mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting a travelling trajectory of a vehicle which is executed by a control device having a function for realizing a correction of the traveling trajectory when detecting a lane by a sensor (140, 150) provided for a subject vehicle is impossible or difficult, the method comprising: acquiring map information including information of a fictitious lane from a database; calculating a travelling trajectory of the subject vehicle to be a target trajectory when the subject vehicle travels on a subject vehicle travelling route based on the map information; detecting a position of another vehicle travelling on the fictitious lane located in a width direction of the subject vehicle by the sensor (140, 150); calculating (S106, S109) an offset of the position of the other vehicle in another vehicle lane, which is the fictitious lane, that the other vehicle travels based on the position of the other vehicle; and correcting the travelling trajectory of the subject vehicle in accordance with the offset. acquiring map information including information of a fictitious lane from a database; calculating a travelling trajectory of the subject vehicle to be a target trajectory when the subject vehicle travels on a subject vehicle travelling route based on the map information; detecting a position of another vehicle travelling on the fictitious lane located in a width direction of the subject vehicle by the sensor (140, 150); calculating (S106, S109) an offset of the position of the other vehicle in another vehicle lane, which is the fictitious lane, that the other vehicle travels based on the position of the other vehicle; and correcting the travelling trajectory of the subject vehicle in accordance with the offset.
A three-dimensional nanodevice comprising: at least one nanostructure, each nanostructure including an oscillation portion floating over a substrate and support portions for supporting both lengthwise end portions of the oscillation portion; supports disposed on the substrate to support the support portions of each of the nanostructures; a controller disposed at an upper portion of the substrate to control each of the nanostructures, wherein the controller includes at least one electrode, which is disposed under the oscillation portion to intersect the nanostructure; and a sensing unit disposed on each of the oscillation portions to sense an externally supplied adsorption material and adapted to adsorb the adsorption material; characterised in that the sensing unit is formed only at a maximum-amplitude region of the oscillation portion in resonance, and a probe for adsorbing a material is formed on the sensing unit, wherein the sensitivity of the sensing unit is maximized at the maximum-amplitude region of the oscillation portion. at least one nanostructure, each nanostructure including an oscillation portion floating over a substrate and support portions for supporting both lengthwise end portions of the oscillation portion; supports disposed on the substrate to support the support portions of each of the nanostructures; a controller disposed at an upper portion of the substrate to control each of the nanostructures, wherein the controller includes at least one electrode, which is disposed under the oscillation portion to intersect the nanostructure; and a sensing unit disposed on each of the oscillation portions to sense an externally supplied adsorption material and adapted to adsorb the adsorption material; characterised in that the sensing unit is formed only at a maximum-amplitude region of the oscillation portion in resonance, and a probe for adsorbing a material is formed on the sensing unit, wherein the sensitivity of the sensing unit is maximized at the maximum-amplitude region of the oscillation portion.
Submarine vehicle having a storage area for storing loads, wherein the submarine vehicle comprises a pressure hull and a further pressure hull, characterized in that the storage area is arranged outside the pressure hull and between the pressure hull and the further pressure hull, wherein the submarine vehicle is configured to pick the load up from the seabed and/or to set the load down on the seabed, wherein the submarine vehicle comprises a load transporting system for picking the load up from the seabed, for setting the load down on the seabed and for conveying the load within the storage area.
A high pressure polymerization process to form an ethylene-based polymer, the process comprising the steps of: A. Injecting a first feed comprising a chain transfer agent system (CTA system) and ethylene into a first autoclave reactor zone operating at polymerization conditions to produce a first zone reaction product, the CTA system of the first reactor zone having a transfer activity Z1; and B. Transferring at least part of the first zone reaction product to a second reactor zone selected from a second autoclave reactor zone or a tubular reactor zone and operating at polymerization conditions, and freshly injecting a second feed comprising a CTA system and ethylene into the second reactor zone to produce a second zone reaction product, with the proviso that the CTA system of the second reactor zone has a transfer activity of Z2; and with the proviso that the ratio of Z1:Z2 is greater than 1.00. A. Injecting a first feed comprising a chain transfer agent system (CTA system) and ethylene into a first autoclave reactor zone operating at polymerization conditions to produce a first zone reaction product, the CTA system of the first reactor zone having a transfer activity Z1; and B. Transferring at least part of the first zone reaction product to a second reactor zone selected from a second autoclave reactor zone or a tubular reactor zone and operating at polymerization conditions, and freshly injecting a second feed comprising a CTA system and ethylene into the second reactor zone to produce a second zone reaction product, with the proviso that the CTA system of the second reactor zone has a transfer activity of Z2; and
Caterpillar trap, in particular for pine processionary caterpillars, comprising: - a profile, forming a path floor for the caterpillars, - a caterpillar collection bag connected to the path floor, - a collar in the form of a wall which externally delimits the path floor, and - clamping and fastening means for winding and tightening the collar around a tree trunk such that it is spaced apart therefrom by the path floor, - at least one orienting member projecting from the path floor, the orienting member being designed to extend between the periphery of the tree trunk and the collar or vice versa, so as to separate the caterpillars from the tree trunk and/or from the collar, characterized in that it further comprises a funnel device, a lower mouth of which opens into the caterpillar collection bag, and in that at least one end of the path floor is connected to an upper mouth of this funnel device. - a profile, forming a path floor for the caterpillars, - a caterpillar collection bag connected to the path floor, - a collar in the form of a wall which externally delimits the path floor, and - clamping and fastening means for winding and tightening the collar around a tree trunk such that it is spaced apart therefrom by the path floor, - at least one orienting member projecting from the path floor, the orienting member being designed to extend between the periphery of the tree trunk and the collar or vice versa, so as to separate the caterpillars from the tree trunk and/or from the collar,
Interchangeable pickup support (1, 1') for stringed musical instrument, said support (1, 1') being of the type which comprises at least a base body (100, 100') provided with means of attachment to a stringed musical instrument and means for supporting and attaching the pickup to said base body (100, 100'), wherein said means for attaching the base body (100, 100') to a stringed musical instrument comprise at least a fastener element (130, 130') which is movable by actuation means which are rigidly connected to the fastener element (130, 130'), the ends (111, 112, 111', 151, 121, 161) of which are configured to project in part through respective holes (110, 120, 150, 160) arranged on the outer surface of said base body (100, 100') so as to connect to said stringed musical instrument, said base body (100, 100') also comprising at least an element for retaining the fastener element (130, 130') in the attachment thereof to the stringed musical instrument, wherein the fastener element (130, 130') is movable in a radial direction relative to the midpoint thereof.
An offshore solar array comprising a plurality of solar arrays (1, 1a, 1b, 1ba) each having a buoyancy body (2, 2a) and a solar panel (3, 3a), wherein the solar arrays (1, 1a, 1b, 1ba) are spaced apart from each other, wherein a plurality of buoyancy bodies (2, 2a) of the solar arrays (1, 1a, 1b, 1ba) are coupled together, each buoyancy body (2, 2a) generating sufficient buoyancy to keep the solar panel (3, 3a) above a waterline, characterised in that the coupling of mutually coupled buoyancy bodies (2, 2a) comprises cables arranged diagonally and/or parallel to the waterline and rigid struts (9, 11, 13, 14) arranged diagonally and/or parallel to the waterline.
An electric toothbrush comprising: an oscillation generator formed by a motor including an eccentric weight; a main body case including a motor accommodation portion, which accommodates the motor at a distal side, and a battery accommodation portion, which accommodates a motor driving battery at a basal side; a toothbrush head attached in a removable manner to a distal end portion of the main body case; a grip case that receives a basal end portion of the main body case and accommodates the battery accommodation portion; a cap that receives the toothbrush head, which is attached to the main body case, includes an open end face that comes into contact with an open end face of the grip case, and accommodates the toothbrush head; and an elastic member arranged between the grip case and the main body case, which is received by the grip case. an oscillation generator formed by a motor including an eccentric weight; a main body case including a motor accommodation portion, which accommodates the motor at a distal side, and a battery accommodation portion, which accommodates a motor driving battery at a basal side; a toothbrush head attached in a removable manner to a distal end portion of the main body case; a grip case that receives a basal end portion of the main body case and accommodates the battery accommodation portion; a cap that receives the toothbrush head, which is attached to the main body case, includes an open end face that comes into contact with an open end face of the grip case, and accommodates the toothbrush head; and an elastic member arranged between the grip case and the main body case, which is received by the grip case.
A method for producing a pipe connection by means of press fitting, comprising the steps of: mounting a press fitting onto two pipe ends to be connected with each other, pressing the press fitting to one of the two pipe ends by plastically deforming the press fitting and the pipe end in such a manner that a bead is reshaped and a first recess is formed, renewed pressing of the press fitting to the same pipe end at a distance (a) to the first pressing site by plastically deforming the press fitting and the pipe end in such a manner that a second recess is formed, and connecting the press fitting to the second pipe end, characterized in that, for performing said second pressing, a spacer is applied at the distance (a) on the bead generated during the first pressing. mounting a press fitting onto two pipe ends to be connected with each other, pressing the press fitting to one of the two pipe ends by plastically deforming the press fitting and the pipe end in such a manner that a bead is reshaped and a first recess is formed, renewed pressing of the press fitting to the same pipe end at a distance (a) to the first pressing site by plastically deforming the press fitting and the pipe end in such a manner that a second recess is formed, and connecting the press fitting to the second pipe end, characterized in that, for performing said second pressing, a spacer is applied at the distance (a) on the bead generated during the first pressing.
A turbulent air reducer assembly for a gas turbine engine comprising a turbine rotor, a vane support, an on-board injector with a multiple of recesses mounted to the vane support by fasteners received within turbulent air reducer assemblies located in the recesses, the turbulent air reducer assembly comprising: a first standoff; a second standoff; and a windage cover attached to the first standoff and the second standoff, characterised by the windage cover being tuned for a particular vibration response related to a rotation of the turbine rotor, wherein the tuning is by removing mass near a free edge of the windage cover by thinning a semi-circular area of the windage cover. a first standoff; a second standoff; and a windage cover attached to the first standoff and the second standoff, characterised by the windage cover being tuned for a particular vibration response related to a rotation of the turbine rotor, wherein the tuning is by removing mass near a free edge of the windage cover by thinning a semi-circular area of the windage cover.
A food processing apparatus comprising: a container including an engagement member protruding outwardly from a surface of the container, a contact surface disposed at an upper surface of the engagement member; a locking surface disposed at the engagement member; a lid configured to engage with the container; an arm moveable relative to the lid, the arm comprising a camming surface and a locking member, the locking member being configured such that, when the lid is engaged with the container in a locked configuration, contact between the locking surface of the engagement member and the locking member prohibits movement of the lid in a direction away from the container, wherein rotation of the arm relative to the lid causes the camming surface to contact the contact surface of the engagement member to exert an upward force on the arm causing at least a portion of the lid to move in a direction away from the container, characterised in that the engagement member is received within a recess of the locking member in a locked configuration, and in that the contact surface disposed at an upper side of the engagement member is curved. a container including an engagement member protruding outwardly from a surface of the container, a contact surface disposed at an upper surface of the engagement member; a locking surface disposed at the engagement member; a lid configured to engage with the container; an arm moveable relative to the lid, the arm comprising a camming surface and a locking member, the locking member being configured such that, when the lid is engaged with the container in a locked configuration, contact between the locking surface of the engagement member and the locking member prohibits movement of the lid in a direction away from the container, wherein rotation of the arm relative to the lid causes the camming surface to contact the contact surface of the engagement member to exert an upward force on the arm causing at least a portion of the lid to move in a direction away from the container, characterised in that the engagement member is received within a recess of the locking member in a locked configuration, and in that the contact surface disposed at an upper side of the engagement member is curved.
A tie layer composition comprising functionalized polyethylene, styrene block copolymer, base polyethylene, and antioxidant co-stabilizers, wherein the antioxidant co-stabilizers comprise at least one oxygen scavenger, at least one peroxy free radical scavenger, and at least one alkyl free radical scavenger comprising an acrylate.
An adaptive time and frequency-based encoding mode determination apparatus comprising: a time domain feature extraction unit to generate a time domain feature by analyzing a time domain signal of an input audio signal; a frequency domain feature extraction unit to generate a frequency domain feature corresponding to each frequency band generated by dividing a frequency domain corresponding to a frame of the input audio signal into a plurality of frequency domains, by analyzing a frequency domain signal of the input audio signal; and a mode determination unit to determine one of a time-based encoding mode and a frequency-based encoding mode as an encoding mode, with respect to the each frequency band, according to the time domain feature and the frequency domain feature, wherein the division of said frequency domain is performed with respect to one frame in a time domain for each of the frequency bands. a time domain feature extraction unit to generate a time domain feature by analyzing a time domain signal of an input audio signal; a frequency domain feature extraction unit to generate a frequency domain feature corresponding to each frequency band generated by dividing a frequency domain corresponding to a frame of the input audio signal into a plurality of frequency domains, by analyzing a frequency domain signal of the input audio signal; and a mode determination unit to determine one of a time-based encoding mode and a frequency-based encoding mode as an encoding mode, with respect to the each frequency band, according to the time domain feature and the frequency domain feature, wherein the division of said frequency domain is performed with respect to one frame in a time domain for each of the frequency bands.
A camera module comprising: a first movable carrier; a lens barrel including a lower barrel, an upper barrel, at least one lens, and a lens hole on an upper surface of the upper barrel, the lens barrel being fixed to the first movable carrier; and a variable aperture including an aperture hole area; wherein the variable aperture is fixed to the first movable carrier such that the aperture hole area of the variable aperture is aligned with an uppermost lens disposed inside the lens barrel and at least a portion of the uppermost lens is exposed through the aperture hole area, wherein a size of the aperture hole area is adjustable; wherein an upper end of the uppermost lens of the lens barrel has a convex shape and protrudes further to the upper side than a surface of the variable aperture. a first movable carrier; a lens barrel including a lower barrel, an upper barrel, at least one lens, and a lens hole on an upper surface of the upper barrel, the lens barrel being fixed to the first movable carrier; and a variable aperture including an aperture hole area; wherein the variable aperture is fixed to the first movable carrier such that the aperture hole area of the variable aperture is aligned with an uppermost lens disposed inside the lens barrel and at least a portion of the uppermost lens is exposed through the aperture hole area, wherein a size of the aperture hole area is adjustable; wherein an upper end of the uppermost lens of the lens barrel has a convex shape and protrudes further to the upper side than a surface of the variable aperture.
A method for processing data, applied to a data storage system comprising a primary server and at least two secondary servers, the method comprising: receiving a data update request sent by a user, wherein the data update request comprises data updates; sending a log update instruction separately to the primary server and the at least two secondary servers based on the data update request, so that the primary server and the at least two secondary servers perform a log update operation based on the log update instruction; characterized in that the method further comprises: when it is determined that the log update operation is completed, sending a data storage instruction separately to the primary server and a first secondary server in the at least two secondary servers, so that the primary server and the first secondary server perform, based on the data storage instruction, a storage operation on the data updates; determining a second secondary server from the at least two secondary servers; and when it is determined that the second secondary server completes the log update operation, sending a null-operation instruction to the second secondary server, wherein the null-operation instruction is used to instruct the second secondary server to perform no operation. receiving a data update request sent by a user, wherein the data update request comprises data updates; sending a log update instruction separately to the primary server and the at least two secondary servers based on the data update request, so that the primary server and the at least two secondary servers perform a log update operation based on the log update instruction; characterized in that the method further comprises: when it is determined that the log update operation is completed, sending a data storage instruction separately to the primary server and a first secondary server in the at least two secondary servers, so that the primary server and the first secondary server perform, based on the data storage instruction, a storage operation on the data updates; determining a second secondary server from the at least two secondary servers; and when it is determined that the second secondary server completes the log update operation, sending a null-operation instruction to the second secondary server, wherein the null-operation instruction is used to instruct the second secondary server to perform no operation.
Method for determining the insulation resistance in an unearthed electrical DC or AC network, the DC or AC network having an ohmic (R f) and capacitive (Cf) insulation resistance between the network and earth, a periodically repeating sequence of voltage pulses being applied to the DC or AC network to be monitored via an ohmic network coupling (Ri) between the network and earth, the sequence being formed from voltage pulses with three different, predefined pulse voltage values, characterized in that the number of voltage pulses applied in one period corresponds to a prime number p, the amplitude of the pulse voltage values being defined by a Legendre sequence: S n = n p − 1 / 2 mod p, is defined with prime number p greater than 2 and prime length N = p. the sequence being formed from voltage pulses with three different, predefined pulse voltage values, characterized in that the number of voltage pulses applied in one period corresponds to a prime number p, the amplitude of the pulse voltage values being defined by a Legendre sequence: S n = n p − 1 / 2 mod p, is defined with prime number p greater than 2 and prime length N = p.