mhurhangee/ep-ind-claims huggingface dataset:
A method of modifying a coding sequence encoding a non-plant protein, comprising the steps of: a) identifying each wild-type polyadenylation motif sequence from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, AATTAA, ATAAAA, ATACAT, ATACTA, ATATAA, ATGAAA, ATTAAA, ATTAAT and CATAAA and its position within said coding sequence; b) optimizing said coding sequence by codon substitution for plant expression, thereby obtaining an optimized coding sequence which encodes said non-plant protein, wherein optimization leads to the removal of one or more polyadenylation motifs; and c) reintroducing, in the optimized coding sequence, at least one polyadenylation motif sequence selected from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, ATAAAA, ATACAT, and ATGAAA, thereby obtaining a modified coding sequence which comprises at least three but not all wild-type polyadenylation motif and said modified coding sequence is encoding said non-plant protein. a) identifying each wild-type polyadenylation motif sequence from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, AATTAA, ATAAAA, ATACAT, ATACTA, ATATAA, ATGAAA, ATTAAA, ATTAAT and CATAAA and its position within said coding sequence; b) optimizing said coding sequence by codon substitution for plant expression, thereby obtaining an optimized coding sequence which encodes said non-plant protein, wherein optimization leads to the removal of one or more polyadenylation motifs; and c) reintroducing, in the optimized coding sequence, at least one polyadenylation motif sequence selected from among AAAATA, AACCAA, AAGCAT, AATAAA, AATAAT, AATACA, AATCAA, ATAAAA, ATACAT, and ATGAAA, thereby obtaining a modified coding sequence which comprises at least three but not all wild-type polyadenylation motif and said modified coding sequence is encoding said non-plant protein.
Multi-pole lineal switch comprising: a first group of at least two fixed contacts (2a, 3a, 4a), a second group of at least two fixed contacts (2c, 3c, 4c), a rectilinearly-movable actuator made of an insulating material, which is alternatively movable between an open position and a closed position of the switch, a group of at least two movable contacts (2b, 3b, 4b) assembled with the actuator for electrically connecting in the closed position of the switch, a fixed contact of the first group (2a, 3a, 4a) and a fixed contact of the second group (2c, 3c, 4c), such as a pole of the switch is formed by a movable contact and its associated fixed contacts, wherein each of said fixed contacts of the first and second groups have a contacting surface for contacting with their associated movable contact, characterized in that each of said two movable contacts (2b, 3b, 4b) is a single-plate contact formed by a metal plate having upper and lower surfaces, such as in the closed position of the switch, only the upper or the lower surface of each of the movable single-plate contacts, is contacted by its associated fixed contacts of the first and the second group, and wherein said at least two movable single-plate contacts (2b, 3b, 4b), and the at least two fixed contacts of the first and second groups (2a, 3a, 4a and 2c, 3c, 4c), are arranged such as the surface of a movable single-plate contact which is contacted by its associated fixed contacts alternate from one movable single-plate contacts to adjacent ones. a first group of at least two fixed contacts (2a, 3a, 4a), a second group of at least two fixed contacts (2c, 3c, 4c), a rectilinearly-movable actuator made of an insulating material, which is alternatively movable between an open position and a closed position of the switch, a group of at least two movable contacts (2b, 3b, 4b) assembled with the actuator for electrically connecting in the closed position of the switch, a fixed contact of the first group (2a, 3a, 4a) and a fixed contact of the second group (2c, 3c, 4c), such as a pole of the switch is formed by a movable contact and its associated fixed contacts, wherein each of said fixed contacts of the first and second groups have a contacting surface for contacting with their associated movable contact, characterized in that each of said two movable contacts (2b, 3b, 4b) is a single-plate contact formed by a metal plate having upper and lower surfaces, such as in the closed position of the switch, only the upper or the lower surface of each of the movable single-plate contacts, is contacted by its associated fixed contacts of the first and the second group, and wherein said at least two movable single-plate contacts (2b, 3b, 4b), and the at least two fixed contacts of the first and second groups (2a, 3a, 4a and 2c, 3c, 4c), are arranged such as the surface of a movable single-plate contact which is contacted by its associated fixed contacts alternate from one movable single-plate contacts to adjacent ones.
A volatile substance evaporation element, which comprises a rod impregnated with volatile substances, said rod being made of sintered wood, characterized in that the rod is substantially cylindrical and it comprises at least one groove that extends along the length of the rod, said at least one groove having a helical shape.
A method for breaking down undesired asbestos fibers in the soil by introducing one or more of the following fungi into the soil to be cleaned: Verticillium leptobactrum, Talaromyces flavus, Trametes versicolor, Aspergillus tubingenesis and Postia stictica, characterized in that fungi are also introduced into the soil which belong naturally to a plant that has a high biomass production and that this plant is planted in the soil, whereby no nutrients are added to the soil.
An orthopedic locking screw (12; 52; 62) configured to be secured through a bore of an orthopedic implant, the orthopedic locking screw (12; 52; 62) comprising: a shaft extending axially between a first end and a second end; a casing secured to an outer surface of the shaft, the casing having a first end proximate the first end of the shaft and a second end proximate the second end of the shaft; a deformable thread disposed along an outer surface of the casing; and a forward external thread disposed on the shaft between the first end of the casing and the first end of the shaft, wherein the forward external thread has a pitch that is different from a pitch of the deformable thread of the casing, characterized in that, the casing is rotationally fixed around the outer surface of the shaft. a shaft extending axially between a first end and a second end; a casing secured to an outer surface of the shaft, the casing having a first end proximate the first end of the shaft and a second end proximate the second end of the shaft; a deformable thread disposed along an outer surface of the casing; and a forward external thread disposed on the shaft between the first end of the casing and the first end of the shaft, wherein the forward external thread has a pitch that is different from a pitch of the deformable thread of the casing, characterized in that, the casing is rotationally fixed around the outer surface of the shaft.
A structural element for a floor, stairway or wall, comprising at least one first and one second sheet superimposed at a distance from one another, in a direction of superimposition, and means (20, 30) for fixing the first and second sheets together, which means are positioned between said sheets, the structural element being characterized in that the fixing means (20, 30) comprise at least one retaining element fixed to the first sheet and at least one adhesive product being able to pass from an uncured state to a cured state, the adhesive product adhering to the second sheet, the retaining element forming a receiving throat which can be filled with the adhesive product in the uncured state and which exhibits at least one anchoring part (24, 26) appropriate for retaining the adhesive product in the cured state, the retaining element and the adhesive product each being produced in a material such that the adhesive product in the cured state can be extracted from said throat without damaging the retaining element.
A bioactive molecule delivery system comprising: a) a bioactive molecule; and b) a biocompatible and/or biodegradable polymer in the form of nanoparticles covalently derivatized with a radical of formula R optionally via linker, and wherein: ● is the point of attachment to the polymer, or, when a linker is present, to the linker; Ra, Rb and Rc can be the same or different and are selected from methyl and ethyl; G is a C 1 -C 5 linear, branched or cyclic alkyl, optionally substituted with one or more groups selected from hydroxy, carboxyl, carboxylate, 1-pyrrolidinyl, 1-azetidinyl, 1-aziridinyl, sulfhydryl, -NRdRe and -N=NRf; Rd, Re and Rf are independently selected from hydrogen, methyl, ethyl and propyl; m can be zero or 1; -X- is selected form the list of -C -, -NRg-, -S- and -SO 2 -, Rg is selected from hydrogen, methyl, ethyl and propyl; Z is a pharmaceutically acceptable anion; n can be zero or 1, and it can only be zero when G bears a carboxylate; with the proviso that R cannot be a) a bioactive molecule; and b) a biocompatible and/or biodegradable polymer in the form of nanoparticles covalently derivatized with a radical of formula R ● is the point of attachment to the polymer, or, when a linker is present, to the linker; Ra, Rb and Rc can be the same or different and are selected from methyl and ethyl; G is a C 1 -C 5 linear, branched or cyclic alkyl, optionally substituted with one or more groups selected from hydroxy, carboxyl, carboxylate, 1-pyrrolidinyl, 1-azetidinyl, 1-aziridinyl, sulfhydryl, -NRdRe and -N=NRf; Rd, Re and Rf are independently selected from hydrogen, methyl, ethyl and propyl; m can be zero or 1; -X- is selected form the list of -C -, -NRg-, -S- and -SO 2 -, Rg is selected from hydrogen, methyl, ethyl and propyl; Z is a pharmaceutically acceptable anion; n can be zero or 1, and it can only be zero when G bears a carboxylate; with the proviso that R cannot be
A method in a first electronic device (105, 205, 505) of mutual authentication between the first electronic device (105, 205, 505) and a second electronic device (110, 210), the method comprising: connecting (220, 405) to the second electronic device via a communication channel; outputting (224, 415), via a speaker (109, 509) of the first electronic device (105, 205, 505), a first audio signal detectable by the second electronic device (110, 210); receiving (230, 420), from the second electronic device (110, 210) via the communication channel, a first estimated distance between the first electronic device (105, 205, 505) and the second electronic device, the first estimated distance calculated by the second electronic device (110, 210) based on the first audio signal; receiving, via a microphone (107, 507) of the first electronic device (105, 205, 505), a second audio signal output by the second electronic device (110, 210); calculating (238, 433), based on the second audio signal, a second estimated distance between the first electronic device (105, 205, 505) and the second electronic device (110, 210); determining that a difference between the first estimated distance and the second estimated distance is below a threshold amount; and acknowledging mutual authentication between the first electronic device and the second electronic device based on the determination that the difference between the first estimated distance and the second estimated distance is below the threshold amount. connecting (220, 405) to the second electronic device via a communication channel; outputting (224, 415), via a speaker (109, 509) of the first electronic device (105, 205, 505), a first audio signal detectable by the second electronic device (110, 210); receiving (230, 420), from the second electronic device (110, 210) via the communication channel, a first estimated distance between the first electronic device (105, 205, 505) and the second electronic device, the first estimated distance calculated by the second electronic device (110, 210) based on the first audio signal; receiving, via a microphone (107, 507) of the first electronic device (105, 205, 505), a second audio signal output by the second electronic device (110, 210); calculating (238, 433), based on the second audio signal, a second estimated distance between the first electronic device (105, 205, 505) and the second electronic device (110, 210); determining that a difference between the first estimated distance and the second estimated distance is below a threshold amount; and acknowledging mutual authentication between the first electronic device and the second electronic device based on the determination that the difference between the first estimated distance and the second estimated distance is below the threshold amount.
A straddle-type vehicle comprising: a body frame; an engine; an operation pedal pivotally extending to a side portion of the engine and comprising a pedal portion; and an under cowl covering the side portion of the engine, wherein the under cowl extends between the side portion of the engine and the pedal portion; and wherein a region of the under cowl extending between the side portion of the engine and the pedal portion faces a side portion of an oil reservoir of the engine; wherein the body frame includes a footrest bracket to which a footrest is attached and a region of the under cowl extending between the side portion of the engine and the pedal portion is fixed to the footrest bracket. a body frame; an engine; an operation pedal pivotally extending to a side portion of the engine and comprising a pedal portion; and an under cowl covering the side portion of the engine, wherein the under cowl extends between the side portion of the engine and the pedal portion; and wherein a region of the under cowl extending between the side portion of the engine and the pedal portion faces a side portion of an oil reservoir of the engine; wherein the body frame includes a footrest bracket to which a footrest is attached and a region of the under cowl extending between the side portion of the engine and the pedal portion is fixed to the footrest bracket.
Use of exopolysaccharide of the strain of the species Vibrio sp. with deposit number CNCM I-4277 to improve the hydration of the skin, mucous membranes, hair and/or nails, wherein said use is cosmetic and non-therapeutic.
A method for ensuring reliable transmission of a Disconnect, DCN, signal by a gateway, comprising: detecting, by a sending gateway, a frame signal demodulated and received on a Time Division Multiplexing, TDM, side to determine whether the frame signal is a DCN signal; packing, by the sending gateway, the DCN signal into an IP Fax Protocol, IFP, packet and sending the IFP packet to an IP side when the frame signal is a DCN signal; the method is characterized by further comprising: reporting, by the sending gateway, a fax end event to a Soft Switch after a designated period, the designated period starting from when the DCN signal is sent to the IP side, wherein the designated period is a period required to ensure that the DCN signal completely reaches a receiving facsimile machine; and receiving, by the sending gateway, a State Switching Command issued by the Soft Switch for switching the sending gateway and the receiving gateway from Fax state back to voice state. detecting, by a sending gateway, a frame signal demodulated and received on a Time Division Multiplexing, TDM, side to determine whether the frame signal is a DCN signal; packing, by the sending gateway, the DCN signal into an IP Fax Protocol, IFP, packet and sending the IFP packet to an IP side when the frame signal is a DCN signal; the method is characterized by further comprising: reporting, by the sending gateway, a fax end event to a Soft Switch after a designated period, the designated period starting from when the DCN signal is sent to the IP side, wherein the designated period is a period required to ensure that the DCN signal completely reaches a receiving facsimile machine; and receiving, by the sending gateway, a State Switching Command issued by the Soft Switch for switching the sending gateway and the receiving gateway from Fax state back to voice state. reporting, by the sending gateway, a fax end event to a Soft Switch after a designated period, the designated period starting from when the DCN signal is sent to the IP side, wherein the designated period is a period required to ensure that the DCN signal completely reaches a receiving facsimile machine; and receiving, by the sending gateway, a State Switching Command issued by the Soft Switch for switching the sending gateway and the receiving gateway from Fax state back to voice state.
A method in a user equipment for deciding whether or not to send an uplink transmission to a radio access network node at a transmission time t, the user equipment and the radio access network node being comprised in a communications network, and the user equipment being configured with Discontinuous Reception, DRX, to be in active time or not to be in active time, the method characterized in comprising: deciding whether or not to send the uplink transmission, based on whether the user equipment was in active time or not at a predefined earlier time instance, earlier than the transmission time t, with a fixed offset relative to the transmission time t.
Method for introducing water into a ground layer to be infiltrated, comprising the steps of (i) providing a drill formed by a first tube provided at an outer end with a drilling head with a central opening, (ii) inserting the drill into the ground (1, 2), characterized in that the step (ii) of inserting the drill into the ground (1, 2) comprises simultaneously supplying a drilling liquid (a) into the drill, wherein the supplied drilling liquid (a) initially wells up (c) via the drilling head along the outer side (b) of the first tube until the drilling head has reached a depth at which the supplied liquid (a) no longer wells up, and the method further comprises the steps of (iii) ceasing insertion of the drill into the ground (1, 2) and supply of drilling liquid (a) into the drill as soon as the supplied liquid no longer wells up, (iv) inserting into the first tube an infiltration tube formed by a second tube, the length of which is at least equal to the length of the first tube and the outer diameter of which is smaller than the respective inner diameters of the first tube and of the central opening of the drilling head, the lower end part of which second tube is provided with perforations and the wall of which is otherwise closed, (v) removing the drill from the ground (1, 2), and (vi) supplying the water into the second tube, wherein the flow rate of the supplied water is limited to a value at which no water wells up along the outer side of the second tube via the end part of this second tube. (i) providing a drill formed by a first tube provided at an outer end with a drilling head with a central opening, (ii) inserting the drill into the ground (1, 2), characterized in that the step (ii) of inserting the drill into the ground (1, 2) comprises simultaneously supplying a drilling liquid (a) into the drill, wherein the supplied drilling liquid (a) initially wells up (c) via the drilling head along the outer side (b) of the first tube until the drilling head has reached a depth at which the supplied liquid (a) no longer wells up, and the method further comprises the steps of (iii) ceasing insertion of the drill into the ground (1, 2) and supply of drilling liquid (a) into the drill as soon as the supplied liquid no longer wells up, (iv) inserting into the first tube an infiltration tube formed by a second tube, the length of which is at least equal to the length of the first tube and the outer diameter of which is smaller than the respective inner diameters of the first tube and of the central opening of the drilling head, the lower end part of which second tube is provided with perforations and the wall of which is otherwise closed, (v) removing the drill from the ground (1, 2), and (vi) supplying the water into the second tube, wherein the flow rate of the supplied water is limited to a value at which no water wells up along the outer side of the second tube via the end part of this second tube.
A method of controlling and securing a service oriented architecture comprising a respective intermediary for each of a plurality of web services, each intermediary being associated with a single web service, the single web service being either a requesting web service or a source web service; and the method comprising: each intermediary intercepting messages between requesting web services and source web services: and for each intercepted message, the intercepting intermediary: validating the message; logging a result of the validation; examining the message to determine whether a security profile is embedded therein the security profile comprising a data security designation, a services security designation, and a user security designation determined based on a security policy; and adding a security profile to the message if a security profile is not already present; wherein if a security profile is embedded in the message, validating the message comprises comparing the security profile embedded in the message with a second security profile associated with the requesting service. each intermediary intercepting messages between requesting web services and source web services: and for each intercepted message, the intercepting intermediary: validating the message; logging a result of the validation; examining the message to determine whether a security profile is embedded therein the security profile comprising a data security designation, a services security designation, and a user security designation determined based on a security policy; and adding a security profile to the message if a security profile is not already present; validating the message; logging a result of the validation; examining the message to determine whether a security profile is embedded therein the security profile comprising a data security designation, a services security designation, and a user security designation determined based on a security policy; and adding a security profile to the message if a security profile is not already present; wherein if a security profile is embedded in the message, validating the message comprises comparing the security profile embedded in the message with a second security profile associated with the requesting service.
A biocompatible conductive biomaterial comprising a conductive polymer and a biocompatible component, the conductive polymer comprising an aminomethoxybenzoic acid (AMBA) polymer, and the biocompatible component comprising a polysaccharide, protein or polypeptide; wherein the conductive polymer is conjugated to the biocompatible component.