mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a dispersion of fluorinated nanodiamond particles, comprising the steps: preparing a suspension by blending fluorinated nanodiamond particles having a fluorine content of from 10 to 15 % by mass with a first liquid having a viscosity value, as determined at 20 °C, of not higher than 2.5 cP, wherein the first liquid is methanol, ethanol, isopropyl alcohol or acetone; subjecting the resulting suspension to a classification treatment which permits the removal of impurities and agglomerated particles having a particle size of greater than 500 nm from the suspension and hence the preparation of a transparent classified dispersion comprising dispersed fluorinated nanodiamond particles having an average particle size of from 10 to 300 nm; and blending the resulting classified dispersion with a second liquid having a viscosity value, as determined at 20 °C, of not less than 4 cP, wherein the second liquid is selected from the group consisting of hydrocarbons, alcohols, glycerin, fluorinated derivatives of alcohols, polymers of trifluoro-chloro-ethylene and mixtures thereof; wherein the obtained dispersion of fluorinated nanodiamond particles has a viscosity, as determined at 20 °C, of not less than 3cP and is stable over a long period of time on the order of not less than 120 hours, wherein the dispersed fluorinated nanodiamond particle concentration of the dispersion is not less than 0.05 % by mass; and wherein the dispersed fluorinated nanodiamond particles in the dispersion have an average particle size of from 10 to 300 nm. preparing a suspension by blending fluorinated nanodiamond particles having a fluorine content of from 10 to 15 % by mass with a first liquid having a viscosity value, as determined at 20 °C, of not higher than 2.5 cP, wherein the first liquid is methanol, ethanol, isopropyl alcohol or acetone; subjecting the resulting suspension to a classification treatment which permits the removal of impurities and agglomerated particles having a particle size of greater than 500 nm from the suspension and hence the preparation of a transparent classified dispersion comprising dispersed fluorinated nanodiamond particles having an average particle size of from 10 to 300 nm; and blending the resulting classified dispersion with a second liquid having a viscosity value, as determined at 20 °C, of not less than 4 cP, wherein the second liquid is selected from the group consisting of hydrocarbons, alcohols, glycerin, fluorinated derivatives of alcohols, polymers of trifluoro-chloro-ethylene and mixtures thereof;
A method for authenticating a set-top box, comprising a set-top box connected to an Internet Access Device through a local network, said Internet Access Device providing access to the Internet via a network element, said Internet Access Device authenticating itself by means of an account to obtain access to the Internet, with a platform client boot manager arranged in the Internet, which is responsible for the booting process of the set-top box and is responsible for the authentication of the set-top box, and which also carries out the authentication of the set-top box on the basis of the account of the Internet Access Device, characterized by the steps: - Saving unique information in the form of a DSLAM port number with the account, from the information the identity of the set-top box is visible through the platform client boot manager; - Checking the set-top box by the identity during the boot process to see if multiple set-top boxes use the same account, and if this is the case, verifying if the DSLAM port number is identical, if not, rebooting the set-top boxes using the same account remotely from the client platform boot manager, which prevents the old settings from working. - Saving unique information in the form of a DSLAM port number with the account, from the information the identity of the set-top box is visible through the platform client boot manager; - Checking the set-top box by the identity during the boot process to see if multiple set-top boxes use the same account, and if this is the case, verifying if the DSLAM port number is identical, if not, rebooting the set-top boxes using the same account remotely from the client platform boot manager, which prevents the old settings from working.
An apparatus, comprising: a pre-driver coupled to shift a voltage level of an input signal to produce a shifted output signal, wherein the pre-driver shifts the voltage level of the input signal in response to a selectable load resistance circuit and a voltage regulation feedback signal; a driver to receive the shifted output signal and to generate a driver output signal in response to the shifted output signal; and a replica circuit coupled to the pre-driver and the driver, the replica circuit comprising scaled components from the driver circuit including a scaled pre-driver that shifts the voltage in response to a scaled selectable load resistance circuit and the voltage regulation feedback signal, the apparatus comprising means using the scaled components and a voltage reference to generate the voltage regulation feedback signal, wherein the voltage regulation feedback signal is representative of an output voltage of the driver output signal, wherein a drain of a p-type transistor of the pre-driver is coupled to a drain of a scaled p-type transistor of the replica circuit, and is coupled to the gates of a plurality of scaled n-type transistors of the replica circuit. a pre-driver coupled to shift a voltage level of an input signal to produce a shifted output signal, wherein the pre-driver shifts the voltage level of the input signal in response to a selectable load resistance circuit and a voltage regulation feedback signal; a driver to receive the shifted output signal and to generate a driver output signal in response to the shifted output signal; and a replica circuit coupled to the pre-driver and the driver, the replica circuit comprising scaled components from the driver circuit including a scaled pre-driver that shifts the voltage in response to a scaled selectable load resistance circuit and the voltage regulation feedback signal, the apparatus comprising means using the scaled components and a voltage reference to generate the voltage regulation feedback signal, wherein the voltage regulation feedback signal is representative of an output voltage of the driver output signal, wherein a drain of a p-type transistor of the pre-driver is coupled to a drain of a scaled p-type transistor of the replica circuit, and is coupled to the gates of a plurality of scaled n-type transistors of the replica circuit.
Device for a sealed connection between two enclosures, comprising a first flange and a second flange, which: - are capable of being respectively associated with the two enclosures (E1, E2), - each movably bear a sealed closure door (11, 21), and - comprise means (14, 24) for reversible connection with one another which are adapted, while the first and second flanges are substantially centred on the same axis (Z-Z), to connect the flanges to one another by a relative rotational movement of the flanges about the axis in a first direction and to disconnect the flanges from one another by a relative rotational movement of the flanges about the axis in a second direction opposite to the first direction, characterised in that the first flange is provided with a distancing rail against which the second flange slides in such a manner as to force the flanges to become axially distant from one another during the relative rotational movement of the flanges in the second direction. - are capable of being respectively associated with the two enclosures (E1, E2), - each movably bear a sealed closure door (11, 21), and - comprise means (14, 24) for reversible connection with one another which are adapted, while the first and second flanges are substantially centred on the same axis (Z-Z), to connect the flanges to one another by a relative rotational movement of the flanges about the axis in a first direction and to disconnect the flanges from one another by a relative rotational movement of the flanges about the axis in a second direction opposite to the first direction, characterised in that the first flange is provided with a distancing rail against which the second flange slides in such a manner as to force the flanges to become axially distant from one another during the relative rotational movement of the flanges in the second direction.
A cap for covering a needle shield on a needle of a medicament container, the cap comprising: a cylindrical portion having a first outer diameter; a disc portion disposed on a distal end of the cylindrical portion, the disc portion having a second outer diameter larger than the first outer diameter; and a gripping surface disposed on an inner surface of the cylindrical portion and adapted to engage a needle shield on a needle, characterized in that the gripping surface disposed on the inner surface of the cylindrical portion has a thickness that decreases from a distal end to a proximal end. a cylindrical portion having a first outer diameter; a disc portion disposed on a distal end of the cylindrical portion, the disc portion having a second outer diameter larger than the first outer diameter; and a gripping surface disposed on an inner surface of the cylindrical portion and adapted to engage a needle shield on a needle, characterized in that the gripping surface disposed on the inner surface of the cylindrical portion has a thickness that decreases from a distal end to a proximal end.
A method implemented in a crude oil refining facility, the method comprising: in a crude oil refining facility comprising a plurality of oil refining plants, each oil refining plant configured to perform at least one oil refining process, each oil refining plant comprising a plurality of interconnected oil refining sub-systems, wherein a plurality of streams at respective temperatures flow between the plurality of oil refining sub-systems: flowing a hydrocracking plant stream from a hydrocracking plant of the plurality of oil refining plants to a first heat exchanger; flowing a stream from a first oil refining plant of the plurality of oil refining plants, the first oil refining plant being different from the hydrocracking plant, to the first heat exchanger, wherein the first heat exchanger transfers heat from the hydrocracking plant stream to the stream from the first oil refining plant; and utilizing the stream from the first oil refining plant heated by the hydrocracking plant stream in an oil refining process at the first oil refining plant. flowing a hydrocracking plant stream from a hydrocracking plant of the plurality of oil refining plants to a first heat exchanger; flowing a stream from a first oil refining plant of the plurality of oil refining plants, the first oil refining plant being different from the hydrocracking plant, to the first heat exchanger, wherein the first heat exchanger transfers heat from the hydrocracking plant stream to the stream from the first oil refining plant; and utilizing the stream from the first oil refining plant heated by the hydrocracking plant stream in an oil refining process at the first oil refining plant.
A medical device for implantation in a hip joint of a patient, the medical device comprising a prosthetic replacement for the acetabulum, wherein the prosthetic replacement for the acetabulum comprises: a first part adapted to be fixated to the femoral bone of the patient; and a second part rotatably connected to the first part by means of a connecting member; wherein the first part comprises a bowl-shaped and spherical inner contacting surface portion adapted to receive a bowl-shaped and spherical outer contacting surface portion of the second part such that the second part is rotatable, relative to the first part, around a point of rotation formed by the connecting member; the second part comprises a bowl-shaped and spherical inner contacting surface adapted to receive a ball-shaped portion of a prosthetic replacement for the caput femur, adapted to be fixated to the pelvic bone, such that the prosthetic replacement for the caput femur and the second part form a ball joint in an opposite configuration; and the inner contacting surface of the second part comprises an equator line (1821, 1845) being the largest circumference of the inner contacting surface, and at least one extending portion (1823a, 1823b) extending beyond the equator line and being adapted to clasp the ball-shaped portion of the prosthetic replacement for the caput femur. a first part adapted to be fixated to the femoral bone of the patient; and a second part rotatably connected to the first part by means of a connecting member; wherein the first part comprises a bowl-shaped and spherical inner contacting surface portion adapted to receive a bowl-shaped and spherical outer contacting surface portion of the second part such that the second part is rotatable, relative to the first part, around a point of rotation formed by the connecting member; the second part comprises a bowl-shaped and spherical inner contacting surface adapted to receive a ball-shaped portion of a prosthetic replacement for the caput femur, adapted to be fixated to the pelvic bone, such that the prosthetic replacement for the caput femur and the second part form a ball joint in an opposite configuration; and the inner contacting surface of the second part comprises an equator line (1821, 1845) being the largest circumference of the inner contacting surface, and at least one extending portion (1823a, 1823b) extending beyond the equator line and being adapted to clasp the ball-shaped portion of the prosthetic replacement for the caput femur.
A composition [composition] comprising: (a) a poly(biphenyl ether sulfone) polymer [polymer]; (b) calcium oxide (CaO) and/or (MgO), with an average particle size up to 5 microns and a BET surface area of 1.5-160 m 2 /g, optionally in combination with other metal oxides; with the provisos that: - CaO, alone or in combination with MgO and/or with other metal oxides is at least 1 wt.% with respect to the weight of the composition; - if composition does not include CaO, the amount of MgO is at least 2 wt.% with respect to the weight of composition. (a) a poly(biphenyl ether sulfone) polymer [polymer]; (b) calcium oxide (CaO) and/or (MgO), with an average particle size up to 5 microns and a BET surface area of 1.5-160 m 2 /g, optionally in combination with other metal oxides; - CaO, alone or in combination with MgO and/or with other metal oxides is at least 1 wt.% with respect to the weight of the composition; - if composition does not include CaO, the amount of MgO is at least 2 wt.% with respect to the weight of composition.
A compound of formula Wherein A is selected from wherein R 1 -R 3 are independently selected from hydrogen, fluorine, methyl optionally substituted with a fluorine, and OCH 3 optionally substituted with a F; B is selected from wherein R 13 -R 16 are independently selected from H, F, methyl optionally substituted with a F, and OCH 3 optionally substituted with a F; or a pharmaceutically acceptable salt or solvate thereof. wherein R 1 -R 3 are independently selected from hydrogen, fluorine, methyl optionally substituted with a fluorine, and OCH 3 optionally substituted with a F; B is selected from
A lithography system, comprising a target such as a wafer, said target being included in said system by means of a target table, clamping means being present for clamping said target on said table, wherein said clamping means comprises a layer of stationary liquid, included at such thickness between target and target table that, provided the material of the liquid and of the respective contacting faces (A, B) of the target and target table, a pressure drop (ΔP Cap) arises.
A composition for application to a mucosa comprising from 0.1 to 10 percent of a tonicity-adjusting agent, from 0.5 to 10 percent of a hydroxyalkyl methylcellulose, from 0 to 20 percent of a physiologically active agent, and from 0 to 30 percent of one or more adjuvants, based on the total weight of the composition, the remainder being a liquid diluent, wherein the hydroxyalkyl methylcellulose has a DS of from 1.6 to 2.7 and an MS of from 0.40 to 1.30, wherein DS is the degree of substitution of methoxyl groups and MS is the molar substitution of hydroxyalkoxyl groups, and at least 55 weight percent of the liquid diluent is water.
Method for carrying out an oil change on a wind power plant, which has a tower with an engine nacelle located thereupon, to which a rotor with a plurality of rotor blades (31, 32, 33) is rotatably attached, and the rotor has a plurality of drive devices (6, 6'), especially blade adjustment gears, which are arranged with different orientation, comprising - rotating of the wind-powered rotor into a maintenance position, - subsequent draining of the oil from a first drive device, - filling of the first drive device with fresh oil, - draining of the oil from a second drive device which is oriented differently from the first drive device, and - filling of second drive device with fresh oil, characterized in that a first closable outlet opening on a sump of the first drive device is rotated into a geodetic low point in the maintenance position of the rotor, and the drive devices (6, 6'), on an end of their housing opposite the sump, have in each case a mirrored sump, functionally identical to the sump, with a second closable outlet opening, wherein the draining of the oil from the second drive device is carried out by means of the second closable outlet opening so that the rotor, during and between the draining of the oil from the first and second drive devices (6, 6'), can maintain its rotated position. - rotating of the wind-powered rotor into a maintenance position, - subsequent draining of the oil from a first drive device, - filling of the first drive device with fresh oil, - draining of the oil from a second drive device which is oriented differently from the first drive device, and - filling of second drive device with fresh oil,
Method for managing a carcass structure building line comprising a plurality of stations including an unloading station for unloading a built carcass structure and n building stations (13a-13c) each comprising one or more building devices (16, 17, 18, 22, 23) adapted to form a carcass structure being processed; wherein said method for managing a carcass structure building line comprises selecting one between a building cycle and a size change cycle; wherein said building cycle comprises sequentially and cyclically moving between the n building stations (13a-13c) and the unloading station m forming drums being processed (15a-15c), with 2≤m≤n, wherein at any one operative moment of said building cycle, only the unloading station and a starting station of the n building stations comprise a forming drum being processed (15a-15c) dissociated from the carcass structure being processed; wherein said size change cycle comprises substituting, one at a time, the forming drums being processed (15a-15c) with m entering forming drums (26a-26c; 27a-27c; 28a-28c) by using a movement sequence among the building stations (13a-13c) that is at least partially different from that provided in the building cycle, wherein at at least one operative moment of the size change cycle, at least one building station (13b, 13c) different from the starting station comprises an entering forming drum dissociated from the carcass structure being processed.
Positioning system for determining an operating position of an aerial device, comprising - a mobile distance metering device, portable and configured to determine a distance between the distance metering device and a remote environmental surface point and to record the determined distance as distance data, wherein the distance metering device comprises a transmission interface configured to transmit recorded distance data; - a mobile terminal comprising a receiver interface configured to receive distance data transmitted from the distance metering device, a memory configured to store dimension data related to physical dimensions of an aerial device; - processing means configured for calculating a position and/or a position range of the aerial device within a virtual space from the distance data and the dimension data; and - a display configured to display the virtual space comprising a representation of the aerial device in a position and/or position range within the virtual space; characterized in that the distance metering device is a handheld distance metering device adapted to be carried and operated by a person standing on a ground position. - a mobile distance metering device, portable and configured to determine a distance between the distance metering device and a remote environmental surface point and to record the determined distance as distance data, wherein the distance metering device comprises a transmission interface configured to transmit recorded distance data; - a mobile terminal comprising a receiver interface configured to receive distance data transmitted from the distance metering device, a memory configured to store dimension data related to physical dimensions of an aerial device; - processing means configured for calculating a position and/or a position range of the aerial device within a virtual space from the distance data and the dimension data; and - a display configured to display the virtual space comprising a representation of the aerial device in a position and/or position range within the virtual space;
An image forming apparatus comprising: a medium supplier (52, 64) configured to supply a print medium wound in a roll shape; a medium conveyor configured to intermittently convey the print medium supplied by the medium supplier by a predetermined supply amount; a medium winder (44, 65) configured to wind the print medium conveyed by the medium conveyor; a printer (6, 25) configured to print on the print medium conveyed by the medium conveyor; and a rotation controller configured to: cause the medium supplier to rotate in a medium winding direction at a predetermined timing after the medium conveyor has started to intermittently convey the print medium; and cause the medium supplier to rotate in a reverse direction opposite the medium winding direction to loosen the print medium. a medium supplier (52, 64) configured to supply a print medium wound in a roll shape; a medium conveyor configured to intermittently convey the print medium supplied by the medium supplier by a predetermined supply amount; a medium winder (44, 65) configured to wind the print medium conveyed by the medium conveyor; a printer (6, 25) configured to print on the print medium conveyed by the medium conveyor; and a rotation controller configured to: cause the medium supplier to rotate in a medium winding direction at a predetermined timing after the medium conveyor has started to intermittently convey the print medium; and cause the medium supplier to rotate in a reverse direction opposite the medium winding direction to loosen the print medium. cause the medium supplier to rotate in a medium winding direction at a predetermined timing after the medium conveyor has started to intermittently convey the print medium; and cause the medium supplier to rotate in a reverse direction opposite the medium winding direction to loosen the print medium.