mhurhangee/ep-ind-claims huggingface dataset:
A DUX4-fl antisense nucleic acid molecule or DUX4-fl RNAi molecule agent capable of inhibiting or suppressing the level of DUX4-fl expression, for use in a method of treating a human subject suffering from, or at risk for developing Facioscapulohumeral Dystrophy (FSHD), wherein the human subject has a functional polyadenylation signal sequence operationally linked to exon 3 of the DUX4 gene, wherein the DUX4 gene is located in a portion of the genomic DNA of the subject corresponding to the distal D4Z4-pLAM region on chromosome 4.
A method for treating ash of a recovery boiler of a pulp mill in conjunction with a single-stage or multi-stage leaching process, wherein at least one calcium compound is employed as an additive in one or more leaching stages, and at least one of the compounds calcium oxide and calcium hydroxide is employed.
Panel for an air handling unit, the panel defining a main axis perpendicular to its surface and including: - at least two first plates, each provided with at least two folded-over edges, and - at least two second plates, each provided with at least folded-over edges, the plates being parallel to one another and perpendicular to the main axis of the panel, wherein the panel includes at least one internal joining element inserted between the first plate and the second plate along the main axis; wherein the internal joining element comprises at least one bore, wherein the first plates each comprise at least one opening aligned with the bore, the bore and the openings being configured to receive the same attachment means; wherein each second plate is mounted on the internal joining element by means of its own attachment means; characterized in that the adjacent folded-over edges (18, 26) of the adjacent first and second plates (8, 10) are provided with a curved end (22, 28) configured to exert a resilient bearing force in first and second niches of the internal joining element. - at least two first plates, each provided with at least two folded-over edges, and - at least two second plates, each provided with at least folded-over edges, the plates being parallel to one another and perpendicular to the main axis of the panel,
An optical device (1, 1a) comprising: a display device (DP1, DP2) configured to display an image; a multi-channel lens (LS1, LS2) comprising a front surface configured to face an eye of a user and a concave or recessed rear surface facing the display device (DP1, DP2); and a camera (CMR1, CMR2) accommodated in an internal space between the rear surface of the multi-channel lens (LS1, LS2) and the display device (DP1, DP2) characterized in that the multi-channel lens (LS1, LS2) above the display device (DP1, DP2); a camera mounting component (CS1, CS2) on the display device (DP1, DP2) having the camera (CMR1, CMR2) on the camera mounting component (CS1, CS2) to face the rear surface of the multi-channel lens (LS1, LS2),wherein the camera mounting component (CS1, CS2) comprises a support ring (CS1_SP, CS2_SP), a plurality of legs (CS1_LP, CS2_LP) connected to the support ring (CS1_SP, CS2_SP), and a camera mount (CS1_CP, CS2_CP) connected to the plurality of legs (CS1_LP, CS2_LP). a display device (DP1, DP2) configured to display an image; a multi-channel lens (LS1, LS2) comprising a front surface configured to face an eye of a user and a concave or recessed rear surface facing the display device (DP1, DP2); and a camera (CMR1, CMR2) accommodated in an internal space between the rear surface of the multi-channel lens (LS1, LS2) and the display device (DP1, DP2) characterized in that the multi-channel lens (LS1, LS2) above the display device (DP1, DP2); a camera mounting component (CS1, CS2) on the display device (DP1, DP2) having the camera (CMR1, CMR2) on the camera mounting component (CS1, CS2) to face the rear surface of the multi-channel lens (LS1, LS2),wherein the camera mounting component (CS1, CS2) comprises a support ring (CS1_SP, CS2_SP), a plurality of legs (CS1_LP, CS2_LP) connected to the support ring (CS1_SP, CS2_SP), and a camera mount (CS1_CP, CS2_CP) connected to the plurality of legs (CS1_LP, CS2_LP).
Hydraulic mounting having a working chamber and an equalizing chamber, which are filled with a hydraulic fluid and are separated from one another by an at least partially flexible dividing wall, the dividing wall containing at least one throttle channel for the hydraulic fluid, which connects the working chamber to the equalizing chamber, having an electrically drivable actuator, which is connected by means of a piston or tappet to the flexible dividing wall or a control diaphragm integrated in the dividing wall and acts thereon, wherein the actuator is controlled according to a sensor picking up vibrations, in order that the actuator and dividing wall (59 or control diaphragm are deflected to compensate for pressure fluctuations in the hydraulic fluid, and consequently vibrations acting on the hydraulic mounting, characterized in that the actuator is elastically coupled to the hydraulic mounting in such a way that the entire actuator mass or the actuator mass less a centrifugal actuator mass substantially comprising the moved actuator components, the piston and the tappet, can be used as an absorber mass for vibration compensation.
A contact module for a component of an electrical connector, comprising: a housing including a bore formed within the housing and a mating end; a shuttle pin slidably received within the bore of the housing; a biasing mechanism to bias the shuttle pin towards the mating end of the housing; an electrical contact positioned adjacent the bore of the housing; and characterised by a radial diaphragm positioned within the housing and radially expandable with respect to the bore, wherein the diaphragm comprises an inner side toward the bore and an outer side away from the bore, wherein the outer side is vented external to the housing, and the electrical contact is in fluid communication with the inner side of the diaphragm through a fluid channel, and an inner side towards the bore of the first contact module radial diaphragm is in fluid communication with the first electrical contact socket and the diaphragm is configured to expand and contract in a direction perpendicular to the central axis in response to movement of the shuttle pin and/or the contact module to compensate pressure. a housing including a bore formed within the housing and a mating end; a shuttle pin slidably received within the bore of the housing; a biasing mechanism to bias the shuttle pin towards the mating end of the housing; an electrical contact positioned adjacent the bore of the housing; and characterised by a radial diaphragm positioned within the housing and radially expandable with respect to the bore, wherein the diaphragm comprises an inner side toward the bore and an outer side away from the bore, wherein the outer side is vented external to the housing, and the electrical contact is in fluid communication with the inner side of the diaphragm through a fluid channel, and an inner side towards the bore of the first contact module radial diaphragm is in fluid communication with the first electrical contact socket and the diaphragm is configured to expand and contract in a direction perpendicular to the central axis in response to movement of the shuttle pin and/or the contact module to compensate pressure.
Domestic appliance having a useful space, which can be closed by means of a door, and a storage compartment disposed below the useful space, into which the door can be displaced, to which door a guidance system with at least two slide tracks embodied in opposing side walls of the storage compartment is assigned, where a guidance element assigned to the door is guided into the storage compartment when the door is moved from a closed position, wherein the slide tracks have a start section, characterised in that two sliding pieces of the guidance element connected to one another via a connecting rod are positioned in the start section when the door is in the closed position, which sliding pieces of the guidance element are initially displaced upwards upon an opening movement of the door from the closed position and setting levers of the guidance element lift the door upwards as a result, which setting levers are connected to the connecting rod between the two sliding pieces, wherein the setting levers are connected to a rotating shaft in a form-fit manner and the rotating shaft is supported in pivot bearings in opposing edge strips of the door.
A pharmaceutical compound, having a structure of Formula I: or a pharmaceutically acceptable salt thereof, wherein R1 is hydrogen or fluorine; R2 and R3 are independently an alkyl of C1-C3, or combined to form a cycloalkyl of C3-C6; R4 is cyano; R5 is trifluoromethyl; and A is C or N. or a pharmaceutically acceptable salt thereof, wherein R1 is hydrogen or fluorine; R2 and R3 are independently an alkyl of C1-C3, or combined to form a cycloalkyl of C3-C6; R4 is cyano; R5 is trifluoromethyl; and A is C or N.
A method for contactless communication of information between a first device (1, 2) and a second device (2, 1) respectively having two antennas coupled by a near magnetic field, comprising within the first device (1, 2), a generation of a stream (FL1, FL2) of digital data corresponding to the information to be transmitted and a generation, from this stream and an application of a first dispersion, of a first amplitude modulated and dispersed signal at the antenna of the first device, the generation of the first modulated and dispersed signal comprising the application of said first dispersion on a clock signal so as to obtain a dispersed clock signal (CLKD1), a digital to analog conversion of the digital data stream using as a conversion clock signal said dispersed clock signal (CLKD1), and within the second device (2, 1), a frequency transposition (230, 130) of a second amplitude modulated and dispersed signal, derived from the first signal, with application of a second synchronous dispersion of said first dispersion, the application of said second dispersion comprising the generation of an initial clock signal (CLK1, CLK2), an application of the second dispersion to the initial clock signal so as to obtain a dispersed clock signal (CLKD2) and said frequency transposition being performed using the dispersed clock signal (CLKD2) as a frequency transposition signal.
A cathode active material for a lithium secondary battery, comprising an active material B and an active material A having different redox levels which are defined as the electric potentials at a 50% discharge rate, wherein the particle sizes of the active material A and B are different, and the active material B has a relatively small particle diameter and the active material A has a relatively large particle diameter, and the size of active material B having a relatively small particle diameter is in the range of 10 to 35% of that of active material A having a relatively large particle diameter, wherein the content of active material B having the relatively small particle diameter is in the range of 20 to 35% by weight based on the total weight of the cathode active material, and the active material A is represented by the following Formulae IV: Li 1+x Mn 2-y M y O 4 A a wherein -0.2<x<0.2; 0≤y≤0.4; 0≤a≤0.05; M is a first row transition metal such as Ni, Mn, Fe, Cr, Ti, Zn or V, Al, or Mg; and A is an element of Group 6A or Group 7A such as S, Se, F, Cl or I; and wherein the materials of Formula IV are active materials having electrochemical characteristics of Mn 3+ ↔ Mn 4+ oxidation-reduction in spinel structures thereof; and the active material B is selected from the group consisting of LiNi 1/3 Mn 1/3 Co 1/3 O 2, and LiNi 0.7 Co 0.25 Mn 0.05 O 2. -0.2<x<0.2; 0≤y≤0.4; 0≤a≤0.05; M is a first row transition metal such as Ni, Mn, Fe, Cr, Ti, Zn or V, Al, or Mg; and A is an element of Group 6A or Group 7A such as S, Se, F, Cl or I; and wherein the materials of Formula IV are active materials having electrochemical characteristics of Mn 3+ ↔ Mn 4+ oxidation-reduction in spinel structures thereof; and the active material B is selected from the group consisting of LiNi 1/3 Mn 1/3 Co 1/3 O 2, and LiNi 0.7 Co 0.25 Mn 0.05 O 2.
Rotor for a synchronous generator having a plurality of salient poles regularly disposed on the outer periphery of a rim and spaced by pole interspaces, each salient pole comprising a coil with two external terminals called, respectively, first terminal and second terminal, the salient poles being arranged so that two adjacent salient poles have either their respective first terminals or their respective second terminals facing each other, the rotor further comprises at least a first connection between facing first terminals and/or at least a second connection between facing second terminals, wherein at least one of the first connection and the second connection comprises a plurality of elongated conductive plates and each of the ends (A,B) of the elongated conductive plates are secured, respectively, with a single securing means, to one and the other terminal of facing first or facing second terminals, the elongated conductive plates are placed adjacent to each other in an axial direction, the rotor characterized in that each of the elongated conductive plates comprises a central section and secured ends (A, B), the central section having a reduced width with respect to width of the secured ends (A, B) to create ventilation spaces between the elongated conductive plates.
A method for transmitting data by a transmitting device, the method comprising: applying a redundancy version, RV, for the data; scrambling the data; generating demodulation reference signals for demodulation of the data; transmitting the data multiple times in N consecutive subframes, N being a positive integer number; and transmitting the demodulation reference signals multiple times in the N consecutive subframes, wherein: the data is transmitted on a same resource block in the N consecutive subframes, and the demodulation reference signals are generated based on a same cell identity in the N consecutive subframes and precoded by the same precoding matrix, characterized in that: the data is scrambled with a scrambling sequence which is the same for R consecutive subframes, where R is a predefined positive integer larger than 1, the RV for the data is the same over the R consecutive subframes for which the scrambling sequence is the same, and the RV for the data is changed every R consecutive subframes in the N consecutive subframes, where N is larger than R. applying a redundancy version, RV, for the data; scrambling the data; generating demodulation reference signals for demodulation of the data; transmitting the data multiple times in N consecutive subframes, N being a positive integer number; and transmitting the demodulation reference signals multiple times in the N consecutive subframes, wherein: the data is transmitted on a same resource block in the N consecutive subframes, and the demodulation reference signals are generated based on a same cell identity in the N consecutive subframes and precoded by the same precoding matrix, the data is transmitted on a same resource block in the N consecutive subframes, and the demodulation reference signals are generated based on a same cell identity in the N consecutive subframes and precoded by the same precoding matrix, characterized in that: the data is scrambled with a scrambling sequence which is the same for R consecutive subframes, where R is a predefined positive integer larger than 1, the RV for the data is the same over the R consecutive subframes for which the scrambling sequence is the same, and the RV for the data is changed every R consecutive subframes in the N consecutive subframes, where N is larger than R. the data is scrambled with a scrambling sequence which is the same for R consecutive subframes, where R is a predefined positive integer larger than 1, the RV for the data is the same over the R consecutive subframes for which the scrambling sequence is the same, and the RV for the data is changed every R consecutive subframes in the N consecutive subframes, where N is larger than R.
A composition comprising a combination of a milk-derived protein product comprising at least 2 percent lactoferrin by weight and xylitol for use in the treatment of biofilm-based sinus infections, rectal infections, infections associated with indwelling devices such as catheters and intestinal conditions associated with biofilm or increased (i.e. augmented) biofilm formation.
Modular training and/or rehabilitation device (10, 100, 200, 300, 400, 500) for soccer players comprising: - a plurality of panels (20, 30, 40, 50, 60, 70) interconnected to form a parallelepipedic hollow solid, - at least one opening in at least one panel of said plurality of panels, known as the handling panel (20, 30), forming a handle for gripping and moving the modular device, - four solid panels of said plurality of panels, so-called kicking panels (40, 50, 60, 70), each forming a deflection surface against which a footballer can string together ball strikes, said four kicking panels (40, 50, 60, 70) being adjacent to one another so as to form four deflection surfaces for four footballers practising simultaneously. - a plurality of panels (20, 30, 40, 50, 60, 70) interconnected to form a parallelepipedic hollow solid, - at least one opening in at least one panel of said plurality of panels, known as the handling panel (20, 30), forming a handle for gripping and moving the modular device, - four solid panels of said plurality of panels, so-called kicking panels (40, 50, 60, 70), each forming a deflection surface against which a footballer can string together ball strikes, said four kicking panels (40, 50, 60, 70) being adjacent to one another so as to form four deflection surfaces for four footballers practising simultaneously.
A method of operating a broadcast receiver, comprising: setting a preferred channel from a plurality of broadcast channels; receiving a program of the preferred channel set among the plurality of broadcast channels; transforming an image of the received program of the preferred channel into a thumbnail image; storing the thumbnail image for the preferred channel; when a request is received to switch to a turn-off mode, displaying the stored thumbnail image on a main screen of a display panel, wherein the turn-off mode is a mode cutting off a power to the display panel; identifying whether a request for selecting the displayed thumbnail image is received within a preset amount of time; when the request for selecting the displayed thumbnail image is received within the preset amount of time, displaying program information corresponding to the selected thumbnail image; and when the request for selecting the displayed thumbnail image is not received within the preset amount of time, cutting off power to the display panel, wherein a plurality of thumbnail images corresponding to a plurality of preferred channels are displayed on the main screen in response to the request for switching to a turn-off mode, a program information corresponding to a selected thumbnail image is displayed when one of the plurality of thumbnail images is selected, and the program information at least partially overlaps all of the plurality of thumbnail images displayed on the main screen. setting a preferred channel from a plurality of broadcast channels; receiving a program of the preferred channel set among the plurality of broadcast channels; transforming an image of the received program of the preferred channel into a thumbnail image; storing the thumbnail image for the preferred channel; when a request is received to switch to a turn-off mode, displaying the stored thumbnail image on a main screen of a display panel, wherein the turn-off mode is a mode cutting off a power to the display panel; identifying whether a request for selecting the displayed thumbnail image is received within a preset amount of time; when the request for selecting the displayed thumbnail image is received within the preset amount of time, displaying program information corresponding to the selected thumbnail image; and when the request for selecting the displayed thumbnail image is not received within the preset amount of time, cutting off power to the display panel, wherein a plurality of thumbnail images corresponding to a plurality of preferred channels are displayed on the main screen in response to the request for switching to a turn-off mode, a program information corresponding to a selected thumbnail image is displayed when one of the plurality of thumbnail images is selected, and the program information at least partially overlaps all of the plurality of thumbnail images displayed on the main screen.
A method for absolute measurement of the flatness of surfaces of optical elements wherein: - an interferometer having a measurement axis and including a reference surface position and a test surface position is used for applying the three-flat method by means of three optical elements, by conducting actual measurements on the latter, the actual measurements respectively providing interferograms, and - the respective planes of the three optical elements are reconstructed by an iterative processing operation in which the actual measurements are mathematically simulated and the simulated measurements are compared with the actual measurements, and wherein each actual measurement is carried out by placing the respective planes of two (18, 20) of the three optical elements facing each other, respectively in the reference surface position and in the test surface position, characterized in that at least one of the actual measurements is made after having performed a rotation around the measurement axis, and another actual measurement is made after having performed a translation perpendicularly to the measurement axis, of one of the two optical elements relatively to the other. - an interferometer having a measurement axis and including a reference surface position and a test surface position is used for applying the three-flat method by means of three optical elements, by conducting actual measurements on the latter, the actual measurements respectively providing interferograms, and - the respective planes of the three optical elements are reconstructed by an iterative processing operation in which the actual measurements are mathematically simulated and the simulated measurements are compared with the actual measurements,