mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal device (16, 200) for a wireless communication network, the method comprising: determining the presence of data to transmit, the data being associated with a first logical channel; determining (104, 110) that a maximum transmission time interval associated with the first logical channel is less than a first transmission time interval (50, 52, 54) of a plurality of transmission time intervals; and responsive to the latter determination, transmitting a scheduling request message that is configured according to a second transmission time interval of the plurality of transmission time intervals, wherein the second transmission time interval is shorter than the first transmission time interval (50, 52, 54). determining the presence of data to transmit, the data being associated with a first logical channel; determining (104, 110) that a maximum transmission time interval associated with the first logical channel is less than a first transmission time interval (50, 52, 54) of a plurality of transmission time intervals; and responsive to the latter determination, transmitting a scheduling request message that is configured according to a second transmission time interval of the plurality of transmission time intervals, wherein the second transmission time interval is shorter than the first transmission time interval (50, 52, 54).
A water-based o/w microemulsion cleaning composition comprising a surfactant and a co-surfactant said co-surfactant comprising a C 4 -C 8 alkyl lactate or a blend thereof; wherein said composition does not include an alcohol, glycol or glycol ether.
The compound 4-(2-methoxypyrimidin-5-yl)-9-(4-{3-[ -2-methylpyrrolidin-1-yl]propoxy}phenyl)-1-oxa-4,9-diazaspiro[5,5]undecan-3-one or a pharmaceutically acceptable salt thereof.
A mobile soil-working device comprising: - a machine frame, - a drive for at least one insertion tool that can be moved up and down and inserted into the ground and pulled out again, - the insertion tool being in a starting position at a predefined insertion angle (α) before insertion into the ground and, when in the ground, executing a pivoting movement, which is superposed on the up and down movement, about a first pivot axis in the direction of a first pivoting direction owing to the movement of the machine frame in the direction of travel, - a returning means, which is coupled to the insertion tool and moves the insertion tool back into the starting position after its exit from the ground by pivoting the insertion tool in a second pivoting direction opposite to the first pivoting direction, characterized in that the returning means is coupled to a protective means, which allows pivoting of the insertion tool in the second pivoting direction beyond the starting position, such that the insertion tool can be pivoted beyond the starting position by pivoting of the insertion tool in the second pivoting direction when it hits a hard object in the ground, wherein a stop is provided that limits the pivoting of the insertion tool in the second pivoting direction when the starting position is reached, wherein the protective means comprises a spring means and the spring force of the spring means is chosen such that the protective means allows the movement of the insertion tool beyond the starting position only when a force is exerted on the insertion tools that exceeds a predetermined force. - a machine frame, - a drive for at least one insertion tool that can be moved up and down and inserted into the ground and pulled out again, - the insertion tool being in a starting position at a predefined insertion angle (α) before insertion into the ground and, when in the ground, executing a pivoting movement, which is superposed on the up and down movement, about a first pivot axis in the direction of a first pivoting direction owing to the movement of the machine frame in the direction of travel, - a returning means, which is coupled to the insertion tool and moves the insertion tool back into the starting position after its exit from the ground by pivoting the insertion tool in a second pivoting direction opposite to the first pivoting direction,
High-pressure cleaning apparatus with a high-pressure pump that comprises a suction chamber, at least one pump chamber which is arranged downstream thereof and in which liquid is pressurized, and a pressure chamber arranged downstream of the pump chamber, with a return line via which the pressure chamber is in flow connection with the suction chamber, and with a valve unit by which a free cross-sectional area of the return line is changeable, characterized in that the high-pressure pump comprises the return line and the valve unit, and in that the high-pressure cleaning apparatus comprises a drive unit associated with the valve unit, a control unit coupled to the drive unit and a pressure sensor coupled to the control unit by which a liquid pressure is detectable on the pressure side of the pump chamber, and wherein the control unit regulates the drive unit for actuating the valve unit, for controlling the liquid pressure depending on the signal of the pressure sensor to a predetermined or predeterminable liquid pressure by changing of the free cross-sectional area of the return line.
Hydraulic circuit for a motor vehicle drive train which comprises a friction clutch (14; 76, 78) for transmission of drive torque, particularly in the form of a starting clutch, and which comprises a transmission (16; 74) including at least two gear stages (1, 2) that can be engaged and disengaged by means of a shift clutch arrangement, wherein the friction clutch (14; 76, 78) can be actuated by means of a clutch hydraulic cylinder (44; 82) which is, for actuating the friction clutch (14; 76, 78), connected directly to a pump port of a pump (46; 86) that is driven by an electric motor, such that the friction clutch (14; 76, 78) can be actuated by changing the speed (n) of the pump (46; 86), and including a shift actuator arrangement for actuating the shift clutch arrangement, characterized in that a first valve arrangement (70; 90) is arranged between the pump port and the clutch hydraulic cylinder (44; 82), which first valve arrangement (70; 90) establishes in a first valve position a direct connection of the pump port with the clutch hydraulic cylinder (44; 82), and which establishes in a second valve position a direct connection of the pump port with a shift hydraulic cylinder which can be coupled to the shift clutch arrangement such that the shift clutch arrangement, in the second valve position, can be actuated in a first shift direction by changing the speed (n) of the pump (46; 86).
A sanitary fluid transport coupling comprising: a plurality of fluid conduits, each fluid conduit having a distal end and a proximal end, and a length extending from the distal end to the proximal end; and a fluid connector comprising a body end, and a connecting end, wherein the fluid connector is overmolded to secure the plurality of fluid conduits at the proximal ends of the plurality of fluid conduits, wherein the connecting end of the fluid connector comprises a fitting that forms or is adapted to form a fluid connection with another fluid conduit, fluid container, or isolated environment, wherein the body end of the fluid connector comprises at least one port extending from the body end to the connecting end, wherein the at least one port makes a watertight fluid connection with a corresponding fluid conduit, wherein the fitting comprises a flange extending outwardly from the body, and characterized in that the connecting end is overmolded onto a support element and the support element is configured to arrange and secure a spaced relationship between the plurality of fluid conduits. a plurality of fluid conduits, each fluid conduit having a distal end and a proximal end, and a length extending from the distal end to the proximal end; and a fluid connector comprising a body end, and a connecting end, wherein the fluid connector is overmolded to secure the plurality of fluid conduits at the proximal ends of the plurality of fluid conduits, wherein the connecting end of the fluid connector comprises a fitting that forms or is adapted to form a fluid connection with another fluid conduit, fluid container, or isolated environment, wherein the body end of the fluid connector comprises at least one port extending from the body end to the connecting end, wherein the at least one port makes a watertight fluid connection with a corresponding fluid conduit, wherein the fitting comprises a flange extending outwardly from the body, and characterized in that the connecting end is overmolded onto a support element and the support element is configured to arrange and secure a spaced relationship between the plurality of fluid conduits.
An oscillation assembly for use in an apparatus for drilling a wellbore comprising a tubing string and a bottom hole assembly coupled to the tubing string, the oscillation assembly comprising: a first oscillator configured to restrict fluid flow and induce pressure pulses at a first frequency in a tubing string of the apparatus for drilling a wellbore with which it is used; and a second oscillator configured to restrict fluid flow and induce pressure pulses in the tubing string at a second frequency; wherein the first frequency is different from the second frequency; characterised in that the first oscillator comprises a first valve configured, in use, to open and close to restrict the fluid flow in the tubing string and the second oscillator comprises a second valve configured to open and close to restrict the fluid flow in the tubing string; wherein the bottom hole assembly comprises one or more of a motor, a turbine or a rotor coupled to the first valve and the second valve to induce opening and closing of the first valve and the second valve. a first oscillator configured to restrict fluid flow and induce pressure pulses at a first frequency in a tubing string of the apparatus for drilling a wellbore with which it is used; and a second oscillator configured to restrict fluid flow and induce pressure pulses in the tubing string at a second frequency; wherein the first frequency is different from the second frequency; characterised in that the first oscillator comprises a first valve configured, in use, to open and close to restrict the fluid flow in the tubing string and the second oscillator comprises a second valve configured to open and close to restrict the fluid flow in the tubing string; wherein the bottom hole assembly comprises one or more of a motor, a turbine or a rotor coupled to the first valve and the second valve to induce opening and closing of the first valve and the second valve.
Oleacein obtained from Ligustrum vulgare L. for the use in atherosclerotic plaque stabilisation or for use in reduction of atherosclerotic plaque inflammation, especially in the treatment and prevention of diseases resulting from atherosclerotic plaque rupture, particularly those selected from the group including: ischaemic stroke, myocardial infarction and ischaemic heart disease, wherein oleacein is obtained by a process as follows: - 400 g of degraded raw material privet leaves are extracted four times with distilled water at a temperature of 30°C in an ultrasound bath, for 30 minutes each time at a ratio of 1: 10 raw material to solvent; - the aqueous extracts are filtered through wool; - the resulting aqueous extract is concentrated through lyophilisation to a volume of 1 liter; - the condensed aqueous extract is subjected to a 5 -fold diethyl ether extraction at a ratio of 1: 1 solvent on a rotary evaporator under reduced pressure, at a temperature of 35°C to obtain about 5 g of diethyl ether extract; - the diethyl ether extract is separated using flash chromatography in a column filled with silica gel using an isocratic system of chloroform and ethyl acetate (85: 15) for 60 minutes at 20 ml/min, obtaining 9 fractions, from which fractions 3 and 4 are selected for subsequent separation; - said fractions 3 and 4 are further separated on a column filled with silica gel using an isocratic system of toluene, methyl acetate and methanol (84: 11:5) for 60 minutes at 20 ml/min, obtaining 5 fractions; - from fraction 3, loaded onto a column filled with sephadex, oleacein is isolated using a mixture of chloroform and methanol (9: 1). - 400 g of degraded raw material privet leaves are extracted four times with distilled water at a temperature of 30°C in an ultrasound bath, for 30 minutes each time at a ratio of 1: 10 raw material to solvent; - the aqueous extracts are filtered through wool; - the resulting aqueous extract is concentrated through lyophilisation to a volume of 1 liter; - the condensed aqueous extract is subjected to a 5 -fold diethyl ether extraction at a ratio of 1: 1 solvent on a rotary evaporator under reduced pressure, at a temperature of 35°C to obtain about 5 g of diethyl ether extract; - the diethyl ether extract is separated using flash chromatography in a column filled with silica gel using an isocratic system of chloroform and ethyl acetate (85: 15) for 60 minutes at 20 ml/min, obtaining 9 fractions, from which fractions 3 and 4 are selected for subsequent separation; - said fractions 3 and 4 are further separated on a column filled with silica gel using an isocratic system of toluene, methyl acetate and methanol (84: 11:5) for 60 minutes at 20 ml/min, obtaining 5 fractions; - from fraction 3, loaded onto a column filled with sephadex, oleacein is isolated using a mixture of chloroform and methanol (9: 1).
Control device for an electrical circuit on a substrate made of polymeric material, incorporating carbonaceous conductive structures which define at least one integrated conductive track having higher electrical conductivity compared with the substrate, which control device includes an operating area able to be acted on by a user and having a pressure-deformable structure adapted to disturb the electrical properties of said integrated conductive track by a piezo-resistive effect, wherein said integrated conductive track comprises a thermally modified zone adjacent to a groove, on both sides of the groove, wherein an electrical conductivity is established in the thermally modified zone, characterised in that the thermally modified zone is arranged entirely on the same side with respect to the neutral plane of the operating area of the device, and in that said integrated conductive track includes at least one segment which has a winding section at said operating area, and which includes sections of trajectory having a predominant component oriented in the plane of deformation of the operating area for more than a half of the total length of the winding section, which are subjected to a stressing differential when the operated area is acted on by the user such that said conductive structures experience deformation which causes a variation in electrical resistivity.
A computer-implemented method for sharing an object, the method comprising: receiving, by a shared device from a computing device, an object user-selected at the computing device for copying to the shared device; displaying, on a display of the shared device, the object at an initial object position, the initial object position determined using a predetermined rule for a task the shared device is operating; detecting, by the shared device and responsive to receiving the object, a control position of the computing device from which the object was received using one or more cameras of the shared device to track the computing device; detecting, by the shared device, a change in the control position of the computing device from which the object was received, the change in the control position corresponding to a user input to cause the object to move from the initial object position to an updated object position on the display of the shared device; updating based on the detecting the user input the object position of the object presented on the display of the shared device; and locking the object at the updated object position on the display in response to a triggering event. receiving, by a shared device from a computing device, an object user-selected at the computing device for copying to the shared device; displaying, on a display of the shared device, the object at an initial object position, the initial object position determined using a predetermined rule for a task the shared device is operating; detecting, by the shared device and responsive to receiving the object, a control position of the computing device from which the object was received using one or more cameras of the shared device to track the computing device; detecting, by the shared device, a change in the control position of the computing device from which the object was received, the change in the control position corresponding to a user input to cause the object to move from the initial object position to an updated object position on the display of the shared device; updating based on the detecting the user input the object position of the object presented on the display of the shared device; and locking the object at the updated object position on the display in response to a triggering event.
A foil composite banknote having an at least single-layer base paper and two plastic foils (4, 5), which have the same surface dimensions as the base paper and cover the base paper on its two main faces respectively over the entire area, characterized in that the base paper is impregnated on both of its main faces respectively over the entire area with a composition which forms a polyurethane impregnation.
An activated polymer comprising a backbone ester prepared by a process comprising exposing the polymer to conditions such that one or more backbone esters are hydrolyzed for 1 day to 30 days or more at a temperature from 30 ± 3 degrees C to 42 ± 4 degrees C under atmospheric pressure, thereby obtaining a Mw between 5 and 10 KDa and exposing one or more activated end group(s) which are either hydroxyl or carboxylic acid end groups, and wherein the polymer is poly(amine co ester) synthesized by a method comprising combining 15 pentadecanolide, diethanolamine, and a diester/diacid selected from either diethyl sebacate or sebacic acid.
A method of wellbore operations comprising: a. forming perforations (32A, 34A, 40A) in a formation that surrounds the wellbore by detonating shaped charges that are strategically disposed in a perforating gun so that the resulting perforations (32A, 34A, 40A) are axially consolidated, the resulting perforations spanning an axial length of the wellbore that ranges up to 1.5 feet (0.46 m); and b. generating a fracture (36A, 38A, 44A) in the wellbore that is in communication with the perforations (32A, 34A, 40A) and that is substantially perpendicular with an axis (A x) of the wellbore. a. forming perforations (32A, 34A, 40A) in a formation that surrounds the wellbore by detonating shaped charges that are strategically disposed in a perforating gun so that the resulting perforations (32A, 34A, 40A) are axially consolidated, the resulting perforations spanning an axial length of the wellbore that ranges up to 1.5 feet (0.46 m); and b. generating a fracture (36A, 38A, 44A) in the wellbore that is in communication with the perforations (32A, 34A, 40A) and that is substantially perpendicular with an axis (A x) of the wellbore.
A slip angle estimation system for estimating a tire slip angle, the system comprising: at least one tire supporting a vehicle; vehicle sensor means mounted to the vehicle for providing measured vehicle acceleration and yaw rate parameters; static load sensor means mounted to the vehicle tire for providing a tire static load measurement; tire slip angle estimation means for estimating a tire slip angle from the tire static load measurement, and the vehicle acceleration and yaw rate parameters, characterized in that the slip angle estimation means is configured to employ as a feedback parameter the direct tire slip angle measurement based on a comparison of tire sidewall strain signals and tire static load estimation means. at least one tire supporting a vehicle; vehicle sensor means mounted to the vehicle for providing measured vehicle acceleration and yaw rate parameters; static load sensor means mounted to the vehicle tire for providing a tire static load measurement; tire slip angle estimation means for estimating a tire slip angle from the tire static load measurement, and the vehicle acceleration and yaw rate parameters, characterized in that the slip angle estimation means is configured to employ as a feedback parameter the direct tire slip angle measurement based on a comparison of tire sidewall strain signals and tire static load estimation means.
A composition comprising the following components: A) an ethylene/alpha-olefin/diene interpolymer with MV (1+4, 125°C) ≥ 50; B) an ethylene/alpha-olefin copolymer with MV(1+4, 125°C) ≤ 80; C) MgO; D) at least one carbon black filler; E) at least one hindered amine antioxidant; F) at least one peroxide wherein the weight ratio of component D to component C is from 2.0 to 20; wherein the weight ratio of component A to component B is from 0.2 to 4.0; wherein the weight ratio of component C to component E is from 1.0 to 10; and wherein MV (1 +4, 125°C) is measured in accordance with ASTM 1646-04 as set out in the Test Methods section in the description. A) an ethylene/alpha-olefin/diene interpolymer with MV (1+4, 125°C) ≥ 50; B) an ethylene/alpha-olefin copolymer with MV(1+4, 125°C) ≤ 80; C) MgO; D) at least one carbon black filler; E) at least one hindered amine antioxidant; F) at least one peroxide wherein the weight ratio of component D to component C is from 2.0 to 20; wherein the weight ratio of component A to component B is from 0.2 to 4.0; wherein the weight ratio of component C to component E is from 1.0 to 10; and wherein MV (1 +4, 125°C) is measured in accordance with ASTM 1646-04 as set out in the Test Methods section in the description.
A method of creating a realistic color for a virtual object in an Augmented Reality environment comprising: selecting a reference image target frame; selecting a plurality of sample points in the reference image target frame; acquiring a subsequent new image target frame; determining a plurality of corresponding sample points in the new image target frame wherein the plurality of corresponding sample points correspond to the plurality of sample points in the reference image target frame; comparing a color of each of the plurality of sample points in the reference image target frame with a color of each of the corresponding sample points in the new image target frame and computing a Color Transfer function based at least in part on the comparison; and applying the Color Transfer function to the color of the virtual object. selecting a reference image target frame; selecting a plurality of sample points in the reference image target frame; acquiring a subsequent new image target frame; determining a plurality of corresponding sample points in the new image target frame wherein the plurality of corresponding sample points correspond to the plurality of sample points in the reference image target frame; comparing a color of each of the plurality of sample points in the reference image target frame with a color of each of the corresponding sample points in the new image target frame and computing a Color Transfer function based at least in part on the comparison; and applying the Color Transfer function to the color of the virtual object.