mhurhangee/ep-ind-claims huggingface dataset:
An attenuated recombinant poliovirus having: (i) a 5' non-coding region consisting of the 5' non-coding region of Sabin 3, modified so that it does not have a base pair mismatch in stem (a) or (b) of domain V, in which: (a) a U-A base pair is present at positions 471-538 and 472-537 in stem (a) and at positions 478-533, 480-531 and 481-530 in stem (b) and an A-U base pair is present at positions 479-532 and 482-529 in stem (b); or (b) a U-A base pair is present at positions 471-538 and 472-537 in stem (a) and at positions 478-533, 480-531 and 481-530 in stem (b) and an A-U base pair is present at positions 477-534, 479-532 and 482-529 in stem (b); and (ii) a capsid coding region P1 from the Sabin 1, Mahoney, MEF or Saukett strain. (i) a 5' non-coding region consisting of the 5' non-coding region of Sabin 3, modified so that it does not have a base pair mismatch in stem (a) or (b) of domain V, in which: (a) a U-A base pair is present at positions 471-538 and 472-537 in stem (a) and at positions 478-533, 480-531 and 481-530 in stem (b) and an A-U base pair is present at positions 479-532 and 482-529 in stem (b); or (b) a U-A base pair is present at positions 471-538 and 472-537 in stem (a) and at positions 478-533, 480-531 and 481-530 in stem (b) and an A-U base pair is present at positions 477-534, 479-532 and 482-529 in stem (b); and (a) a U-A base pair is present at positions 471-538 and 472-537 in stem (a) and at positions 478-533, 480-531 and 481-530 in stem (b) and an A-U base pair is present at positions 479-532 and 482-529 in stem (b); or (b) a U-A base pair is present at positions 471-538 and 472-537 in stem (a) and at positions 478-533, 480-531 and 481-530 in stem (b) and an A-U base pair is present at positions 477-534, 479-532 and 482-529 in stem (b); and (ii) a capsid coding region P1 from the Sabin 1, Mahoney, MEF or Saukett strain.
A utensil for cooking food under pressure, the utensil comprising a vessel, a lid, and a first positioning element secured to the lid and formed at least by a first portion arranged on the lid and by a second portion that extends outwards from said first portion so as to project radially beyond said lid, said utensil also comprising a second positioning element secured to the vessel, said vessel and lid being designed to be capable of being united at least in a first predetermined relative arrangement in which said first and second positioning elements (6, 10) are put into correspondence in order to enable the lid to be locked to the vessel, the utensil being characterized in that said first positioning element also includes a reinforcing part that is secured to said second portion and that is shaped at least to protect said second portion thermally, said reinforcing part being made of thermosetting material, e.g. such as a phenolic resin or an elastomer, and/or out of a mineral material, and/or out of a metal material.
Spectacles provided with auricular sensors for detecting biometric data when worn and when in contact with the head of the user, comprising a frame having a front mount for supporting respective lenses, a nose support device and a pair of arms articulated on the front mount on laterally opposite sides, each of said arms extending in a longitudinal direction between a first end articulated on the front mount and a second, opposite end, close to which an end portion of the arm can make contact with the head at the ear, wherein each arm extends from said second end to a section of the arm made of flexible material that can support the auricular sensor, said section of the arm having a main extension in the longitudinal direction between said second end and an opposite free end of said section, said auricular sensor being supported on the section of the arm at said free end, said section of the arm can move, on account of its flexibility, between an operative position, in which the auricular sensor can be positioned in the concha of the auricle, and a non-operative position, in which the sensor supported by said section of the arm is removably retained on the end portion of the arm, characterised in that the auricular sensor, the section of the arm, and the end portion are obtained integrally formed with one another, by means of injection moulding of an electrically conductive rubber, and in that the auricular sensor or the section of the arm can engage in a respective seat provided in said arm so as to retain said auricular sensor or section of the arm on the end portion of the arm in the second, non-operative position.
An elevator apparatus comprising: a hoisting machine that has a sheave; a main rope that is wound around the sheave; a car that is suspended by the main rope on a first side of the sheave; a counterweight that is suspended by the main rope on a second side of the sheave; a rotation detector that generates a signal that corresponds to rotation of the sheave; and a slippage testing portion that operates the car through a round trip for a predetermined distance, and that tests for slippage between the sheave and the main rope based on a difference between a signal from the rotation detector during ascent and a signal from the rotation detector during descent, characterized in that the slippage testing portion runs the car through a speed pattern in which the car is accelerated to a predetermined speed, then decelerated and stopped so as to completely eliminate a constant speed traveling time. a hoisting machine that has a sheave; a main rope that is wound around the sheave; a car that is suspended by the main rope on a first side of the sheave; a counterweight that is suspended by the main rope on a second side of the sheave; a rotation detector that generates a signal that corresponds to rotation of the sheave; and a slippage testing portion that operates the car through a round trip for a predetermined distance, and that tests for slippage between the sheave and the main rope based on a difference between a signal from the rotation detector during ascent and a signal from the rotation detector during descent, characterized in that the slippage testing portion runs the car through a speed pattern in which the car is accelerated to a predetermined speed, then decelerated and stopped so as to completely eliminate a constant speed traveling time.
Method for drilling panels by two or more drilling bits (51, 52, 53, 54) to drill at least one panel, wherein said drilling bits (51, 52, 53, 54) are installed on a drilling unit, movable along at least one movement direction, and wherein each of said drilling bits (51, 52, 53, 54) is configured to assume an extracted position, in which it is capable of drilling said at least one panel, and a retracted position, in which it is not capable of drilling said at least one panel, wherein said method comprises the following steps: A. arranging two or more drilling bits (51, 52, 53, 54) in said extracted position; B. detecting the relative position (Δ ij, Δ 32, Δ 34) among said drilling bits (51, 52, 53, 54) in said extracted position or in said retracted position; C. handling (120, 130) said drilling unit along said at least one movement direction, so that said drilling bits (51, 52, 53, 54) in said extracted position carry out a respective hole having a respective drilling depth (D, D1, D2, D3, D4); and characterized in that said method further comprises the following step: D. switching each of said drilling bits (51, 52, 53, 54) in the extracted position from said extracted position to said retracted position, any time each drilling bit (51, 52, 53, 54) reaches the respective drilling depth (D, D1, D2, D3, D4). A. arranging two or more drilling bits (51, 52, 53, 54) in said extracted position; B. detecting the relative position (Δ ij, Δ 32, Δ 34) among said drilling bits (51, 52, 53, 54) in said extracted position or in said retracted position; C. handling (120, 130) said drilling unit along said at least one movement direction, so that said drilling bits (51, 52, 53, 54) in said extracted position carry out a respective hole having a respective drilling depth (D, D1, D2, D3, D4); and
A compact light-emitting diode arrangement for use in a vehicle, comprising a plurality of light-emitting diodes, wherein the light-emitting diodes along with a control mechanism, which is arranged to set the brightness intensity of the light-emitting diodes individually, are arranged in one piece in a common chip housing and transparent or semi-transparent as well as partially opaque surfaces are provided within the chip housing to provide window regions, through which the brightness intensity of the light-emitting diode is observable from outside the chip housing, characterized in that a lacquer layer is arranged such that the control mechanism is protected within the housing against the emission of the light-emitting diodes.
An IC card comprising: an antenna coil for inducing electric power by electromagnetic induction; a thin-film battery for storing electric power induced by the antenna coil, wherein the thin-film battery includes a positive electrode, a negative electrode, and an electrolyte between the positive electrode and the negative electrode,; a control portion for controlling the storage of the electric power from the antenna coil in the thin-film battery; characterized by a flexible display portion for displaying information and powered by the electric power from the antenna coil in the thin-film battery; the thin-film battery being flexible, wherein the positive electrode and the negative electrode each include a collector (22, 26) made of, as a main component, a transparent electric conductor; and a remaining-level indicator portion for visually checking a change in the color of the transparent electric conductor. an antenna coil for inducing electric power by electromagnetic induction; a thin-film battery for storing electric power induced by the antenna coil, wherein the thin-film battery includes a positive electrode, a negative electrode, and an electrolyte between the positive electrode and the negative electrode,; a control portion for controlling the storage of the electric power from the antenna coil in the thin-film battery; characterized by a flexible display portion for displaying information and powered by the electric power from the antenna coil in the thin-film battery; the thin-film battery being flexible, wherein the positive electrode and the negative electrode each include a collector (22, 26) made of, as a main component, a transparent electric conductor; and a remaining-level indicator portion for visually checking a change in the color of the transparent electric conductor.
A method performed by a user equipment, UE, the method comprising: receiving, from a network, a network message, the network message indicating a target state to which the UE is to transition; inhibiting a sending of a UE message to the network, wherein the inhibiting comprises aborting the sending of measurement reports scheduled to be sent to the network after receipt of the network message; and transitioning from a first state to the target state, wherein the target state is a battery-efficient or network resource efficient state. receiving, from a network, a network message, the network message indicating a target state to which the UE is to transition; inhibiting a sending of a UE message to the network, wherein the inhibiting comprises aborting the sending of measurement reports scheduled to be sent to the network after receipt of the network message; and transitioning from a first state to the target state, wherein the target state is a battery-efficient or network resource efficient state.
An on-board miniature device for capturing images and/or videos, comprising: - a module containing a miniature system for capturing images and/or video defining an optical axis and - at least one elongate housing provided with at least one wing (20, 40) accommodating equipment operating the system for capturing images and/or videos, such as an on-board battery and/or electronics, - means for attachment to a fixture carried on the user's head or on the user's forehead proper, with the device being characterized in that it comprises: - the module (30 and the housing being so hinged as to be able to take a curved configuration included in a plane perpendicular to the optical axis of the image and/or video capture system, and/or included in a plane containing the optical axis of the system for capturing images and/or videos, so as to be able to match the corresponding curved shape of the fixture or of the user's forehead, in order to be attached thereto in the curved configuration, using the attaching means. - a module containing a miniature system for capturing images and/or video defining an optical axis and - at least one elongate housing provided with at least one wing (20, 40) accommodating equipment operating the system for capturing images and/or videos, such as an on-board battery and/or electronics, - means for attachment to a fixture carried on the user's head or on the user's forehead proper, - the module (30 and the housing being so hinged as to be able to take a curved configuration included in a plane perpendicular to the optical axis of the image and/or video capture system, and/or included in a plane containing the optical axis of the system for capturing images and/or videos, so as to be able to match the corresponding curved shape of the fixture or of the user's forehead, in order to be attached thereto in the curved configuration, using the attaching means.
Electrical assembly having at least two electrical components and at least three electrically conductive connection contacts, by means of which the electrical assembly can be connected in an electrically conductive manner to a further electrical unit, wherein the electrical connection contacts are connected in an electrically conductive manner by way of a leadframe to the at least two electrical components, wherein the electrically conductive connection contacts are embodied as electrically conductive contact springs (4, 6, 8, 10), common electrical leads of the at least two electrical components are grouped together in an electrically conductive manner by means of the leadframe, wherein these common electrical leads comprise one or multiple common electrically conductive contact springs, characterized in that the contact springs (4, 6, 8, 10) are arranged in an insulating component, wherein the insulating component is fastened to the leadframe by means of fastening means, wherein the fastening means are part of the leadframe.
A natural fiber insulation comprising an outer layer and opposite the outer layer, an inner layer with at least one natural fiber insulation panel and at least one sealing segment, wherein the outer layer is connected to the natural fiber insulation panel and to the sealing segment, wherein the natural fiber insulation panel comprises a first insulating material with at least one natural fiber material, wherein the sealing segment comprises a second insulating material which is moisture-resistant, characterized in that the second insulating material comprises one or more moisture-resistant materials selected from the group consisting of EPS, XPS, mineral wool, glass wool, foam glass, and coconut fiber, and the outer layer comprises, in particular consists of, one or more dry construction panels. wherein the outer layer is connected to the natural fiber insulation panel and to the sealing segment, wherein the natural fiber insulation panel comprises a first insulating material with at least one natural fiber material, wherein the sealing segment comprises a second insulating material which is moisture-resistant, characterized in that the second insulating material comprises one or more moisture-resistant materials selected from the group consisting of EPS, XPS, mineral wool, glass wool, foam glass, and coconut fiber, and the outer layer comprises, in particular consists of, one or more dry construction panels.
A device for connecting a stamp plate with a stamp plate carrier, comprising a preferably plate-like base and at least one orienting element arranged on a top side of the base, said orienting element delimiting a receiving region for a stamp plate, the dimensions of the receiving region corresponding approximately to those of an impression side of the stamp plate carrier, characterized in that the device is adapted for mounting a stamp plate to a stamp plate carrier arranged in a stamp housing and comprises centering elements for the stamp plate which are arranged on the base adjacent to the receiving region, the height of the centering elements being less than the height of the orienting elements.
A refrigeration cycle apparatus, comprising: a refrigeration cycle (40, 310) configured to circulate refrigerant; a heat exchanger unit (1, 2, 400, 300) configured to accommodate at least a heat exchanger (7, 202, 5, 201) of the refrigeration cycle (40, 310); and a controller (30, 301, 401) configured to control the heat exchanger unit (1, 2, 400, 300), the heat exchanger unit (1, 2, 400, 300) comprising a refrigerant detection unit configured to detect the refrigerant, the controller (30, 301, 401) comprising a control board to which the refrigerant detection unit is unremovably connected, and a nonvolatile memory provided on the control board, the nonvolatile memory being provided with a leakage history storage area for storing any one of first information indicating a state of absence of refrigerant leakage history and second information indicating a state of presence of a refrigerant leakage history, wherein changing of the information stored in the leakage history storage area is allowed only in one way from the first information to the second information, and the controller (30, 301, 401) is configured to change the information stored in the leakage history storage area from the first information to the second information when detecting the leakage of the refrigerant. a refrigeration cycle (40, 310) configured to circulate refrigerant; a heat exchanger unit (1, 2, 400, 300) configured to accommodate at least a heat exchanger (7, 202, 5, 201) of the refrigeration cycle (40, 310); and a controller (30, 301, 401) configured to control the heat exchanger unit (1, 2, 400, 300), the heat exchanger unit (1, 2, 400, 300) comprising a refrigerant detection unit configured to detect the refrigerant, the controller (30, 301, 401) comprising a control board to which the refrigerant detection unit is unremovably connected, and a nonvolatile memory provided on the control board, the nonvolatile memory being provided with a leakage history storage area for storing any one of first information indicating a state of absence of refrigerant leakage history and second information indicating a state of presence of a refrigerant leakage history, wherein a control board to which the refrigerant detection unit is unremovably connected, and a nonvolatile memory provided on the control board, the nonvolatile memory being provided with a leakage history storage area for storing any one of first information indicating a state of absence of refrigerant leakage history and second information indicating a state of presence of a refrigerant leakage history, wherein changing of the information stored in the leakage history storage area is allowed only in one way from the first information to the second information, and the controller (30, 301, 401) is configured to change the information stored in the leakage history storage area from the first information to the second information when detecting the leakage of the refrigerant.
A fastener cartridge, comprising: a cartridge body comprising a deck; a firing member (2326, 2312, 2340) movable between a first firing member position and a second firing member position in a first direction; a layer positioned over said deck; and a cutting member movable between a first cutting member position and a second cutting member position in a second direction, wherein the firing member is configured to move the cutting member between the first cutting member position and the second cutting member position and wherein the second direction is different from the first direction; characterised in that the cutting member is movable by means of the firing member between the first cutting member position and the second cutting member position to sever a distal portion of the layer. a cartridge body comprising a deck; a firing member (2326, 2312, 2340) movable between a first firing member position and a second firing member position in a first direction; a layer positioned over said deck; and a cutting member movable between a first cutting member position and a second cutting member position in a second direction, wherein the firing member is configured to move the cutting member between the first cutting member position and the second cutting member position and wherein the second direction is different from the first direction; characterised in that the cutting member is movable by means of the firing member between the first cutting member position and the second cutting member position to sever a distal portion of the layer.
A composition comprising a cellulase and a poly alpha-1,3-glucan ether compound represented by the structure: wherein (i) n is at least 6, (ii) each R is independently an H or an organic group, and (iii) the compound has a degree of substitution of 0.05 to 3.0. (i) n is at least 6, (ii) each R is independently an H or an organic group, and (iii) the compound has a degree of substitution of 0.05 to 3.0.
A sample holder comprising: a first plate (110, 310) configured to permit a sample on a sample support to be contacted by fluid for direct sample analysis, the first plate (110, 310) comprising a retaining device (115, 330, and a plurality of apertures; and a second plate (120, 320) rotatably coupled to the first plate (110, 310), the second plate (120, 320) configured to rotate to engage the first plate and retain the sample support between the first plate and the second plate, in which the retaining device (115, 330) of the first plate (110, 310) is configured to engage the second plate (120, 320) to the first plate (110, 310) in a first position to retain the sample support between the first plate and the second plate and to disengage the second plate from the first plate in a second position to permit removal of the sample support from the sample holder and in which the apertures of the first plate (110, 310) and the second plate (120, 320) comprise a same size and geometry, and wherein when the first plate is engaged to the second plate in the first position the apertures of the first plate align with apertures of the second plate, characterized in that said second plate comprises the same number of apertures as the plurality of apertures of said first plate. a first plate (110, 310) configured to permit a sample on a sample support to be contacted by fluid for direct sample analysis, the first plate (110, 310) comprising a retaining device (115, 330, and a plurality of apertures; and a second plate (120, 320) rotatably coupled to the first plate (110, 310), the second plate (120, 320) configured to rotate to engage the first plate and retain the sample support between the first plate and the second plate, in which the retaining device (115, 330) of the first plate (110, 310) is configured to engage the second plate (120, 320) to the first plate (110, 310) in a first position to retain the sample support between the first plate and the second plate and to disengage the second plate from the first plate in a second position to permit removal of the sample support from the sample holder and in which the apertures of the first plate (110, 310) and the second plate (120, 320) comprise a same size and geometry, and wherein when the first plate is engaged to the second plate in the first position the apertures of the first plate align with apertures of the second plate,