mhurhangee/ep-ind-claims huggingface dataset:
Method for the dynamic cleaning of the supply ducts for drinking water of a vehicle, consisting in creating a shockwave in the duct to be cleaned, CHARACTERIZED IN THAT it consists: - in partially filling a volume with a liquid, - in filling the volume that is not occupied by the liquid with gas under pressure, - in releasing the liquid through a bottleneck communicating with the end of said duct or ducts to be cleaned of which the other end is open while maintaining the pressure, in such a way as: - to create an accelerated displacement of the liquid in a first step and of the mixture of gas and of liquid that is created in a second step then - to generate a shockwave once the volume is emptied, shockwave which propagates through the mixture. - in partially filling a volume with a liquid, - in filling the volume that is not occupied by the liquid with gas under pressure, - in releasing the liquid through a bottleneck communicating with the end of said duct or ducts to be cleaned of which the other end is open while maintaining the pressure, - to create an accelerated displacement of the liquid in a first step and of the mixture of gas and of liquid that is created in a second step then - to generate a shockwave once the volume is emptied, shockwave which propagates through the mixture.
Fuel injection apparatus, in particular for an internal combustion engine with direct injection, having a housing and having at least two valve elements (36, 40) which are arranged in the housing and which are coaxial with respect to one another and to which there is assigned in each case at least one fuel outlet opening (62, 90), having a preload device (61, 88) which acts on the valve elements (36, 40) in a closing direction, and having in each case at least one pressure surface (46, 52, 80), acting in an opening direction, on the valve elements (36, 40), wherein the pressure surfaces (36, 52, 80) each delimit a pressure chamber (48, 54, 81) which can be connected to a high-pressure port, wherein the inner valve element comprises at least the following: a valve body which interacts with a valve seat on the housing, and a guide body which is guided in the outer valve element and which, in the normal situation, acts on the valve body in the closing direction, characterized in that, between the valve body and the outer valve element, there is provided a radial gap which is such that the outer valve element does not make contact with the valve body of the inner valve element.
A system comprising: a stimulation management facility configured to direct a cochlear implant system to apply an electrical stimulus to an auditory pathway of a patient; and a detection facility communicatively coupled to the stimulation management facility and configured to determine that a change in acoustic immittance that occurs as the electrical stimulus is being applied by the cochlear implant system is likely representative of a rise time phase associated with an occurrence of a stapedius reflex within the patient; wherein the stimulation management facility is further configured to direct, in response to the determination, the cochlear implant system to cease applying the electrical stimulus, characterized in that the determination includes detecting a change in slope of the acoustic immittance curve. a stimulation management facility configured to direct a cochlear implant system to apply an electrical stimulus to an auditory pathway of a patient; and a detection facility communicatively coupled to the stimulation management facility and configured to determine that a change in acoustic immittance that occurs as the electrical stimulus is being applied by the cochlear implant system is likely representative of a rise time phase associated with an occurrence of a stapedius reflex within the patient; wherein the stimulation management facility is further configured to direct, in response to the determination, the cochlear implant system to cease applying the electrical stimulus, characterized in that the determination includes detecting a change in slope of the acoustic immittance curve.
Foot-covering garment comprising a heel portion, a toe portion, a middle portion located between the heel portion and the toe portion and an opening between said heel portion, said middle portion and said toe portion for the insertion of a user's foot, wherein the toe portion and the heel portion are aligned along a longitudinal direction and wherein, at said opening, the middle portion ends with at least one right or left edge, which garment is seamlessly knitted as a whole with at least one main thread, and the edge is a restraining edge (6, 6') comprising a plurality of elongated stitches, each elongated stitch having a longitudinal extension in the longitudinal direction corresponding to the total longitudinal extension in the longitudinal direction of at least two stitches of said at least one main thread in the remaining middle portion; characterized in that the elongated stitches are of the at least one main thread of the foot-covering garment.
A lubricating composition comprising: at least 0.2 wt. % of at least one of a sulfurized oxy-substituted aromatic polyol and a salt thereof; and an oil of lubricating viscosity, wherein the sulfurized oxy-substituted aromatic polyol or salt thereof is the reaction product of an oxy-substituted polyol which is an oxy-hydrocarbyl substituted catecholate, a sulfurizing agent, and optionally a metal base or a pnictogen base, the oxy-substituted polyol being represented by the formula: wherein R 1 is a hydroxyl-substituted C10 to C20 alkyl group; and wherein the sulfurized oxy-substituted aromatic polyol is represented by the formula: wherein each R 1 is selected from a hydroxyl-substituted C10 to C20 alkyl group; R 9 is selected from hydrogen and where R 11 is selected from hydrogen and sulfhydryl; R 10 is selected from hydrogen and sulfhydryl; x is at least 1; and p is at least 1. at least 0.2 wt. % of at least one of a sulfurized oxy-substituted aromatic polyol and a salt thereof; and an oil of lubricating viscosity, wherein the sulfurized oxy-substituted aromatic polyol or salt thereof is the reaction product of an oxy-substituted polyol which is an oxy-hydrocarbyl substituted catecholate, a sulfurizing agent, and optionally a metal base or a pnictogen base, the oxy-substituted polyol being represented by the formula: wherein R 1 is a hydroxyl-substituted C10 to C20 alkyl group; and wherein the sulfurized oxy-substituted aromatic polyol is represented by the formula: wherein each R 1 is selected from a hydroxyl-substituted C10 to C20 alkyl group; R 9 is selected from hydrogen and where R 11 is selected from hydrogen and sulfhydryl; R 10 is selected from hydrogen and sulfhydryl; x is at least 1; and p is at least 1. wherein R 1 is a hydroxyl-substituted C10 to C20 alkyl group; and wherein the sulfurized oxy-substituted aromatic polyol is represented by the formula: wherein each R 1 is selected from a hydroxyl-substituted C10 to C20 alkyl group; R 9 is selected from hydrogen and where R 11 is selected from hydrogen and sulfhydryl; R 10 is selected from hydrogen and sulfhydryl; x is at least 1; and p is at least 1. wherein each R 1 is selected from a hydroxyl-substituted C10 to C20 alkyl group; R 9 is selected from hydrogen and where R 11 is selected from hydrogen and sulfhydryl; R 10 is selected from hydrogen and sulfhydryl; x is at least 1; and p is at least 1.
An apparatus comprising: a receiver comprising: a port to receive a flow control unit, Flit across a link (210a, 802, 906, 908, 1006), the link (210a, 802, 906, 908, 1006) comprising a plurality of lanes; error detection circuitry to determine an error in the Flit, an error counter to count a number of errors received, the error counter to increment based on an error detected in the Flit by the error detection circuitry, a Flit counter to count a number of Flits received, the Flit counter to increment based on receiving a Flit, bit error rate logic to determine a bit error rate based on a count recorded by the error counter and a number of bits received as indicated by the Flit counter; and at least one margin control and status register to activate and deactivate test modes. a port to receive a flow control unit, Flit across a link (210a, 802, 906, 908, 1006), the link (210a, 802, 906, 908, 1006) comprising a plurality of lanes; error detection circuitry to determine an error in the Flit, an error counter to count a number of errors received, the error counter to increment based on an error detected in the Flit by the error detection circuitry, a Flit counter to count a number of Flits received, the Flit counter to increment based on receiving a Flit, bit error rate logic to determine a bit error rate based on a count recorded by the error counter and a number of bits received as indicated by the Flit counter; and at least one margin control and status register to activate and deactivate test modes.
A method of reestablishing a radio resource control, RRC, connection, the method performed by a wireless mobile device (104, 106) configured to communicate wirelessly with a Long Term Evolution, LTE, or Universal Mobile Telecommunications System, UMTS, network employing a wireless communications protocol, the wireless mobile device (104, 106) comprising a processor, a radio, and a memory, the method comprising: establishing an RRC connection with a first acceptable cell of an LTE or UMTS network, wherein the first acceptable cell supports emergency calls; establishing an emergency call via the RRC connection; detecting a failure condition in the RRC connection, wherein the failure condition is one of a radio link failure, a handover failure, a mobility from Evolved Universal Terrestrial Radio Access, E-UTRA, failure, an integrity check failure, or an RRC connection reconfiguration failure; searching for a second acceptable cell that belongs to a public land mobile network, PLMN, that the first acceptable cell also belongs to, and that supports emergency calls; when a second acceptable cell is detected that is identified as able to support emergency calls and that belongs to a PLMN that the first acceptable cell also belongs to: sending a request to the second acceptable cell to re-establish the RRC connection even when a suitable cell is detected, wherein the second acceptable cell is either the first acceptable cell or another acceptable cell. establishing an RRC connection with a first acceptable cell of an LTE or UMTS network, wherein the first acceptable cell supports emergency calls; establishing an emergency call via the RRC connection; detecting a failure condition in the RRC connection, wherein the failure condition is one of a radio link failure, a handover failure, a mobility from Evolved Universal Terrestrial Radio Access, E-UTRA, failure, an integrity check failure, or an RRC connection reconfiguration failure; searching for a second acceptable cell that belongs to a public land mobile network, PLMN, that the first acceptable cell also belongs to, and that supports emergency calls; when a second acceptable cell is detected that is identified as able to support emergency calls and that belongs to a PLMN that the first acceptable cell also belongs to: sending a request to the second acceptable cell to re-establish the RRC connection even when a suitable cell is detected, wherein the second acceptable cell is either the first acceptable cell or another acceptable cell. sending a request to the second acceptable cell to re-establish the RRC connection even when a suitable cell is detected, wherein the second acceptable cell is either the first acceptable cell or another acceptable cell.
A method performed by a user equipment node, UE, to perform measurements in a communications system, the method comprising: receiving a command from a network node to switch to CELL_FACH state; receiving (502, 704) a measurement configuration message from the network node that configures a measurement that is to be performed by the UE while the UE is operating in the CELL_FACH state to generate a measurement report, the measurement configuration message communicated as an explicit indication from the network node to proceed with performing the measurement defined by the measurement configuration message to generate the measurement report; performing (504, 706) the measurement defined by the measurement configuration message in response to receipt of the measurement configuration message; and communicating (506,708) the measurement report based on the measurement to the network node, and where the measurement configuration message triggers the UE to communicate the measurement report to the network node when the UE receives the explicit indication. receiving a command from a network node to switch to CELL_FACH state; receiving (502, 704) a measurement configuration message from the network node that configures a measurement that is to be performed by the UE while the UE is operating in the CELL_FACH state to generate a measurement report, the measurement configuration message communicated as an explicit indication from the network node to proceed with performing the measurement defined by the measurement configuration message to generate the measurement report; performing (504, 706) the measurement defined by the measurement configuration message in response to receipt of the measurement configuration message; and communicating (506,708) the measurement report based on the measurement to the network node, and where the measurement configuration message triggers the UE to communicate the measurement report to the network node when the UE receives the explicit indication.
A method for producing a wheel rim from fibre composite material by means of a continuous progressive manufacturing process, pultrusion, wherein at least one further of the manufacturing processes constituted by pullbraiding and pullwinding is used at the same time or with a temporal offset, characterised in that the wheel rim is produced in two layers: a first inner core by pultrusion and a second outer layer formed from fibrous woven fabric, wound or braided around the core, by pullwinding or pullbrading respectively.
A composite body comprising: a carbon material having a graphene layered structure; and fine particles, the composite body having mesopores, the mesopores having a specific volume measured in accordance with BJH method of 0.15 mL/g or more, and the composite body having a BET specific surface area of 900 m 2 /g or more, wherein the fine particles are at least one kind selected from the group consisting of activated carbon, carbon black, graphene oxide, graphite, graphite oxide, metal oxides, zeolite oxide, and tungstophosphoric acid, a median size of the fine particles is 10 nm or more and less than 20 μm, and the carbon material is partially exfoliated graphite which has a graphite structure and in which graphite is partially exfoliated. a carbon material having a graphene layered structure; and fine particles, the composite body having mesopores, the mesopores having a specific volume measured in accordance with BJH method of 0.15 mL/g or more, and the composite body having a BET specific surface area of 900 m 2 /g or more, wherein the fine particles are at least one kind selected from the group consisting of activated carbon, carbon black, graphene oxide, graphite, graphite oxide, metal oxides, zeolite oxide, and tungstophosphoric acid, a median size of the fine particles is 10 nm or more and less than 20 μm, and the carbon material is partially exfoliated graphite which has a graphite structure and in which graphite is partially exfoliated.
A peptide of less than 15 amino acids having cytotoxic T cell inducibility, wherein said peptide comprises the amino acid sequence of SEQ ID NO: 100, 80, or 101.
A method for sharing contents, said method comprising: obtaining (201, 301), by a terminal, position information of a user of the terminal, and sending, by the terminal, a reporting request message carrying the position information of the user and identifier information of the user to a position server to enable the position server to obtain an object list according to the position information of the user and the identifier information of the user, in response to the user using an application adapted to obtain contents running on the terminal to obtain a content to be shared, wherein the object list comprises identifier information of at least one sharing object with whom the obtained content is to be shared, the at least one sharing object is another user of the application other than the user, and a distance between the user and any of the at least one sharing object is less than a predetermined distance and any of the at least one sharing object has used the application in a predetermined time period; receiving, by the terminal, a reporting response message sent by the position server, wherein the reporting response message carries the object list; and sharing (207, 303), by the terminal, the obtained content with the at least one sharing object according to the identifier information of the at least one sharing object in the object list. obtaining (201, 301), by a terminal, position information of a user of the terminal, and sending, by the terminal, a reporting request message carrying the position information of the user and identifier information of the user to a position server to enable the position server to obtain an object list according to the position information of the user and the identifier information of the user, in response to the user using an application adapted to obtain contents running on the terminal to obtain a content to be shared, wherein the object list comprises identifier information of at least one sharing object with whom the obtained content is to be shared, the at least one sharing object is another user of the application other than the user, and a distance between the user and any of the at least one sharing object is less than a predetermined distance and any of the at least one sharing object has used the application in a predetermined time period; receiving, by the terminal, a reporting response message sent by the position server, wherein the reporting response message carries the object list; and sharing (207, 303), by the terminal, the obtained content with the at least one sharing object according to the identifier information of the at least one sharing object in the object list.
A nozzle body comprising a conical or cylindrical-conical cavity through which fluid can flow and which comprises a fluid inlet predominantly tangential relative to the cavity jacket and a fluid outlet substantially axial relative to the cavity jacket, the nozzle body being formed in one piece from a glass material, and the smallest diameter of the fluid inlet and the smallest diameter of the fluid outlet each being 100 micrometers or less. a conical or cylindrical-conical cavity through which fluid can flow and which comprises a fluid inlet predominantly tangential relative to the cavity jacket and a fluid outlet substantially axial relative to the cavity jacket, the nozzle body being formed in one piece from a glass material, and the smallest diameter of the fluid inlet and the smallest diameter of the fluid outlet each being 100 micrometers or less.
Injection device with a dosing device with an adjustment element, a preferably approximately cylinder-shaped rotation sleeve, which is rotatably connected with the adjustment element and has an external thread and an internal thread, which has a different pitch than the external thread, wherein one of the threads (1a, 1b) of the rotation sleeve engages a thread of a housing of the injection device, and the other engages the thread (1a, 1b) of the rotation sleeve with a thread of the advancing member, characterised in that an adjusting movement of the adjusting element can be translated into or fallen short of a dosing movement of the advancing member by the rotation sleeve by means of the two thread engagements (1a, 2a; 1b, 3a).
An oil filtration system, the system comprising: a mount interface having a contaminated conduit and a clean conduit; a housing, characterized in that the housing further comprising: an inlet being provided about an end portion of the housing; an outlet being provided about a central axis of the end portion of the housing; a first inner seal member being configured to seal to an exterior portion of the contaminated conduit; a second inner seal member being configured to seal and separate a filtered fluid exiting the outlet into the clean conduit from a contaminated fluid entering the inlet from the contaminated conduit when in an installed state; a valve being provided about the outlet, the valve being configured to bias in a closed position in an uninstalled state, and being configured to remain open in an installed state; wherein, upon removal, the valve is configured to be closed prior to the release of either the first inner seal member or the second inner seal member; and wherein the first inner seal member is configured to release a respective seal after the release of a second respective seal of the second inner seal member. a mount interface having a contaminated conduit and a clean conduit; a housing, characterized in that the housing further comprising: an inlet being provided about an end portion of the housing; an outlet being provided about a central axis of the end portion of the housing; a first inner seal member being configured to seal to an exterior portion of the contaminated conduit; a second inner seal member being configured to seal and separate a filtered fluid exiting the outlet into the clean conduit from a contaminated fluid entering the inlet from the contaminated conduit when in an installed state; a valve being provided about the outlet, the valve being configured to bias in a closed position in an uninstalled state, and being configured to remain open in an installed state; an inlet being provided about an end portion of the housing; an outlet being provided about a central axis of the end portion of the housing; a first inner seal member being configured to seal to an exterior portion of the contaminated conduit; a second inner seal member being configured to seal and separate a filtered fluid exiting the outlet into the clean conduit from a contaminated fluid entering the inlet from the contaminated conduit when in an installed state; a valve being provided about the outlet, the valve being configured to bias in a closed position in an uninstalled state, and being configured to remain open in an installed state; wherein, upon removal, the valve is configured to be closed prior to the release of either the first inner seal member or the second inner seal member; and wherein the first inner seal member is configured to release a respective seal after the release of a second respective seal of the second inner seal member.
Use of a roller in a calender of a machine for manufacturing and/or finishing a fibrous web, such as a paper web or cardboard web, wherein the roller comprises a roller core and, configured thereon, a roller covering which displays at least one layer of a resin material having at least one tape-type fiber material embedded therein, wherein the at least one layer displays an outer surface which is suitable for coming into direct or indirect contact with the fibrous web, wherein the at least one tape-type fiber material comprises fibers having a linear weight from 0.5 to 5 dtex, preferably from 0.5 to 2 dtex, wherein the tape-type fiber material is wrapped in a plurality of strokes across a plurality of layers or in one stroke across one layer having mutually overlapping wrappings.