mhurhangee/ep-ind-claims huggingface dataset:
A conjugate of a cell-penetrating carrier peptide and an active ingredient, wherein the carrier peptide is a peptide comprising the amino acid sequence of SEQ ID NO: 98 or 153, a fragment of any one of said peptides or a peptide consisting of 30 or less amino acids and having at least 80% homology with the amino acid sequence of SEQ ID NO: 98 or 153, wherein the peptide having at least 80% homology and the fragment retain the cell-penetrating ability of the peptide with the amino acid sequence of SEQ ID NO: 98 or 153, and wherein the active ingredient is not a protein or peptide. wherein the carrier peptide is a peptide comprising the amino acid sequence of SEQ ID NO: 98 or 153, a fragment of any one of said peptides or a peptide consisting of 30 or less amino acids and having at least 80% homology with the amino acid sequence of SEQ ID NO: 98 or 153, wherein the peptide having at least 80% homology and the fragment retain the cell-penetrating ability of the peptide with the amino acid sequence of SEQ ID NO: 98 or 153, and wherein the active ingredient is not a protein or peptide.
An SAW sensor arrangement for measuring the torque of an item such as a rotating shaft, the arrangement including a transducer, the transducer being located in use on a measurement surface of the item, the transducer including a SAW device and a support for supporting the SAW device, the support including a sensor location part located between two oppositely extending attachment parts, the SAW device being mounted to the sensor location part, the sensor arrangement including a clamp arrangement which applies a clamping force to clamp the sensor arrangement to the item, characterised in that the sensor arrangement includes at least two spaced friction raisers, the sensor arrangement being arranged so that in use each of the friction raisers is located between a different one of the attachment parts and the item, each attachment part including a correspondence surface, which substantially corresponds in shape to the measurement surface, each friction raiser comprising one or more particles, each of the particles being at least partially received in interlock recesses (42, 542) defined in the measurement surface of the item and the respective correspondence surfaces, the particles having a hardness which is greater than the hardness of both the measurement surface and the correspondence surfaces, each interlock recess being formed during assembly of the sensor arrangement to the item by the application of the clamping force, which forces at least part of the particles into the measurement surface and the correspondence surfaces to form the interlock recesses.
A gas turbine engine component comprising: an inner part comprising an inner flow delimitation part and an inner structural part located within the inner flow delimitation part, the inner flow delimitation part presenting an inner passage surface; and an outer part comprising an outer passage surface forming an outer flow delimitation part, wherein a gas flow passage (13, 14) is formed between the inner passage surface and the outer passage surface and surrounds the inner part, wherein the trace of the inner passage surface in a cross-section perpendicular to a central axis of the component has a polygonal shape comprising a plurality of substantially straight trace portions, and wherein a plurality of circumferentially spaced blades (15, 16) extend from the inner passage surface to the outer passage surface, wherein the blades (15, 16) are located at end points of the substantially straight trace portions. an inner part comprising an inner flow delimitation part and an inner structural part located within the inner flow delimitation part, the inner flow delimitation part presenting an inner passage surface; and an outer part comprising an outer passage surface forming an outer flow delimitation part, wherein a gas flow passage (13, 14) is formed between the inner passage surface and the outer passage surface and surrounds the inner part, wherein the trace of the inner passage surface in a cross-section perpendicular to a central axis of the component has a polygonal shape comprising a plurality of substantially straight trace portions, and wherein a plurality of circumferentially spaced blades (15, 16) extend from the inner passage surface to the outer passage surface, wherein the blades (15, 16) are located at end points of the substantially straight trace portions. wherein a gas flow passage (13, 14) is formed between the inner passage surface and the outer passage surface and surrounds the inner part, wherein the trace of the inner passage surface in a cross-section perpendicular to a central axis of the component has a polygonal shape comprising a plurality of substantially straight trace portions, and wherein a plurality of circumferentially spaced blades (15, 16) extend from the inner passage surface to the outer passage surface, wherein the blades (15, 16) are located at end points of the substantially straight trace portions.
A method comprising: transmitting one or more connection requests from a first node on a network to one or more other nodes on the network; and receiving no response from an original network master device; characterised by causing the first node to enter a master search negotiation mode, wherein the first node communicates with the one or more other nodes on the network to determine which device will attempt to locate the network master device; designating the first node or other node as a master search device, wherein the designated master search device searches for the silent original network master device by transmitting one or more connection requests at various intervals over one or more available communications channels; and reverting the node acting as the master search device to normal network operations if a response is received from the original network master device. transmitting one or more connection requests from a first node on a network to one or more other nodes on the network; and receiving no response from an original network master device; characterised by causing the first node to enter a master search negotiation mode, wherein the first node communicates with the one or more other nodes on the network to determine which device will attempt to locate the network master device; designating the first node or other node as a master search device, wherein the designated master search device searches for the silent original network master device by transmitting one or more connection requests at various intervals over one or more available communications channels; and reverting the node acting as the master search device to normal network operations if a response is received from the original network master device.
A copolymer comprising: a structural unit represented by the following General Formula; a structural unit expressed by the following Structural Formula; and a structural unit represented by the following General Formula, where in the General Formula, X represents a hydrogen atom or a cation, where in the General Formula, R is a hydrogen atom or a methyl group, L is a single bond or -(CH 2) n -O-CO- where n is an integer in a range of from 2 through 18, and a carbonyl carbon atom in the -(CH 2) n -O-CO- is bound to naphthyl. a structural unit represented by the following General Formula; a structural unit expressed by the following Structural Formula; and a structural unit represented by the following General Formula, where in the General Formula, X represents a hydrogen atom or a cation, where in the General Formula, R is a hydrogen atom or a methyl group, L is a single bond or -(CH 2) n -O-CO- where n is an integer in a range of from 2 through 18, and a carbonyl carbon atom in the -(CH 2) n -O-CO- is bound to naphthyl.
A method for determining a user perception metric of a processing system comprising a user interface, the user perception metric being a value indicating a quality of the processing system as perceived by a human user, characterized in that said method comprises: measuring a first processing time for processing, by said processing system, one or more times one or more operations in a batch mode, which is a mode without intervention by the user; measuring a second processing time for processing, by said processing system, said one or more times said one or more operations and a predefined safety period in a user mode, which is a mode in which one or more user interfaces are provided to the user, wherein said safety period is a maximum possible duration for processing, by said processing system, said one or more operations once; and determining the user perception metric as a difference of a first value and a second value, said first value being determined depending on a ratio of said second processing time and said first processing time, said second value being determined depending on a ratio of said predefined safety period and said first processing time. measuring a first processing time for processing, by said processing system, one or more times one or more operations in a batch mode, which is a mode without intervention by the user; measuring a second processing time for processing, by said processing system, said one or more times said one or more operations and a predefined safety period in a user mode, which is a mode in which one or more user interfaces are provided to the user, wherein said safety period is a maximum possible duration for processing, by said processing system, said one or more operations once; and determining the user perception metric as a difference of a first value and a second value, said first value being determined depending on a ratio of said second processing time and said first processing time, said second value being determined depending on a ratio of said predefined safety period and said first processing time.
A method of operating a building elevator system, the method comprising: determining that an evacuation call is active for an evacuation floor serviced by a first elevator group; setting a transfer floor serviced by the first elevator group as an evacuation discharge floor of the first elevator group; requesting a second elevator group to enter an evacuation mode of operation, the second elevator group operable to service the transfer floor and a first discharge floor; setting the transfer floor as the evacuation floor of the second elevator group; and coordinating control of the first elevator group and the second elevator group to evacuate one or more occupants from the evacuation floor serviced by the first elevator group to the first discharge floor serviced by the second elevator group; characterized by: monitoring one or more conditions of the first discharge floor; setting the evacuation discharge floor of the second elevator group to an alternate discharge floor based on detecting one or more degraded conditions at the first discharge floor; and restricting travel of the second elevator group between the alternate discharge floor and the first discharge floor. determining that an evacuation call is active for an evacuation floor serviced by a first elevator group; setting a transfer floor serviced by the first elevator group as an evacuation discharge floor of the first elevator group; requesting a second elevator group to enter an evacuation mode of operation, the second elevator group operable to service the transfer floor and a first discharge floor; setting the transfer floor as the evacuation floor of the second elevator group; and coordinating control of the first elevator group and the second elevator group to evacuate one or more occupants from the evacuation floor serviced by the first elevator group to the first discharge floor serviced by the second elevator group; characterized by: monitoring one or more conditions of the first discharge floor; setting the evacuation discharge floor of the second elevator group to an alternate discharge floor based on detecting one or more degraded conditions at the first discharge floor; and restricting travel of the second elevator group between the alternate discharge floor and the first discharge floor. monitoring one or more conditions of the first discharge floor; setting the evacuation discharge floor of the second elevator group to an alternate discharge floor based on detecting one or more degraded conditions at the first discharge floor; and restricting travel of the second elevator group between the alternate discharge floor and the first discharge floor.
Thread draw-off nozzle for an open-end spinning device with a nozzle insert for deflecting a produced yarn and with a nozzle frame, by means of which the thread draw-off nozzle can be fixed in the open-end spinning device, whereas the nozzle frame features a cylindrical shank, characterized in that the nozzle frame consists of a metallic material, that the shank of the nozzle frame is provided with a centering diameter, for centering the thread draw-off nozzle in the open-end spinning device by means of the shank, and that the length of the cylindrical shank of the nozzle frame is shorter than half the centering diameter, whereas the shaft extends between an annular contact surface oriented perpendicular to the shaft and a lower edge of the nozzle frame.
A method of conveying data in a cellular network, the method comprising: an access node (531, 532; 620; 1100; 1620) of the cellular network receiving, from a user equipment (210, 211; 510; 610; 1500; 1610) connected to the cellular network, an information centric networking request for a data object; the access node (531, 532; 620; 1100; 1620) forwarding the information centric networking request to an information centric networking node (100; 201, 202, 203, 204, 205, 206, 207; 501, 502, 503, 504, 505; 670; 1300; 1630); characterised by the access node (531, 532; 620; 1100; 1620) storing a correlation of an identifier of the user equipment (210, 211; 510; 610; 1500; 1610) with the information centric networking request, the correlation indicating whether there is an information centric networking request from the user equipment (210, 211; 510; 610; 1500; 1610) pending at the information centric networking node (100; 201, 202, 203, 204, 205, 206, 207; 501, 502, 503, 504, 505; 670; 1300; 1630); and based on the correlation, the access node (531, 532; 720; 1100; 1620) controlling release or setup of a connection of the user equipment (210, 211; 510; 610; 1500; 1610) with the cellular network. an access node (531, 532; 620; 1100; 1620) of the cellular network receiving, from a user equipment (210, 211; 510; 610; 1500; 1610) connected to the cellular network, an information centric networking request for a data object; the access node (531, 532; 620; 1100; 1620) forwarding the information centric networking request to an information centric networking node (100; 201, 202, 203, 204, 205, 206, 207; 501, 502, 503, 504, 505; 670; 1300; 1630); characterised by the access node (531, 532; 620; 1100; 1620) storing a correlation of an identifier of the user equipment (210, 211; 510; 610; 1500; 1610) with the information centric networking request, the correlation indicating whether there is an information centric networking request from the user equipment (210, 211; 510; 610; 1500; 1610) pending at the information centric networking node (100; 201, 202, 203, 204, 205, 206, 207; 501, 502, 503, 504, 505; 670; 1300; 1630); and based on the correlation, the access node (531, 532; 720; 1100; 1620) controlling release or setup of a connection of the user equipment (210, 211; 510; 610; 1500; 1610) with the cellular network.
A double wall steel tube comprising: an inner tube wall; and an outer tube wall; wherein the inner tube wall and the outer tube wall are both formed from a tubing material including: an inner layer of high strength steel having a yield strength greater than or equal to 400 MPa, a tensile strength greater than or equal to 480 MPa and a 50 mm elongation greater than or equal to 24%; first and second outer layers of an alloy of aluminum and silicon; a first intermediate layer disposed between the inner layer and the first outer layer; and a second intermediate layer disposed between the inner layer and the second outer layer, wherein the first and second intermediate layers consist of aluminum, silicon and iron, wherein the double wall steel tube further comprises a brazed joint between the inner and outer tube walls, characterized in that the brazed joint does not include a flux. an inner tube wall; and an outer tube wall; wherein the inner tube wall and the outer tube wall are both formed from a tubing material including: an inner layer of high strength steel having a yield strength greater than or equal to 400 MPa, a tensile strength greater than or equal to 480 MPa and a 50 mm elongation greater than or equal to 24%; first and second outer layers of an alloy of aluminum and silicon; a first intermediate layer disposed between the inner layer and the first outer layer; and a second intermediate layer disposed between the inner layer and the second outer layer, wherein the first and second intermediate layers consist of aluminum, silicon and iron, wherein the double wall steel tube further comprises a brazed joint between the inner and outer tube walls, characterized in that the brazed joint does not include a flux.
An induction heating assembly for a vapour generating device, the heating assembly comprising: an induction coil, radially inward of which a heating compartment is defined for receiving, in use, a body comprising a vaporisable substance and a susceptor; and a temperature sensor located against an axial end of the heating compartment on a central longitudinal axis of the induction coil, wherein the induction coil is arranged to heat, in use, the susceptor, and the temperature sensor is arranged to monitor, in use, a temperature related to heat generated from the susceptor. an induction coil, radially inward of which a heating compartment is defined for receiving, in use, a body comprising a vaporisable substance and a susceptor; and a temperature sensor located against an axial end of the heating compartment on a central longitudinal axis of the induction coil, wherein the induction coil is arranged to heat, in use, the susceptor, and the temperature sensor is arranged to monitor, in use, a temperature related to heat generated from the susceptor.
An illumination lamp for a vehicle body comprising - at least one body which is configured to be connected with the vehicle body; - at least one inner lens called light curtain having sections to make lighting according to lamp functions; - a plurality of circuit boards which are placed on the edges of the light curtain depending on the sections on the light curtain such that they are placed on end portions of each section separated according to lamp functions; - a plurality of lighting members which are located on the circuit board and used for the purpose of lighting; - at least one outer lens which is located on the light curtain and there are reflex reflector prisms on the lower part thereof; characterized by - at least one connecting piece which is located in an inner part of the body, has shapes similar to the body; - the body, the connecting piece located on the body; and the light curtain located on the connecting piece which take form according to functions such as position, stop, reverse gear, rear fog, rear signal and reflex reflector, etc. of the lamp; - said at least one light curtain which directs the horizontal beams reaching on thereof such that they are vertical, said light curtain having prisms that direct the beams proceeding in horizontal direction in vertical direction. - at least one body which is configured to be connected with the vehicle body; - at least one inner lens called light curtain having sections to make lighting according to lamp functions; - a plurality of circuit boards which are placed on the edges of the light curtain depending on the sections on the light curtain such that they are placed on end portions of each section separated according to lamp functions; - a plurality of lighting members which are located on the circuit board and used for the purpose of lighting; - at least one outer lens which is located on the light curtain and there are reflex reflector prisms on the lower part thereof; characterized by - at least one connecting piece which is located in an inner part of the body, has shapes similar to the body; - the body, the connecting piece located on the body; and the light curtain located on the connecting piece which take form according to functions such as position, stop, reverse gear, rear fog, rear signal and reflex reflector, etc. of the lamp; - said at least one light curtain which directs the horizontal beams reaching on thereof such that they are vertical, said light curtain having prisms that direct the beams proceeding in horizontal direction in vertical direction.
A device comprising: an endoscope (101C, 202); an image sensor array, wherein a portion of the image sensor array includes an array of three coplanar sensors disposed to image a plurality of overlapping fields of view (FOV 1, FOV 2, FOV 3) adjacent to the endoscope, each sensor including a pixel array that is separate from the pixel arrays of other sensors (S 11 -S 33); a light source disposed to illuminate the field of view; a display device (402L, 402R) configured to display images of multiple objects (400, 410), from the imaged fields of view (FOV 1, FOV 2, FOV 3); and a controller configured to, select (402.2) at least one region of interest within any of the imaged fields of view and to determine three-dimensional locations of two or more of the displayed objects (400, 410) from within the at least one ROI based upon image information captured using the position of pixels of the three coplanar sensors of the image sensor array on which said two or more displayed objects are projected (401-405, 402.3-402.6) and, in response to user input (2006, 2106), to display a numerical distance (d Instr Trgt) between the two or more displayed objects (400, 410) within the imaged field of view on the display device (402L, 402R), based on the determined three-dimensional locations of the two or more displayed objects. an endoscope (101C, 202); an image sensor array, wherein a portion of the image sensor array includes an array of three coplanar sensors disposed to image a plurality of overlapping fields of view (FOV 1, FOV 2, FOV 3) adjacent to the endoscope, each sensor including a pixel array that is separate from the pixel arrays of other sensors (S 11 -S 33); a light source disposed to illuminate the field of view; a display device (402L, 402R) configured to display images of multiple objects (400, 410), from the imaged fields of view (FOV 1, FOV 2, FOV 3); and a controller configured to, select (402.2) at least one region of interest within any of the imaged fields of view and to determine three-dimensional locations of two or more of the displayed objects (400, 410) from within the at least one ROI based upon image information captured using the position of pixels of the three coplanar sensors of the image sensor array on which said two or more displayed objects are projected (401-405, 402.3-402.6) and, in response to user input (2006, 2106), to display a numerical distance (d Instr Trgt) between the two or more displayed objects (400, 410) within the imaged field of view on the display device (402L, 402R), based on the determined three-dimensional locations of the two or more displayed objects.