mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting velocity of an autonomous vehicle to navigate along a planned navigation path, the method comprising: receiving, by a velocity correcting system associated with the autonomous vehicle, a velocity for navigating the autonomous vehicle for a selected segment among one or more segments along the planned navigation path, wherein the autonomous vehicle is a vehicle capable of sensing environment around it for moving on a road without any human intervention; identifying, by the velocity correcting system, a plurality of values corresponding to a current vehicle condition, for the selected segment, while the autonomous vehicle is navigating along the planned navigation path; determining, by the velocity correcting system, a counter angular velocity corresponding to the current vehicle condition by comparing the plurality of values with pre-stored values, wherein the pre-stored values are generated based on a trial run of the autonomous vehicle under various predefined conditions of the autonomous vehicle; correcting, by the velocity correcting system, the velocity of the autonomous vehicle, by correlating the velocity with the counter angular velocity, and providing the correction velocity to a navigation module associated with the velocity correcting system; and iteratively applying the correction velocity for the selected segment at every predefined cycle time to navigate the autonomous vehicle along the planned navigation path. receiving, by a velocity correcting system associated with the autonomous vehicle, a velocity for navigating the autonomous vehicle for a selected segment among one or more segments along the planned navigation path, wherein the autonomous vehicle is a vehicle capable of sensing environment around it for moving on a road without any human intervention; identifying, by the velocity correcting system, a plurality of values corresponding to a current vehicle condition, for the selected segment, while the autonomous vehicle is navigating along the planned navigation path; determining, by the velocity correcting system, a counter angular velocity corresponding to the current vehicle condition by comparing the plurality of values with pre-stored values, wherein the pre-stored values are generated based on a trial run of the autonomous vehicle under various predefined conditions of the autonomous vehicle; correcting, by the velocity correcting system, the velocity of the autonomous vehicle, by correlating the velocity with the counter angular velocity, and providing the correction velocity to a navigation module associated with the velocity correcting system; and iteratively applying the correction velocity for the selected segment at every predefined cycle time to navigate the autonomous vehicle along the planned navigation path.
A process for producing an additive for lubricant oil that has a Total Base Number from 100 to 400, comprising overbasing reacting of components A, B, C, D and E at a temperature between 100°C and 200°C, wherein, the component A is an alkyl salicylic acid or an alkyl salicylate ester that is of a particular molecular formula before its neutralization or overbasing, where R 1 represents a hydrogen or an alkyl group which has 1 to 3 carbon atoms, R 2 represents an alkyl group which has 10 to 50 carbon atoms, and n is 1 or 2; the component B is CaO, which is added by one time or plural times during the reaction; the component C is glycol; the component D is base oil; and the component E is carbon dioxide, which is introduced after the component B by one time, or is introduced each time when the component B is added if the component B is added by plural times; the glycol is removed from the reacted mixture after the overbasing under vacuum, and then the reacted mixture is filtered to obtain a clear liquid product. where R 1 represents a hydrogen or an alkyl group which has 1 to 3 carbon atoms, R 2 represents an alkyl group which has 10 to 50 carbon atoms, and n is 1 or 2; the component B is CaO, which is added by one time or plural times during the reaction; the component C is glycol; the component D is base oil; and the component E is carbon dioxide, which is introduced after the component B by one time, or is introduced each time when the component B is added if the component B is added by plural times; the glycol is removed from the reacted mixture after the overbasing under vacuum, and then the reacted mixture is filtered to obtain a clear liquid product.
Detergent dosing device for soaking cleaning cloths comprising actuating devices for moving a valve inside the dosing device, the body of said dosing device is equipped with a storage chamber the bottom of which has an outlet pipe for releasing the liquid detergent stored inside said storage chamber, said outlet pipe has an outlet section which is closed by said valve and forced to open, by means of a rectilinear displacement along a longitudinal axis of said valve, by said actuating devices, characterised by the fact that said actuating devices are joined to said valve by means of a connection on the outside of said dosing device; wherein said connection on the outside of said dosing device is integral with and joined with a protruding part at the bottom of the valve.
Kit for the temporary attachment of an electronic device to a support for a tyre casing, characterized in that it includes: - an attachment member comprising an adhesive mass for attaching the electronic device to the support, - a separation element for separating the adhesive mass from the support that is able to adhere to the adhesive mass, the adhesion between the adhesive mass and the separation element exceeding the adhesion between the adhesive mass and the support as a function of the variation of at least one parameter of the adhesive mass. - an attachment member comprising an adhesive mass for attaching the electronic device to the support, - a separation element for separating the adhesive mass from the support that is able to adhere to the adhesive mass, the adhesion between the adhesive mass and the separation element exceeding the adhesion between the adhesive mass and the support as a function of the variation of at least one parameter of the adhesive mass.
Floor panel, wherein this floor panel is made rectangular and oblong and comprises a substrate substantially consisting of a thermoplastic material and a top layer provided on this substrate, wherein the top layer is at least composed of a print and a transparent thermoplastic layer situated above said print, characterized in that the floor panel has a length of more than 1.10 meters and that the floor panel further comprises means for limiting the bending by the own weight, including at least one glass fiber mat or glass fabric layer embedded in said substrate and being situated outside the center line of said substrate.
A compressing device operable in a plurality of modes of operation, the compressing device comprising: a turbine comprising a first inlet and a second inlet and configured to provide energy by expanding a plurality of mediums, wherein the first inlet is configured to receive a first medium of the plurality of mediums, and wherein the second inlet is configured to receive a second medium of the plurality of mediums; and a compressor configured to: receive a first energy derived from the first and second mediums being expanded across the turbine during a first mode of the compressing device, receive a second energy derived from the first medium being expanded across the turbine during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; a fan configured to receive the first energy during the first mode and the second energy during the second mode; and a power turbine configured to provide a third energy by expanding a third medium of the plurality of mediums, wherein the compressor is configured to receive the third energy from the third medium expanded across the power turbine. a turbine comprising a first inlet and a second inlet and configured to provide energy by expanding a plurality of mediums, wherein the first inlet is configured to receive a first medium of the plurality of mediums, and wherein the second inlet is configured to receive a second medium of the plurality of mediums; and a compressor configured to: receive a first energy derived from the first and second mediums being expanded across the turbine during a first mode of the compressing device, receive a second energy derived from the first medium being expanded across the turbine during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; receive a first energy derived from the first and second mediums being expanded across the turbine during a first mode of the compressing device, receive a second energy derived from the first medium being expanded across the turbine during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; a fan configured to receive the first energy during the first mode and the second energy during the second mode; and a power turbine configured to provide a third energy by expanding a third medium of the plurality of mediums, wherein the compressor is configured to receive the third energy from the third medium expanded across the power turbine.
A paintstrainer holder, which paintstrainer holder is provided with an inlet opening and an outlet opening, wherein a feed-through direction extends from the inlet opening to the outlet opening, wherein the paintstrainer holder is provided, adjacent the outlet opening, with a lower edge, which lower edge is provided with a supporting edge at an angle (α) to the feed-through direction, which supporting edge is designed for bearing, in use, on an edge of a receptacle for paint to be strained, characterized in that said lower edge is also provided with a collar edge extending away from the inlet opening at an angle (ζ) to the supporting edge, and at the outside of the supporting edge, wherein the paintstrainer holder substantially comprises a frustoconical form, and, at the location of its truncation, merges into the lower edge.
Soil-working disk (1, 16, 19), in particular for agricultural machines, such as soil-working and/or sowing machines, which is preferably mounted so as to be freely rotatable on disk holders by means of rotary bearings and has a circular and/or toothed outer circumference (12, 18, 20), the continuous outer edge region (12, 18, 20) and/or lateral edge region (13, 14) of the disk (1, 16, 19) being provided with a wear-resistant material at least on the side which is most intensely subjected to wear and/or on the continuous outer circumference of the disk (1, 16, 19), the soil-working disk (1, 16, 19) having a main body which is softer than the wear-resistant material, on the main body the wear-resistant material being applied to the outer disk region in the form of a wear-protection ring which extends to the outer circumference of the disk, characterized in that the wear-protection material is applied to the disk (1, 16, 19) by PTA application welding, laser application methods, flame spraying methods.
A blocking device (1; 100) for shafts comprising: - a housing (10; 110) in which there is formed a first seat (11a; 111a) for receiving a shaft (20; 24) which can be moved along a first sliding axis (A1; A101), - an actuator (30; 130) which is received in a second seat (12; 112) which is formed in the housing and which can be moved along a second sliding axis (A2; A102) away from and towards a blocking position (C2; C102) of the shaft (20; 24) in the first seat with respect to the housing, and characterized in comprising - a first and a second runner (40a, 40b; 140a, 140b) which are received in the housing and which are interposed between the actuator and the shaft, wherein the actuator is formed in such a manner that, when it is moved towards the blocking position (C2; C102), it urges the first and the second runner (40a, 40b; 140a, 140b) both against the shaft (20; 24) and against the housing (10; 110) so as to block the actuator (30; 130), the first and the second runner (40a, 40b; 140a, 140b) and the shaft (20; 24) with respect to the housing (10; 110) and wherein the first and the second runner (40a, 40b; 140a, 140b) are formed so as to be moved away from each other when the actuator (30; 130) is moved towards the blocking position (C2; C102). - a housing (10; 110) in which there is formed a first seat (11a; 111a) for receiving a shaft (20; 24) which can be moved along a first sliding axis (A1; A101), - an actuator (30; 130) which is received in a second seat (12; 112) which is formed in the housing and which can be moved along a second sliding axis (A2; A102) away from and towards a blocking position (C2; C102) of the shaft (20; 24) in the first seat with respect to the housing, and characterized in comprising - a first and a second runner (40a, 40b; 140a, 140b) which are received in the housing and which are interposed between the actuator and the shaft,
A treatment to improve the germination of seeds, characterized in that it consists of applying a coating based on an aqueous solution of an enzyme with phytase activity, the aqueous solution which contains the enzyme with phytase activity based on an organic acid buffer adjusted to a pH of between 3 and 9, on the surface of the seeds and subsequent drying of the coating in order to obtain a dry seed.
A dual stage inflator comprising: a housing defining an internal cavity including a filter chamber and a combustion chamber, the combustion chamber including a first portion having a first gas generant material separated from a second portion having a second gas generant material; a gas generant retaining wall disposed in the housing, comprising openings and separating the filter chamber and the combustion chamber; a first stage ignition device 40 disposed in the first portion of the combustion chamber; a second stage ignition device disposed in the second portion of the combustion chamber; and a lid normally closing the second portion of the combustion chamber and spaced from the gas generant retaining wall, the lid moveable to an open position opening the second portion of the combustion chamber to release combustion gas and abutting the gas generant retaining wall in response to an increase of pressure within the second portion of the combustion chamber, wherein an outer side of the lid and an adjacent side of the gas generant retaining wall comprising openings are cooperatively configured to allow a flow of combustion gas between the gas generant retaining wall and the lid when the lid abuts the gas generant retaining wall in the open position, characterised in that at least one of the outer side of the lid and the adjacent side of the gas generant retaining wall includes a planar portion and a raised portion, the raised portion abutting the other of the outer side of the lid and the adjacent side of the gas generant wall when the lid is in the second position to maintain a combustion gas flow path therebetween. a housing defining an internal cavity including a filter chamber and a combustion chamber, the combustion chamber including a first portion having a first gas generant material separated from a second portion having a second gas generant material; a gas generant retaining wall disposed in the housing, comprising openings and separating the filter chamber and the combustion chamber; a first stage ignition device 40 disposed in the first portion of the combustion chamber; a second stage ignition device disposed in the second portion of the combustion chamber; and a lid normally closing the second portion of the combustion chamber and spaced from the gas generant retaining wall, the lid moveable to an open position opening the second portion of the combustion chamber to release combustion gas and abutting the gas generant retaining wall in response to an increase of pressure within the second portion of the combustion chamber, wherein an outer side of the lid and an adjacent side of the gas generant retaining wall comprising openings are cooperatively configured to allow a flow of combustion gas between the gas generant retaining wall and the lid when the lid abuts the gas generant retaining wall in the open position,
An electrowetting device comprising a space to contain fluids, two types of fluids that form an interface in the space, a membrane that is in contact with the space, a first electrode disposed on the opposite side of the membrane from the side in contact with the space, and a second electrode that is in contact with one of the two types of fluids, wherein said membrane is a multilayer membrane which comprises a layer made of a fluorinated polymer that includes, as the main component, a constituting unit including a fluorinated aliphatic ring structure having one etheric oxygen atom in the ring structure, and a layer made of a fluorinated polymer that includes, as the main component, a constituting unit including a fluorinated aliphatic ring structure having two or three etheric oxygen atoms in the ring structure, and said layer is disposed as the outermost layer on the side in contact with the space.
Motor vehicle bodywork part (4; 42) comprising: - a main body, and - a movable aerodynamic element (8; 44) capable of occupying a retracted position and a deployed position in relation to the main body, the body part (4; 42) comprising an articulated mechanism capable of accommodating a straight deployment of the aerodynamic element (8; 44), the articulated mechanism comprising two articulated arms (12, 14), each comprising two portions (16, 18, 20, 22), a portion (16, 20) connected to the main body and a portion connected to the movable aerodynamic element (8; 44), characterized in that the articulated arms (12, 14) are capable of deploying in a direction parallel to a longitudinal axis of the vehicle. - a main body, and - a movable aerodynamic element (8; 44) capable of occupying a retracted position and a deployed position in relation to the main body,
A method of determining a spatial luminance distribution over at least one image of a scene illuminated by at least one illuminant, the image comprising RGB values for each pixel, the method comprising: forming (S404, S530) a combination of the RGB values to determine the spatial luminance distribution, the combination having a set of coefficients comprising a respective coefficient for each of the RGB values; wherein the coefficients are determined by: identifying (S402, S512) a spectral power distribution, SPD, of the at least one illuminant; and determining (S403, S513) values of the set of coefficients that minimize a spectral mismatch between: a) the identified SPD weighted by the combination; and b) the identified SPD weighted by a luminosity function, wherein the luminosity function models the average spectral sensitivity of the human visual perception of light. forming (S404, S530) a combination of the RGB values to determine the spatial luminance distribution, the combination having a set of coefficients comprising a respective coefficient for each of the RGB values; wherein the coefficients are determined by: identifying (S402, S512) a spectral power distribution, SPD, of the at least one illuminant; and determining (S403, S513) values of the set of coefficients that minimize a spectral mismatch between: a) the identified SPD weighted by the combination; and b) the identified SPD weighted by a luminosity function, wherein the luminosity function models the average spectral sensitivity of the human visual perception of light. identifying (S402, S512) a spectral power distribution, SPD, of the at least one illuminant; and determining (S403, S513) values of the set of coefficients that minimize a spectral mismatch between: a) the identified SPD weighted by the combination; and b) the identified SPD weighted by a luminosity function, wherein the luminosity function models the average spectral sensitivity of the human visual perception of light.
Method of producing a pump body for dispensing a fluid product, the said body having a housing provided with an inlet orifice for the said product, which is equipped with a valve comprising a ball retained in a cage in order to be movable between a closed position and an open position of the said orifice, the said method providing for: - moulding the housing while forming, on the inside of a peripheral wall, above the inlet orifice, ribs in relief which run axially, being spaced angularly, each of the said ribs having two side faces (16, 17) which meet at an inner edge to define the cage between the said edges, as well as a top end having a free top surface, - inserting the ball in the cage, below the top ends and - plastically deforming the top ends to form peaks, running radially towards the inside of the housing, the said peaks being arranged to hold the ball captive in the cage, the said method being characterised in that the ribs are formed so that their free surface runs from one side edge to the other, forming a dome having a crown, the plastic deformation of the top ends being carried out by bringing a die to rest on the said crowns and then by axial displacement of the said die in a stroke for crushing the domes. - moulding the housing while forming, on the inside of a peripheral wall, above the inlet orifice, ribs in relief which run axially, being spaced angularly, each of the said ribs having two side faces (16, 17) which meet at an inner edge to define the cage between the said edges, as well as a top end having a free top surface, - inserting the ball in the cage, below the top ends and - plastically deforming the top ends to form peaks, running radially towards the inside of the housing, the said peaks being arranged to hold the ball captive in the cage,
Fastening means for a transmission part, the fastening means having a main body, wherein the main body has at least one external thread and at least one through hole; wherein the fastening means has a first bolt that can be displaced in a first region of the through hole and a second bolt with an external thread; wherein a second region of the through hole has at least one internal thread that can be screwed to the external thread of the second bolt; and wherein the second bolt has a through hole and the first bolt has an internal thread aligning with the through hole. wherein the main body has at least one external thread and at least one through hole; wherein the fastening means has a first bolt that can be displaced in a first region of the through hole and a second bolt with an external thread; wherein a second region of the through hole has at least one internal thread that can be screwed to the external thread of the second bolt; and wherein the second bolt has a through hole and the first bolt has an internal thread aligning with the through hole.
A coin-operated lock for detachably interlocking transport carts, featuring a lock housing that comprises a first and a second slot-shaped opening for receiving coins and a keyhole for receiving a key, wherein the first opening is designed for receiving a coin with larger diameter than the second opening, wherein the coin-operated lock comprises a mechanism that releases the key held in the keyhole when an appropriate coin is inserted into one of the openings and releases the coin locked in the first or second opening when an appropriate key is inserted into the keyhole, and wherein the coin-operated lock comprises a first spring element that engages into both openings (2, 3), with said first spring element being tensioned due to the insertion of an appropriate coin into one of the openings (2, 3) and its spring tension promoting the ejection of the appropriate coin from the opening (2, 3) upon its release, characterized in that a second spring element is arranged in the first opening, wherein said second spring element is tensioned due to the insertion of a coin that is undersized for the first opening and its spring tension promotes the ejection of the undersized coin for the first opening.