mhurhangee/ep-ind-claims huggingface dataset:
A mobile communications device, comprising: a wireless module configured to perform wireless transmissions and receptions; a controller module configured to receive a LPP Request Capabilities message indicating a plurality of desired positioning information elements, determine whether some or all of the desired positioning information elements are not supported; the controller module being configured to transmit a LLP Provide Capabilities message indicating the supported positioning information elements if some of the desired positioning information elements are not supported; and characterized by the controller module being further configured to discard or ignore the LPP Request Capabilities message, instead of transmitting the LPP Provide Capabilities message, if all of the desired positioning information elements are not supported. a wireless module configured to perform wireless transmissions and receptions; a controller module configured to receive a LPP Request Capabilities message indicating a plurality of desired positioning information elements, determine whether some or all of the desired positioning information elements are not supported; the controller module being configured to transmit a LLP Provide Capabilities message indicating the supported positioning information elements if some of the desired positioning information elements are not supported; and characterized by the controller module being further configured to discard or ignore the LPP Request Capabilities message, instead of transmitting the LPP Provide Capabilities message, if all of the desired positioning information elements are not supported.
A computer-implemented method enabling an end user to perform a multi-dimensional pattern-enabled visual search related to data objects in engineering systems, by presenting a display with selection capability to the end user, the computer-implemented method comprising: displaying at least two cluster maps, each cluster map comprising a plurality of cluster elements, each cluster map corresponding to a respective data attribute of said data objects in engineering systems, wherein displaying the at least two cluster maps having the one or more cluster elements comprises displaying each cluster element representative of a bin of data objects with a range of data values for the respective data attribute; an iterative process including: selecting a cluster element of the one or more cluster elements in at least one of the displayed cluster maps based upon input from the end user; responsively highlighting the same selected cluster element in each of the displayed cluster maps; and for each displayed cluster map, representing the respective data attribute by displaying a value axis and one or more numerical data values of the respective data attributes of the data objects on the value axis for the selected cluster element highlighted in the displayed cluster map, and retrieving and displaying one or more data objects corresponding to the selected cluster element. displaying at least two cluster maps, each cluster map comprising a plurality of cluster elements, each cluster map corresponding to a respective data attribute of said data objects in engineering systems, wherein displaying the at least two cluster maps having the one or more cluster elements comprises displaying each cluster element representative of a bin of data objects with a range of data values for the respective data attribute; an iterative process including: selecting a cluster element of the one or more cluster elements in at least one of the displayed cluster maps based upon input from the end user; responsively highlighting the same selected cluster element in each of the displayed cluster maps; and for each displayed cluster map, representing the respective data attribute by displaying a value axis and one or more numerical data values of the respective data attributes of the data objects on the value axis for the selected cluster element highlighted in the displayed cluster map, and retrieving and displaying one or more data objects corresponding to the selected cluster element. selecting a cluster element of the one or more cluster elements in at least one of the displayed cluster maps based upon input from the end user; responsively highlighting the same selected cluster element in each of the displayed cluster maps; and for each displayed cluster map, representing the respective data attribute by displaying a value axis and one or more numerical data values of the respective data attributes of the data objects on the value axis for the selected cluster element highlighted in the displayed cluster map, and retrieving and displaying one or more data objects corresponding to the selected cluster element.
A non-pneumatic tire comprising: an attachment body attachable to an axle; an outer cylindrical body which surrounds the attachment body from the outside in a tire radial direction; a tread portion which surrounds the outer cylindrical body from the outside in the tire radial direction; and a plurality of coupling members which displaceably couple the attachment body to the outer cylindrical body, wherein, a spiral reinforcing layer formed by spirally winding an element wire body in which one cord or a plurality of cords parallel to each other are embedded in a covering body on an outer circumferential surface of the outer cylindrical body is bonded to the outer circumferential surface of the outer cylindrical body, the windings of the element wire body being adjacent to each other in a tire width direction on the outer circumferential surface of the outer cylindrical body, the spiral reinforcing layer is bonded at least to an outer circumferential surface of an avoidance portion in which a coupling portion with the coupling members is avoided in the outer cylindrical body, characterised in that the spiral reinforcing layer is bonded over the entire region of the outer circumferential surface of the outer cylindrical body; and a portion of the spiral reinforcing layer bonded to the outer circumferential surface of the avoidance portion of the outer cylindrical body is thicker than other portions. an attachment body attachable to an axle; an outer cylindrical body which surrounds the attachment body from the outside in a tire radial direction; a tread portion which surrounds the outer cylindrical body from the outside in the tire radial direction; and a plurality of coupling members which displaceably couple the attachment body to the outer cylindrical body, wherein, a spiral reinforcing layer formed by spirally winding an element wire body in which one cord or a plurality of cords parallel to each other are embedded in a covering body on an outer circumferential surface of the outer cylindrical body is bonded to the outer circumferential surface of the outer cylindrical body, the windings of the element wire body being adjacent to each other in a tire width direction on the outer circumferential surface of the outer cylindrical body, the spiral reinforcing layer is bonded at least to an outer circumferential surface of an avoidance portion in which a coupling portion with the coupling members is avoided in the outer cylindrical body, characterised in that the spiral reinforcing layer is bonded over the entire region of the outer circumferential surface of the outer cylindrical body; and a portion of the spiral reinforcing layer bonded to the outer circumferential surface of the avoidance portion of the outer cylindrical body is thicker than other portions.
Rewinder for the production of logs, comprising feeding means adapted to supply a paper web, guide means adapted to guide sequentially several cores along a predetermined path between a station for feeding the cores and a winding station in which a predetermined amount of said web is wound on each core, winding means (R4, R5, R6) adapted to wind the paper web on the cores in the winding station, wherein said guide means comprise a guide (100, 3) with a curved end section that ends in the winding station and that, in cooperation with the winding means, delimits a channel crossed by each core before reaching the winding station, the rewinder comprising means adapted to cyclically modify the shape of the end section of the guide while the winding means carry out the winding of the web on the cores so that, cyclically, the height of a terminal part of the channel varies between a minimum predetermined value and a maximum predetermined value, characterized in that an end part (30; 31) of the curved end section of the guide is connected with an actuator that controls the movement thereof synchronously with the winding means such that said cyclic height variation is determined by the controlled movement of said end part (30; 31) of the curved end section moved by the actuator.
A method, comprising: receiving, by at least one user equipment from a network element, a downlink sub-frame comprising a user downlink resource allocation of a plurality of users and data for the downlink sub-frame, and a user uplink resource allocation for a second sub-frame, wherein said user downlink resource allocation comprises a downlink allocation for said at least one user equipment, and wherein said second sub-frame is transmitted after a predetermined number of sub-frames following said downlink sub-frame; determining whether the at least one user equipment allocated downlink resource allocation has also been allocated uplink resource allocation for the second sub-frame; transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal on the allocated uplink resource allocation if the user equipment has been allocated uplink resource allocation for the second sub-frame; and if the user equipment has not been allocated uplink resource allocation for the second subframe, assigning, by the at least one user equipment, a control signaling resource on the second sub-frame using said user downlink resource allocation received in said downlink sub-frame, and transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal acknowledging receiving said data by said at least one user equipment using information comprised in said control signaling resource. receiving, by at least one user equipment from a network element, a downlink sub-frame comprising a user downlink resource allocation of a plurality of users and data for the downlink sub-frame, and a user uplink resource allocation for a second sub-frame, wherein said user downlink resource allocation comprises a downlink allocation for said at least one user equipment, and wherein said second sub-frame is transmitted after a predetermined number of sub-frames following said downlink sub-frame; determining whether the at least one user equipment allocated downlink resource allocation has also been allocated uplink resource allocation for the second sub-frame; transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal on the allocated uplink resource allocation if the user equipment has been allocated uplink resource allocation for the second sub-frame; and if the user equipment has not been allocated uplink resource allocation for the second subframe, assigning, by the at least one user equipment, a control signaling resource on the second sub-frame using said user downlink resource allocation received in said downlink sub-frame, and transmitting, during the second sub-frame, an uplink sub-frame comprising an ACK/NACK signal acknowledging receiving said data by said at least one user equipment using information comprised in said control signaling resource.
A method of outsourcing an operation, the method comprising: encrypting data at a trusted execution environment, TEE, to generate a first ciphertext; conveying the first ciphertext to a graphics processing unit, GPU; performing, at the GPU, at least one somewhat homomorphic encryption, SHE, evaluation operation on the first ciphertext to generate a second ciphertext; conveying the second ciphertext to the TEE; and decrypting, at the TEE, the second ciphertext to compute a function, wherein the method further comprises: encrypting second data at the TEE to generate a third ciphertext while simultaneously performing, atthe GPU, the at least one SHE evaluation operation on the first ciphertext; and performing, at the GPU, the at least one SHE evaluation operation on the third ciphertext while simultaneously decrypting, at the TEE, the second ciphertext. encrypting data at a trusted execution environment, TEE, to generate a first ciphertext; conveying the first ciphertext to a graphics processing unit, GPU; performing, at the GPU, at least one somewhat homomorphic encryption, SHE, evaluation operation on the first ciphertext to generate a second ciphertext; conveying the second ciphertext to the TEE; and decrypting, at the TEE, the second ciphertext to compute a function, wherein the method further comprises: encrypting second data at the TEE to generate a third ciphertext while simultaneously performing, atthe GPU, the at least one SHE evaluation operation on the first ciphertext; and performing, at the GPU, the at least one SHE evaluation operation on the third ciphertext while simultaneously decrypting, at the TEE, the second ciphertext. encrypting second data at the TEE to generate a third ciphertext while simultaneously performing, atthe GPU, the at least one SHE evaluation operation on the first ciphertext; and performing, at the GPU, the at least one SHE evaluation operation on the third ciphertext while simultaneously decrypting, at the TEE, the second ciphertext.
A combination nozzle for applying a viscous material, particularly an adhesive, having - a first nozzle channel for the viscous material, which nozzle channel leads to a first nozzle aperture, and - a second nozzle channel for a gaseous medium, which nozzle channel leads to a second nozzle aperture, wherein the two nozzle channels (2, 4) extend at an angle to each other, which angle is between 0° and 10°, and the two nozzle apertures (1, 3) have a width that is greater than their length, and are arranged in the longitudinal direction one behind the other at a centre distance of between 3 and 5 mm, characterised in that the width of the nozzle apertures (1, 3) is between 3 and 6 mm and the second nozzle aperture is arranged so as to be offset rearwards in the direction parallel to the longitudinal axis of the first nozzle channel by a distance of 4 ± 1 mm relative to the first nozzle aperture. - a first nozzle channel for the viscous material, which nozzle channel leads to a first nozzle aperture, and - a second nozzle channel for a gaseous medium, which nozzle channel leads to a second nozzle aperture,
A process for the delithiation of carbon-free olivine, comprising a step of contacting the carbon-free olivine with carbon in the presence of an oxidizing agent to obtain a delithiated olivine, wherein the weight percentage of carbon is between 0.01% and 15% with respect to the weight of olivine used.
Planted, biological installation without drainage for treatment of contaminated water, comprising a planting, which comprises one or more selected tree species, wherein said planted, biological installation is characterized by not being connected to a septic tank, and by comprising: a central excavation part filled with a selected biomass, a pump, which is designed to grind solid impurities in the contaminated water, and at least one distributing pipe comprising elastic, self-sealing lips (35, 35) extending longitudinally in relation to the distributing pipe, which is connected to the pump and designed to supply the contaminated water to the upper side of the selected biomass. a central excavation part filled with a selected biomass, a pump, which is designed to grind solid impurities in the contaminated water, and at least one distributing pipe comprising elastic, self-sealing lips (35, 35) extending longitudinally in relation to the distributing pipe, which is connected to the pump and designed to supply the contaminated water to the upper side of the selected biomass.
A sintered bearing, comprising: an inner layer; and an outer layer formed on a radially outer side of the inner layer, the inner layer and the outer layer being formed by integral molding, the sintered bearing having a bearing surface formed on any one of an inner peripheral surface of the inner layer and an outer peripheral surface of the outer layer, wherein the sintered bearing is formed by sintering a green compact, and wherein one of the inner layer and the outer layer, which has the bearing surface, is made of sintered metal containing Fe and a hardness increasing element, and another of the inner layer and the outer layer, which has no bearing surface, is made of sintered metal containing Fe and no hardness increasing element. an inner layer; and an outer layer formed on a radially outer side of the inner layer, the inner layer and the outer layer being formed by integral molding, the sintered bearing having a bearing surface formed on any one of an inner peripheral surface of the inner layer and an outer peripheral surface of the outer layer, wherein the sintered bearing is formed by sintering a green compact, and wherein one of the inner layer and the outer layer, which has the bearing surface, is made of sintered metal containing Fe and a hardness increasing element, and another of the inner layer and the outer layer, which has no bearing surface, is made of sintered metal containing Fe and no hardness increasing element.
A pneumatic tire comprising: a tread portion; tread rubber disposed in the tread portion; and a vibration absorber disposed at a tire inner cavity in the tread portion, characterized in that a natural angular frequency ratio α of the vibration absorber relative to the tread rubber and a damping ratio ζ a of the vibration absorber satisfy the following expressions and, 0.5 ≤ α ≤ 0.9 3.1 ≤ 4 ζ a + 3 α ≤ 5.5 in which α=ω a /ω t ω a =(K a /M a) 1/2 K a: static spring constant (N/m 2) of the vibration absorber M a: mass (kg) of the vibration absorber ω t =(K t /M t) 1/2 Kt: static spring constant (N/m 2) of the tread rubber Mt: mass (kg) of the tread rubber ζ a =C a /C ca C a: damping coefficient (Ns/m) of the vibration absorber C ca =2(M a •K a) 1/2, wherein the static spring constants K a and Kt and the damping coefficient C a represent values calculated according to the calculation methods described in JIS K6385. a tread portion; tread rubber disposed in the tread portion; and a vibration absorber disposed at a tire inner cavity in the tread portion, characterized in that a natural angular frequency ratio α of the vibration absorber relative to the tread rubber and a damping ratio ζ a of the vibration absorber satisfy the following expressions and, 0.5 ≤ α ≤ 0.9 3.1 ≤ 4 ζ a + 3 α ≤ 5.5 in which α=ω a /ω t ω a =(K a /M a) 1/2 K a: static spring constant (N/m 2) of the vibration absorber M a: mass (kg) of the vibration absorber ω t =(K t /M t) 1/2 Kt: static spring constant (N/m 2) of the tread rubber Mt: mass (kg) of the tread rubber ζ a =C a /C ca C a: damping coefficient (Ns/m) of the vibration absorber C ca =2(M a •K a) 1/2, wherein the static spring constants K a and Kt and the damping coefficient C a represent values calculated according to the calculation methods described in JIS K6385. α=ω a /ω t ω a =(K a /M a) 1/2 K a: static spring constant (N/m 2) of the vibration absorber M a: mass (kg) of the vibration absorber ω t =(K t /M t) 1/2 Kt: static spring constant (N/m 2) of the tread rubber Mt: mass (kg) of the tread rubber ζ a =C a /C ca C a: damping coefficient (Ns/m) of the vibration absorber C ca =2(M a •K a) 1/2, wherein the static spring constants K a and Kt and the damping coefficient C a represent values calculated according to the calculation methods described in JIS K6385.
Combustion module of a turbine engine, in particular of an aircraft, configured for carrying out constant-volume combustion, comprising at least one combustion chamber arranged around an axis, said chamber having an intake port for pressurised gas and an exhaust port for combustion gases, a corresponding rotating intake / exhaust valve which is respectively associated with each intake and exhaust port, coaxial to said axis, and each intake / exhaust port being configured to be opened or closed by said rotating intake / exhaust valve, said module comprising a plurality of combustion chambers which are angularly distributed in a regular manner around said axis, the intake ports of which are configured to be opened or closed by a common rotating intake valve and the exhaust ports of which are configured to be opened or closed by a common rotating exhaust valve, according to a Humphrey cycle comprising a phase for the intake of fresh air and for sweeping out combustion gases, a combustion phase, and an exhaust phase, each port (16, 18) comprising a radial opening (36, 38) which is formed in a longitudinal wall (32, 34) of the combustion chamber having a surface (33, 35) in the form of a cylinder portion, which is coaxial with the axis, each rotating intake / exhaust valve having a tubular element (40, 42) for each intake / exhaust port of the chamber, which is rotatably mounted coaxially with said axis and comprising at least one radial slot (50, 52) which is arranged substantially in an axial plane of the radial opening (36, 38) of said port (16, 18), which is rotatably mounted in said surface (33, 35) in the form of a cylinder portion or around said surface (33, 35) in the form of a cylinder portion, and which is capable of closing or releasing said radial opening (36, 38) during the rotation of said tubular element (40, 42), each combustion chamber comprising two opposing walls which are outer and inner respectively, having at least respective outer and inner surfaces shaped into cylinder portions, characterised in that said respective outer and inner walls each have one of said ports (16, 18) having a radial opening (36, 38) formed in said inner or outer wall, and in that said module comprises an outer / inner rotating tubular valve associated with each outer / inner surface of the outer / inner wall of the combustion chamber, which comprises a tubular element (40, 42) having a diameter corresponding to said outer or inner wall and rotatably mounted coaxially in or around said corresponding outer / inner surface, said tubular element (40, 42) having a slot (50, 52), arranged substantially in an axial plane of the radial opening of said port (16, 18), which is capable of closing or releasing said radial opening (36, 38) during the rotation of said tubular element (40, 42).