mhurhangee/ep-ind-claims huggingface dataset:
A method comprising introducing through particle mediated delivery a ribonucleoprotein complex comprising a Cas endonuclease protein and a guide RNA into a plant cell containing a plant cell wall, wherein the guide RNA comprises a polynucleotide sequence complementary to a genomic target site sequence in the genome of the plant cell; wherein the Cas endonuclease protein and the guide RNA are applied to a particle delivery matrix comprising a microparticle; and wherein the Cas endonuclease protein and the guide RNA bind to the genomic target site sequence in the genome of the plant cell.
Alphavirus for use in the treatment of human tumors, characterized in that the alphavirus is M1 virus, and the tumor is a zinc finger CCCH-type antiviral protein 1 low expression tumor or ZAP negative tumor.
Use of a synthetic peptide of 100 or less amino acids in length, comprising a sequence selected from SEQ ID NOs: 1 to 5, 7 to 13, 15 to 18 and 20 to 32 for detecting or monitoring cell proliferative disorders.
A method of forming a lens assembly, comprising: adjustably attaching a cylindrical lens to a lens fixture having an interface surface; interfacing the interface surface with a reference surface of a support structure, wherein the cylindrical lens can be placed in a frontwards and backwards orientation relative to a light beam, and wherein the reference surface defines a reference direction; for the frontwards and backwards orientations, capturing respective first and second line images of respective first and second focus lines as formed by the cylindrical lens; establishing a relative orientation of the first and second line images (HI, HI'); using the established relative orientations of the first and second line images (HI, Hl'), determining an amount of angular misalignment of the cylindrical lens relative to the reference direction; and rotating the cylindrical lens relative to the lens fixture to reduce the amount of angular misalignment. adjustably attaching a cylindrical lens to a lens fixture having an interface surface; interfacing the interface surface with a reference surface of a support structure, wherein the cylindrical lens can be placed in a frontwards and backwards orientation relative to a light beam, and wherein the reference surface defines a reference direction; for the frontwards and backwards orientations, capturing respective first and second line images of respective first and second focus lines as formed by the cylindrical lens; establishing a relative orientation of the first and second line images (HI, HI'); using the established relative orientations of the first and second line images (HI, Hl'), determining an amount of angular misalignment of the cylindrical lens relative to the reference direction; and rotating the cylindrical lens relative to the lens fixture to reduce the amount of angular misalignment.
A cleaning composition exhibiting a Soil Adsorption Value of 38 mg or more as measured according to a Soil Adsorption Test Method described herein and comprising a soil capture agent, wherein the soil capture agent comprises a polymer, the polymer comprising monomeric units selected from the group consisting of: a. nonionic monomeric units, wherein the nonionic monomeric units comprise a nonionic hydrophilic monomeric unit, wherein the nonionic hydrophilic monomeric unit is derived from acrylamide; b. anionic monomeric units, wherein the anionic monomeric units are derived from anionic monomers selected from the group consisting of: monomers having at least one carboxylic function; c. cationic monomeric units, wherein the cationic monomeric unit is a quaternary ammonium monomeric unit; and d. zwitterionic monomeric units, wherein the zwitterionic monomeric units are derived from zwitterionic monomers selected from the group consisting of: sulfobetaine monomers, phosphobetaine monomers, and carboxybetaine monomers; wherein the polymer comprises at least one monomeric unit from group a and at least one monomeric unit selected from groups b, c and d, wherein the polymer comprises from 70% to 99.5% wt of the monomeric unit from group a, from 0.1% to 10% wt of the monomeric unit from group b, and from 0.3% to 29% wt of the monomeric unit from group c, and wherein the cleaning composition has a pH of from 2.0 to 5.0. a. nonionic monomeric units, wherein the nonionic monomeric units comprise a nonionic hydrophilic monomeric unit, wherein the nonionic hydrophilic monomeric unit is derived from acrylamide; b. anionic monomeric units, wherein the anionic monomeric units are derived from anionic monomers selected from the group consisting of: monomers having at least one carboxylic function; c. cationic monomeric units, wherein the cationic monomeric unit is a quaternary ammonium monomeric unit; and d. zwitterionic monomeric units, wherein the zwitterionic monomeric units are derived from zwitterionic monomers selected from the group consisting of: sulfobetaine monomers, phosphobetaine monomers, and carboxybetaine monomers;
Device (100, 300) for compressing a low-pressure gas, which comprises: - at least one compression chamber comprising: - an inlet for low-pressure gas, - an outlet for high-pressure gas, - an inlet for fluid, - an outlet for fluid, and - a piston located between the gas inlet and outlet, on the one hand, and the fluid inlet and outlet, on the other hand; - a fluid movement means positioned on a fluid circuit connecting a fluid outlet and a fluid inlet of a compression chamber; - a means for measuring the gas pressure inside the compression chamber; and characterized in that it comprises a circuit to recirculate gas to the inlet of a compression chamber when the measured pressure is less than a predefined limit value. - at least one compression chamber comprising: - an inlet for low-pressure gas, - an outlet for high-pressure gas, - an inlet for fluid, - an outlet for fluid, and - a piston located between the gas inlet and outlet, on the one hand, and the fluid inlet and outlet, on the other hand; - an inlet for low-pressure gas, - an outlet for high-pressure gas, - an inlet for fluid, - an outlet for fluid, and - a piston located between the gas inlet and outlet, on the one hand, and the fluid inlet and outlet, on the other hand; - a fluid movement means positioned on a fluid circuit connecting a fluid outlet and a fluid inlet of a compression chamber; - a means for measuring the gas pressure inside the compression chamber; and
A method of producing multicomponent cigarettes, each comprising a number of portions, which have a central axis and comprise at least one portion defined by a filter element, and at least another portion defined by an aromatic, preferably tobacco-based, element; the method comprising the steps of: forming groups of portions, each comprising at least three different first portions (3A, 3B, 3C) aligned axially and contacting end to end; wherein the forming step comprises the sub step of positioning each first portion (3B, 3C) with one end facing and contacting a respective end of the group of portions; feeding the groups of portions perpendicularly to their central axis; winding a first sheet of wrapping material around the whole circumference of each group of portions; transferring group of portions successively from a cutting drum of a first wrapping unit (WU 1) to a parting drum of a second wrapping unit (WU 2); wherein the cutting drum cooperates with a blade to transversely cut each group of portions centrally into two specular groups of portions coaxial with central axis and contacting end to end; parting axially each two groups of portions, initially contacting end to end (by axially moving at least one group of portions), so they are positioned coaxial and a given axial distance apart on the parting drum; inserting second portions into the groups of portions, once a tubular wrapping is formed from the first sheet of wrapping material around each group of portions; and winding a second sheet of wrapping material around the whole circumference of the group of portions. forming groups of portions, each comprising at least three different first portions (3A, 3B, 3C) aligned axially and contacting end to end; wherein the forming step comprises the sub step of positioning each first portion (3B, 3C) with one end facing and contacting a respective end of the group of portions; feeding the groups of portions perpendicularly to their central axis; winding a first sheet of wrapping material around the whole circumference of each group of portions; transferring group of portions successively from a cutting drum of a first wrapping unit (WU 1) to a parting drum of a second wrapping unit (WU 2); wherein the cutting drum cooperates with a blade to transversely cut each group of portions centrally into two specular groups of portions coaxial with central axis and contacting end to end; parting axially each two groups of portions, initially contacting end to end (by axially moving at least one group of portions), so they are positioned coaxial and a given axial distance apart on the parting drum; inserting second portions into the groups of portions, once a tubular wrapping is formed from the first sheet of wrapping material around each group of portions; and winding a second sheet of wrapping material around the whole circumference of the group of portions.
Positioning element for positioning an installation part in a concrete segment to be cast on a metal formwork by means of a magnet arrangement, the positioning element comprising a. a base and a surrounding side wall, which together surround a first receiving space for receiving a magnet of the magnet arrangement, and a receiving opening located opposite the base and through which the first receiving space is accessible; characterized in that the positioning element b. has a tube-shaped socket for mounting the installation part, wherein i. the socket protrudes from a rear side of the base in an axial direction, ii. the socket surrounds a second receiving space for holding a spigot of the magnet arrangement, and the second receiving space is accessible from the first receiving space through an opening in the base, and iii. at least one radially deformable tongue is arranged in a wall of the socket to hold the spigot. a. a base and a surrounding side wall, which together surround a first receiving space for receiving a magnet of the magnet arrangement, and a receiving opening located opposite the base and through which the first receiving space is accessible; characterized in that the positioning element b. has a tube-shaped socket for mounting the installation part, wherein i. the socket protrudes from a rear side of the base in an axial direction, ii. the socket surrounds a second receiving space for holding a spigot of the magnet arrangement, and the second receiving space is accessible from the first receiving space through an opening in the base, and iii. at least one radially deformable tongue is arranged in a wall of the socket to hold the spigot. i. the socket protrudes from a rear side of the base in an axial direction, ii. the socket surrounds a second receiving space for holding a spigot of the magnet arrangement, and the second receiving space is accessible from the first receiving space through an opening in the base, and iii. at least one radially deformable tongue is arranged in a wall of the socket to hold the spigot.
A method of copy protecting information transmitted between a deployment module and a host device, the deployment module being arranged to encrypt information for transmission to the host device, the information containing multiple elementary streams, the method comprising the steps of: (a) transmitting a request message for the information from the host device to the deployment module; (b) transmitting a reply message from the deployment module to the host device, wherein the reply message includes multiple control information pairs associated with the elementary streams contained in the information, each control information pair having a copy control information and a stream identifier, wherein said copy control information relates to the conditions under which an elementary stream may be copied, and the stream identifier uniquely identifies the corresponding elementary stream; (c) generating a first shared key at the deployment module and a second shared key at the host device, respectively, using the copy control information and the stream identifier of the multiple control information pairs and an encryption means (22, 18); (d) encrypting, in the deployment module, the information using the first shared key; (e) transmitting the encrypted information from the deployment module to the host device; and (f) decrypting, at the host device, using the second shared key, the encrypted information, such that the encrypted information is correctly decrypted at the host device only if the first and second shared keys match (g) providing copy protection for an elementary stream using the copy control information paired with the stream identifier of the elementary stream. (a) transmitting a request message for the information from the host device to the deployment module; (b) transmitting a reply message from the deployment module to the host device, wherein the reply message includes multiple control information pairs associated with the elementary streams contained in the information, each control information pair having a copy control information and a stream identifier, wherein said copy control information relates to the conditions under which an elementary stream may be copied, and the stream identifier uniquely identifies the corresponding elementary stream; (c) generating a first shared key at the deployment module and a second shared key at the host device, respectively, using the copy control information and the stream identifier of the multiple control information pairs and an encryption means (22, 18); (d) encrypting, in the deployment module, the information using the first shared key; (e) transmitting the encrypted information from the deployment module to the host device; and (f) decrypting, at the host device, using the second shared key, the encrypted information, such that the encrypted information is correctly decrypted at the host device only if the first and second shared keys match (g) providing copy protection for an elementary stream using the copy control information paired with the stream identifier of the elementary stream.
A system for monitoring a spoken language message comprising: an interface operational to capture the spoken language message; a speech processor including a parser operational to implement a search expression syntax to decode a search expression into a number of (i) target search phrases and (ii) rules defining required relationships; and a speech engine operational to search the spoken language message for one or more of said target search phrases and, in response, provides search results identifying a location of any candidate utterances matching said target search phrase together with confidence values indicating a certainty of each of the candidate utterances to corresponding ones of said target search phrases; and said speech processor responsive to said search expression for identifying one of said target search phrases to said speech engine and analyzing said search results to determine whether a condition specified by said search expression is satisfied, and a rules processor responsive to template information for providing enhanced confidence values based on a combination of respective ones of said search phrase confidence values and said template information. an interface operational to capture the spoken language message; a speech processor including a parser operational to implement a search expression syntax to decode a search expression into a number of (i) target search phrases and (ii) rules defining required relationships; and a speech engine operational to search the spoken language message for one or more of said target search phrases and, in response, provides search results identifying a location of any candidate utterances matching said target search phrase together with confidence values indicating a certainty of each of the candidate utterances to corresponding ones of said target search phrases; and said speech processor responsive to said search expression for identifying one of said target search phrases to said speech engine and analyzing said search results to determine whether a condition specified by said search expression is satisfied, and a rules processor responsive to template information for providing enhanced confidence values based on a combination of respective ones of said search phrase confidence values and said template information.
Tube for a heat exchanger produced by folding a strip, one end of said strip being shaped in such a way as to constitute, after folding, a separating partition having a curvilinear profile, said curvilinear profile is a looped profile, said separating partition being closed on itself, characterized in that said separating partition has along said loop a thickness (e 2) less than the thickness (e 1) of the tube.
Connection device for the electrically conductive connection of electrical components, having - a first contact element, which is intended to make contact with a corresponding mating contact element of a first of the components, - a second contact element, which is intended to make contact with a corresponding mating contact element of a second of the components, - a flexible conductor which connects the first contact element with the second contact element in an electrically conductive manner and - a housing which encloses the conductors and, in a first mounting part, accommodates the first contact element and, in a second mounting part, accommodates the second contact element, wherein the housing is formed in such a way that this permits a relative movement between the first mounting part and the second mounting part, characterised in that a housing section connecting the mounting parts is formed of an elastomer and is flexible.. - a first contact element, which is intended to make contact with a corresponding mating contact element of a first of the components, - a second contact element, which is intended to make contact with a corresponding mating contact element of a second of the components, - a flexible conductor which connects the first contact element with the second contact element in an electrically conductive manner and - a housing which encloses the conductors and, in a first mounting part, accommodates the first contact element and, in a second mounting part, accommodates the second contact element, wherein the housing is formed in such a way that this permits a relative movement between the first mounting part and the second mounting part, characterised in that a housing section connecting the mounting parts is formed of an elastomer and is flexible..
A filter element, having an internal face, an external face, a filtering mesh, two concentric circular edges, respectively an inner edge and an outer edge between which said filtering mesh extends, and radial ribs provided at least on the internal face, said radial ribs extending between said concentric edges (24, 26) and being distributed circumferentially in order to form sectors on said internal face, said filter element being configured to be assembled against a corresponding filter element so that said internal face faces said corresponding filter element and said radial ribs delimiting the sectors act to circumferentially form compartments in a space between said internal face and said corresponding filter element, said inner edge having passages respectively communicating with corresponding ones of the sectors, characterized in that at least some of the sectors, preferably most of the sectors or even all of the sectors are each provided with at least one reinforcing rib connecting a radial rib to the outer edge, and in that said reinforcing rib has an inclined portion (42a, 42b) that, when viewed in a radial plane, forms a non-zero angle with respect to the radial rib and with respect to the outer edge.
A system on chip comprising: a power source to supply power to the system; one or more power rails (22, 22a, 22b) coupled to the power source and a plurality of circuit blocks; a debug port; the plurality of circuit blocks (12, 12a, 12b, 12c); and a power management integrated circuit including: a power management register associated with one or more of the plurality of circuit blocks, a request handler to detect a request to access the power management register, an authenticator to conduct, via a power management security interface, a runtime credential exchange with a source of the request, a policy enforcer to deny the request if the runtime credential exchange is unsuccessful; a port monitor to detect, via a dedicated side channel, a plug event with respect to the debug port, a noise monitor to conduct a noise analysis of the one or more power rails in response to the plug event, and a noise generator to generate policy based counter noise on at least one of the one or more power rails at runtime if the noise analysis identifies a potential security attack. a power source to supply power to the system; one or more power rails (22, 22a, 22b) coupled to the power source and a plurality of circuit blocks; a debug port; the plurality of circuit blocks (12, 12a, 12b, 12c); and a power management integrated circuit including: a power management register associated with one or more of the plurality of circuit blocks, a request handler to detect a request to access the power management register, an authenticator to conduct, via a power management security interface, a runtime credential exchange with a source of the request, a policy enforcer to deny the request if the runtime credential exchange is unsuccessful; a port monitor to detect, via a dedicated side channel, a plug event with respect to the debug port, a noise monitor to conduct a noise analysis of the one or more power rails in response to the plug event, and a noise generator to generate policy based counter noise on at least one of the one or more power rails at runtime if the noise analysis identifies a potential security attack. a power management register associated with one or more of the plurality of circuit blocks, a request handler to detect a request to access the power management register, an authenticator to conduct, via a power management security interface, a runtime credential exchange with a source of the request, a policy enforcer to deny the request if the runtime credential exchange is unsuccessful; a port monitor to detect, via a dedicated side channel, a plug event with respect to the debug port, a noise monitor to conduct a noise analysis of the one or more power rails in response to the plug event, and a noise generator to generate policy based counter noise on at least one of the one or more power rails at runtime if the noise analysis identifies a potential security attack.