mhurhangee/ep-ind-claims huggingface dataset:
A method for expression screening of filamentous fungal transformants, comprising: (a) isolating single colony transformants of a DNA library introduced into E. coli; (b) preparing DNA from each of the single colony E. coli transformants; (c) introducing a sample of each of the DNA preparations of step (b) into separate suspensions of protoplasts of a filamentous fungus to obtain transformants thereof, wherein each transformant contains one or more copies of an individual polynucleotide from the DNA library; (d) growing the individual filamentous fungal transformants of step (c) on selective growth medium, thereby permitting growth of the filamentous fungal transformants, while suppressing growth of untransformed filamentous fungi; and (e) measuring activity or a property of each polypeptide encoded by the individual polynucleotides. (a) isolating single colony transformants of a DNA library introduced into E. coli; (b) preparing DNA from each of the single colony E. coli transformants; (c) introducing a sample of each of the DNA preparations of step (b) into separate suspensions of protoplasts of a filamentous fungus to obtain transformants thereof, wherein each transformant contains one or more copies of an individual polynucleotide from the DNA library; (d) growing the individual filamentous fungal transformants of step (c) on selective growth medium, thereby permitting growth of the filamentous fungal transformants, while suppressing growth of untransformed filamentous fungi; and (e) measuring activity or a property of each polypeptide encoded by the individual polynucleotides.
A method for controlling an autonomous system, the method comprising: sensing a wear state of reducing elements on a drum of an excavation machine; characterised by sending a wireless signal of the wear state to a remote party; and displaying the wear state of the reducing elements on a display monitor, wherein the display monitor is constructed to display a continuous scroll of the reducing elements, wherein a rotation position of the reducing elements relative to a reference location is displayed, and wherein the reference location is a change-out position. sensing a wear state of reducing elements on a drum of an excavation machine; characterised by sending a wireless signal of the wear state to a remote party; and displaying the wear state of the reducing elements on a display monitor, wherein the display monitor is constructed to display a continuous scroll of the reducing elements, wherein a rotation position of the reducing elements relative to a reference location is displayed, and wherein the reference location is a change-out position.
An intramedullary nail for the treatment of fractures of long bones, in particular a pertrochanteric nail for the treatment of fractures of the femur, said nail having a body with a proximal area and a distal zone and a longitudinal axis, said body of said nail being adapted to be inserted in the medullary canal of said long bone, said nail having at least two through holes (12, 13) formed in the proximal area of said body, said nail comprising a pair of fastening elements (2, 3; 6, 7) each having a first (26; 36; 66; 76) and a second (27; 37; 67; 77) end, each fastening element (2, 3; 6, 7) being adapted to be housed in a respective hole (12, 13) of the body of said nail at the respective first end (26, 36; 66, 76), said second ends (27, 37; 67, 77) of said fastening elements (2, 3; 6, 7) being adapted to engage the cancellous bone of the long bone head at the fracture to be treated, said fastening elements (2, 3; 6, 7) being configured so that they can be bound to each other in the vicinity of the respective second end (27; 37; 67; 77) in a constraint configuration and, once bound, so as to be displaceable independently of one another, so that, during use, by acting on the respective first end (26; 36; 66; 76) of one or each fastening element (2, 3; 6, 7), it is possible to act on the long bone head, moving it in a direction substantially parallel and/or transverse to the axis of the nail, to realize a reduction of the fracture fissure by both bringing closer the fragment of the fracture and allowing its vertical realignment, wherein said first fastening element (2; 6) has an intermediate portion (22; 62) between said first and second ends (26, 27; 66, 67) and wherein said second fastening element (3; 7) has an opening (33, 34; 71) adapted to receive said intermediate portion (22; 62) of said first fastening element (2; 6), said opening having a size that, when said fastening elements (2, 3) are bound to each other in said constraint configuration, the passage of said first end (26; 66) of said first fastening element (2; 6) by the translation of said first fastening element (2; 6) in the absence of rotation is prevented, and to allow the release between said fastening elements (2, 3; 6, 7) from said constraint configuration, only by at least one rotation of said first fastening element (2; 6) relative to said second fastening element (3; 7), said intermediate portion (22; 62) of said first fastening element (2; 6) has a thickness smaller than the thickness of the respective second end (27; 67) and presents a smaller thickness than said opening (33, 34; 71) of said second fastening element (3; 7) to be able to move freely with respect to said opening (34; 71) also in said constraint configuration.
A method for traffic engineering in a communications network, wherein the communications network comprises a controller and multiple nodes, the multiple nodes comprise at least one flexible node and at least one non-flexible node, wherein the controller is directly connected to at least a flexible node and indirectly connected to at least a non-flexible node in the communications network, and the method comprises: determining, by the controller, at least one sampling node out of the at least one flexible node and a temporal frequency for traffic sampling; instructing, by the controller, the at least one sampling node to perform traffic sampling at the temporal frequency, and receiving sampled traffic data that is of all sampling nodes and that is obtained during each sampling; determining, by the controller according to the sampled traffic data obtained during each sampling and information about total traffic of a link in the communication network whose link utilization is greater than a first preset value or less than a second preset value in the communications network, parameter information required for traffic engineering; and performing, by the controller, traffic engineering control according to the parameter information. determining, by the controller, at least one sampling node out of the at least one flexible node and a temporal frequency for traffic sampling; instructing, by the controller, the at least one sampling node to perform traffic sampling at the temporal frequency, and receiving sampled traffic data that is of all sampling nodes and that is obtained during each sampling; determining, by the controller according to the sampled traffic data obtained during each sampling and information about total traffic of a link in the communication network whose link utilization is greater than a first preset value or less than a second preset value in the communications network, parameter information required for traffic engineering; and performing, by the controller, traffic engineering control according to the parameter information.
Modular system for a transmission element and an electrical controller which is connected to the transmission element, wherein the electrical controller comprises a printed circuit board, which is fitted with electronic components, and a housing which at least partially surrounds the printed circuit board, wherein the transmission element is a hydraulic shift plate or a transmission housing and has a recess, the areal extent of the said recess corresponding at least to the vertical projection of the housing onto a surface of the transmission element, wherein the height of the recess is selected such that the printed circuit board is supported on the surface of the transmission element, wherein at least a portion of the housing of the electrical controller engages in the recess and rests directly on a bottom surface of the transmission element, characterized in that the transmission element has further recesses for receiving regions of the printed circuit board, the said regions projecting out of the housing, wherein the height of the further recess corresponds to the thickness of the printed circuit board.
An aircraft flight control device comprising a control lever associated with a body carrying: • a plate connected to the body by a first pivot connection for pivoting about a first axis, the control lever being connected to the plate by a second pivot connection for pivoting about a second axis intersecting the first axis; • a first transmission shaft mounted to pivot relative to the body about a third axis and connected to at least one first control motor outside the body; • a first connection mechanism connecting the control lever to the first transmission shaft in such a manner that pivoting the control lever about the first axis causes the first shaft to pivot about the third axis; • a second transmission shaft mounted to pivot relative to the body about a fourth axis and connected to at least one second control motor outside the body; and • a second connection mechanism connecting the control lever to the second shaft in such a manner that pivoting the control lever about the second axis causes the second shaft to pivot about the fourth axis; the first shaft and the first connection mechanism being connected to each other by a pivot connection for pivoting about a fifth axis that is inclined relative to the first axis and to the third axis; and the second shaft and the second connection mechanism being connected to each other about a pivot connection for pivoting about a sixth axis that is inclined relative to the second axis and to the fourth axis; the device being characterized in that the plate is shaped in such a manner that, when the control lever is in a neutral position, the angle between the second axis and the sixth axis is strictly greater than the complement of the angle between the fourth axis and the sixth axis. • a plate connected to the body by a first pivot connection for pivoting about a first axis, the control lever being connected to the plate by a second pivot connection for pivoting about a second axis intersecting the first axis; • a first transmission shaft mounted to pivot relative to the body about a third axis and connected to at least one first control motor outside the body; • a first connection mechanism connecting the control lever to the first transmission shaft in such a manner that pivoting the control lever about the first axis causes the first shaft to pivot about the third axis; • a second transmission shaft mounted to pivot relative to the body about a fourth axis and connected to at least one second control motor outside the body; and • a second connection mechanism connecting the control lever to the second shaft in such a manner that pivoting the control lever about the second axis causes the second shaft to pivot about the fourth axis;
A system for collapsing a prosthetic valve having a stent frame with a plurality of cell openings, the system comprising: a crimping tool (100"), characterized in that the crimping tool includes: a handle; and a plurality of resilient tines (108") connected to the handle, the plurality of tines defining an array around a longitudinal axis, the array having a first cross-sectional size in an expanded state and a second cross-sectional size less than the first cross-sectional size in a collapsed state, the plurality of tines being adapted to intersect the plurality of cell openings in an assembled position of the crimping tool on the prosthetic valve, the plurality of tines including a plurality of tine pairs, a distance between the tines in each tine pair being less than a distance between adjacent tine pairs. a crimping tool (100"), characterized in that the crimping tool includes: a handle; and a plurality of resilient tines (108") connected to the handle, the plurality of tines defining an array around a longitudinal axis, the array having a first cross-sectional size in an expanded state and a second cross-sectional size less than the first cross-sectional size in a collapsed state, the plurality of tines being adapted to intersect the plurality of cell openings in an assembled position of the crimping tool on the prosthetic valve, the plurality of tines including a plurality of tine pairs, a distance between the tines in each tine pair being less than a distance between adjacent tine pairs. a handle; and a plurality of resilient tines (108") connected to the handle, the plurality of tines defining an array around a longitudinal axis, the array having a first cross-sectional size in an expanded state and a second cross-sectional size less than the first cross-sectional size in a collapsed state, the plurality of tines being adapted to intersect the plurality of cell openings in an assembled position of the crimping tool on the prosthetic valve, the plurality of tines including a plurality of tine pairs, a distance between the tines in each tine pair being less than a distance between adjacent tine pairs.
Method for cleaning and coating glass containers designed as vials for pharmaceutical, medical or cosmetic applications, the glass containers comprising a hollow body surrounding an inner volume, having a lower end closed by a container bottom, a cylindrical container body, an upper end with a container shoulder, a container neck, a container collar and a container opening which extends into the inner volume of the glass container, and an inner container surface facing the inner volume and an outer container surface facing away from the inner volume, wherein a plurality of glass containers is simultaneously subjected to a first processing step in which the plurality of glass containers is simultaneously cleaned, such that the outside surface of the glass containers is cleaned with a cleaning fluid and thereafter the plurality of glass containers is simultaneously subjected to a second processing step in which the plurality of glass containers is simultaneously coated such that the outer container surface of the glass containers is coated with a coating material, and wherein before and during the first and second processing step the outer container surface of the glass container is contact-free with respect to the other glass containers and each glass container of the plurality of glass containers is held individually. wherein a plurality of glass containers is simultaneously subjected to a first processing step in which the plurality of glass containers is simultaneously cleaned, such that the outside surface of the glass containers is cleaned with a cleaning fluid and thereafter the plurality of glass containers is simultaneously subjected to a second processing step in which the plurality of glass containers is simultaneously coated such that the outer container surface of the glass containers is coated with a coating material, and wherein before and during the first and second processing step the outer container surface of the glass container is contact-free with respect to the other glass containers and each glass container of the plurality of glass containers is held individually.
A work vehicle comprising: a vehicle body; a work implement attached to the vehicle body; an operating device for operating the work implement; a controller configured to drive the work implement at a driving speed corresponding to an operation amount of the operating device; and an input device, characterised in that the controller is configured to execute an automatic drive control for automatically driving the work implement as far as a predetermined position at a driving speed set in response to an operation amount of the operating device when the controller receives an input from the input device while the operating device is operated. a vehicle body; a work implement attached to the vehicle body; an operating device for operating the work implement; a controller configured to drive the work implement at a driving speed corresponding to an operation amount of the operating device; and an input device, characterised in that the controller is configured to execute an automatic drive control for automatically driving the work implement as far as a predetermined position at a driving speed set in response to an operation amount of the operating device when the controller receives an input from the input device while the operating device is operated.
Method for allocating subcarriers of a frequency spectrum to operators in a wireless multi carrier communication system, which comprises a central control means and at least two base stations (4, 4', 5) for wireless communication with terminals (6, 7, 8) in said wireless multi carrier communication system, said at least two base stations (4, 4', 5) being operated by at least two operators, comprising the steps of determining, by said central control means, a subcarrier distribution, said subcarrier distribution being an allocation of fragments of said frequency spectrum to said at least two operators, wherein a fragment comprises at least one subcarrier and is only allocated to one of said at least two operators, but not to another one of said at least two operators, forwarding, by said central control means, said subcarrier distribution to said at least two base stations, and forwarding, by said central control means, a radiation mask which comprises information allowing base stations (4, 4', 5) to reduce interference between different operators to which adjacent fragments are allocated to said at least two base stations (4, 4', 5), depending on the frequency synchronization between the different operators to which adjacent fragments are allocated; characterized in that said radiation mask is determined on the basis of information about the frequency synchronization between the different operators to which adjacent fragments are allocated; wherein if it is determined that a value reflecting the quality of the frequency synchronization between the different operators to which adjacent fragments are allocated is larger than a threshold, a radiation mask is not established.
Device for laying flat a flexible membrane, of the type consisting of a piece of animal skin, characterised in that it comprises at least two elements (2a, 2b) each designed to move in cyclic translation on a respective path describing a respective closed curve, said respective movements in cyclic translation of said two elements (2a, 2b) being at least partly symmetrical so that said two elements (2a, 2b) simultaneously and intermittently come to press said membrane against a support while moving away from one another in order to stretch said membrane locally.
A grant-free transmission method, wherein the method comprises: detecting, by a network device, a pilot sequence used by a terminal device for uplink transmission; determining, by the network device, a pilot sequence index of the pilot sequence based on the pilot sequence and a correspondence between a pilot sequence and a pilot sequence index; and sending, by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index, and the method being characterized in that: the sending, by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index comprises: determining, by the network device in a bitmap based on the pilot sequence index, a target bit position corresponding to the pilot sequence index, wherein each bit position in the bitmap corresponds to a different pilot sequence index; determining, by the network device, a value at the target bit position based on the feedback result, wherein the value at the target bit position is used to indicate that the feedback result is an acknowledgement, ACK, or a negative acknowledgement, NACK;; and sending, by the network device, the bitmap to the terminal device. detecting, by a network device, a pilot sequence used by a terminal device for uplink transmission; determining, by the network device, a pilot sequence index of the pilot sequence based on the pilot sequence and a correspondence between a pilot sequence and a pilot sequence index; and sending, by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index, and the method being characterized in that: the sending, by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index comprises: determining, by the network device in a bitmap based on the pilot sequence index, a target bit position corresponding to the pilot sequence index, wherein each bit position in the bitmap corresponds to a different pilot sequence index; determining, by the network device, a value at the target bit position based on the feedback result, wherein the value at the target bit position is used to indicate that the feedback result is an acknowledgement, ACK, or a negative acknowledgement, NACK;; and sending, by the network device, the bitmap to the terminal device. determining, by the network device in a bitmap based on the pilot sequence index, a target bit position corresponding to the pilot sequence index, wherein each bit position in the bitmap corresponds to a different pilot sequence index; determining, by the network device, a value at the target bit position based on the feedback result, wherein the value at the target bit position is used to indicate that the feedback result is an acknowledgement, ACK, or a negative acknowledgement, NACK;; and sending, by the network device, the bitmap to the terminal device.
A nucleic acid molecule represented by a nucleotide sequence selected from the group consisting of: i. nucleotide sequences encoding a polypeptide comprising an amino acid sequence that has at least 70% sequence identity with the amino acid sequence of SEQ ID NO: 1 over its entire length, ii. nucleotide sequences comprising a nucleotide sequence that has at least 70% sequence identity with the nucleotide sequence of SEQ ID NO:2 over its entire length, operably linked to a nucleotide sequence encoding an antigen, wherein said nucleic acid molecule encodes a polypeptide which is able to elicit an antigen-specific immune response in a subject, wherein said nucleic acid molecule is free of a sequence encoding for a polypeptide which has at least 85% sequence identity with SEQ ID NO: 3 over its entire length and wherein said nucleic acid molecule is for use as a medicament in the prevention and/or treatment of a disease associated with said antigen in a subject. i. nucleotide sequences encoding a polypeptide comprising an amino acid sequence that has at least 70% sequence identity with the amino acid sequence of SEQ ID NO: 1 over its entire length, ii. nucleotide sequences comprising a nucleotide sequence that has at least 70% sequence