mhurhangee/ep-ind-claims huggingface dataset:
A vehicle carrier box comprising a lid and a base, said carrier box having first and second longitudinal sides (4,5) and first and second transverse sides (6,7), said lid and said base being connected by a first and a second lid lifter (9,10), said first lid lifter being arranged at said first transverse side and said second lid lifter being arranged at said second transverse side wherein said first lid lifter comprises a first pivotable link arm connecting said lid to said base, and said second lid lifter comprises a second pivotable link arm connecting said lid to said base, said first and second lid lifters (9,10) comprising an equalization arrangement for equalization of the forces exerted by said first and second lid lifters (9,10) on said lid upon opening of said lid, characterized in that said equalization arrangement comprises a connector element connecting said first and said second lid lifter (9,10) such that said first and said second lid lifter (9,10) are hydraulically, mechanically and/or pneumatically coupled to each other, said connector element being configured for power transmission and equalization of the forces between said first lid lifter and said second lid lifter being exerted on said lid by said lid lifters (9,10) upon opening of said lid.
A repair for a structural element made from a composite material, comprising: a bracket defining a first surface and a second surface, the first surface adapted for facing the structural element, and a chamfer located on a first end of the bracket, wherein an angle is defined between a plane of the chamfer and a plane of the first surface, the first surface of the bracket being adapted to be disposed adjacent to a side of the structural element; and a sealant material between the bracket and the structural element, wherein the sealant material occupies a space established between the chamfer and the structural element; wherein the sealant material forms a sealant bead adjacent to a top of the chamfer; and wherein the sealant material within the sealant bead is sufficient to fill gaps established between the chamfer and the structural element if a top portion of the bead is eroded. a bracket defining a first surface and a second surface, the first surface adapted for facing the structural element, and a chamfer located on a first end of the bracket, wherein an angle is defined between a plane of the chamfer and a plane of the first surface, the first surface of the bracket being adapted to be disposed adjacent to a side of the structural element; and a sealant material between the bracket and the structural element, wherein the sealant material occupies a space established between the chamfer and the structural element; wherein the sealant material forms a sealant bead adjacent to a top of the chamfer; and wherein the sealant material within the sealant bead is sufficient to fill gaps established between the chamfer and the structural element if a top portion of the bead is eroded.
Process for the preparation of iloprost of formula I comprising that a.) the Corey lactone of formula II is selectively alkylated with dimethyl methylphosphonate in the presence of lithium dialkylamide, b.) the ring of the resulting lactol of formula III is opened with pyridinium acetate in weak acidic medium, then the obtained secondary hydroxyl group is oxidized with pyridinium dichromate, c.) the resulting compound of formula IV is reacted with potassium carbonate in the presence of 18-crown-6 reagent, d.) the thus obtained compound of formula V is reduced, e.) the resulting compound of formula VI is reacted with carboxybutyltriphenylphosphonium bromide in the presence of potassium tertiary-butylate, f.) the TBDMS protecting group of the resulting E- and Z- isomers of formula VII is removed, the isomers are separated by gravitational chromatography, if desired the Z-isomer ( VIIIz) is isomerized into the E-isomer, g.) the resulting compound of formula VIII is esterified, h.) the resulting compound of formula IX is oxidized, i.) the resulting compound of formula X is transformed in HWE reaction in the presence of solid potassium hydroxide into the compound of formula XI, j.) the oxo group of the resulting compound of formula XI is reduced with DIBAL-F, k.) the tetrahydropyranyl protecting group of the thus obtained compound of formula XII is removed and the compound is purified by gravitational column chromatography, if desired further purified by preparative HPLC, l.) the ester group of the resulting compound of formula XIII is removed and the obtained compound of formula I is purified. a.) the Corey lactone of formula II is selectively alkylated with dimethyl methylphosphonate in the presence of lithium dialkylamide, b.) the ring of the resulting lactol of formula III is opened with pyridinium acetate in weak acidic medium, then the obtained secondary hydroxyl group is oxidized with pyridinium dichromate, c.) the resulting compound of formula IV is reacted with potassium carbonate in the presence of 18-crown-6 reagent, d.) the thus obtained compound of formula V is reduced, e.) the resulting compound of formula VI is reacted with carboxybutyltriphenylphosphonium bromide in the presence of potassium tertiary-butylate, f.) the TBDMS protecting group of the resulting E- and Z- isomers of formula VII is removed, the isomers are separated by gravitational chromatography, if desired the Z-isomer ( VIIIz) is isomerized into the E-isomer, g.) the resulting compound of formula VIII is esterified, h.) the resulting compound of formula IX is oxidized, i.) the resulting compound of formula X is transformed in HWE reaction in the presence of solid potassium hydroxide into the compound of formula XI, j.) the oxo group of the resulting compound of formula XI is reduced with DIBAL-F, k.) the tetrahydropyranyl protecting group of the thus obtained compound of formula XII is removed and the compound is purified by gravitational column chromatography, if desired further purified by preparative HPLC, l.) the ester group of the resulting compound of formula XIII is removed and the obtained compound of formula I is purified.
Method for producing a magnetic functional layer (8, 16, 17) made of ternary NiFeMo on a carrier substrate by way of electrochemical deposition, the carrier substrate being arranged in the form of a cathode in an electrolyte that contains Ni and Fe ions, and an electrical current being applied to the cathode and anode, the electrolyte additionally comprising ions of molybdenum (Mo) and H + ions, as a result of which Mo is incorporated into the structure of the NiFe alloy as part of the electrochemical deposition by a variation in the current density J, the current density J having a cyclical progression with recurring current-density pulses at the cathode, consisting of a first sequence S 1 having a repeated, cyclically successive sequence of a first interval t 1 having a high current density J 1 and a subsequent interval t 2 having a comparatively lower current density J 2, followed by a second sequence S 2 having a time interval t 3 in which the current density J 3 does not have any pulses, but is constantly below a limit current density J G, the limit current density J G corresponding to the current density J below which nickel and iron is still deposited on the carrier substrate, with Mo atoms effectively stopping being incorporated into the metal matrix in the second sequence S 2, except for a negligible proportion thereof, characterised in that - the current density J 2 in the second interval t 2 is between 0.5 A/dm 2 and 5 A/dm 2, and is preferably 1 A/dm 2, - the current density J 3 is between 0.5 A/dm 2 and 5 A/dm 2, - there is a pause interval t 4 between the second interval t 2 and the third interval t 3 in which the current density J 4 is equal to zero or is less than 0.1 A/dm 2. - the current density J 2 in the second interval t 2 is between 0.5 A/dm 2 and 5 A/dm 2, and is preferably 1 A/dm 2, - the current density J 3 is between 0.5 A/dm 2 and 5 A/dm 2, - there is a pause interval t 4 between the second interval t 2 and the third interval t 3 in which the current density J 4 is equal to zero or is less than 0.1 A/dm 2.
A method for detecting a Near Field Communication, NFC, device (104,803,903), comprising: polling with a first polling command using a first modulation on a carrier field after a first guard time, said guard time being a period of time during which an unmodulated carrier field is generated in order to allow the NFC device (104, 803,903) to derive sufficient power to communicate; maintaining the carrier field without modulation for a first reply period to detect a response to the first polling command from the NFC device (104,803,903); characterized by polling, without waiting for a second guard time, with a second polling command using a second modulation on the carrier field, wherein the amplitude of the second modulation is greater than the amplitude of the first modulation; and maintaining the carrier field without modulation for a second reply period to detect the response to the second polling command from the NFC device (104,803,903).
Safety device for operating a catalytic converter comprising: - a heat screen installed substantially on a portion of the outer wall of the catalytic converter and comprising an opening designed to have a measuring means fixed to the catalytic converter pass through it, said measuring means comprising a substantially cylindrical base which is designed to make contact with with the catalytic converter, - a safety means (28, 128) designed to be arranged on the heat screen, characterized in that the safety means (28, 128) comprises a plate having a circular opening having a diameter which is greater than the diameter of the base, the opening being delimited by a lip (25, 125); said safety device further having means for fixing the plate to the heat screen such that the lip surrounds the base with a minimum clearance. - a heat screen installed substantially on a portion of the outer wall of the catalytic converter and comprising an opening designed to have a measuring means fixed to the catalytic converter pass through it, said measuring means comprising a substantially cylindrical base which is designed to make contact with with the catalytic converter, - a safety means (28, 128) designed to be arranged on the heat screen,
A cutting tool, comprising: a substrate which is coated with a coating layer containing Ti a Al b Nb d M e (C 1-x N x), where M represents one or more elements selected from among Si, W, Mo, Ta, Hf, Cr, Zr and Y, where 0.1≤a≤0.7, 0≤b≤0.8, 0.02≤d≤0.25, 0≤e≤0.25, a+b+d+e=1.0 and 0≤x1; a rake face; a flank face; a cutting edge between the rake face and the flank face; and droplets on the surface of the coating layer, the droplets comprising: finer droplets having particle diameters of 300 nm or less; and coarser droplets having particle diameters of 1000 nm or more; wherein the flank face comprises a higher percentage of the finer droplets than the rake face; and a Nb content in an average composition of the coarser droplets on the flank face is higher than a Nb content in an average composition of the coarser droplets on the rake face. a substrate which is coated with a coating layer containing Ti a Al b Nb d M e (C 1-x N x), where M represents one or more elements selected from among Si, W, Mo, Ta, Hf, Cr, Zr and Y, where 0.1≤a≤0.7, 0≤b≤0.8, 0.02≤d≤0.25, 0≤e≤0.25, a+b+d+e=1.0 and 0≤x1; a rake face; a flank face; a cutting edge between the rake face and the flank face; and droplets on the surface of the coating layer, the droplets comprising: finer droplets having particle diameters of 300 nm or less; and coarser droplets having particle diameters of 1000 nm or more; wherein the flank face comprises a higher percentage of the finer droplets than the rake face; and a Nb content in an average composition of the coarser droplets on the flank face is higher than a Nb content in an average composition of the coarser droplets on the rake face. finer droplets having particle diameters of 300 nm or less; and coarser droplets having particle diameters of 1000 nm or more; wherein the flank face comprises a higher percentage of the finer droplets than the rake face; and a Nb content in an average composition of the coarser droplets on the flank face is higher than a Nb content in an average composition of the coarser droplets on the rake face.
A continuous process for preparing microcapsules with an encapsulation efficiency ≥96% of the active principle, the microcapsules showing a b)/a) ratio, wherein b) is the average diameter determined on 90% of the microcapsules and a) is the average diameter determined on 50% of the microcapsules, comprised between 1.5 and 2.5 whereas the average diameter of 90% of the microcapsules is lower than 15 μm, and encapsulating water insoluble active principles to be used in the pharmaceutical and agrochemical field, the process comprising: preparation in a first reactor under stirring of an aqueous solution containing one or more surfactants, preparation in a second reactor under stirring of a solution comprising an active principle immiscible in an aqueous phase and the first monomeric component, simultaneous feeding to a tubular reactor of a stream of the aqueous solution and of a stream of solution, being the ratio stream solution /stream solution comprised between 0.5 and 2.0, the streams and being under turbulent flow conditions in the reactor, then, inlet into the reactor under turbulent flow conditions of stream comprising the second monomeric component, the equivalent ratio between the first monomeric component and the second monomeric component being comprised between 0.9 and 1.1, streams, and being continuously fed to the tubular reactor, streams, and having separate inlets in the tubular reactor. preparation in a first reactor under stirring of an aqueous solution containing one or more surfactants, preparation in a second reactor under stirring of a solution comprising an active principle immiscible in an aqueous phase and the first monomeric component, simultaneous feeding to a tubular reactor of a stream of the aqueous solution and of a stream of solution, being the ratio stream solution /stream solution comprised between 0.5 and 2.0, the streams and being under turbulent flow conditions in the reactor,
A method for using wireless communications links to synchronize content between a host and an electronic device associated with a user, comprising: with the electronic device, automatically establishing a wireless communications link with the host when the user brings the electronic device into proximity of the host; and subsequent to automatically establishing the wireless communications link, automatically receiving, with the electronic device, content that has been transmitted by the host over the wireless communications link, characterized in that the wireless communications link is a millimeter-wave wireless communications link, and automatically receiving the content comprises: automatically forming a content request at the electronic device based on user content preferences; and transmitting the content request to the host, wherein if the host determines that the electronic device is likely to move out of range of the host prior to completion of transfer of the requested content, modifying the requested content for faster transmission. with the electronic device, automatically establishing a wireless communications link with the host when the user brings the electronic device into proximity of the host; and subsequent to automatically establishing the wireless communications link, automatically receiving, with the electronic device, content that has been transmitted by the host over the wireless communications link, characterized in that the wireless communications link is a millimeter-wave wireless communications link, and automatically receiving the content comprises: automatically forming a content request at the electronic device based on user content preferences; and transmitting the content request to the host, wherein if the host determines that the electronic device is likely to move out of range of the host prior to completion of transfer of the requested content, modifying the requested content for faster transmission. automatically forming a content request at the electronic device based on user content preferences; and transmitting the content request to the host, wherein if the host determines that the electronic device is likely to move out of range of the host prior to completion of transfer of the requested content, modifying the requested content for faster transmission.
A dental implant comprising a core manufactured in metal and a sleeve having an internal wall and nested by sliding on an upper part of the core in such a manner that the internal wall is located faced to that upper part of the core, which sleeve is manufactured from ceramic or Peek, a distance being left between the core and the internal wall of the sleeve in such a manner that an adhesive layer can be lodged in a space formed by the presence of that distance, characterised in that said space has a distance situated between 5 and 30 μm, in particular between 10 and 20μm.
Refrigerator with a compressor, a condenser and an evaporator, which are connected in a refrigerant circuit, with the evaporator being forced- ventilated by a fan with adjustable power, and with a control unit, which is configured to regulate the power of the fan in the opposite sense to a thermal load of the refrigerator, characterised in that the control unit is configured to detect the time (t) which has elapsed since the refrigerator was switched on and to decide on the basis of the detected time whether a high thermal load is present or not.
A valve train assembly comprising: a fuel injector; and a first rocker lever assembly comprising an eccentric hydraulic lash adjuster located in a nose of the first rocker lever assembly, wherein the first rocker lever assembly is configured to allow a clearance area between the nose of the first rocker lever assembly and a nose of a second rocker lever assembly, wherein the fuel injector is positioned in the clearance area. a fuel injector; and a first rocker lever assembly comprising an eccentric hydraulic lash adjuster located in a nose of the first rocker lever assembly, wherein the first rocker lever assembly is configured to allow a clearance area between the nose of the first rocker lever assembly and a nose of a second rocker lever assembly, wherein the fuel injector is positioned in the clearance area.
A communication device comprising: a memory; and a processor configured to: determine a congestion level associated with a communication channel; determine a priority level associated with a packet to be transmitted on the communication channel, wherein the priority level is determined based on a traffic classification associated with the packet; jointly adapt a PHY layer transmission parameter and a MAC layer transmission parameter based on the determined congestion level and the determined priority level; and transmit the packet using the jointly adapted MAC layer transmission parameter at a MAC layer of the communication device and the jointly adapted PHY layer transmission parameter at a PHY layer of the communication device. a memory; and a processor configured to: determine a congestion level associated with a communication channel; determine a priority level associated with a packet to be transmitted on the communication channel, wherein the priority level is determined based on a traffic classification associated with the packet; jointly adapt a PHY layer transmission parameter and a MAC layer transmission parameter based on the determined congestion level and the determined priority level; and transmit the packet using the jointly adapted MAC layer transmission parameter at a MAC layer of the communication device and the jointly adapted PHY layer transmission parameter at a PHY layer of the communication device. determine a congestion level associated with a communication channel; determine a priority level associated with a packet to be transmitted on the communication channel, wherein the priority level is determined based on a traffic classification associated with the packet; jointly adapt a PHY layer transmission parameter and a MAC layer transmission parameter based on the determined congestion level and the determined priority level; and transmit the packet using the jointly adapted MAC layer transmission parameter at a MAC layer of the communication device and the jointly adapted PHY layer transmission parameter at a PHY layer of the communication device.
An apparatus for oxygenation and/or CO2 clearance of a patient, comprising: a flow source or a connection for a flow source for providing a gas flow, a gas flow modulator, a controller to control the gas flow wherein the controller is operable to: control the gas flow modulator to provide a varying gas flow with at least two oscillating components, wherein at least one oscillating component is based on a physiological parameter, and wherein one oscillating component has a frequency higher than a heart rate and/or trachea flow of the patient to promote mixing, one oscillating component has a frequency lower than a heart rate and/or trachea flow of the patient to promote bulk gas flow movement. a flow source or a connection for a flow source for providing a gas flow, a gas flow modulator, a controller to control the gas flow wherein the controller is operable to: control the gas flow modulator to provide a varying gas flow with at least two oscillating components, wherein at least one oscillating component is based on a physiological parameter, and wherein one oscillating component has a frequency higher than a heart rate and/or trachea flow of the patient to promote mixing, one oscillating component has a frequency lower than a heart rate and/or trachea flow of the patient to promote bulk gas flow movement. control the gas flow modulator to provide a varying gas flow with at least two oscillating components, wherein at least one oscillating component is based on a physiological parameter, and wherein one oscillating component has a frequency higher than a heart rate and/or trachea flow of the patient to promote mixing, one oscillating component has a frequency lower than a heart rate and/or trachea flow of the patient to promote bulk gas flow movement.