mhurhangee/ep-ind-claims huggingface dataset:
A cigarette pack of the hinge-lid-box type made of thin cardboard, comprising box part, lid and a collar formed from a separate blank, with a collar front wall abutting the inner side of a box front wall, wherein the box front wall has an opening, formed by punching, in the region of the collar front wall, wherein the opening or an aperture of the box front wall is completely covered on the inside by the collar front wall, and wherein in the region of the opening or in the region of the aperture, the collar front wall exhibits permanent material deformations, namely stampings (29, 33) of the collar front wall, characterized by the following features: a) the stampings (29, 33) are directed toward the inside of the pack, thus forming a depression with respect to the box front wall which has the opening or the aperture, b) the stamping (29, 33) is slightly larger than the contour of the opening or of the aperture. a) the stampings (29, 33) are directed toward the inside of the pack, thus forming a depression with respect to the box front wall which has the opening or the aperture, b) the stamping (29, 33) is slightly larger than the contour of the opening or of the aperture.
A compound comprising a modified oligonucleotide complementary to a mutant huntingtin allele at a position on the allele comprising the single nucleotide polymorphism rs362307, for use in a method of treating, ameliorating or slowing the onset or progression of Huntington's Disease, wherein the compound selectively reduces the mutant huntingtin allele, wherein the modified oligonucleotide consists of 15 to 20 linked nucleosides and position 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, or 15 of the modified oligonucleotide, as counted from the 5' terminus of the modified oligonucleotide, aligns with the single nucleotide polymorphism, and wherein the modified oligonucleotide comprises a wing-gap-wing motif.
An apparatus for transportation, installation and retrieval of marine structures comprising at least two inter-connected vessels (1, 2) with adjustable buoyancy, each having a first end and a second end and are equipped with a mechanism (3, 9) for lifting and carrying a marine structure, said vessels (1, 2) being connected to one another at each said first end at an angle and are free at each said second end, thus forming a V-shape, characterised in that said vessels are connected to one another substantially by means of at least one cross beam at points (6, 7) on the deck of each vessel, said points being between the engaged first ends and the free second ends, and so that there is room for carrying a load having a centre of gravity situated between the free second ends of the vessels and the cross beam, that the vessels (1, 2) are barges having a hall structure and being equipped with ballast tanks for ballasting and de-ballasting the barges evenly or at desired ends, and that consoles for lifting and securing the load are provided along the cross beam between the barges (1,2), and at symmetrically opposite locations near the free second end of each of the barges (1,2).
An apparatus for injecting grouting resin into a drilled hole for rock reinforcement; wherein the apparatus is for feeding bulk-like fluid material and comprises: an injector head which is to be inserted inside the drilled hole; at least one fluid inlet arrangement connected to the injector head for feeding a resin base component and a resin catalyst to the injector head; and an elongated tubular cover element surrounding the fluid inlet arrangement; wherein the injector head is provided with a mixing device for mixing the fed resin base component and the catalyst together, whereby the mixing device is configured to be fed together with the injector head and the cover element inside the drilled hole; the injector head comprises a valve assembly which is located inside a flexible feed hose serving as the tubular cover element; characterised in that the injector head is a grouting resin feeding tool, whereby the tool is removed from the drilled hole when the resin feeding is completed and before a separate rock bolt is fed into the drilled hole filled with the grouting resin. an injector head which is to be inserted inside the drilled hole; at least one fluid inlet arrangement connected to the injector head for feeding a resin base component and a resin catalyst to the injector head; and an elongated tubular cover element surrounding the fluid inlet arrangement; wherein the injector head is provided with a mixing device for mixing the fed resin base component and the catalyst together, whereby the mixing device is configured to be fed together with the injector head and the cover element inside the drilled hole; the injector head comprises a valve assembly which is located inside a flexible feed hose serving as the tubular cover element; characterised in that the injector head is a grouting resin feeding tool, whereby the tool is removed from the drilled hole when the resin feeding is completed and before a separate rock bolt is fed into the drilled hole filled with the grouting resin.
A method of manufacturing an optoelectronic device comprising a control integrated circuit and, on one side of said integrated circuit, a stack comprising an alternation of at least one semiconductor layer of a first material and of semiconductor layers of a second material, each layer of the first material being sandwiched between two layers of the second material and defining a quantum well, the first material being an inorganic perovskite material, and the second material being an inorganic semiconductor material, the device further comprising an LED on said face of the control integrated circuit, the multiple quantum well stack being disposed on a face of the LED opposite the control integrated circuit and being adapted to convert the light emitted by the LED, in which layers of the first material and layers of the second material are deposited successively in the same deposition chamber in such a way that each layer of the first material has a crystal structure aligned with the crystal structure of the underlying layer of the second material, according to an epitaxial relationship, the method comprising a step of transferring the LED onto said face of the integrated control circuit, the stack being deposited on the face of the LED opposite the integrated control circuit, after said transfer step.
Method for providing service personalisation data between a terminal and a device, the device being located in the immediate proximity to a user who is the holder of the terminal and capable of communicating with the terminal: - over a first channel in near field using the electromagnetic wave conduction capabilities of a body of said holder of the terminal, and: - over a second, wireless channel distinct from the first channel, the first channel being unidirectional and the method comprising, on the terminal, the steps of: A. obtaining a first message over the first channel, said message comprising at least one random datum (ALEA) when said holder of the terminal performs a movement to enter the immediate proximity of the device; B. transmission, over the second channel, of a second message (M1_OK) in response to the first message; C. establishing (E5, E6) a communication session over the second channel with the device; D. computing a secret datum (f(ALEA)) as a function of the random datum (ALEA) received; E. transmission of the secret datum (f(ALEA)) over the second channel; F. reception of a request (RQ_PR) for a personalisation datum over the second channel; G. transmission of at least one personalisation datum in response to the request. - over a first channel in near field using the electromagnetic wave conduction capabilities of a body of said holder of the terminal, and: - over a second, wireless channel distinct from the first channel, the first channel being unidirectional and the method comprising, on the terminal, the steps of: A. obtaining a first message over the first channel, said message comprising at least one random datum (ALEA) when said holder of the terminal performs a movement to enter the immediate proximity of the device; B. transmission, over the second channel, of a second message (M1_OK) in response to the first message; C. establishing (E5, E6) a communication session over the second channel with the device; D. computing a secret datum (f(ALEA)) as a function of the random datum (ALEA) received; E. transmission of the secret datum (f(ALEA)) over the second channel; F. reception of a request (RQ_PR) for a personalisation datum over the second channel; G. transmission of at least one personalisation datum in response to the request. A. obtaining a first message over the first channel, said message comprising at least one random datum (ALEA) when said holder of the terminal performs a movement to enter the immediate proximity of the device; B. transmission, over the second channel, of a second message (M1_OK) in response to the first message; C. establishing (E5, E6) a communication session over the second channel with the device; D. computing a secret datum (f(ALEA)) as a function of the random datum (ALEA) received; E. transmission of the secret datum (f(ALEA)) over the second channel; F. reception of a request (RQ_PR) for a personalisation datum over the second channel; G. transmission of at least one personalisation datum in response to the request.
A leakage flow control system for a turbine comprising: a first rotor blade with a first tip shroud; a second rotor blade with a second tip shroud, the second rotor blade positioned downstream of the first rotor blade in the direction of a mainstream flow through the turbine; a first diaphragm that forms a partition between pressure stages in a turbine casing of the turbine; a first extension ring coupled to the first diaphragm and positioned adjacent to the first tip shroud, the first extension ring and the first tip shroud forming a first gap therebetween, through which a tip leakage jet flows during operation; a tip balance slit formed at least partially in the first diaphragm, the tip balance slit being in communication with the first gap for receiving the tip leakage jet therefrom and forming a downstream path for the tip leakage jet, which extends from the first rotor blade to the second rotor blade; and a tip balance slit outlet in communication with the tip balance slit and/or a chamber at an end of the tip balance slit, the tip balance slit outlet configured to reintroduce the tip leakage jet to the mainstream flow near the second rotor blade, wherein the tip balance slit outlet is at least partially angled against the mainstream flow and configured to swirl the flow of the tip leakage jet onto the second tip shroud of the second rotor blade to minimize windage losses, to put positive work into the second tip shroud, and to provide a steam blanketing effect. a first rotor blade with a first tip shroud; a second rotor blade with a second tip shroud, the second rotor blade positioned downstream of the first rotor blade in the direction of a mainstream flow through the turbine; a first diaphragm that forms a partition between pressure stages in a turbine casing of the turbine; a first extension ring coupled to the first diaphragm and positioned adjacent to the first tip shroud, the first extension ring and the first tip shroud forming a first gap therebetween, through which a tip leakage jet flows during operation; a tip balance slit formed at least partially in the first diaphragm, the tip balance slit being in communication with the first gap for receiving the tip leakage jet therefrom and forming a downstream path for the tip leakage jet, which extends from the first rotor blade to the second rotor blade; and a tip balance slit outlet in communication with the tip balance slit and/or a chamber at an end of the tip balance slit, the tip balance slit outlet configured to reintroduce the tip leakage jet to the mainstream flow near the second rotor blade, wherein the tip balance slit outlet is at least partially angled against the mainstream flow and configured to swirl the flow of the tip leakage jet onto the second tip shroud of the second rotor blade to minimize windage losses, to put positive work into the second tip shroud, and to provide a steam blanketing effect.
A diagnostic kit for use in a method of diagnosing Focal cortical dysplasia type II or an epilepsy associated with the FCD type II, wherein said diagnostic kit comprises an agent for detecting at least one nucleotide mutation selected from the group consisting of nucleotide mutations: (a) Cytosine at position 616 to Thymine, Guanine at position 1871 to Adenine, Thymine at position 4348 to Guanine, Guanine at position 5126 to Adenine, Cytosine at position 5930 to Adenine, Cytosine at position 6577 to Thymine, Cytosine at position 6644 to Thymine, in SEQ ID NO: 1; (b) Cytosine at position 64 to Thymine, Cytosine at position 610 to Thymine, and Guanine at position 2432 to Thymine in SEQ ID NO: 3; (c) Guanine at position 4639 to Adenine in SEQ ID NO: 5; (d) Guanine at position 740 to Adenine in SEQ ID NO: 7; and (e) Guanine at position 3052 to Adenine in SEQ ID NO: 9, wherein the agent capable of detecting the nucleotide mutation is a primer, a probe or an antisense nucleic acid that is specific for a nucleotide mutation of (a), (b), (c), (d) or (e). (a) Cytosine at position 616 to Thymine, Guanine at position 1871 to Adenine, Thymine at position 4348 to Guanine, Guanine at position 5126 to Adenine, Cytosine at position 5930 to Adenine, Cytosine at position 6577 to Thymine, Cytosine at position 6644 to Thymine, in SEQ ID NO: 1; (b) Cytosine at position 64 to Thymine, Cytosine at position 610 to Thymine, and Guanine at position 2432 to Thymine in SEQ ID NO: 3; (c) Guanine at position 4639 to Adenine in SEQ ID NO: 5; (d) Guanine at position 740 to Adenine in SEQ ID NO: 7; and (e) Guanine at position 3052 to Adenine in SEQ ID NO: 9,
A dishwasher comprising: a cabinet including a washing tub; a basket provided inside the washing tub, comprising: a plurality of horizontally arranged horizontal wires (61, 62); and a plurality of vertically arranged vertical wire;; a shaft unit coupled to the basket and including a shaft; a plurality of balls rotating along an outer circumferential surface of the shaft; and a roller rotatably coupled to the shaft and including a plurality of seating portions spaced apart from each other to seat the plurality of balls, characterized in that at least one of the plurality of seating portions receives two or more of the plurality of balls. a cabinet including a washing tub; a basket provided inside the washing tub, comprising: a plurality of horizontally arranged horizontal wires (61, 62); and a plurality of vertically arranged vertical wire;; a shaft unit coupled to the basket and including a shaft; a plurality of balls rotating along an outer circumferential surface of the shaft; and a roller rotatably coupled to the shaft and including a plurality of seating portions spaced apart from each other to seat the plurality of balls, characterized in that at least one of the plurality of seating portions receives two or more of the plurality of balls. a plurality of horizontally arranged horizontal wires (61, 62); and a plurality of vertically arranged vertical wire;; a shaft unit coupled to the basket and including a shaft; a plurality of balls rotating along an outer circumferential surface of the shaft; and a roller rotatably coupled to the shaft and including a plurality of seating portions spaced apart from each other to seat the plurality of balls, characterized in that at least one of the plurality of seating portions receives two or more of the plurality of balls.
A method of painting parts of large dimensions that present a certain amount of flexibility causing them to be unstable in shape when moved, the parts being painted by spraying droplets or solid particles using at least one paint spray device, in which method, a part having a surface for painting is moved in front of the spray device with its surface for painting facing towards the spray device, the method being characterized by the following steps: · gripping the part at the end of an arm of a robot; · keeping the spray device stationary relative to the robot; · deforming the part by imparting a deformed configuration thereto in which its deformable portions cause the part as a whole to take up a stable shape; and · moving the part relative to the spray device so as to pass all of its surface for painting in front of the spray device while the part is being held in the deformed configuration. · gripping the part at the end of an arm of a robot; · keeping the spray device stationary relative to the robot; · deforming the part by imparting a deformed configuration thereto in which its deformable portions cause the part as a whole to take up a stable shape; and · moving the part relative to the spray device so as to pass all of its surface for painting in front of the spray device while the part is being held in the deformed configuration.
A light directing article with an image comprising: a substrate; an adhesive pattern at a first region of the substrate; a plurality of wavelength-selective film particles at the adhesive forming the image. a substrate; an adhesive pattern at a first region of the substrate; a plurality of wavelength-selective film particles at the adhesive forming the image.
A fire suppression system, comprising: a fuel tank inerting system including at least two on-board inert gas generating systems; a halon-based fire suppression subsystem configured to release halon as a first fire suppression agent; a monitoring module, which is coupled to the at least two on-board inert gas generating systems, and which is configured to monitor the operability of the at least two on-board inert gas generating systems and to output a monitoring signal indicating the state of operability of the at least two on-board inert gas generating systems; and a control module, which is coupled to the monitoring module, the at least two on-board inert gas generating systems and the halon-based fire suppression subsystem, and which is configured to select one of the at least two on-board inert gas generating systems depending on the monitoring signal and to control the selected on-board inert gas generating system to release an inert gas as a second fire suppression agent. a fuel tank inerting system including at least two on-board inert gas generating systems; a halon-based fire suppression subsystem configured to release halon as a first fire suppression agent; a monitoring module, which is coupled to the at least two on-board inert gas generating systems, and which is configured to monitor the operability of the at least two on-board inert gas generating systems and to output a monitoring signal indicating the state of operability of the at least two on-board inert gas generating systems; and a control module, which is coupled to the monitoring module, the at least two on-board inert gas generating systems and the halon-based fire suppression subsystem, and which is configured to select one of the at least two on-board inert gas generating systems depending on the monitoring signal and to control the selected on-board inert gas generating system to release an inert gas as a second fire suppression agent.
Axle, in particular for commercial vehicles, comprising: a first wheel head and a second wheel head which are or can be arranged opposite one another and rotatably on the axle, a recuperation device connected or connectable to the first wheel head and adapted to recuperate rotational energy of the first wheel head, a braking device adapted to decelerate the second wheel head, and a control unit which is designed to determine information about a deceleration of the first wheel head resulting from the recuperation and/or a deceleration of the second wheel head and to control the braking device and/or the recuperation device in such a way that the deceleration of the first wheel head and the deceleration of the second wheel head are matched to one another, characterised in that the control unit is arranged to determine the information on the deceleration of the first wheel head based on the recuperated rotational energy. a first wheel head and a second wheel head which are or can be arranged opposite one another and rotatably on the axle, a recuperation device connected or connectable to the first wheel head and adapted to recuperate rotational energy of the first wheel head, a braking device adapted to decelerate the second wheel head, and a control unit which is designed to determine information about a deceleration of the first wheel head resulting from the recuperation and/or a deceleration of the second wheel head and to control the braking device and/or the recuperation device in such a way that the deceleration of the first wheel head and the deceleration of the second wheel head are matched to one another, characterised in that the control unit is arranged to determine the information on the deceleration of the first wheel head based on the recuperated rotational energy.
Computer circuitry for use in a user equipment operable to report periodic Channel State Information, CSI, configured in a specified transmission mode, the computer circuitry configured to: generate a plurality of CSI reports for transmission in a subframe for a plurality of CSI processes, wherein each CSI report corresponds to a Physical Uplink Control Channel, PUCCH, reporting type, a CSI process having a CSI process index, and a serving cell index; and report for transmission to an evolved Node B at least one CSI; characterized in that the computer circuitry is further configured to drop CSI reports corresponding to CSI processes except a CSI report having a lowest serving cell index when the CSI process indexes for the CSI reports are the same and the CSI reports have the same priority based on PUCCH reporting types. generate a plurality of CSI reports for transmission in a subframe for a plurality of CSI processes, wherein each CSI report corresponds to a Physical Uplink Control Channel, PUCCH, reporting type, a CSI process having a CSI process index, and a serving cell index; and report for transmission to an evolved Node B at least one CSI; characterized in that the computer circuitry is further configured to drop CSI reports corresponding to CSI processes except a CSI report having a lowest serving cell index when the CSI process indexes for the CSI reports are the same and the CSI reports have the same priority based on PUCCH reporting types.