mhurhangee/patent-ind-claim-en huggingface dataset:
Remote piloted aircraft comprising a primary propulsion unit with at least one engine, a plurality of propellers put in rotation by said at least one engine, and a main control unit comprising at least one receiver configured to receive commands from a remote control unit, said aircraft further comprising a secondary flight assembly suitable to intervene in case of failure of the aircraft or emergency, said secondary flight assembly being provided with an additional control unit configured to process data relevant to the flight and which includes an additional receiver configured to receive commands from a further remote control unit , in case of failure or emergency said additional control unit being configured to generate, as a response, an activation command (S1) suitable to activate a first device for the expulsion of an upper wing placed into a first compartment of the aircraft and to inflate a lower wing housed in a second compartment of the aircraft , and also to generate an interdiction command (S2) of the primary propulsion unit , said upper wing being maneuverable by means of said further remote control unit , the lower wing being shaped to cooperate with the upper wing to the stability of the aircraft.
A fan for a gas turbine engine comprising: a fan (100; 200; 300) mounting a first group of blades and a second group of blades ; said first group of blades and said second group of blades sharing a profile shape, wherein said first group of blades have a first laminate composition; wherein said second group of blades have a second laminate composition, distinct from the first laminate composition; and characterized in that the first and second laminate compositions of the first and second group of blades are chosen such that a frequency of a vibratory mode of the first group of blades is offset from a frequency of a vibratory mode of the second group of blades by at least 6%. a fan (100; 200; 300) mounting a first group of blades and a second group of blades ; said first group of blades and said second group of blades sharing a profile shape, wherein said first group of blades have a first laminate composition; wherein said second group of blades have a second laminate composition, distinct from the first laminate composition; and characterized in that the first and second laminate compositions of the first and second group of blades are chosen such that a frequency of a vibratory mode of the first group of blades is offset from a frequency of a vibratory mode of the second group of blades by at least 6%.
A gate valve assembly comprising: a valve body having a channel extending from a distal end to a proximal end; a gate configured to be moved from a first position to a second position, the second position being when the gate is positioned in the channel of the valve body between the distal end and the proximal end of the valve body; a seat insert configured to be positioned into a pocket of the valve body ; a seat configured to be positioned within the seat insert ; a seal member positioned within a first groove of the seat insert and between the valve body and the seat insert ; a spring positioned between the seat and the seat insert ; wherein the seal member is a fixed static seal providing no gaps and/or spaces between the seat insert and the valve body allowing no debris to corrupt the seal member, wherein the seat is continually forced towards the gate in response to force from the spring, characterized in that the seat insert is configured to be threaded into a pocket of the valve body ; the seat and the gate form both high pressure and low pressure metal-to-metal seals with each other in response to force from the spring; and in that during operation of the gate valve, fluid enters into the channel and a valve body pressure is automatically de-energized to a downstream pressure of the channel as the valve body pressure moves the seat toward the seat insert by pushing the spring thereby creating a gap between the gate and the seat so that the valve body pressure is drained to equal to a lowest pressure of the sides of the channel. a valve body having a channel extending from a distal end to a proximal end; a gate configured to be moved from a first position to a second position, the second position being when the gate is positioned in the channel of the valve body between the distal end and the proximal end of the valve body; a seat insert configured to be positioned into a pocket of the valve body ; a seat configured to be positioned within the seat insert ; a seal member positioned within a first groove of the seat insert and between the valve body and the seat insert ; a spring positioned between the seat and the seat insert ; wherein the seal member is a fixed static seal providing no gaps and/or spaces between the seat insert and the valve body allowing no debris to corrupt the seal member, wherein the seat is continually forced towards the gate in response to force from the spring, characterized in that the seat insert is configured to be threaded into a pocket of the valve body ; the seat and the gate form both high pressure and low pressure metal-to-metal seals with each other in response to force from the spring; and in that during operation of the gate valve, fluid enters into the channel and a valve body pressure is automatically de-energized to a downstream pressure of the channel as the valve body pressure moves the seat toward the seat insert by pushing the spring thereby creating a gap between the gate and the seat so that the valve body pressure is drained to equal to a lowest pressure of the sides of the channel.
Method for using an automated teller machine , wherein the automated teller machine is coupled to a mobile phone of a user of the automated teller machine via a Bluetooth Low Energy connection , the automated teller machine transmits a first string, the content of which relates to the use of the automated teller machine , to the mobile phone of the user via the Bluetooth Low Energy connection , the mobile phone reads aloud the content of the first string to the user by means of a text-to-speech function of the mobile phone , and the user is able to use the automated teller machine accordingly. the automated teller machine is coupled to a mobile phone of a user of the automated teller machine via a Bluetooth Low Energy connection , the automated teller machine transmits a first string, the content of which relates to the use of the automated teller machine , to the mobile phone of the user via the Bluetooth Low Energy connection , the mobile phone reads aloud the content of the first string to the user by means of a text-to-speech function of the mobile phone , and the user is able to use the automated teller machine accordingly.
A process for preparing crystalline methyl N-[2-[[[1-(4-chlorophenyl)-1H-pyrazol-3-yl]oxy]methyl]phenyl]-N-methoxycarbamate (I), comprising a) reacting a compound of formula II with an alkylating agent in the presence of a base in the presence of a polar solvent selected from alcohols or ketons followed by b) the addition of water. a) reacting a compound of formula II with an alkylating agent in the presence of a base in the presence of a polar solvent selected from alcohols or ketons followed by b) the addition of water.
A system (100, 100', 100") for monitoring attachment status of an attachment device to an attachment device carrying equipment of a working machine, said system comprising: - a sensor configuration (101, 101', 101") arrangeable on the working machine and being configured to indicate the attachment status of said attachment device, - a control unit configured to monitor said sensor configuration in order to determine the attachment status of said attachment device, characterized in that the control unit is configured to store location data of the attachment device based on the attachment status of said attachment device, wherein an indication that the attachment device is de-attached from said attachment device carrying equipment determines that the location data of the attachment device is stored. - a sensor configuration (101, 101', 101") arrangeable on the working machine and being configured to indicate the attachment status of said attachment device, - a control unit configured to monitor said sensor configuration in order to determine the attachment status of said attachment device, characterized in that the control unit is configured to store location data of the attachment device based on the attachment status of said attachment device, wherein an indication that the attachment device is de-attached from said attachment device carrying equipment determines that the location data of the attachment device is stored.
A method of reducing adhesive wear in a compression engine lubricated with a low phosphorus lubricant composition, comprising supplying to the engine a lubricant composition comprising less than 0.1 wt % phosphorous and having a viscosity of 10 centistokes or lower at 100°C measured in accordance with to ASTM D445-17, comprising: a) an oil of lubricating viscosity; b) one or more metal-containing sulfur-free detergents derived from an alkylphenol in an amount to deliver at least 0.2 weight percent alkylphenol-containing soap to the composition; c) one or more alkaline earth metal sulfonate detergents in an amount to deliver at least 0.8% by weight sulfonate soap to the composition; d) 1 wt % to 4.5 wt % of one or more polyisobutylene succinimide dispersants; and e) 0.1 wt % to 1.2 wt % of a dispersant viscosity modifier derived from polyolefin having a number average molecular weight of at least 20,000; wherein the lubricant composition contains less than 0.2 weight percent of a sulfur-coupled phenate detergent. a) an oil of lubricating viscosity; b) one or more metal-containing sulfur-free detergents derived from an alkylphenol in an amount to deliver at least 0.2 weight percent alkylphenol-containing soap to the composition; c) one or more alkaline earth metal sulfonate detergents in an amount to deliver at least 0.8% by weight sulfonate soap to the composition; d) 1 wt % to 4.5 wt % of one or more polyisobutylene succinimide dispersants; and e) 0.1 wt % to 1.2 wt % of a dispersant viscosity modifier derived from polyolefin having a number average molecular weight of at least 20,000;
A method for illuminating an environment for the purpose of localizing a user device when applying simultaneous location and mapping technique, SLAM, the user device comprising a light source and at least one camera, the method being performed in an illumination determiner and comprising: determining a need for adjusting illumination; determining a field of view of the at least one camera of the user device ; obtaining environment data for elements within the field of view from previously stored environment data, the environment data containing elements which can be matched against images captured by the user device to thereby determine a location of the user device, each element in the environment data comprising a set of co-ordinates, 2D or 3D; selecting at least one key element of the elements, wherein the key elements are of greater importance for simultaneous location and mapping, SLAM, than non-key elements, and wherein the step of selecting at least one key element comprises ranking the elements according to importance for SLAM and selecting a number of the highest ranked elements; and adjusting illumination of at least a subset of the at least one selected key element by adapting the light source, thereby enabling improved localization of the user device . determining a need for adjusting illumination; determining a field of view of the at least one camera of the user device ; obtaining environment data for elements within the field of view from previously stored environment data, the environment data containing elements which can be matched against images captured by the user device to thereby determine a location of the user device, each element in the environment data comprising a set of co-ordinates, 2D or 3D; selecting at least one key element of the elements, wherein the key elements are of greater importance for simultaneous location and mapping, SLAM, than non-key elements, and wherein the step of selecting at least one key element comprises ranking the elements according to importance for SLAM and selecting a number of the highest ranked elements; and adjusting illumination of at least a subset of the at least one selected key element by adapting the light source, thereby enabling improved localization of the user device .
A vascular filtering device , comprising: an elongate member having two or more apertures in a wall of the elongate member and a lumen that extends from a proximal region of the elongate member and is in fluid communication with the two or more apertures ; and a membranous member comprising a bag portion and a plurality of tethers that extend from the bag portion, the bag portion comprising a membrane and wherein a distal region of the bag portion is attached to a distal portion of the elongate member, and wherein each of the tethers extends through an aperture of the two or more apertures and through the lumen of the elongate member, and exits the lumen at the proximal region of the elongate member. an elongate member having two or more apertures in a wall of the elongate member and a lumen that extends from a proximal region of the elongate member and is in fluid communication with the two or more apertures ; and a membranous member comprising a bag portion and a plurality of tethers that extend from the bag portion, the bag portion comprising a membrane and wherein a distal region of the bag portion is attached to a distal portion of the elongate member, and wherein each of the tethers extends through an aperture of the two or more apertures and through the lumen of the elongate member, and exits the lumen at the proximal region of the elongate member.
A Furniture component with at least one functional wall , with an integrated or inserted furniture fitting for guiding a mobile furniture part , wherein the functional wall comprises two side faces , a front face and front-face recess for locating the furniture fitting , wherein the furniture fitting comprises a base element , a linear guide and a swivel guide linked to the latter and wherein the linear guide comprises positively driven mobile elements, to which the swivel guide is linked spaced apart from the base element , wherein the two side faces lies in a first and a second plane, wherein at least the linear guide in a closed position of the furniture fitting lies between the first and the second plane and the linear guide and the swivel guide are coupled with one another, so that first a linear movement and then at least one swivelling movement is performed during an opening movement, and wherein the furniture fitting comprises at least one damping device for damping the closing/or opening movement, wherein the damping device is constituted as a linear damper and/or a rotation damper.
A method comprising: establishing a radio resource control, RRC, connection by a user equipment, UE , to a base station in a wireless network ; receiving higher layer UE-specific resource-grant information for the UE during the RRC connection establishment; receiving a secondary resource grant within a DCI; and performing a data transmission, wherein the data transmission is either an initial data transmission or a retransmission, characterized in that the higher layer UE-specific resource-grant information carries a first number of repetitions for the initial data transmission; the secondary resource grant carries partial control information comprising a field to trigger a new transmission or a retransmission and a second number of repetitions for retransmission, and the data transmission is performed with a repetition number based on parameter settings in the received UE-specific resource-grant information and the received secondary resource grant, wherein the repetition number is the first number when the data transmission is the initial data transmission, and the repetition number is the second number when the data transmission is the retransmission. establishing a radio resource control, RRC, connection by a user equipment, UE , to a base station in a wireless network ; receiving higher layer UE-specific resource-grant information for the UE during the RRC connection establishment; receiving a secondary resource grant within a DCI; and performing a data transmission, wherein the data transmission is either an initial data transmission or a retransmission, characterized in that the higher layer UE-specific resource-grant information carries a first number of repetitions for the initial data transmission; the secondary resource grant carries partial control information comprising a field to trigger a new transmission or a retransmission and a second number of repetitions for retransmission, and the data transmission is performed with a repetition number based on parameter settings in the received UE-specific resource-grant information and the received secondary resource grant, wherein the repetition number is the first number when the data transmission is the initial data transmission, and the repetition number is the second number when the data transmission is the retransmission.
An agricultural harvesting machine, in particular a combine harvester , with a control system which comprises a camera which records a series of images of a passing flow of harvested material, an evaluation unit which determines the "damaged grain fraction" (DGF) harvested material parameter of the flow of harvested material and/or the "non-grain fraction" (NGF) harvested material parameter of the flow of harvested material on the basis of an image analysis of the recorded series of images, a visualisation device which displays the determined harvested material parameter(s) "damaged grain fraction" (DGF) and/or "non-grain fraction" (NGF) and a camera setting device which enables an operator to vary at least one camera parameter of the camera , characterized in that the camera parameter(s) can be varied in a manner such that the visualisation device simultaneously displays the actual image of the flow of harvested material, the actual determined harvested material parameter(s) "damaged grain fraction" (DGF) and/or "non-grain fraction" (NGF) and a camera parameter variation module of the camera setting device in a manner such that a variation in the camera parameter(s) can be coupled with a real time comparison of the harvested material parameter(s) "damaged grain fraction" (DGF) and/or "non-grain fraction" (NGF) determined by the evaluation unit with the actual conditions displayed in the actual image .
An engine apparatus , the apparatus comprising: at least four piston assemblies , wherein each piston assembly comprises a piston attached to a connection member at a first end and a second end , and wherein each piston of the piston assembly defines a first chamber and a second chamber separated by the piston , and wherein the first chamber and the second chamber are each defined at the first end and at the second end , and further wherein each first chamber of one piston assembly is fluidly connected to the second chamber at a different piston assembly, wherein at least one first chamber at the first end is fluidly connected to a respective second chamber at the second end, wherein at least one first chamber at the second end is fluidly connected to a respective second chamber at the first end, and wherein at least one first chamber at one end is fluidly connected to a respective second chamber at the same end. at least four piston assemblies , wherein each piston assembly comprises a piston attached to a connection member at a first end and a second end , and wherein each piston of the piston assembly defines a first chamber and a second chamber separated by the piston , and wherein the first chamber and the second chamber are each defined at the first end and at the second end , and further wherein each first chamber of one piston assembly is fluidly connected to the second chamber at a different piston assembly, wherein at least one first chamber at the first end is fluidly connected to a respective second chamber at the second end, wherein at least one first chamber at the second end is fluidly connected to a respective second chamber at the first end, and wherein at least one first chamber at one end is fluidly connected to a respective second chamber at the same end.
A cooler for a work vehicle , in particular an agricultural harvester, the cooler comprising: at least one cooler core ; a cooling fan associated with the at least one cooler core to produce a stream of air (A) across the at least one cooler core ; and a dust removal assembly comprising a filter associated with the at least one cooler core such that the stream of air (A) passes through at least one collection surface of the filter ; a suction channel placed such that it does not substantially interfere with the stream of air (A) passing across the at least one cooler core ; a blower fluidly coupled to the suction channel and configured to produce a suction region (S) in and adjacent to the suction channel ; and a filter carrier configured to carry at least a portion of the filter through the suction region (S) such that particles captured by the filter are pulled into the suction channel the cooler being characterised in that the suction channel defines a length (CL) and a channel width (CW1, CW2) that varies along at least a portion of the length (CL). at least one cooler core ; a cooling fan associated with the at least one cooler core to produce a stream of air (A) across the at least one cooler core ; and a dust removal assembly comprising a filter associated with the at least one cooler core such that the stream of air (A) passes through at least one collection surface of the filter ; a suction channel placed such that it does not substantially interfere with the stream of air (A) passing across the at least one cooler core ; a blower fluidly coupled to the suction channel and configured to produce a suction region (S) in and adjacent to the suction channel ; and a filter carrier configured to carry at least a portion of the filter through the suction region (S) such that particles captured by the filter are pulled into the suction channel a filter associated with the at least one cooler core such that the stream of air (A) passes through at least one collection surface of the filter ; a suction channel placed such that it does not substantially interfere with the stream of air (A) passing across the at least one cooler core ; a blower fluidly coupled to the suction channel and configured to produce a suction region (S) in and adjacent to the suction channel ; and a filter carrier configured to carry at least a portion of the filter through the suction region (S) such that particles captured by the filter are pulled into the suction channel the cooler being characterised in that the suction channel defines a length (CL) and a channel width (CW1, CW2) that varies along at least a portion of the length (CL).