mhurhangee/patent-ind-claim-en huggingface dataset:
Process for depositing TiO 2 on a substrate, comprising the following steps: a) providing a substrate; b) performing said deposition with TiCl 4 and water by atomic layer deposition on said substrate; and c) performing an annealing step; wherein step (b) is carried out at a temperature inferior to 50°C, preferentially at a temperature comprised between 20°C and 50°C, and wherein step (c) is carried out at a temperature comprised between 450°C and 600°C in ambient air. a) providing a substrate; b) performing said deposition with TiCl 4 and water by atomic layer deposition on said substrate; and c) performing an annealing step;
A wind turbine comprising a foundation , wherein the foundation has a first foundation portion having a top side and a concrete foundation pedestal having a top side , wherein the top side of the concrete foundation pedestal is annular and projects beyond the top side of the first foundation portion , a steel tower having a plurality of tower segments (201 - 206), wherein a lower tower segment has a flange having a plurality of through bores , wherein the flange is placed on a top side of the concrete foundation pedestal , a plurality of clamping elements , wherein lower ends of the clamping elements are fixed by means of first fixing units in or under the first foundation portion , wherein upper ends of the clamping elements project beyond the upper end of the concrete foundation pedestal and extend through the through bores , wherein the upper ends of the clamping elements are braced by means of second fixing units , wherein the outward side of the concrete foundation pedestal is conical, wherein a plurality of bores for receiving the clamping elements is provided in the concrete foundation pedestal and in the foundation portion , wherein the bores in the region of the concrete foundation pedestal are through bores , wherein a height of the concrete foundation pedestal is greater than 2 m. a foundation , wherein the foundation has a first foundation portion having a top side and a concrete foundation pedestal having a top side , wherein the top side of the concrete foundation pedestal is annular and projects beyond the top side of the first foundation portion , a steel tower having a plurality of tower segments (201 - 206), wherein a lower tower segment has a flange having a plurality of through bores , wherein the flange is placed on a top side of the concrete foundation pedestal , a plurality of clamping elements , wherein lower ends of the clamping elements are fixed by means of first fixing units in or under the first foundation portion , wherein upper ends of the clamping elements project beyond the upper end of the concrete foundation pedestal and extend through the through bores , wherein the upper ends of the clamping elements are braced by means of second fixing units , wherein the outward side of the concrete foundation pedestal is conical, wherein a plurality of bores for receiving the clamping elements is provided in the concrete foundation pedestal and in the foundation portion , wherein the bores in the region of the concrete foundation pedestal are through bores , wherein a height of the concrete foundation pedestal is greater than 2 m.
A soil or plant analysis apparatus comprising: a first sub-system (410. 610, 710, 810) configured to perform soil or plant measurements at a first measurement frequency represented by a first number of measurements per unit area; and a second sub-system configured to perform soil or plant measurements at a second measurement frequency represented by a second number of measurements per unit area, characterized in that the second measurement frequency of the second sub-system is at least 1.25 times the first measurement frequency of the first sub-system . a first sub-system (410. 610, 710, 810) configured to perform soil or plant measurements at a first measurement frequency represented by a first number of measurements per unit area; and a second sub-system configured to perform soil or plant measurements at a second measurement frequency represented by a second number of measurements per unit area, characterized in that the second measurement frequency of the second sub-system is at least 1.25 times the first measurement frequency of the first sub-system .
Rotor blade of a wind turbine comprising an aerodynamic device which is actuated pneumatically by the use of a pressure supply system , wherein the pressure supply system comprises - a pressurized air supply system , - a pressurized air transmission system with pressure lines for transmitting the supplied pressurized air from the pressurized air supply system to the aerodynamic device , - at least one pneumatic actuator for activating the aerodynamic device , and - a safety system to protect the rotor blade from damages caused by overpressure in the pressurized air transmission system and/or the actuator , wherein the safety system comprises means for discharging pressurized air from the pressurized air transmission system and/or the actuator ,and wherein the means for discharging pressurized air is actuated mechanically, or wherein the means for discharging pressurized air is actuated electrically, in particular by a solenoid valve , or wherein the means for discharging pressurized air is actuated pneumatically; characterized in that the rotor blade further comprises a further valve , which allows for a constant purging of air towards the atmosphere. wherein the pressure supply system comprises - a pressurized air supply system , - a pressurized air transmission system with pressure lines for transmitting the supplied pressurized air from the pressurized air supply system to the aerodynamic device , - at least one pneumatic actuator for activating the aerodynamic device , and - a safety system to protect the rotor blade from damages caused by overpressure in the pressurized air transmission system and/or the actuator , wherein the safety system comprises means for discharging pressurized air from the pressurized air transmission system and/or the actuator ,and - a pressurized air supply system , - a pressurized air transmission system with pressure lines for transmitting the supplied pressurized air from the pressurized air supply system to the aerodynamic device , - at least one pneumatic actuator for activating the aerodynamic device , and - a safety system to protect the rotor blade from damages caused by overpressure in the pressurized air transmission system and/or the actuator , wherein the safety system comprises means for discharging pressurized air from the pressurized air transmission system and/or the actuator ,and wherein the means for discharging pressurized air is actuated mechanically, or wherein the means for discharging pressurized air is actuated electrically, in particular by a solenoid valve , or wherein the means for discharging pressurized air is actuated pneumatically; characterized in that the rotor blade further comprises a further valve , which allows for a constant purging of air towards the atmosphere.
A process for the manufacture of a thermoset polyester foam, comprising the following successive stages: (a) providing an expandable and thermosetting composition containing: - a polyol component comprising at least 40% by weight of a hydrogenated sugar of formula C n H 2n+2 O n , where n has the value 4, 5 or 6, - a polyacid component comprising a porogenic polyacid preferably chosen from citric acid and α-hydroxylated dicarboxylic acids of formula (I): HOOC-(CHR 1 ) n -CHOH-COOH where: n is an integer ranging from 1 - 4, preferably from 1 - 3, especially 1 or 2 and very particularly preferably 1, and each R 1 independently represents a hydrogen atom, a hydroxyl (-OH) group or an alkyl group, preferably a C 1-4 alkyl group, - a surface-active agent, and - a catalyst, (b) introduction of the expandable and thermosetting composition into a mold or application of the expandable composition to a support, (c) heating the expandable and thermosetting composition to a temperature at least equal to 135°C, preferably at least equal to 150°C, so as to react the polyol component with the polyacid component and to form a block of thermoset polyester foam. (a) providing an expandable and thermosetting composition containing: - a polyol component comprising at least 40% by weight of a hydrogenated sugar of formula C n H 2n+2 O n , where n has the value 4, 5 or 6, - a polyacid component comprising a porogenic polyacid preferably chosen from citric acid and α-hydroxylated dicarboxylic acids of formula (I): HOOC-(CHR 1 ) n -CHOH-COOH where: n is an integer ranging from 1 - 4, preferably from 1 - 3, especially 1 or 2 and very particularly preferably 1, and each R 1 independently represents a hydrogen atom, a hydroxyl (-OH) group or an alkyl group, preferably a C 1-4 alkyl group, - a surface-active agent, and - a catalyst, - a polyol component comprising at least 40% by weight of a hydrogenated sugar of formula C n H 2n+2 O n , where n has the value 4, 5 or 6, - a polyacid component comprising a porogenic polyacid preferably chosen from citric acid and α-hydroxylated dicarboxylic acids of formula (I): HOOC-(CHR 1 ) n -CHOH-COOH where: n is an integer ranging from 1 - 4, preferably from 1 - 3, especially 1 or 2 and very particularly preferably 1, and each R 1 independently represents a hydrogen atom, a hydroxyl (-OH) group or an alkyl group, preferably a C 1-4 alkyl group, - a surface-active agent, and - a catalyst, (b) introduction of the expandable and thermosetting composition into a mold or application of the expandable composition to a support, (c) heating the expandable and thermosetting composition to a temperature at least equal to 135°C, preferably at least equal to 150°C, so as to react the polyol component with the polyacid component and to form a block of thermoset polyester foam.
A method in a wireless device , comprising: receiving a discovery burst from a network node , the discovery burst comprising multiple signals within at least one subframe, each of the multiple signals having one or more associated measurement functions, wherein the discovery burst comprises N subframes occurring with a periodicity of once every M subframes, where N is greater than or equal to 1, wherein the multiple signals comprise one or more of a cell-specific reference signal and a channel state information reference symbol, and the multiple signals are received in subframes other than subframes 0 and 5; and performing at least one radio measurement based at least in part on a particular one of the signals of the discovery burst, the performed at least one radio measurement corresponding to a measurement function associated with the particular signal of the discovery burst. receiving a discovery burst from a network node , the discovery burst comprising multiple signals within at least one subframe, each of the multiple signals having one or more associated measurement functions, wherein the discovery burst comprises N subframes occurring with a periodicity of once every M subframes, where N is greater than or equal to 1, wherein the multiple signals comprise one or more of a cell-specific reference signal and a channel state information reference symbol, and the multiple signals are received in subframes other than subframes 0 and 5; and performing at least one radio measurement based at least in part on a particular one of the signals of the discovery burst, the performed at least one radio measurement corresponding to a measurement function associated with the particular signal of the discovery burst.
A floor cleaning system, comprising: a surface cleaning apparatus comprising: a fluid delivery system comprising a supply tank , a pump , and a fluid distributor ; a recovery system comprising a recovery tank , a suction nozzle , and a vacuum motor ; a brushroll within a recovery pathway of the recovery system; a brushroll motor operably coupled to the brushroll for rotating the brushroll, wherein the suction nozzle is configured to extract fluid and debris from the brushroll; a rechargeable battery selectively powering the pump , the brushroll motor , and the vacuum motor ; a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation during which the pump , the brushroll motor, and the vacuum motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems; a storage tray configured to dock the surface cleaning apparatus for recharging the battery of the surface cleaning apparatus and for self-cleaning of the surface cleaning apparatus ; characterised in that , during the self-cleaning mode, the pump , the brushroll motor , and the vacuum motor are powered by the battery . a surface cleaning apparatus comprising: a fluid delivery system comprising a supply tank , a pump , and a fluid distributor ; a recovery system comprising a recovery tank , a suction nozzle , and a vacuum motor ; a brushroll within a recovery pathway of the recovery system; a brushroll motor operably coupled to the brushroll for rotating the brushroll, wherein the suction nozzle is configured to extract fluid and debris from the brushroll; a rechargeable battery selectively powering the pump , the brushroll motor , and the vacuum motor ; a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation during which the pump , the brushroll motor, and the vacuum motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems; a fluid delivery system comprising a supply tank , a pump , and a fluid distributor ; a recovery system comprising a recovery tank , a suction nozzle , and a vacuum motor ; a brushroll within a recovery pathway of the recovery system; a brushroll motor operably coupled to the brushroll for rotating the brushroll, wherein the suction nozzle is configured to extract fluid and debris from the brushroll; a rechargeable battery selectively powering the pump , the brushroll motor , and the vacuum motor ; a self-cleaning mode input control which initiates an automatic cleanout cycle for a self-cleaning mode of operation during which the pump , the brushroll motor, and the vacuum motor are energized; and a controller controlling the operation of the fluid delivery and recovery systems; a storage tray configured to dock the surface cleaning apparatus for recharging the battery of the surface cleaning apparatus and for self-cleaning of the surface cleaning apparatus ; characterised in that , during the self-cleaning mode, the pump , the brushroll motor , and the vacuum motor are powered by the battery .
A solid polymeric material impregnated with a volatile organic substance and with a solvent comprising a C 10 -C 18 monoester of a C 1 -C 8 alkyl, wherein said material is prepared by a process comprising the following steps: (a) solubilizing the volatile organic substance in said solvent, and (b) impregnating the solid polymeric material with the solution thus obtained. (a) solubilizing the volatile organic substance in said solvent, and (b) impregnating the solid polymeric material with the solution thus obtained.
A propulsion device for exerting thrust to a fluid, which comprises a central hub having a front end and a rear end and being rotational about a rotational axis (A) extending longitudinally between the front and rear ends, and at least two propulsive arrangements which protrude radially from the hub and which are evenly distributed about the circumference of the hub , wherein each propulsive arrangement comprises; - a front propulsive element which extends radially from a front inner end to a front outer end , - a rear propulsive element which extends radially from a rear inner end to a rear outer end , - an outer guide element which extends from the front outer end to the rear outer end at a radial outer guide element distance (OG) from the rotational axis (A), - an inner guide element which extends from the front inner end to the rear inner end at a radial inner guide element distance (IG) from the rotational axis (A), - an elongate front distance member and an elongate rear distance member , which distance members extend radially from the hub to the inner guide element , and - at least one intermediate propulsive element arranged between the front and rear propulsive elements and extending radially, from the inner guide element , to the outer guide element , wherein - the longitudinal projections of the front propulsive element , the intermediate propulsive element and the rear propulsive element at least partially overlaps, and wherein - the inner guide element , the front distance member , the rear distance member and the periphery of the hub define an open space allowing free passage of the fluid. - a front propulsive element which extends radially from a front inner end to a front outer end , - a rear propulsive element which extends radially from a rear inner end to a rear outer end , - an outer guide element which extends from the front outer end to the rear outer end at a radial outer guide element distance (OG) from the rotational axis (A), - an inner guide element which extends from the front inner end to the rear inner end at a radial inner guide element distance (IG) from the rotational axis (A), - an elongate front distance member and an elongate rear distance member , which distance members extend radially from the hub to the inner guide element , and - at least one intermediate propulsive element arranged between the front and rear propulsive elements and extending radially, from the inner guide element , to the outer guide element , wherein - the longitudinal projections of the front propulsive element , the intermediate propulsive element and the rear propulsive element at least partially overlaps, and wherein - the inner guide element , the front distance member , the rear distance member and the periphery of the hub define an open space allowing free passage of the fluid.
An engine system comprising: a variable compression device including a fluid chamber (R3) in which a piston rod is moved in a direction to increase a compression ratio by a pressurized working fluid being supplied thereto, an upper end of the piston rod being connected to a piston and a lower end of the piston rod being connected to a crosshead pin of a cross head such that a connecting rod is rotatable; a detection device that outputs a signal including positional information of the piston ; and a position acquisition device that acquires a position of the piston based on the signal, characterized in that at least part of the detection device is provided in a cylinder liner inside which the piston slides, and the detection device is configured to detect a position in a sliding direction of the piston , and that the position acquisition device controls a plunger pump , a supply pump , and a relief valve , adjusts an amount of a working oil in the fluid chamber (R3), thereby changing a position of the piston rod in a sliding direction of the piston rod and changing the compression ratio. a variable compression device including a fluid chamber (R3) in which a piston rod is moved in a direction to increase a compression ratio by a pressurized working fluid being supplied thereto, an upper end of the piston rod being connected to a piston and a lower end of the piston rod being connected to a crosshead pin of a cross head such that a connecting rod is rotatable; a detection device that outputs a signal including positional information of the piston ; and a position acquisition device that acquires a position of the piston based on the signal, characterized in that at least part of the detection device is provided in a cylinder liner inside which the piston slides, and the detection device is configured to detect a position in a sliding direction of the piston , and that the position acquisition device controls a plunger pump , a supply pump , and a relief valve , adjusts an amount of a working oil in the fluid chamber (R3), thereby changing a position of the piston rod in a sliding direction of the piston rod and changing the compression ratio.
Electrohydraulic system for underwater use, with an electrohydraulic actuating drive, comprising a hydraulic machine , a rotary drive device and a hydraulic cylinder or hydraulic motor, and with a container , wherein the hydraulic cylinder or hydraulic motor and the hydraulic machine are present in an interior space of the container , wherein the rotary drive device and the hydraulic machine are mechanically coupled for a common rotary movement and the hydraulic machine adjusts at least the hydraulic cylinder or hydraulic motor, wherein the rotary drive device serves for adjusting the hydraulic cylinder , wherein the electrical supply of energy to the components within the container is realized via an electrical interface at the container , characterized in that the rotary drive device is arranged outside the container and is configured for coupling to the hydraulic machine and decoupling from the hydraulic machine , and the electrical energy for the rotary drive device is independent of the electrical energy consumption of the components within the container .
A mobile terminal supporting communication setting state control, the terminal comprising: a radio frequency unit configured to form a communication channel for data communication; a display unit configured to display a communication setting widget indicating a setting state of a data communication service, and to receive a touch input for changing the setting state of the data communication service on the communication setting widget; a controller configured to control a change of the setting state of the data communication service from one of an accessible state and an inaccessible state to the other based on the touch input. a radio frequency unit configured to form a communication channel for data communication; a display unit configured to display a communication setting widget indicating a setting state of a data communication service, and to receive a touch input for changing the setting state of the data communication service on the communication setting widget; a controller configured to control a change of the setting state of the data communication service from one of an accessible state and an inaccessible state to the other based on the touch input.