mhurhangee/ep-ind-claims huggingface dataset:
A nucleic acid molecule encoding a protein capable of forming a calcium-activated chloride channel, wherein said protein is a TMEM16A isoform that lacks segments b, d and e3, and wherein said nucleic acid molecule comprises or consists of (a) a nucleic acid molecule lacking exons-3, 6b and 15 of TMEM16A and encoding a protein having the amino acid sequence of SEQ ID NO:1; (b) a nucleic acid molecule having the DNA sequence of SEQ ID NO:2; (c) a nucleic acid molecule having the sequence of SEQ ID NO:2, wherein each thymine is replaced by uracil; (d) a nucleic acid molecule encoding a protein having at least 97% sequence identity to the protein of (a); or (e) a nucleic acid molecule that is degenerate with respect to the nucleic acid molecule of (b) or (c). (a) a nucleic acid molecule lacking exons-3, 6b and 15 of TMEM16A and encoding a protein having the amino acid sequence of SEQ ID NO:1; (b) a nucleic acid molecule having the DNA sequence of SEQ ID NO:2; (c) a nucleic acid molecule having the sequence of SEQ ID NO:2, wherein each thymine is replaced by uracil; (d) a nucleic acid molecule encoding a protein having at least 97% sequence identity to the protein of (a); or (e) a nucleic acid molecule that is degenerate with respect to the nucleic acid molecule of (b) or (c).
Card switch with a card slot for receiving a card to be inserted, consisting of a functional attachment which is electrically and mechanically coupled to a flush-mounted insert via at least one plug part and at least one clamping spring, wherein the functional attachment consists of an upper housing part provided with a card slot and a lower housing part comprising the plug part and the clamping springs, wherein a sensor device is provided in the functional attachment and/or in the flush-mounted insert, which sensor device detects the presence of the card, and wherein switching means for influencing at least one connected actuator are provided in the functional attachment and/or in the flush-mounted insert, and wherein lamps are provided in the functional attachment and/or in the flush-mounted insert, and wherein in the upper part of the housing at least one assembly made of transparent material is inserted into which, on the one hand, the light emitted by the lamps is fed and which, on the other hand, emerges with its light exit area from the visible surface of the upper part of the housing facing the user, characterised by the fact that a printed circuit board equipped with lamps is arranged in the lower part of the housing, and by the fact that the assembly which serves as card guide is arranged in a holding manner between a front side of the printed circuit board facing away from the lower part of the housing and a rear side of the upper part of the housing facing the lower part of the housing, and by the fact that the assembly is equipped with at least one spring element which produces a haptic effect and interacts with the card to be inserted into the card slot.
A lighting device comprising: a light source configured to radiate a laser beam; and a light conversion member in which a wavelength of the laser beam incident from the light source is converted and the laser beam having the converted wavelength is output, wherein the light conversion member includes at least one of a phosphor, a remote phosphor and a quantum dot, characterized in that, the light conversion member comprises a recessed portion on which a laser beam is incident, and an output surface through which the laser beam having the converted wavelength is output, and a shape of the recessed portion is in a shape of an aspherical surface, and the shape of the aspherical surface is formed to correspond to a Gaussian mode of the laser beam radiated from the light source. a light source configured to radiate a laser beam; and a light conversion member in which a wavelength of the laser beam incident from the light source is converted and the laser beam having the converted wavelength is output, wherein the light conversion member includes at least one of a phosphor, a remote phosphor and a quantum dot, characterized in that, the light conversion member comprises a recessed portion on which a laser beam is incident, and an output surface through which the laser beam having the converted wavelength is output, and a shape of the recessed portion is in a shape of an aspherical surface, and the shape of the aspherical surface is formed to correspond to a Gaussian mode of the laser beam radiated from the light source.
A method for preserving connection(s) from handover, HO, from an Evolved Universal Terrestrial Radio Access Network, E-UTRAN to a cellular radio access technology, RAT, the method being performed by a user equipment, UE, for which a wireless local area network, WLAN, connection is available, the UE having a plurality of packet switched, PS, connections to the E-UTRAN, the method comprising: determining that circuit switched fallback, CSFB, is needed; determining which of the PS connections should not be handed over to the RAT based on a predefined table stored in the UE that contains handover preferences; and sending a message to a mobile management entity, MME, the message including a list indicating which of the PS connections should not be handed over to the RAT, wherein the RAT is one of: Global System for Mobile communications, GSM/Enhanced Data rates for GSM Evolution, EDGE, Radio Access Network, GERAN and UTRAN. determining that circuit switched fallback, CSFB, is needed; determining which of the PS connections should not be handed over to the RAT based on a predefined table stored in the UE that contains handover preferences; and sending a message to a mobile management entity, MME, the message including a list indicating which of the PS connections should not be handed over to the RAT, wherein the RAT is one of: Global System for Mobile communications, GSM/Enhanced Data rates for GSM Evolution, EDGE, Radio Access Network, GERAN and UTRAN.
Moulding insert, configured so as to be inserted in a mould for manufacturing a concrete facing block intended for a reinforced-ground structure, said reinforcement-ground structure comprising a facing formed by such facing blocks and a fill in which reinforcements are installed, connected to the facing, the moulding insert comprising: - a shell, delimiting a general space of a connection connecting a reinforcement to the facing block, said general space opening up while splaying towards a reference plane P, - a core envelope, obtained by moulding, separately from the shell, the shell having a first lateral face pierced with a first orifice, in which a first end portion of the core envelope is fitted, characterised in that the core envelope is in the general form of a truncated cone. - a shell, delimiting a general space of a connection connecting a reinforcement to the facing block, said general space opening up while splaying towards a reference plane P, - a core envelope, obtained by moulding, separately from the shell,
A machinery (250, 260) for working a continuous strip in plastic for the formation of rolls of bags and comprising: - A die-cutting station, forming a passage for the feeding of the continuous strip, and comprising at least a bar, mobile towards the passage of the strip and provided with one or more blades configured to create a die-cutting area on the strip; - A welding station forming a passage for the feeding of the continuous strip and comprising at least a welding bar, mobile towards the passage of the strip and configured to operate a welding on the strip; - Means to stop the feeding of the strip at least in correspondence of the die-cutting station and at least in correspondence of the welding station; Characterized in that said blades are configured in such a way that the die-cutting area that can be obtained on the strip results delimited, at least in part, with lines (105, 105', 107) constituted by sections of continuous material with the strip at intervals with sections with no material, in such a way that the die-cutting realized remains united to the strip, and wherein a subsequent section of removal of the die-cutting is foreseen, which is placed downstream of said die-cutting station and of the welding station. - A die-cutting station, forming a passage for the feeding of the continuous strip, and comprising at least a bar, mobile towards the passage of the strip and provided with one or more blades configured to create a die-cutting area on the strip; - A welding station forming a passage for the feeding of the continuous strip and comprising at least a welding bar, mobile towards the passage of the strip and configured to operate a welding on the strip; - Means to stop the feeding of the strip at least in correspondence of the die-cutting station and at least in correspondence of the welding station;
An inflator for a protective device in a vehicle comprising a fuel canister filled with fuel having a fuel canister bottom and a fuel canister opening opposed to the fuel canister bottom which is closed by means of a combustion chamber component, wherein the combustion chamber component is a combustion chamber sleeve which at least partially encloses a combustion chamber associated with a particular activating stage of the inflator, wherein the combustion chamber sleeve includes a combustion chamber sleeve orifice or an open side and a combustion chamber sleeve bottom opposed thereto which covers the fuel canister opening, wherein a second fill member is arranged at the combustion chamber sleeve bottom, characterized in that a central fuel canister bottom opening is formed in the fuel canister bottom for receiving a support component and the fuel canister and the combustion chamber sleeve are two open substantially cylindrical sleeves which are inserted into each other at opposed orientation so that an inner or outer shell of the fuel canister and an outer or inner shell of the combustion chamber sleeve substantially cover each other over the entire axial length of the shells, wherein the combustion chamber sleeve being slipped onto the outside of the fuel canister.
A method of receiving data by a wireless station from an access point supporting a multi user multiple input/multiple output, briefly MU-MIMO, transmission as well as a single user MIMO, briefly SU-MIMO, transmission in a wireless local area network, the method comprising: receiving, by the wireless station, a management frame from the access point, the management frame including group information to assign or change a position of a spatial stream intended for the wireless station to at least one of a plurality of groups, the position of the spatial stream indicating which spatial stream the wireless station should receive when a data packet is received at the wireless station; and receiving, by the wireless station, the data packet from the access point, wherein the data packet comprises a header including group ID indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point, and wherein the wireless station reads the group ID indication information to check which spatial stream should be received if the MU-MIMO transmission is used. receiving, by the wireless station, a management frame from the access point, the management frame including group information to assign or change a position of a spatial stream intended for the wireless station to at least one of a plurality of groups, the position of the spatial stream indicating which spatial stream the wireless station should receive when a data packet is received at the wireless station; and receiving, by the wireless station, the data packet from the access point, wherein the data packet comprises a header including group ID indication information, wherein the group ID indication information has a length of M bits representing 2 M different states each indicating either SU-MIMO transmission or a group ID, characterized in that only one of the 2 M states is used for indicating SU-MIMO transmission by the access point, and wherein the wireless station reads the group ID indication information to check which spatial stream should be received if the MU-MIMO transmission is used.
Releasable plug connection having a tubular plug-in part and having a sleeve-shaped receiving part which has an insertion opening through which the plug-in part is able to be introduced into a sleeve interior space of the receiving part, wherein, on the inner circumference of the receiving part, at least one annular groove is provided, in which annular groove there is arranged an annular seal which provides sealing in the annular gap between the inner circumference of the receiving part and the outer circumference of the plug-in part, wherein the insertion opening of the receiving part opens out into a first interior-space section of the sleeve interior space, which first interior-space section, in relation to an adjacent interior-space section, is in the form of a cross-sectional extension and is delimited by an annular shoulder, and wherein, in the first interior-space section of the sleeve interior space, it is possible for there to be inserted an insertion sleeve whose face circumferential edge facing towards the annular shoulder is spaced apart from the annular shoulder in such a way that the annular groove is formed between the face circumferential edge of the insertion sleeve and the annular shoulder, and wherein the insertion sleeve is able to be inserted into the first interior-space section until an annular shoulder or annular flange provided on the sleeve outer circumference of the insertion sleeve bears against a face edge of the receiving part that borders the insertion opening, wherein the plug-in part bears at least one holding projection on its outer circumference, wherein a connecting element is connected to the receiving part, characterized in that at least one inwardly directed edge (6, 7) is held on the connecting element such that it is able to be bent or pivoted up and engages behind the holding projection after the plug-in part has been pushed in, wherein there is provided a sleeve-shaped securing element which engages around the connecting element in a displaceable manner in such a way that the securing element is displaceable between a release position, in which release position the axial pushing movement of the securing element is convertible into an opening movement, oriented transversely thereto, of the holding edge (6, 7), and a securing position, in which securing position the securing element engages around the connecting element in such a way that bending-up of the connecting element in the region of the holding edges (6, 7) is prevented, and wherein, in an intermediate or coupling position of the securing element, the connecting element projects at least regionally over the securing element in such a way that the holding edges (6, 7) are able to be bent up when the holding projection provided on the plug-in part is pushed in.
A frame structure for finishing and equipping an opening of an outer wall of a building, the frame structure comprising: - a base transverse element, which comprises a mat made of a thermally insulating material, a reinforcement panel integral with the mat, and a pair of guides (12, 13), each of which is arranged at a respective end of the base transverse element; - a pair of lateral elongated elements (14, 15), each of which comprises a mat made of a thermally insulating material and a reinforcement panel integral with the mat, and is configured to couple with a respective guide (12, 13) so as to be mounted on the base transverse element; wherein each guide (12, 13) comprises a first coupling portion, which is shaped to couple with the respective lateral elongated element (14, 15); a second coupling portion, which is configured to couple with the base transverse element; and a backing portion, which connects the first and the second coupling portions (25, 26) and is configured to rest on the reinforcement panel of the base transverse element. - a base transverse element, which comprises a mat made of a thermally insulating material, a reinforcement panel integral with the mat, and a pair of guides (12, 13), each of which is arranged at a respective end of the base transverse element; - a pair of lateral elongated elements (14, 15), each of which comprises a mat made of a thermally insulating material and a reinforcement panel integral with the mat, and is configured to couple with a respective guide (12, 13) so as to be mounted on the base transverse element;
An article comprising: a substrate; and a coating on the substrate, wherein the coating comprises a bond layer and an overlying layer comprising at least one oxide, and wherein the bond layer comprises between 40 volume percent and 99 volume percent silicon metal and a balance of at least one of a transition metal carbide, a transition metal boride, or a transition metal nitride. a substrate; and a coating on the substrate, wherein the coating comprises a bond layer and an overlying layer comprising at least one oxide, and wherein the bond layer comprises between 40 volume percent and 99 volume percent silicon metal and a balance of at least one of a transition metal carbide, a transition metal boride, or a transition metal nitride.
A dental bur storage device (100, 200, 700) having a plurality of dental bur receiving holes (102, 600) capable of retaining a plurality of different dental bur types having different shank diameters, wherein, each of the plurality of dental bur receiving holes is tapered to allow a retaining fit to be established with any one of the plurality of different dental bur types having different shank diameters, characterised in that, each dental bur receiving hole comprises a plurality of inwardly extending shank-stabilising protrusions (105, 504).
A paper sheet storing apparatus comprising: a storage part configured to store paper sheets; an ejection port configured to eject a paper sheet of the paper sheets stored in the storage part; a drive shaft (17b-3); a first roller (17b-1) configured to be arranged near the ejection port, and be rotated in a predetermined direction by transmission of rotation caused by drive of the drive shaft (17b-3) so as to send out the paper sheet stored in the storage part from the ejection port; a driven shaft (17a-3) configured to be rotated in the predetermined direction following the rotation of the first roller (17b-1) in the predetermined direction caused by the transmission of the driving rotation of the drive shaft (17b-3) and a second roller (17a-1) configured to be arranged in a position farther from the ejection port than a position in which the first roller (17b-1) is arranged, and be rotated in the predetermined direction by transmission of rotation of the driven shaft (17a-3) in the predetermined direction so as to sequentially feed, to the first roller (17b-1), the paper sheets stored in the storage part from a paper sheet positioned in a lowest layer among the paper sheets, wherein the first roller (17b-1) is configured to be rotated in the predetermined direction by transmission of rotation caused by drive of the drive shaft (17b-3) the transmission being via a one-way clutch (17b-5). a storage part configured to store paper sheets; an ejection port configured to eject a paper sheet of the paper sheets stored in the storage part; a drive shaft (17b-3); a first roller (17b-1) configured to be arranged near the ejection port, and be rotated in a predetermined direction by transmission of rotation caused by drive of the drive shaft (17b-3) so as to send out the paper sheet stored in the storage part from the ejection port; a driven shaft (17a-3) configured to be rotated in the predetermined direction following the rotation of the first roller (17b-1) in the predetermined direction caused by the transmission of the driving rotation of the drive shaft (17b-3) and a second roller (17a-1) configured to be arranged in a position farther from the ejection port than a position in which the first roller (17b-1) is arranged, and be rotated in the predetermined direction by transmission of rotation of the driven shaft (17a-3) in the predetermined direction so as to sequentially feed, to the first roller (17b-1), the paper sheets stored in the storage part from a paper sheet positioned in a lowest layer among the paper sheets, wherein the first roller (17b-1) is configured to be rotated in the predetermined direction by transmission of rotation caused by drive of the drive shaft (17b-3) the transmission being via a one-way clutch (17b-5).
Camera device for CCTV applications, having a sensor comprising a lens for monitoring the scene in front of the camera device, wherein one polarization element is assigned to said sensor, the polarisation element being rotatably mounted with respect to said sensor, wherein the polarizer element is driven by a drive about a rotation axis about an angle of rotation of about at least 108°, a first position in which a first polarization angle is achieved and a second position in which a second polarization angle is realized, wherein a video detector of the sensor sums up values of all pixels as an output of the video detector, and wherein the polarizer element is rotated to adjust a polarizing angle to an optimum position in which a suppression of reflections reaches its maximum value and the output of the video detector reaches its minimum, characterized in that the polarizer element is rotatable and adopts at least an inactive position during low light conditions in which a complete transparent mode of the lens of the sensor is achieved by rotation of the polarizer element.
Yeast extract obtained by extraction using ionic and non-ionic surfactant solutions for use in the treatment of allergies, wherein the extract is administered mucosally and the administration takes place within six hours, preferably within two hours, after the end of the exposure to the allergen.
A rotary compressor comprising: a cylinder comprising a suction chamber for suctioning fluid and a compression chamber for compressing fluid; a drive unit configured to rotate a drive shaft by connecting to the cylinder; a rolling piston configured to compress the fluid in the cylinder by connecting to the drive shaft; a vane comprising one end coupled to the rolling piston and another end inserted into the cylinder to separate the suction chamber from the compression chamber; and an oil passage disposed between one end of the vane and the rolling piston such that oil is supplied therethrough, wherein the oil passage includes at least two oil grooves (710, 720) formed on the vane and the rolling piston, respectively, and characterized in that the oil grooves are different in position from each other but are identical in extension direction and shape to each other. a cylinder comprising a suction chamber for suctioning fluid and a compression chamber for compressing fluid; a drive unit configured to rotate a drive shaft by connecting to the cylinder; a rolling piston configured to compress the fluid in the cylinder by connecting to the drive shaft; a vane comprising one end coupled to the rolling piston and another end inserted into the cylinder to separate the suction chamber from the compression chamber; and an oil passage disposed between one end of the vane and the rolling piston such that oil is supplied therethrough, wherein the oil passage includes at least two oil grooves (710, 720) formed on the vane and the rolling piston, respectively, and characterized in that the oil grooves are different in position from each other but are identical in extension direction and shape to each other.