; wherein the color conversion film comprises red fluorescent substance represented by one of the following formulas
A composition comprising nanoparticles comprising paclitaxel and an albumin for use in a method of treating melanoma in a human individual, wherein the individual is selected for the treatment based on the individual having a melanoma comprising a mutation in BRAF.
A method for manufacturing a copper profile, in particular a copper wire , from a matrix element , wherein the matrix element comprises at least one filament, with the following step of - passing the matrix element through an opening of a copper crucible filled with liquid copper in such a manner that liquid copper is applied onto the matrix element and the applied copper is solidified on the matrix element, free from the liquid copper in the filled copper crucible, so that the copper profile is directly formed. - passing the matrix element through an opening of a copper crucible filled with liquid copper in such a manner that liquid copper is applied onto the matrix element and the applied copper is solidified on the matrix element, free from the liquid copper in the filled copper crucible, so that the copper profile is directly formed.
Monomer of formula I) for copolymerization with alkenes, dienes, vinyl compounds and/or vinylidene compounds I) A-S-P where A is a 4-vinylbenzyl group, and where S is a sulfur atom, and where P is a protecting group selected from the group consisting of S(=O) 2 -R 1 with R 1 = alkyl, benzyl or phenyl and/or S-C (=S) -N-R 2 R 3 with R 2 and R 3 = alkyl, benzyl or phenyl and/or N-R 5 R 6 with R 5 = hydrogen atom (H), alkyl, benzyl or phenyl and R 6 = alkyl, benzyl or phenyl. where A is a 4-vinylbenzyl group, and where S is a sulfur atom, and where P is a protecting group selected from the group consisting of S(=O) 2 -R 1 with R 1 = alkyl, benzyl or phenyl and/or S-C (=S) -N-R 2 R 3 with R 2 and R 3 = alkyl, benzyl or phenyl and/or N-R 5 R 6 with R 5 = hydrogen atom (H), alkyl, benzyl or phenyl and R 6 = alkyl, benzyl or phenyl.
A combine harvester with a driver assistance system which controls the distribution of a stream of material being discharged onto the ground from the combine harvester, which is provided with a processing unit and at least one display unit, wherein the processing unit processes information generated by sensor systems within the machine, external information and information which can be stored in the processing unit, and the stream of material to be distributed on the ground passes through a comminuting and/or distributing device in the rearward region of the combine harvester, wherein the driver assistance system comprises selectable distribution strategies for controlling the distribution of the stream of material being discharged from the combine harvester , characterized in that the selectable distribution strategies comprise at least one or more of the distribution strategies "uniform material distribution" , "chop quality" and "energy efficiency" , wherein the driver assistance system executes the respective distribution strategy taking into consideration the available information and characteristics stored in the processing unit and implements an optimisation of the material distribution , chop quality and energy requirement quality criteria.
A method for a managed physical routing element, MPRE , executing on a host computer that also executes a plurality of virtual machines, VMs (311-314), and a managed physical switching element, MPSE , wherein the MPSE implements, along with MPSEs on other host computers, a plurality of logical network segments that are connected by a logical router that is implemented by the MPRE along with MPREs on other host computers , the method comprising: at the MPRE executing on the host computer , receiving, through the MPSE , a plurality of data messages from a set of VMs in the plurality of VMs (311-314), the set of VMs comprising VMs connected to at least two different logical network segments, wherein the data messages from VMs in the at least two different logical network segments are received at the MPRE from a same port of the MPSE ; for each data message in the set of data messages, routing the data message from one of the logical network segments in the plurality of network segments to another of the logical network segments in the plurality of network segments; for each of the routed data messages, returning the routed data message to the same port of the MPSE from which the routed data message was received for the MPSE to forward to a destination of the data message. at the MPRE executing on the host computer , receiving, through the MPSE , a plurality of data messages from a set of VMs in the plurality of VMs (311-314), the set of VMs comprising VMs connected to at least two different logical network segments, wherein the data messages from VMs in the at least two different logical network segments are received at the MPRE from a same port of the MPSE ; for each data message in the set of data messages, routing the data message from one of the logical network segments in the plurality of network segments to another of the logical network segments in the plurality of network segments; for each of the routed data messages, returning the routed data message to the same port of the MPSE from which the routed data message was received for the MPSE to forward to a destination of the data message.
A blood pump, comprising: a housing defining a proximal end, a distal end, a first axis extending from the proximal end to the distal end, the housing including an inflow cannula sized to be implanted with a human heart; a ferromagnetic rotor disposed within the housing and configured pump blood in a direction along the first axis; and a stator disposed within housing and around the ferromagnetic rotor, the stator being configured to apply a magnetic force causing rotation of the ferromagnetic rotor; the housing further includes a non-ferromagnetic tubular body disposed between the rotor and the stator, the tubular body being disposed around the rotor; and the stator being eccentric to the tubular body and the rotor and during operation of the rotor is maintained at predetermined non-uniform radial distance from the tubular body. a housing defining a proximal end, a distal end, a first axis extending from the proximal end to the distal end, the housing including an inflow cannula sized to be implanted with a human heart; a ferromagnetic rotor disposed within the housing and configured pump blood in a direction along the first axis; and a stator disposed within housing and around the ferromagnetic rotor, the stator being configured to apply a magnetic force causing rotation of the ferromagnetic rotor; the housing further includes a non-ferromagnetic tubular body disposed between the rotor and the stator, the tubular body being disposed around the rotor; and the stator being eccentric to the tubular body and the rotor and during operation of the rotor is maintained at predetermined non-uniform radial distance from the tubular body.
A viscose solution or gel formulation for topical treatment of androgenetic alopecia comprising: - minoxidil as active principle in a concentration comprised between 0.5% and 6% w/w; - hydroxypropyl β-cyclodextrin as solubilizing agent in a concentration comprised between 5% and 45% w/w, wherein the substitution degree of the hydroxypropyl β-cyclodextrin is 4.5; - at least an hydrophilic polymer selected among alginate, carbomer, polyacrylate, cellulose derivate, gelatine and pectine in a concentration comprised between 0.2% and 3% w/w; - water between 42% and 85% w/w; optionally together with one or more pharmaceutically acceptable excipients and/or adjuvants, characterized by the absence of the cosolvents ethanol and propylene glycol. - minoxidil as active principle in a concentration comprised between 0.5% and 6% w/w; - hydroxypropyl β-cyclodextrin as solubilizing agent in a concentration comprised between 5% and 45% w/w, wherein the substitution degree of the hydroxypropyl β-cyclodextrin is 4.5; - at least an hydrophilic polymer selected among alginate, carbomer, polyacrylate, cellulose derivate, gelatine and pectine in a concentration comprised between 0.2% and 3% w/w; - water between 42% and 85% w/w; optionally together with one or more pharmaceutically acceptable excipients and/or adjuvants, characterized by the absence of the cosolvents ethanol and propylene glycol.
A computer implemented method for detecting adversarial malware, the method comprising: loading a program into memory; executing the program in a sandbox ; classifying, by a machine learning engine , the program as benign or malware based on identifying, in the sandbox , a first set of features; and when the program is classified as benign, identifying, by utilizing a plurality of attack methodologies in parallel, a second set of features representing a first modification of the program for re-classification of the program by the machine learning engine . loading a program into memory; executing the program in a sandbox ; classifying, by a machine learning engine , the program as benign or malware based on identifying, in the sandbox , a first set of features; and when the program is classified as benign, identifying, by utilizing a plurality of attack methodologies in parallel, a second set of features representing a first modification of the program for re-classification of the program by the machine learning engine .
A developing roller comprising: an electro-conductive mandrel ; and an electro-conductive layer on the mandrel , wherein an outer surface of the developing roller includes electrically insulating first regions and a second region whose electro-conductivity is higher than that of the first regions , and each of the first regions is adjacent to the second region , characterized in that the electro-conductive layer has a crown shape in which an outer diameter of a central portion in a direction along the mandrel is larger than outer diameters of both end portions in the direction along the mandrel , and the first regions are constituted by electrically insulating portions, and when an arithmetic average in a circumferential direction of thicknesses of the electrically insulating portions is defined as D (μm), a coefficient of variation C of D is lower than 0.5, where C is represented by σ/D, and σ represents a standard deviation of a distribution of the thicknesses of the electrically insulating portions. an electro-conductive mandrel ; and an electro-conductive layer on the mandrel , wherein an outer surface of the developing roller includes electrically insulating first regions and a second region whose electro-conductivity is higher than that of the first regions , and electrically insulating first regions and a second region whose electro-conductivity is higher than that of the first regions , and each of the first regions is adjacent to the second region , characterized in that the electro-conductive layer has a crown shape in which an outer diameter of a central portion in a direction along the mandrel is larger than outer diameters of both end portions in the direction along the mandrel , and the first regions are constituted by electrically insulating portions, and when an arithmetic average in a circumferential direction of thicknesses of the electrically insulating portions is defined as D (μm), a coefficient of variation C of D is lower than 0.5, where C is represented by σ/D, and σ represents a standard deviation of a distribution of the thicknesses of the electrically insulating portions.
A washing apparatus comprising: a main body ; a door configured to open and close an upper portion of the main body by a hinge; a washing tub positioned inside the main body and configured to receive laundry; a detergent supply case configured to be inserted into or separated from a receiving portion of the main body of the washing apparatus and to receive a detergent; a detergent pump configured to supply a part of the detergent to a mixing tank ; the mixing tank configured to supply a detergent-mixed water in which the detergent and a supplied washing water are mixed to a detergent dispenser through a siphon module; a water supply unit configured to supply the washing water to the mixing tank ; and the detergent dispenser connected to the mixing tank and including an outlet to discharge the detergent-mixed water introduced from the mixing tank to the washing tub, characterized in that the washing apparatus further comprises a mixing tank light source , wherein the mixing tank light source provides light to the mixing tank , and wherein the mixing tank is positioned on the upper portion of the main body , and a window is implemented on one of a portion of the front surface, the entire front surface, a portion of the upper surface, the entire front surface and a portion of the upper surface, a portion of the front surface and a portion of the upper surface, a portion of the front surface and the entire upper surface of the mixing tank , the window being implemented with a transparent material. a main body ; a door configured to open and close an upper portion of the main body by a hinge; a washing tub positioned inside the main body and configured to receive laundry; a detergent supply case configured to be inserted into or separated from a receiving portion of the main body of the washing apparatus and to receive a detergent; a detergent pump configured to supply a part of the detergent to a mixing tank ; the mixing tank configured to supply a detergent-mixed water in which the detergent and a supplied washing water are mixed to a detergent dispenser through a siphon module; a water supply unit configured to supply the washing water to the mixing tank ; and the detergent dispenser connected to the mixing tank and including an outlet to discharge the detergent-mixed water introduced from the mixing tank to the washing tub, characterized in that the washing apparatus further comprises a mixing tank light source , wherein the mixing tank light source provides light to the mixing tank , and wherein the mixing tank is positioned on the upper portion of the main body , and a window is implemented on one of a portion of the front surface, the entire front surface, a portion of the upper surface, the entire front surface and a portion of the upper surface, a portion of the front surface and a portion of the upper surface, a portion of the front surface and the entire upper surface of the mixing tank , the window being implemented with a transparent material.
An integration system for laboratory ventilation, the system comprising: a heating ventilation and air conditioning (HVAC) system comprising a room controller and an HVAC exhaust damper responsive to the room controller ; a hood comprising a hood controller and a hood exhaust damper responsive to the hood controller ; a communication link between the room controller and the hood controller ; wherein the room controller is configured to request a first air flow from the hood based on operation of the HVAC system , and wherein the hood controller is configured to adjust a second air flow from the hood in response to the request; characterized in that the room controller is configured to set the HVAC exhaust damper and the hood controller is configured to set the hood exhaust damper such that, during a first state, a total exhaust plus a transfer flow is less than a maximum cooling load of the HVAC system . a heating ventilation and air conditioning (HVAC) system comprising a room controller and an HVAC exhaust damper responsive to the room controller ; a hood comprising a hood controller and a hood exhaust damper responsive to the hood controller ; a communication link between the room controller and the hood controller ; wherein the room controller is configured to request a first air flow from the hood based on operation of the HVAC system , and wherein the hood controller is configured to adjust a second air flow from the hood in response to the request;
A lubricating composition comprising: a) an oil of lubricating viscosity; b) at least 0.1 weight % of an N-alkylated dianiline compound; c) at least 0.1 weight % of an ashless antioxidant selected from a diarylamine antioxidant, a phenolic antioxidant, and combinations thereof, and d) at least 0.01 weight % of an overbased calcium detergent; wherein the lubricating composition comprises less than 0.15 weight percent of phosphorus; and wherein the N-alkylated dianiline is an N,N'-alkylated dianiline compound represented by the formula: wherein R 1 and R 2 are independently selected from alkyl groups of 1 to 24 carbon atoms, which alkyl groups are selected from acyclic alkyl groups, cyclic alkyl groups, and combinations thereof. a) an oil of lubricating viscosity; b) at least 0.1 weight % of an N-alkylated dianiline compound; c) at least 0.1 weight % of an ashless antioxidant selected from a diarylamine antioxidant, a phenolic antioxidant, and combinations thereof, and d) at least 0.01 weight % of an overbased calcium detergent;
A method for operating a sheet processing machine , wherein sheets coming from a pile are isolated, and wherein each of the sheets is accelerated to a first speed (v1) by means of at least one primary acceleration means of a substrate feeding device that is configured as a module of the sheet processing machine , said primary acceleration means being driven by a primary drive (M101; M103) configured as a position-controlled electric motor (M101; M103), and wherein each of the sheets is then accelerated to a second speed (v2) by means of at least one secondary acceleration means of the substrate feeding device , said secondary acceleration means being driven by a secondary drive (M102) configured as a position-controlled electric motor (M102), and wherein each of the sheets is in contact, at least at one point in time, with both the primary acceleration means and the secondary acceleration means , and at least at said point in time, the primary acceleration means and the secondary acceleration means have the first speed (v1), and wherein the sheets are transported along a transport path from the substrate feeding device to at least one processing module (600; 900), and wherein each of the sheets is then transported at a processing speed by the respective processing module (600; 900) by means of at least one drive (M600, M900) of the at least one processing module (600; 900), configured as a position-controlled electric motor (M600; M900), and during said transport is processed in said respective processing module (600; 900), and wherein the second speed (v2) is equal to the processing speed, and wherein the first speed (v1) is at least 20% lower than the processing speed, and wherein a drive regulator of the primary drive (M101; M103) and a drive regulator of the secondary drive (M102) and a drive regulator of the drive (M600; M900) of the processing module (600; 900) are each different in pairs, and are each connected by circuitry to a machine controller of the sheet processing machine .
A method for producing a microfabricated reference electrode, the method comprising: - creating a reservoir, the reservoir comprising a pore, whereby the reservoir is open on one side, - providing an electrode in the reservoir, - filling the open reservoir with an electrolyte, - and thereafter closing the reservoir with a cap or sealing the reservoir by means of a droplet of glob top or epoxy thereby forming a reservoir being closed except for the pore, wherein the electrode is provided on a substrate, and that the pore is provided in the same substrate, wherein the pore is filled with electrolyte by capillary forces when the electrolyte is in contact with the reservoir upon closing of the reservoir, and wherein the ratio between the pore cross-sectional area (A) multiplied with the diffusion coefficient (D) of the ions in the electrolyte and the pore length (L) multiplied with the reservoir volume (Vres) is smaller than 1: (D*A)/(L*Vres)<1/s. - creating a reservoir, the reservoir comprising a pore, whereby the reservoir is open on one side, - providing an electrode in the reservoir, - filling the open reservoir with an electrolyte, - and thereafter closing the reservoir with a cap or sealing the reservoir by means of a droplet of glob top or epoxy thereby forming a reservoir being closed except for the pore,