mhurhangee/ep-ind-claims huggingface dataset:
A peptide comprising a first domain having any one of the amino acid sequences of SEQ ID NO: 1 to 5 and 23, and capable of binding to minor pilin of type IVb pili, and a second domain having an amino acid sequence connected via a linker sequence to said first domain, and capable of trimerizing, wherein said second domain has an amino acid sequence of SEQ ID NO:6 or an amino acid sequence repeating 4 to 10 times the amino acid sequence of SEQ ID NO:7 or SEQ ID NO:8. a first domain having any one of the amino acid sequences of SEQ ID NO: 1 to 5 and 23, and capable of binding to minor pilin of type IVb pili, and a second domain having an amino acid sequence connected via a linker sequence to said first domain, and capable of trimerizing, wherein said second domain has an amino acid sequence of SEQ ID NO:6 or an amino acid sequence repeating 4 to 10 times the amino acid sequence of SEQ ID NO:7 or SEQ ID NO:8.
A hand tool comprising: a trigger manually operated by an operator; a tool body configured to movably support the trigger; a biasing member configured to generate a biasing force for biasing the trigger in a direction opposite to an operation direction of the trigger; and a contacting member operated by a biasing force of the biasing member to act on the trigger, wherein the biasing member and the contacting member are assembled integrally with the tool body, wherein the trigger is detachable with respect to a support member configured to movably support the trigger, and wherein the biasing member and the contacting member is assembled with the support member, characterized in that the tool body comprises a movement regulating part configured to regulate a movement of the contacting member by the biasing member in a biasing direction, wherein the movement regulating part is formed as a wall portion which is engaged with an engagement part of the contacting member, wherein a space is formed on a tip side of the contacting member as the movement regulating part regulates the movement of the contacting member, wherein the trigger comprises a pressed part which is inserted into the space to be pressed by the contacting member, and wherein the trigger is detachable with respect to the tool body. a trigger manually operated by an operator; a tool body configured to movably support the trigger; a biasing member configured to generate a biasing force for biasing the trigger in a direction opposite to an operation direction of the trigger; and a contacting member operated by a biasing force of the biasing member to act on the trigger, wherein the biasing member and the contacting member are assembled integrally with the tool body, wherein the trigger is detachable with respect to a support member configured to movably support the trigger, and wherein the biasing member and the contacting member is assembled with the support member, characterized in that the tool body comprises a movement regulating part configured to regulate a movement of the contacting member by the biasing member in a biasing direction, wherein the movement regulating part is formed as a wall portion which is engaged with an engagement part of the contacting member, wherein a space is formed on a tip side of the contacting member as the movement regulating part regulates the movement of the contacting member, wherein the trigger comprises a pressed part which is inserted into the space to be pressed by the contacting member, and wherein the trigger is detachable with respect to the tool body.
A method of wireless communication in a cell utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of slots, the method comprising: receiving (1502; 1604; 1704; 1804) a slot of the plurality of slots, wherein the slot comprises a physical downlink control channel, PDCCH, wherein the PDCCH comprises downlink control information, DCI, for a set of one or more scheduled entities; identifying (1504; 1608, 1610; 1706, 1708; 1806, 1808) a search space comprising a set of resource elements within the slot based on slot information related to the slot, wherein the slot information indicates at least one attribute of the slot, wherein the at least one attribute of the slot comprises at least one of a slot type of the slot, a number of scheduled entities scheduled in the slot, or a slot index of the slot; and blind decoding (1506; 1612; 1710; 1810) a plurality of decoding candidates within the set of resource elements to determine whether at least one valid DCI exists for a scheduled entity of the set of one or more scheduled entities. receiving (1502; 1604; 1704; 1804) a slot of the plurality of slots, wherein the slot comprises a physical downlink control channel, PDCCH, wherein the PDCCH comprises downlink control information, DCI, for a set of one or more scheduled entities; identifying (1504; 1608, 1610; 1706, 1708; 1806, 1808) a search space comprising a set of resource elements within the slot based on slot information related to the slot, wherein the slot information indicates at least one attribute of the slot, wherein the at least one attribute of the slot comprises at least one of a slot type of the slot, a number of scheduled entities scheduled in the slot, or a slot index of the slot; and blind decoding (1506; 1612; 1710; 1810) a plurality of decoding candidates within the set of resource elements to determine whether at least one valid DCI exists for a scheduled entity of the set of one or more scheduled entities.
A device to improve iron loss properties of a grain-oriented electrical steel sheet, which scans a laser beam in a direction traversing a feed path of a grain-oriented electrical steel sheet having subjected to final annealing so as to irradiate a surface of the steel sheet being passed through with the laser beam to thereby perform magnetic domain refinement, the device comprising: an irradiation mechanism for scanning the laser beam in a direction orthogonal to the feed direction of the steel sheet, wherein the irradiation mechanism includes a scanning mirror for scanning the laser beam in a direction orthogonal to the feed direction of the steel sheet, characterized in that: the irradiation mechanism includes a vibrating mirror or a rotating polygon mirror disposed in the proximity to the scanning mirror, wherein the irradiation mechanism has a function of having the scanning direction of the laser beam oriented diagonally, relative to the orthogonal direction, toward the feed direction at an angle determined based on a sheet passing speed of the steel sheet on the feed path. an irradiation mechanism for scanning the laser beam in a direction orthogonal to the feed direction of the steel sheet, wherein the irradiation mechanism includes a scanning mirror for scanning the laser beam in a direction orthogonal to the feed direction of the steel sheet, characterized in that: the irradiation mechanism includes a vibrating mirror or a rotating polygon mirror disposed in the proximity to the scanning mirror, wherein the irradiation mechanism has a function of having the scanning direction of the laser beam oriented diagonally, relative to the orthogonal direction, toward the feed direction at an angle determined based on a sheet passing speed of the steel sheet on the feed path. the irradiation mechanism includes a vibrating mirror or a rotating polygon mirror disposed in the proximity to the scanning mirror, wherein the irradiation mechanism has a function of having the scanning direction of the laser beam oriented diagonally, relative to the orthogonal direction, toward the feed direction at an angle determined based on a sheet passing speed of the steel sheet on the feed path.
An apparatus for use in determining one or more fluid properties of a fluid flowing in a conduit, the apparatus comprising: a substrate including a barrier having a first barrier surface and a second barrier surface; a first flow sensor to generate a first velocity sensor signal, the first flow sensor located at a first sensor distance from the first barrier surface; a second flow sensor to generate a second velocity sensor signal, the second flow sensor located at a second sensor distance from the second barrier surface, wherein the first sensor distance and the second sensor distance are selected to disturb the fluid flowing in the conduit in such a way as to enable determination of the one or more fluid flow properties from the first velocity sensor signal and the second velocity sensor signal; and a third sensor for generating a signal indicative of the flow rate or flow magnitude at the third sensor including a pair of third sensor conductive pins, the pair of third sensor conductive pins embedded in the barrier and the substrate. a substrate including a barrier having a first barrier surface and a second barrier surface; a first flow sensor to generate a first velocity sensor signal, the first flow sensor located at a first sensor distance from the first barrier surface; a second flow sensor to generate a second velocity sensor signal, the second flow sensor located at a second sensor distance from the second barrier surface, wherein the first sensor distance and the second sensor distance are selected to disturb the fluid flowing in the conduit in such a way as to enable determination of the one or more fluid flow properties from the first velocity sensor signal and the second velocity sensor signal; and a third sensor for generating a signal indicative of the flow rate or flow magnitude at the third sensor including a pair of third sensor conductive pins, the pair of third sensor conductive pins embedded in the barrier and the substrate.
An active form of transforming growth factor TGFβ1 or TGFβ2 or TGFβ3 for use in the treatment of patients with neoplastic lesions, for which at least part of the cancer cells is EGFRvIII-positive.
Food forming drum comprising a multitude of rows of porous product cavities (2, 211, 262), each row comprising one or a multitude of porous product cavities (2, 211, 262), the drum preferably comprising a first and a second front end (3, 4) and preferably fluid channels (6, 270, 272, 272, 292, 293) in the longitudinal direction of the drum each fluid channel (6, 270, 272, 272, 292, 293) preferably connecting one row of porous product cavities (2, 211, 262) fluid-wise, wherein the porous product cavities (2, 211, 262) are provided as one or more insert(s) (10, 261) which is/are connected to the drum by an adhesive connection, form- and/or friction-fit and that the drum comprises a recess (31, 285) for the porous part of the porous product cavities (2, 211, 262) and/or for the insert (10, 261), characterised in that the recess comprises support ribs (132, 153, 265, 286) for the porous part. the porous product cavities (2, 211, 262) are provided as one or more insert(s) (10, 261) which is/are connected to the drum by an adhesive connection, form- and/or friction-fit and that the drum comprises a recess (31, 285) for the porous part of the porous product cavities (2, 211, 262) and/or for the insert (10, 261), characterised in that the recess comprises support ribs (132, 153, 265, 286) for the porous part.
A head-up display, comprising an image source and a mirror positioned along parallel main planes and separated by a first distance (d), the mirror being shaped to form virtual images of the images provided by the image source at a second distance from the mirror, greater than the first distance, the mirror being formed of a stack of two layers of same index (20, 22) separated by a broken line having inclined portions coated with a semi-reflective film, wherein the mirror comprises elementary portions, angle μ of each elementary portion with respect to the main plane of the mirror, according to distance h between the projection of the center of said portion on the plane of the image source and the center of the image source, being defined by the following equation: μ h = a cos θ f G arctan Gd h − arctan d h, θ being defined by θ = arctan(h/d), G being the ratio between the second and the first distance (d), f being a negative and not zero value, and a being a constant parameter.
A pneumatic tire, comprising a tread, the tread being formed from a rubber composition for treads, the rubber composition for treads comprising, per 100 parts by mass of a rubber component, 1.0 to 8.0 parts by mass of a phenylenediamine antioxidant, 0.5 to 4.0 parts by mass of a petroleum-derived wax, and 0.1 to 5.0 parts by mass of a nonionic surfactant, the pneumatic tire having a sub-tread thickness at the base of a tread main groove of 3.0 mm or less the sub-tread thickness is the thickness in the radial direction of the tire from the groove bottom surface of the base of the tread main groove to the surface of the band cords in the band in the case of the tire including a band or to the surface to the steel cords in the breaker in the case of the tire including no band.
A method, performed by a wireless device in a wireless communication system, for receiving a random access response, RAR, message,RA Msg2, from a network node, the method comprising: transmitting a selected random access preamble,RA Msg1, to the network node, the selected preamble being linked to specific downlink,DL, resources to be used for communicating the RAR message,RA Msg2, from the network node to the wireless device; and receiving the RAR message,RA Msg2, from the network node on the specific DL resources; characterized in that the wireless device comprises a Bandwidth Part, BWP, related timer wherein: - the wireless device starts the BWP- related timer when switching to a new active downlink BWP, - the wireless device restarts the BWP-related timer when scheduled on the active downlink BWP, and - the wireless device activates a default downlink BWP when the BWP-related timer expires, and wherein the BWP-related timer continues to run during the random-access procedure, and if the BWP-related timer expires during the random-access procedure, the random-access procedure continues until concluded, wherein if the BWP-related timer has expired and the random access is successfully concluded, the wireless device returns to the BWP used before initiating the random-access procedure with a reset of the BWP-related timer, wherein if the BWP-related timer has expired and the random access is unsuccessfully concluded, the wireless device switches to the default BWP. transmitting a selected random access preamble,RA Msg1, to the network node, the selected preamble being linked to specific downlink,DL, resources to be used for communicating the RAR message,RA Msg2, from the network node to the wireless device; and receiving the RAR message,RA Msg2, from the network node on the specific DL resources; characterized in that the wireless device comprises a Bandwidth Part, BWP, related timer wherein: - the wireless device starts the BWP- related timer when switching to a new active downlink BWP, - the wireless device restarts the BWP-related timer when scheduled on the active downlink BWP, and - the wireless device activates a default downlink BWP when the BWP-related timer expires, and - the wireless device starts the BWP- related timer when switching to a new active downlink BWP, - the wireless device restarts the BWP-related timer when scheduled on the active downlink BWP, and - the wireless device activates a default downlink BWP when the BWP-related timer expires, and wherein the BWP-related timer continues to run during the random-access procedure, and if the BWP-related timer expires during the random-access procedure, the random-access procedure continues until concluded, wherein if the BWP-related timer has expired and the random access is successfully concluded, the wireless device returns to the BWP used before initiating the random-access procedure with a reset of the BWP-related timer, wherein if the BWP-related timer has expired and the random access is unsuccessfully concluded, the wireless device switches to the default BWP.
A shape memory, intrauterine, contraceptive device comprising: an elongate shape memory member comprising: two tissue contact surfaces (2608a, 2608b) at or near opposing ends of the elongate shape memory member; an expandable middle portion between the two tissue contact surfaces (2608a, 2608b); a spring portion at or near a midpoint of the elongate shape memory member, formed by multiple twists; a loop portion disposed at a bottom of the elongate shape memory member; and a plurality of substance delivery devices (2612, 2614) for delivery of a substance to areas of the uterus at or near openings of the fallopian tubes and at or near the cervical os, comprising: a substance delivery device near each of the tissue contact surfaces (2608a, 2608b); and a substance delivery device near the loop portion. an elongate shape memory member comprising: two tissue contact surfaces (2608a, 2608b) at or near opposing ends of the elongate shape memory member; an expandable middle portion between the two tissue contact surfaces (2608a, 2608b); a spring portion at or near a midpoint of the elongate shape memory member, formed by multiple twists; a loop portion disposed at a bottom of the elongate shape memory member; and two tissue contact surfaces (2608a, 2608b) at or near opposing ends of the elongate shape memory member; an expandable middle portion between the two tissue contact surfaces (2608a, 2608b); a spring portion at or near a midpoint of the elongate shape memory member, formed by multiple twists; a loop portion disposed at a bottom of the elongate shape memory member; and a plurality of substance delivery devices (2612, 2614) for delivery of a substance to areas of the uterus at or near openings of the fallopian tubes and at or near the cervical os, comprising: a substance delivery device near each of the tissue contact surfaces (2608a, 2608b); and a substance delivery device near the loop portion. a substance delivery device near each of the tissue contact surfaces (2608a, 2608b); and a substance delivery device near the loop portion.
A wire harness comprising: a metal pipe and a high-voltage conductive path and another conductive path, each of which is inserted into the metal pipe and leads out of an end of the metal pipe, wherein the another conductive path is configured as an unshielded electric wire, wherein the high-voltage conductive path includes a first conductive path that is positioned at the center of the high-voltage conductive path and has a circular cross section; a first insulator of a predetermined thickness which covers an outer circumference of the first conductive path; a second conductive path that is provided on an outer side of the first insulator; a second insulator of a predetermined thickness which covers an outer circumference of the second conductive path; a shielding member that adheres to an outer surface of the second insulator;and an insulating member that is provided on an outer side of the shielding member, and wherein the high-voltage conductive path leads out of the end of the metal pipe, while a circuit end portion of a high-voltage circuit is covered with a shielding end portion of the shielding member, and the another conductive path leads out of the end of the metal pipe while being separate from the high-voltage conductive path. a metal pipe and a high-voltage conductive path and another conductive path, each of which is inserted into the metal pipe and leads out of an end of the metal pipe, wherein the another conductive path is configured as an unshielded electric wire, wherein the high-voltage conductive path includes a first conductive path that is positioned at the center of the high-voltage conductive path and has a circular cross section; a first insulator of a predetermined thickness which covers an outer circumference of the first conductive path; a second conductive path that is provided on an outer side of the first insulator; a second insulator of a predetermined thickness which covers an outer circumference of the second conductive path; a shielding member that adheres to an outer surface of the second insulator;and an insulating member that is provided on an outer side of the shielding member, and wherein the high-voltage conductive path leads out of the end of the metal pipe, while a circuit end portion of a high-voltage circuit is covered with a shielding end portion of the shielding member, and the another conductive path leads out of the end of the metal pipe while being separate from the high-voltage conductive path.
Transverse cutting device, in particular for cutting or transversely severing a moving material web of preferably paper, cardboard, plastic and/or metal into sheets, with a knife drum rotatable about an axis of rotation extending transversely to the material web and its conveying direction as a rotatable cutting device, the knife drum having at least one knife extending in the axial direction of the knife drum and rotating with the knife drum, with a corresponding anvil drum rotatable about an axis of rotation extending transversely to the material web and its conveying direction, wherein the anvil drum is preferably arranged vertically below the knife drum, wherein on contact of a knife of the knife drum with the anvil drum a crush cut is made in a cutting line, wherein the knife drum has on its periphery at least one hold-down device in the transport direction of the material web in front of the knife, the hold-down device having a distance from the blade and/or a radial extent such that the material web is in contact with the hold-down device during the crush cut and is curved by the hold-down device in the direction of the anvil drum, and the anvil drum having at least one lifter in the transport direction of the material web upstream of the cutting line for stabilizing the material web during the cutting operation, characterized in that the lifter is arranged at least substantially in front of the hold-down device in the movement regime of the cooperating knife drum and anvil drum in the transport direction of the material web, the lifter being spaced further from the cutting line than the hold-down device in the section in the transport direction of the material web, and the distance between the lifter and the hold-down device being at least 2 mm.
A system for accessing underlying tissue, which comprises: an elongated access sheath defining a longitudinal axis; a penetrating tip releasably mounted to the elongated access sheath and configured to be passed through tissue, the penetrating tip having a transparent region for direct visualization of tissue, the penetrating tip being configured to be removed through the elongated access sheath; and an elongated removal member configured to be positioned within the elongated access sheath and releasably mountable to the penetrating tip to permit the elongated removal member to remove the penetrating tip through the elongated access sheath subsequent to passage of the penetrating tip through tissue. an elongated access sheath defining a longitudinal axis; a penetrating tip releasably mounted to the elongated access sheath and configured to be passed through tissue, the penetrating tip having a transparent region for direct visualization of tissue, the penetrating tip being configured to be removed through the elongated access sheath; and an elongated removal member configured to be positioned within the elongated access sheath and releasably mountable to the penetrating tip to permit the elongated removal member to remove the penetrating tip through the elongated access sheath subsequent to passage of the penetrating tip through tissue.