mhurhangee/ep-ind-claims huggingface dataset:
An engineered, non-naturally occurring CRISPR-Cas system comprising one or more vectors comprising: a) a first regulatory element operably linked to a first nucleotide sequence encoding a CRISPR-Cas system RNA comprising a guide sequence, a tracr sequence, and a tracr mate sequence, wherein the guide sequence, tracr mate sequence, and tracr sequence are arranged in a 5' to 3' orientation, wherein the guide sequence is capable of hybridizing with a target sequence in polynucleotide loci in a eukaryotic cell, and b) a second regulatory element operably linked to a second nucleotide sequence encoding a Cas9 and one or more NLS(s), wherein the Cas9 comprises less than 1000 amino acids, wherein components (a) and (b) are located on same or different vectors of the system. a) a first regulatory element operably linked to a first nucleotide sequence encoding a CRISPR-Cas system RNA comprising a guide sequence, a tracr sequence, and a tracr mate sequence, wherein the guide sequence, tracr mate sequence, and tracr sequence are arranged in a 5' to 3' orientation, wherein the guide sequence is capable of hybridizing with a target sequence in polynucleotide loci in a eukaryotic cell, and b) a second regulatory element operably linked to a second nucleotide sequence encoding a Cas9 and one or more NLS(s), wherein the Cas9 comprises less than 1000 amino acids,
A placement device for placing parts of a disposable worn article on a base material, the placement device comprising: a base transfer device for carrying the base material; a part transfer unit for carrying a plurality of parts separated from each other; and two or more re-pitch units (U1, U2) for intermittently picking up the plurality of parts from the part transfer unit and intermittently placing the plurality of parts on the base material, wherein: each of the two or more re-pitch units (U1, U2) includes two pads (P1 to P4), each of which picks up one of the plurality of parts, accelerates until placing the one on the base material, and decelerates after the placement; each of the re-pitch units (U1, U2) includes one servo motor for rotating one of the two pads (P1 to P4) and another servo motor for rotating another one of the two pads (P1 to P4), and does not include three or more servo motors; and the two pads (P1 to P4) of each of the re-pitch units (U1, U2) rotate about a common axis. a base transfer device for carrying the base material; a part transfer unit for carrying a plurality of parts separated from each other; and two or more re-pitch units (U1, U2) for intermittently picking up the plurality of parts from the part transfer unit and intermittently placing the plurality of parts on the base material, wherein: each of the two or more re-pitch units (U1, U2) includes two pads (P1 to P4), each of which picks up one of the plurality of parts, accelerates until placing the one on the base material, and decelerates after the placement; each of the re-pitch units (U1, U2) includes one servo motor for rotating one of the two pads (P1 to P4) and another servo motor for rotating another one of the two pads (P1 to P4), and does not include three or more servo motors; and the two pads (P1 to P4) of each of the re-pitch units (U1, U2) rotate about a common axis. each of the two or more re-pitch units (U1, U2) includes two pads (P1 to P4), each of which picks up one of the plurality of parts, accelerates until placing the one on the base material, and decelerates after the placement; each of the re-pitch units (U1, U2) includes one servo motor for rotating one of the two pads (P1 to P4) and another servo motor for rotating another one of the two pads (P1 to P4), and does not include three or more servo motors; and the two pads (P1 to P4) of each of the re-pitch units (U1, U2) rotate about a common axis.
A liquid supply for an electronic smoking device having a housing having a compartment; and a reservoir in the compartment with at least one portion of the reservoir attached to the housing; the reservoir having a volume which changes with changes in pressure within the compartment, and with an amount of liquid in the reservoir; and characterised by: the reservoir maintaining its longitudinal position within the compartment as liquid is removed from the reservoir. a housing having a compartment; and a reservoir in the compartment with at least one portion of the reservoir attached to the housing; the reservoir having a volume which changes with changes in pressure within the compartment, and with an amount of liquid in the reservoir; and characterised by: the reservoir maintaining its longitudinal position within the compartment as liquid is removed from the reservoir.
A modular rotor blade for a wind turbine, the rotor blade comprising: a pre-formed blade root section comprising one or more spar caps (48, 50) extending in a generally span-wise direction; a pre-formed blade tip section, wherein the blade tip section comprises one or more spar caps (51, 53), wherein the blade root section and the blade tip section are joined together via their respective spar caps (48, 50, 51, 53); a continuous, pre-formed structural component secured to the blade root section and extending in the generally span-wise direction; and one or more blade segments arranged between the blade root section and the blade tip section, wherein the one or more blade segments are mounted to the structural component; wherein the structural component defines a C-shaped cross-section comprising a flatback portion having a first end and a second end, wherein the first and second ends each comprise a flange (70, 72) extending perpendicularly therefrom, and wherein the flanges (70, 72) define a mounting surface for the one or more blade segments, wherein the structural component further comprises a root portion and a body portion, wherein the root portion is secured to the blade root section and the body portion extends in the generally span-wise direction; and wherein the root portion of the structural component is secured to a corresponding structural component of the blade root section via a joint, wherein the corresponding structural component of the blade root section comprises a cross-section that varies with a cross-sectional shape of the blade root section. a pre-formed blade root section comprising one or more spar caps (48, 50) extending in a generally span-wise direction; a pre-formed blade tip section, wherein the blade tip section comprises one or more spar caps (51, 53), wherein the blade root section and the blade tip section are joined together via their respective spar caps (48, 50, 51, 53); a continuous, pre-formed structural component secured to the blade root section and extending in the generally span-wise direction; and one or more blade segments arranged between the blade root section and the blade tip section, wherein the one or more blade segments are mounted to the structural component; wherein the structural component defines a C-shaped cross-section comprising a flatback portion having a first end and a second end, wherein the first and second ends each comprise a flange (70, 72) extending perpendicularly therefrom, and wherein the flanges (70, 72) define a mounting surface for the one or more blade segments, wherein the structural component further comprises a root portion and a body portion, wherein the root portion is secured to the blade root section and the body portion extends in the generally span-wise direction; and wherein the root portion of the structural component is secured to a corresponding structural component of the blade root section via a joint, wherein the corresponding structural component of the blade root section comprises a cross-section that varies with a cross-sectional shape of the blade root section.
A connector for holding a linear conductor by a first contact portion and a second contact portion (17, 18, 19), the linear conductor being configured to be inserted through an insertion portion, the connector comprising: - a front guide portion which comprises the insertion portion; - a front leg and a rear leg (14, 15) which are formed at a front position and a rear position in an insertion direction, respectively; - a connecting portion which connects the front leg and the rear leg (14, 15) to each other; and - a pressing portion which is configured to be deformed elastically to press the inserted linear conductor against the connecting portion, wherein: - the connecting portion has at least one edge portion (17, 18, 19) as said second contact portion (17, 18, 19), - the edge portion (17, 18, 19) comprises a longitudinal edge portion (17, 18, 19) which extends in the insertion direction when viewed from a side of the pressing portion, - the linear conductor is configured to be held by the pressing portion and the edge portion (17 18, 19) between the pressing portion and the edge portion (17, 18, 19), - the first contact portion is formed in the pressing portion configured to be deformed elastically to press the linear conductor against the edge portion (17, 18, 19), - the edge portion (17, 18, 19) is formed in said connecting portion as a fixed portion which is not deformed elastically, - the pressing portion is a plate spring portion that is inclined with respect to the insertion direction so as to come closer to the edge portion (17, 18, 19) as a position goes toward its tip, and - a gradient of a tip portion of the pressing portion is smaller than that of a base portion thereof. - a front guide portion which comprises the insertion portion; - a front leg and a rear leg (14, 15) which are formed at a front position and a rear position in an insertion direction, respectively; - a connecting portion which connects the front leg and the rear leg (14, 15) to each other; and - a pressing portion which is configured to be deformed elastically to press the inserted linear conductor against the connecting portion, - the connecting portion has at least one edge portion (17, 18, 19) as said second contact portion (17, 18, 19), - the edge portion (17, 18, 19) comprises a longitudinal edge portion (17, 18, 19) which extends in the insertion direction when viewed from a side of the pressing portion, - the linear conductor is configured to be held by the pressing portion and the edge portion (17 18, 19) between the pressing portion and the edge portion (17, 18, 19), - the first contact portion is formed in the pressing portion configured to be deformed elastically to press the linear conductor against the edge portion (17, 18, 19), - the edge portion (17, 18, 19) is formed in said connecting portion as a fixed portion which is not deformed elastically, - the pressing portion is a plate spring portion that is inclined with respect to the insertion direction so as to come closer to the edge portion (17, 18, 19) as a position goes toward its tip, and - a gradient of a tip portion of the pressing portion is smaller than that of a base portion thereof.
A module connector, in particular for batteries of vehicles with an electric drive, with two connection parts (3, 31, 32) which can be connected to one another in an electrically conductive manner and to each of which a conductor element can be attached at a conductor point, and which each have a mutually compatible affixing element, wherein each connection part (3, 31, 32), at its connection side oriented towards the respective other connection part (3, 31, 32), is provided with a touch protection having an outer, electrically insulated collar and an electrically insulated protection pin which is surrounded by the collar, wherein a current bridge which electrically connects the two conductor points and which the collar and protection pin project beyond is located at at least one connection part (3, 31, 32) between the collar and protection pin, characterized in that the protection pins are formed by the peaks of the affixing elements.
A method for session re-establishment in a server for providing a messenger service between the server and a client terminal, comprising the steps of: receiving a message for a session re-establishment request from the client terminal after termination of a session between the server and the client terminal, the message including a synckey associated with a session; extracting the synckey from the message for the session re-establishment request; determining whether the extracted synckey is identical to a synckey stored in the server; if the extracted synckey is identical to the stored synckey, identifying data updated newly in the server after the termination of the session between the server and the client terminal; and sending, to the client terminal, a reply including the updated data in response to the session re-establishment request. receiving a message for a session re-establishment request from the client terminal after termination of a session between the server and the client terminal, the message including a synckey associated with a session; extracting the synckey from the message for the session re-establishment request; determining whether the extracted synckey is identical to a synckey stored in the server; if the extracted synckey is identical to the stored synckey, identifying data updated newly in the server after the termination of the session between the server and the client terminal; and sending, to the client terminal, a reply including the updated data in response to the session re-establishment request.
Rotary vacuum pump comprising a pump housing in which an inlet port and an outlet port are defined and further comprising a plurality of pumping stages arranged inside said housing between said inlet port and said outlet port for pumping a gas from said inlet port to said outlet port, each of said pumping stages comprising a stator stage (12',12") integral with said pump housing and a cooperating rotor disc (16',16",16b) integral with a rotating shaft centrally arranged in said housing, wherein said rotary vacuum pump comprises a first set of pumping stages having rotor discs with a first diameter followed in the flow direction of the pumped gas by a second set of pumping stages (8") having rotor discs (16") with a second different diameter, characterized in that an intermediate pumping stage is interposed between said first set of pumping stages and said second set of pumping stages (8"), which intermediate pumping stage comprises a rotor disc having a diameter comprised between said first diameter and said second diameter and comprising an outer portion in the radial direction that is axially tapered from its inner diameter toward its outer diameter and a stator stage comprising a stator ring cooperating with said rotor disc and a spacer ring that is axially tapered from its periphery toward its center.
Method for discovering a network among a plurality of mobile nodes, characterised in that it includes: ▪ Periodically emitting by an antenna of a first mobile node a first radiofrequency signal including an invitation data frame, referred to as invitation token, an invitation token comprising data relating to an identity of the node (Id NOD1) which transmits said token; ▪ Detecting the first signal by a second mobile node and decoding the invitation token of the first node; ▪ Transmitting by an antenna of the second node a second radiofrequency signal including at least one acknowledgement of the invitation token, said transmission being carried out in an assigned time window subsequent to the reception of the invitation token; ▪ Creating a radio bubble subsequent to the reception of at least acknowledgement of the invitation token, said communications between the nodes of the radio bubble being coordinated by the transmission of a speech token between said nodes, the transmission of said token between the nodes of a radio bubble defining a transmission sequence between the different nodes; ▪ Creating an IP sub-network between the nodes of the radio bubble, each node including an IP address; the speech token or the invitation token including: ▪ a priority indicator of a node of the radio bubble; and ▪ an indicator of a transmission mode of the speech token among a looped mode and a relayed mode specifying if need be the identity of the relay node. ▪ Periodically emitting by an antenna of a first mobile node a first radiofrequency signal including an invitation data frame, referred to as invitation token, an invitation token comprising data relating to an identity of the node (Id NOD1) which transmits said token; ▪ Detecting the first signal by a second mobile node and decoding the invitation token of the first node; ▪ Transmitting by an antenna of the second node a second radiofrequency signal including at least one acknowledgement of the invitation token, said transmission being carried out in an assigned time window subsequent to the reception of the invitation token; ▪ Creating a radio bubble subsequent to the reception of at least acknowledgement of the invitation token, said communications between the nodes of the radio bubble being coordinated by the transmission of a speech token between said nodes, the transmission of said token between the nodes of a radio bubble defining a transmission sequence between the different nodes; ▪ Creating an IP sub-network between the nodes of the radio bubble, each node including an IP address; ▪ a priority indicator of a node of the radio bubble; and ▪ an indicator of a transmission mode of the speech token among a looped mode and a relayed mode specifying if need be the identity of the relay node.
A composition for stimulating an immune response in immunized individuals or in cell groups, characterized in that said composition consists of a saline solution that - comprises Lip2a Leishmania protein represented by SEQ ID NO:2 or a polypeptide which differs there from only by conserved substitutions of the amino acids of SEQ ID NO:2 of which the amino acid groups that represent conserved changes are ala, pro, gly, glu, asp, gln, asn, ser, thr; cys, ser, tyr, thr; val, ile, leu, met, ala, phe; lys, arg, his; and phe, tyr, trp, his, or - comprises a nucleic acid encoding the Lip2a Leishmania protein as identified above, or being represented by SEQ ID NO:1. - comprises Lip2a Leishmania protein represented by SEQ ID NO:2 or a polypeptide which differs there from only by conserved substitutions of the amino acids of SEQ ID NO:2 of which the amino acid groups that represent conserved changes are ala, pro, gly, glu, asp, gln, asn, ser, thr; cys, ser, tyr, thr; val, ile, leu, met, ala, phe; lys, arg, his; and phe, tyr, trp, his, or - comprises a nucleic acid encoding the Lip2a Leishmania protein as identified above, or being represented by SEQ ID NO:1.
A method for controlling a display device that executes multiple applications and has a touch screen (190; 510), the method comprising: displaying, in the touch screen, a first window in which an execution screen of a first application is displayed and a second window in which an execution screen of a second application is displayed, wherein at least part of the second window is covered by at least part of the first window based on a display order of the first window and the second window; receiving a top-level display command for the first window; fixing, as a top level, a display level of a top-level display window for the first window; receiving, through the touch screen, a touch input on the second window outside of a boundary of the first window; detecting an event for temporarily stopping the displaying of the first window, the event comprising a drag of the touch input within the boundary of the first window; stopping, in response to the event, the displaying of the first window while the touch input is maintained within the boundary of the first window, such that the at least part of the second window which was covered by the first window is displayed on the touch screen, the first window retaining its position prior to and during the event; and in response to the drag being detected outside the boundary of the first window after stopping the displaying of the first window, resuming to display the first window at the retained position such that the at least part of the second window is covered by the first window, wherein the method comprises stopping the displaying of the first window only for a predetermined time. displaying, in the touch screen, a first window in which an execution screen of a first application is displayed and a second window in which an execution screen of a second application is displayed, wherein at least part of the second window is covered by at least part of the first window based on a display order of the first window and the second window; receiving a top-level display command for the first window; fixing, as a top level, a display level of a top-level display window for the first window; receiving, through the touch screen, a touch input on the second window outside of a boundary of the first window; detecting an event for temporarily stopping the displaying of the first window, the event comprising a drag of the touch input within the boundary of the first window; stopping, in response to the event, the displaying of the first window while the touch input is maintained within the boundary of the first window, such that the at least part of the second window which was covered by the first window is displayed on the touch screen, the first window retaining its position prior to and during the event; and in response to the drag being detected outside the boundary of the first window after stopping the displaying of the first window, resuming to display the first window at the retained position such that the at least part of the second window is covered by the first window, wherein the method comprises stopping the displaying of the first window only for a predetermined time.
A machine for bending at least one longitudinal cylindrical pipe, the bending machine comprising at least one heating module configured to heat a longitudinal cylindrical pipe and at least one deformation module configured to deform a longitudinal portion of a longitudinal cylindrical pipe in order to bind it, the bending machine being characterised in that said heating module comprises a plurality of heating members emitting infrared radiation, each heating member comprising a heating peripheral body defining an inner opening adapted for passing therethrough a longitudinal portion of a longitudinal cylindrical pipe to be heated.
A bobbin handling device for transporting a bobbin from a spindle of a spinning station of a ring spinning machine to a yarn end searching position is displaceable between a resting position, a clamping position for clamping a tube of the bobbin at the spinning station and the yarn end searching position, characterized in that the handling device comprises • a supporting part, which is coupled to a drive for a vertical linear reversible motion; • a bobbin clamp mounted on the supporting part and coupled to a drive for a reversible horizontal linear motion; • a vertical clamping mandrel mounted on the bobbin clamp and coupled to a rotational drive for rotation of the vertical clamping mandrel about its longitudinal axis and • a controlled clamping element provided on the lower end of the vertical clamping mandrel for to be inserted into the cavity of the upper end of the tube. • a supporting part, which is coupled to a drive for a vertical linear reversible motion; • a bobbin clamp mounted on the supporting part and coupled to a drive for a reversible horizontal linear motion; • a vertical clamping mandrel mounted on the bobbin clamp and coupled to a rotational drive for rotation of the vertical clamping mandrel about its longitudinal axis and • a controlled clamping element provided on the lower end of the vertical clamping mandrel for to be inserted into the cavity of the upper end of the tube.