mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising nanoparticles encapsulating and/or conjugated to a drug for use in the treatment of cancer in a subject, wherein said nanoparticles are i) non-PEGylated, and ii) neutral or nearly neutral in charge, and iii) less than 250 nm in hydrodynamic diameter on average, determined in water by dynamic light scattering with NICOMP 380 ZLS (Particle Sizing Systems, Santa Barbara, CA), wherein said subject has cancer cells in at least one bone, wherein said drug is an anti-cancer agent, wherein said treatment kills at least some of said cancer cells in said at least one bone, and wherein said nanoparticles comprise poly (D,L-lactide-co-glycolide (PLGA) and a surface polymer, wherein said surface polymer comprises poly (vinyl alcohol). wherein said nanoparticles are i) non-PEGylated, and ii) neutral or nearly neutral in charge, and iii) less than 250 nm in hydrodynamic diameter on average, determined in water by dynamic light scattering with NICOMP 380 ZLS (Particle Sizing Systems, Santa Barbara, CA), i) non-PEGylated, and ii) neutral or nearly neutral in charge, and iii) less than 250 nm in hydrodynamic diameter on average, determined in water by dynamic light scattering with NICOMP 380 ZLS (Particle Sizing Systems, Santa Barbara, CA), wherein said subject has cancer cells in at least one bone, wherein said drug is an anti-cancer agent, wherein said treatment kills at least some of said cancer cells in said at least one bone, and wherein said nanoparticles comprise poly (D,L-lactide-co-glycolide (PLGA) and a surface polymer, wherein said surface polymer comprises poly (vinyl alcohol).
Autonomously driven vehicle comprising a) a brake system with an EBS brake system and an auxiliary brake system , b) an autonomous driving control system with control logic for ba) controlling autonomous driving and bb) automatically inducing a brake action of the brake system , c) the brake system comprising a switching device and/or switching logic which deactivates the EBS brake system and activates the auxiliary brake system when detecting an at least reduced brake performance of the EBS brake system , d) the EBS brake system and the auxiliary brake system processing the same brake demand generated by the autonomous driving control system without an adaptation of the brake demand when switching from the EBS brake system to the auxiliary brake system , e) the EBS brake system and the auxiliary brake system being connected to at least one brake actuator via parallel brake paths. a) a brake system with an EBS brake system and an auxiliary brake system , b) an autonomous driving control system with control logic for ba) controlling autonomous driving and bb) automatically inducing a brake action of the brake system , ba) controlling autonomous driving and bb) automatically inducing a brake action of the brake system , c) the brake system comprising a switching device and/or switching logic which deactivates the EBS brake system and activates the auxiliary brake system when detecting an at least reduced brake performance of the EBS brake system , d) the EBS brake system and the auxiliary brake system processing the same brake demand generated by the autonomous driving control system without an adaptation of the brake demand when switching from the EBS brake system to the auxiliary brake system , e) the EBS brake system and the auxiliary brake system being connected to at least one brake actuator via parallel brake paths.
Method for detecting the distance (A) of a boom of an agricultural sprayer - in particular, a field sprayer - to an agricultural area (S) and/or its plant stock (P), comprising the step of: - generating measured values (M) by means of several sensor units (12a-12c, 14a-14c), wherein the sensor units (12a-12c, 14a-14c) are arranged at a distance from one another on a boom of the agricultural sprayer , and the measured values (M) comprise environmental information of the respective sensor units (12a-12c, 14a-14c); wherein the environmental information in the measured values (M) of the sensor units (12a-12c, 14a-14c) comprises information about the distance (A) of the respective sensor units (12a-12c, 14a-14c) to the agricultural area (S) and/or its plant stock (P), characterized by the step of: - evaluating at least one measured value (M) of at least one sensor unit (12a-12c, 14a-14c) as a function of at least one measured value (M) of the same and/or at least one other sensor unit (12a-12c, 14a-14c), wherein, by evaluating at least one measured value of at least one sensor unit, the at least one evaluated measured value is qualified with regard to the usability of the at least one measured value in control and/or regulation routines of the agricultural sprayer. - generating measured values (M) by means of several sensor units (12a-12c, 14a-14c), wherein the sensor units (12a-12c, 14a-14c) are arranged at a distance from one another on a boom of the agricultural sprayer , and the measured values (M) comprise environmental information of the respective sensor units (12a-12c, 14a-14c); wherein the environmental information in the measured values (M) of the sensor units (12a-12c, 14a-14c) comprises information about the distance (A) of the respective sensor units (12a-12c, 14a-14c) to the agricultural area (S) and/or its plant stock (P), characterized by the step of: - evaluating at least one measured value (M) of at least one sensor unit (12a-12c, 14a-14c) as a function of at least one measured value (M) of the same and/or at least one other sensor unit (12a-12c, 14a-14c), wherein, by evaluating at least one measured value of at least one sensor unit, the at least one evaluated measured value is qualified with regard to the usability of the at least one measured value in control and/or regulation routines of the agricultural sprayer.
An electrode for use in an alkaline electrolysis process, the electrode comprising: a metal substrate; a catalytic layer disposed on the metal substrate, the catalytic layer comprising nickel and nickel oxide and having a porosity less than about 1 m 2 /g measured by BET; and an active composition disposed both on and within the catalytic layer, the active composition comprising one or more metal compounds selected from the group consisting of a cobalt compound, an iridium compound, a rhodium compound, an iron compound, a platinum compound, a lithium compound and a manganese compound. a metal substrate; a catalytic layer disposed on the metal substrate, the catalytic layer comprising nickel and nickel oxide and having a porosity less than about 1 m 2 /g measured by BET; and an active composition disposed both on and within the catalytic layer, the active composition comprising one or more metal compounds selected from the group consisting of a cobalt compound, an iridium compound, a rhodium compound, an iron compound, a platinum compound, a lithium compound and a manganese compound.
A method for cold-rolling a steel sheet, comprising cold-rolling a steel sheet with a tandem rolling mill to which rolling oil is supplied in a recirculating manner, the method characterised in that : the rolling oil is supplied to the tandem rolling mill such that, when expressed in terms of a thickness h of a film of oil introduced into a roll bite of a last stand as calculated by equation below, a work roll roughness R N of the last stand, and a work roll roughness R N-1 of a stand immediately before the last stand, expression below has a value of 0.5 or more: h = 1 + h 1 ⋅ B − 1 + h 1 ⋅ B 2 − 1 ⋅ h 1 h 1 = A ⋅ Q / ρ × 10 − 6 B = e δ − e − α ⋅ σ + δ ⋅ Ld α ⋅ 6 ⁢ η ⋅ V 1 + V 2 ⋅ R ′ δ = β T − 40 wherein: A is a plate-out efficiency (-); Q is an amount of rolling oil supplied per unit area (kg/m 2 ) ; ρ is an oil density (kg/m 3 ); σ is a yield stress of a material (Pa); Ld is a contact arc length (mm); R' is a flattened roll radius (mm); V 1 is a roll speed of the last stand (m/sec.); V 2 is a sheet speed on an exit side of the last stand (m/sec.) ; η is a viscosity of the rolling oil at 40°C and atmospheric pressure (Pa·s); α is a pressure-viscosity coefficient (1/Pa); β is a temperature-viscosity coefficient (1/°C); and T is an oil temperature on an entry side of the roll bite (°C), and h / R N 2 + R N − 1 2 2 wherein: R N is the work roll roughness of the last stand (μm Ra); and R N-1 is the work roll roughness of the stand immediately before the last stand (μm Ra). A is a plate-out efficiency (-); Q is an amount of rolling oil supplied per unit area (kg/m 2 ) ; ρ is an oil density (kg/m 3 ); σ is a yield stress of a material (Pa); Ld is a contact arc length (mm); R' is a flattened roll radius (mm); V 1 is a roll speed of the last stand (m/sec.); V 2 is a sheet speed on an exit side of the last stand (m/sec.) ; η is a viscosity of the rolling oil at 40°C and atmospheric pressure (Pa·s); α is a pressure-viscosity coefficient (1/Pa); β is a temperature-viscosity coefficient (1/°C); and T is an oil temperature on an entry side of the roll bite (°C), and R N is the work roll roughness of the last stand (μm Ra); and R N-1 is the work roll roughness of the stand immediately before the last stand (μm Ra).
Tableware part made of a ceramic mass, characterised in that a wall of the tableware part has a structure of three ceramic layers, formed as at least one outer layer, at least one middle layer and at least one inner layer, the middle layer being formed from a mixture of the ceramic mass and ferromagnetic elements, wherein the ferromagnetic elements are selected from ferromagnetic granules, ferromagnetic powder or mixtures thereof and the ferromagnetic elements are admixed with the ceramic mass and homogeneously distributed therein, wherein the at least one outer layer and the at least one inner layer have no admixture of ferromagnetic elements.
A method of wireless communication, comprising: receiving , by a base station, a temporary mobile group identifier, TMGI, for a single cell point-to-multipoint, SC-PTM, service to which a user equipment, UE, is to be subscribed; configuring , by the base station, a connected mode discontinuous reception, CDRX, schedule for the UE based at least in part on an SC-PTM discontinuous reception, DRX, schedule that corresponds to the TMGI; and transmitting , by the base station, the CDRX schedule to the UE, wherein at least one CDRX on duration of the CDRX schedule is configured to be time-aligned with at least one SC-PTM DRX on duration of the SC-PTM DRX schedule, and wherein the at least one CDRX on duration is configured to occur within a threshold time period of the at least one SC-PTM DRX on duration. receiving , by a base station, a temporary mobile group identifier, TMGI, for a single cell point-to-multipoint, SC-PTM, service to which a user equipment, UE, is to be subscribed; configuring , by the base station, a connected mode discontinuous reception, CDRX, schedule for the UE based at least in part on an SC-PTM discontinuous reception, DRX, schedule that corresponds to the TMGI; and transmitting , by the base station, the CDRX schedule to the UE, wherein at least one CDRX on duration of the CDRX schedule is configured to be time-aligned with at least one SC-PTM DRX on duration of the SC-PTM DRX schedule, and wherein the at least one CDRX on duration is configured to occur within a threshold time period of the at least one SC-PTM DRX on duration.
A cell population for use in treating cancer in a patient, comprising of CD1c+/CD19- dendritic cells, wherein less than or equal to 25% of the CD1c+/CD19- dendritic cells are CD1c+/CD19-/CD14+.
A tire comprising a tread portion provided with a plurality of blocks including at least one first block provided with a plurality of sipes extending in a tire axial direction and arranged at intervals in a tire circumferential direction, wherein each of the plurality of sipes has a zigzag portion in a cross section perpendicular to the length direction of the sipe , and a zigzag portion in a cross section parallel to the ground contacting top surface of the first block , characterized in that each of the plurality of sipes is provided with only one tie bar protruding radially outwardly from a bottom of the sipe and terminating without reaching the ground contacting top surface , the plurality of sipes includes a first sipe having the tie bar at a first position in the tire axial direction, and a second sipe having the tie bar at a second position in the tire axial direction different from the first position, the first position of the first sipe is located in a central part when the first sipe is divided into three equal parts in the sipe length direction, the second position of the second sipe is located in a center part when the second sipe is divided into three equal parts in the sipe length direction, and in a top view of the first block , a virtual zone , which is formed by extending an axial extent of the tie bar of the first sipe toward the second sipe in parallel with the tire circumferential direction, partially overlaps with the tie bar of the second sipe . a zigzag portion in a cross section parallel to the ground contacting top surface of the first block , characterized in that each of the plurality of sipes is provided with only one tie bar protruding radially outwardly from a bottom of the sipe and terminating without reaching the ground contacting top surface , the plurality of sipes includes characterized in that each of the plurality of sipes is provided with only one tie bar protruding radially outwardly from a bottom of the sipe and terminating without reaching the ground contacting top surface , the plurality of sipes includes a first sipe having the tie bar at a first position in the tire axial direction, and a second sipe having the tie bar at a second position in the tire axial direction different from the first position, the first position of the first sipe is located in a central part when the first sipe is divided into three equal parts in the sipe length direction, the second position of the second sipe is located in a center part when the second sipe is divided into three equal parts in the sipe length direction, and in a top view of the first block , a virtual zone , which is formed by extending an axial extent of the tie bar of the first sipe toward the second sipe in parallel with the tire circumferential direction, partially overlaps with the tie bar of the second sipe .
A vacuum pump comprising a housing , a pump rotor having a rotor shaft in the housing , a pump stator in the housing , said pump stator being arranged in a pump-active manner relative to the pump rotor , a pump inlet at one end of the rotor shaft , a compression region for the fluid to be pumped, and a temperature control apparatus for a region to be temperature controlled, wherein the temperature control apparatus comprises a Peltier element having a first temperature control surface, which is disposed at the region to be temperature controlled and which can be temperature controlled, and having a second temperature control surface which can be temperature controlled in a complementary manner to the first temperature control surface, the Peltier element is formed surrounding the rotor in the peripheral direction, and the first temperature control surface and the second temperature control surface are spaced apart in the axial direction or in the radial direction, wherein a DC energy supply is provided for the Peltier element and has a switching device for switching the energy supply on and off, characterized in that the DC energy supply is also adapted to switch the polarity of the energy supply at the Peltier element, and in that the Peltier element completely surrounds the compression region in the peripheral direction and completely or partly covers it in the axial direction. a housing , a pump rotor having a rotor shaft in the housing , a pump stator in the housing , said pump stator being arranged in a pump-active manner relative to the pump rotor , a pump inlet at one end of the rotor shaft , a compression region for the fluid to be pumped, and a temperature control apparatus for a region to be temperature controlled, wherein the temperature control apparatus comprises a Peltier element having a first temperature control surface, which is disposed at the region to be temperature controlled and which can be temperature controlled, and having a second temperature control surface which can be temperature controlled in a complementary manner to the first temperature control surface, the Peltier element is formed surrounding the rotor in the peripheral direction, and the first temperature control surface and the second temperature control surface are spaced apart in the axial direction or in the radial direction, wherein a DC energy supply is provided for the Peltier element and has a switching device for switching the energy supply on and off, characterized in that the DC energy supply is also adapted to switch the polarity of the energy supply at the Peltier element, and in that the Peltier element completely surrounds the compression region in the peripheral direction and completely or partly covers it in the axial direction.
A sodium salt of N -((1,2,3,5,6,7-hexahydro-s-indacen-4-yl)carbamoyl)-1-isopropyl- 1H -pyrazole-3-sulfonamide, or a hydrate or solvate thereof.
A method for associating signal sources and paths, the method being performed by a first device and comprising: determining secondary paths of a signal received at a reception point, wherein the signal reflects off one or more reflective surfaces before being received at the reception point; and wherein the first device is separate from a reception point device; determining mirror sources of the secondary paths in accordance with locations of the one or more reflective surfaces and a main source of the signal; determining associations between the secondary paths and the mirror sources based on cross points at which the signal reflected off the one or more reflective surfaces, thereby obtaining path-source associations; and instructing use of the path-source associations in multi-source channel estimation, wherein performing the multi-source channel estimation further comprises: selecting sources from a set comprising the main source and the mirror sources with energy levels exceeding a threshold energy level, characterized in that : instructing the use of the path-source associations comprises sending the path-source associations to the reception point device, the path-source associations being used to perform the multi-source channel estimation at the reception point for transmissions from wireless devices at or near the main source. determining secondary paths of a signal received at a reception point, wherein the signal reflects off one or more reflective surfaces before being received at the reception point; and wherein the first device is separate from a reception point device; determining mirror sources of the secondary paths in accordance with locations of the one or more reflective surfaces and a main source of the signal; determining associations between the secondary paths and the mirror sources based on cross points at which the signal reflected off the one or more reflective surfaces, thereby obtaining path-source associations; and instructing use of the path-source associations in multi-source channel estimation, wherein performing the multi-source channel estimation further comprises: selecting sources from a set comprising the main source and the mirror sources with energy levels exceeding a threshold energy level,
Combination of lycopene and manganese, for use, by oral route for the prevention of a decrease of and/or for reinforcing the barrier function of the skin wherein lycopene and manganese are the only active compounds.
An apparatus for determining a desired charge density of a combustion mixture for a natural gas engine having an inlet air pathway , comprising: a first sensor coupled with the engine to determine a first characteristic indicative of an engine speed of the engine , and to transmit an engine speed signal as a function thereof; a second sensor coupled with the engine to determine a second characteristic indicative of a load on the engine , and to transmit an engine load signal as a function thereof; a charge density sensing device coupled with the inlet air pathway , the charge density sensing device determines an actual charge density of the combustion mixture and transmits at least one charge density signal as a function thereof; a processing device coupled with the first sensor to receive the engine speed signal and with the second sensor to receive the engine load signal, the processing device determines a desired charge density for the combustion mixture as a function of the engine speed signal and the engine load signal; and the processing device is coupled with the charge density sensing device to receive the at least one charge density signal, and determines a value indicative of a desired fuel flow for the engine as a function of the at least one charge density signal. a first sensor coupled with the engine to determine a first characteristic indicative of an engine speed of the engine , and to transmit an engine speed signal as a function thereof; a second sensor coupled with the engine to determine a second characteristic indicative of a load on the engine , and to transmit an engine load signal as a function thereof; a charge density sensing device coupled with the inlet air pathway , the charge density sensing device determines an actual charge density of the combustion mixture and transmits at least one charge density signal as a function thereof; a processing device coupled with the first sensor to receive the engine speed signal and with the second sensor to receive the engine load signal, the processing device determines a desired charge density for the combustion mixture as a function of the engine speed signal and the engine load signal; and the processing device is coupled with the charge density sensing device to receive the at least one charge density signal, and determines a value indicative of a desired fuel flow for the engine as a function of the at least one charge density signal.
A polymerizable monomer shown by the following general formula : wherein R represents a single bond, a methylene group, or an ethylidene group, and "m" represents 1 or 2.
A pair of compressive shorts that provides different resistance to stretch in different directions when worn by an athlete, the compressive shorts comprising: an exterior layer of elastic fabric; a first plurality of stitch lines extending substantially parallel in a spaced apart relationship in a first direction along the exterior layer , each of the first plurality of stitch lines formed from a first thread that penetrates the exterior layer of elastic fabric, the first thread being less elastic than the elastic fabric of the exterior layer ; a second plurality of stitch lines extending substantially parallel in a spaced apart relationship in a second direction different from the first direction along the exterior layer , each of the second plurality of stitch lines formed from a second thread that penetrates the exterior layer of elastic fabric, the second thread being less elastic than the elastic fabric of the exterior layer ; and an interior layer of fabric affixed to the exterior layer of elastic fabric and positioned between the skin of a wearer and the first plurality of stitch lines and the second plurality of stitch lines when the shorts are worn.
A method for preparing a dough or a baked product prepared from the dough which method comprises incorporating into the dough a lipolytic enzyme and/or a xylanase and a monooxygenase family AA13, wherein the monooxygenase family AA13 has at least 80% sequence identity to the mature polypeptide of SEQ ID NO: 1, and wherein the mature protein is amino acids 19 to 248 of SEQ ID NO:1.