mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, by a user equipment, at least one signal for performing antenna panel pathloss measurements as received via different panels; computing an initial uplink transmission power control value for a target uplink resource without any interference information; computing pathloss differences between the target uplink resource and candidate interference resources using the pathloss measurements, wherein uplink resources other than the target uplink resource and corresponding downlink resources are said candidate interference resources; and using the pathloss differences to identify a dominant uplink interferer by computing a maximum estimated pathloss difference; determining, based on the maximum estimated pathloss difference, whether there is a need to increase or decrease the initial uplink transmission power control value to compute at least one uplink transmission power control value; and applying the computed at least one uplink transmission power control value for resources configured for simultaneous uplink transmission over multiple antenna panels. receiving, by a user equipment, at least one signal for performing antenna panel pathloss measurements as received via different panels; computing an initial uplink transmission power control value for a target uplink resource without any interference information; computing pathloss differences between the target uplink resource and candidate interference resources using the pathloss measurements, wherein uplink resources other than the target uplink resource and corresponding downlink resources are said candidate interference resources; and using the pathloss differences to identify a dominant uplink interferer by computing a maximum estimated pathloss difference; determining, based on the maximum estimated pathloss difference, whether there is a need to increase or decrease the initial uplink transmission power control value to compute at least one uplink transmission power control value; and applying the computed at least one uplink transmission power control value for resources configured for simultaneous uplink transmission over multiple antenna panels.
An appliance for use in a method of reducing facial aging and/or reducing oral parafunctional activity, which appliance comprises two parts, the parts intended in use to contact at least the first and/or second molar teeth on respective opposite sides of either the upper or lower jaw, each part comprising a composite structure comprising: I) a first layer formed of a durable, resilient, elastomeric material and which in use contacts at least the occlusal biting surfaces of the first and/or second molar teeth; and II) a second layer, comprising a first surface that faces towards and contacts said first layer, a second surface that faces away from said first layer and one or more side walls that define the borders of said first and second surfaces, formed from a durable, non-deformable material having a softening point over 100°C and which in use provides a bite plate; wherein the second layer of each part is provided with a protrusion, formed of durable, non-deformable material having a softening point over 100°C, which extends from at least 2mm up to 20mm from said second surface away from the first layer and which is positioned such that in use the protrusion extends from said second surface away from at least a part of the first and/or second molar teeth which are in contact with the first layer; wherein said durable, resilient, elastomeric material is an ambient-temperature-cured, thermoset rubber composition; said first surface of said second layer is substantially planar; and said second layer is free of any side walls that border said first surface and that extend from said first surface in a direction away from said second surface. I) a first layer formed of a durable, resilient, elastomeric material and which in use contacts at least the occlusal biting surfaces of the first and/or second molar teeth; and II) a second layer, comprising a first surface that faces towards and contacts said first layer, a second surface that faces away from said first layer and one or more side walls that define the borders of said first and second surfaces, formed from a durable, non-deformable material having a softening point over 100°C and which in use provides a bite plate;
Manufacturing process for a cosmetic beauty mask soaked with a serum whose viscosity is between 0.1 and 30 Pa.s, characterized in that it: - uses as a support a sterilized bio-cellulose sheet, covered on both sides with porous polymer films (8 and 10), - deposits the serum in two steps, a defined dose being deposited flat on a flexible heat-sealable packaging film before being covered by the biocellulose support, before a second calibrated dose is deposited on the other side of the biocellulose support, - is conditioned with a second flexible heat-sealable film which overcomes the entire assembly, being then welded to the first heat-sealable film using a thermoformer, thus allowing to obtain a peelable bag containing the product. - uses as a support a sterilized bio-cellulose sheet, covered on both sides with porous polymer films (8 and 10), - deposits the serum in two steps, a defined dose being deposited flat on a flexible heat-sealable packaging film before being covered by the biocellulose support, before a second calibrated dose is deposited on the other side of the biocellulose support, - is conditioned with a second flexible heat-sealable film which overcomes the entire assembly, being then welded to the first heat-sealable film using a thermoformer, thus allowing to obtain a peelable bag containing the product.
A container system for bulk material and waste, comprising a plurality of stackable containers (10; 40; 50; 60; 70; 80), in particular of the type that can be emptied by turning or tipping, each container (10; 40; 50; 60; 70; 80) comprising a bottom wall (11; 41; 51) which defines a rectangular plane having four sides, four side walls (13, 14, 15, 16; 14, 43, 16, 45; 14, 53, 16, 55; 63, 64, 65, 66; 73, 74, 75, 76; 83, 84, 85, 86) that join said sides of said bottom wall (11; 41; 51) substantially perpendicularly, which side walls (13, 14, 15, 16; 14, 43, 16, 45; 14, 53, 16, 55; 63, 64, 65, 66; 73, 74, 75, 76; 83, 84, 85, 86) are substantially flat and which enclose a substantially rectangular space for filling the container (10; 40; 50; 60; 70; 80) with said bulk material and waste, wherein two opposite side walls (13, 15; 43, 45; 53, 55; 63, 65; 73, 75; 83, 85) of each container (10; 40; 50; 60; 70; 80) are provided with upright support elements at their edges (20, 21) remote from said bottom wall (11; 41; 51), which support elements extend beyond the respective edges (20, 21) in a direction transversely to said bottom wall (11; 41; 51), which support elements function to assist in stacking a further container (10; 40; 50; 60; 70; 80) in a self-centring manner with its bottom wall (11; 41; 51) which support elements are arranged in such a manner that said edges (20, 21) of said opposite side walls (13, 15; 43, 45; 53, 55; 63, 65; 73, 75; 83,85) comprising said support elements form support means for supporting the bottom wall (11; 41; 51) of said further container (10; 40; 50; 60; 70; 80, characterised in that said bottom walls (11; 41; 51) of different containers of said container system have different dimensions, wherein a first linear dimension, such as the width, of the bottom wall (11; 41; 51) is the same for all containers (10; 40; 50; 60; 70; 80) of said container system, and wherein a second linear dimension, such as the length, of said bottom wall (11; 41; 51) transversely to said first linear dimension is a whole multiple of the second linear dimension of the smallest container (40; 70) of said container system, wherein said support elements of each container (10; 40; 50; 60; 70; 80) of said container system are provided at said side walls (13, 15; 43, 45; 53, 55; 63, 65; 73, 75; 83, 85) that join said sides of said bottom wall (11; 41; 51) having said second linear dimension such that a number of containers (10; 40; 50; 60; 70; 80) having bottom walls (11; 41; 51) of mutually different dimensions can be stacked in various ways in a contiguous relationship so as to form a block-shaped stack of containers having substantially flat outer boundary walls (101, 102, 103).
A user equipment for providing a rehabilitation exercise to a patient affected by a neurodegenerative disease, said user equipment comprising a processor, a display and a motion sensing input device, said exercise comprising playing a videogame during which a target moving along a trajectory is presented to the patient on the display of the user equipment, said playing the videogame comprising tracking the target from a starting point of said trajectory to an end point of said trajectory, wherein said processor is configured to run said videogame, said display is configured to show said target moving on said display along said trajectory according to said videogame, and said motion input sensing device is configured to transduce a motion of said patient into a corresponding motion of a marker on said display for tracking said target along said trajectory according to said videogame, said processor being further configured to: - before the patient starts said exercise, select said trajectory for the target and a maximum speed of the target; and - during said exercise, adjust a current speed of the target on the basis of said maximum speed and of a distance between said target and said marker on the display, wherein said videogame comprises a number of frames, and said processor is further configured to compute said distance between the target and the marker and to adjust the current speed value of the target on a frame-by-frame basis. - before the patient starts said exercise, select said trajectory for the target and a maximum speed of the target; and - during said exercise, adjust a current speed of the target on the basis of said maximum speed and of a distance between said target and said marker on the display,
Concrete ceiling, comprising a lower reinforcing mesh and an upper reinforcing mesh, between which a plurality of displacement bodies (10, 20, 30, 40, 50, 60, 70, 80) are disposed, wherein the lower and upper reinforcing meshes (2, 5) and the displacement bodies (10, 20, 30, 40, 50, 60, 70, 80) are embedded in concrete and each displacement body (10, 20, 30, 40, 50, 60, 70, 80) at least partially surrounds at least one channel (11, 21, 31, 41, 51, 61, 71, 81) which establishes a connection between the concrete on the lower reinforcing mesh and the concrete on the upper reinforcing mesh, wherein the displacement bodies (10, 20, 30, 40, 50, 60, 70, 80) abut one another on at least three sides at least in sections in a central region of the concrete ceiling, characterized in that no additional spacers are provided between adjacent displacement bodies (10, 20, 30, 40, 50, 60, 70), so that the positioning of adjacent displacement bodies takes place by a side edge or a side wall, at which the adjacent displacement bodies contact each other and the ratio of the cross-section of the channel (11, 21, 31, 41, 51, 61) in a displacement body (10, 20, 30, 40, 50, 60) to the surface area of the displacement bodies (10, 20, 30, 40, 50, 60) in plan view is at least between 0.2 and 0.45.
An atomiser for a vapour provision system that includes a container for holding a reservoir of free liquid to be vaporised, the atomiser comprising: an atomising chamber; wherein the atomising chamber includes first and second opposing side walls, the atomising chamber being formed between the first and second opposing side walls, and the container for holding free liquid being provided outside the first and second opposing side walls, wherein a wick extends from inside the container to inside the atomising chamber in order to convey the liquid from the reservoir to the inside of the atomising chamber, the wick extending through a first aperture in the first side wall and through a second aperture in the second side wall, and characterised in that a first resilient seal is provided in said first aperture and runs around an inner surface of the said first aperture, and a second resilient seal is provided in the second aperture and runs around an inner surface of the said second aperture to restrict the liquid from entering the atomising chamber from the reservoir except by travelling along the wick. an atomising chamber; wherein the atomising chamber includes first and second opposing side walls, the atomising chamber being formed between the first and second opposing side walls, and the container for holding free liquid being provided outside the first and second opposing side walls, wherein a wick extends from inside the container to inside the atomising chamber in order to convey the liquid from the reservoir to the inside of the atomising chamber, the wick extending through a first aperture in the first side wall and through a second aperture in the second side wall, and characterised in that a first resilient seal is provided in said first aperture and runs around an inner surface of the said first aperture, and a second resilient seal is provided in the second aperture and runs around an inner surface of the said second aperture to restrict the liquid from entering the atomising chamber from the reservoir except by travelling along the wick.
A product for holding a tobacco material or a tobacco substitute material comprising a body defining a storage environment for holding a tobacco material or a tobacco substitute material, and an electronic device with: an input means to generate an input signal from a sensed environmental stimulus; an output means to generate an output signal in response to the input signal; wherein at least the output means is arranged on a substrate, in particular a flexible substrate; and wherein a protective layer is arranged to at least cover the substrate and the output means so as to prevent egression of compounds therefrom to the tobacco material or tobacco substitute material within the storage environment and to allow transmission of the output signal, and wherein the input means comprises at least one of a wireless signal receiver and a sensor. an input means to generate an input signal from a sensed environmental stimulus; an output means to generate an output signal in response to the input signal; wherein at least the output means is arranged on a substrate, in particular a flexible substrate; and
A delay circuit for time offsetting an input radiofrequency signal (Vin), said delay circuit comprising an all-pass filter having a given central frequency (f 0) configured to linearize the phase-shift of the output signal (Vout) relative to the input signal (Vin) as a function of the frequency on a first frequency range and characterised in that it comprises a first antiresonant circuit having a first central frequency (f 1) and a second antiresonant circuit having a second central frequency (f 2), the all-pass filter and the two antiresonant circuits (2, 3) being configured and arranged to linearize the phase-shift of the output signal (Vout) relative to the input signal (Vin) as a function of the frequency on a second frequency range including the first range, the difference between the first (f 1) and the second central frequency (f 2) being inferior to 30% of the value of the highest frequency between the first central frequency (f 1) and the given central frequency (f 0).
A surgical access device for use during a surgical procedure, which comprises: a housing; an access member extending distally from the housing and being dimensioned for positioning within tissue, the housing and the access member defining a longitudinal axis "A"; a seal assembly (100, 200, 300, 400) disposed within the housing, the seal assembly including first and second seal components (102a, 102b, 202a, 202b, 302a, 302b, 402a, 402b) respectively having first and second seal members (112a, 112b, 412a, 412b), each of the first and second seal members defining a passage (114a, 114b, 414a, 414b) for passage of a surgical object "I" in substantial sealed relation therewith, the first and second seal components being capable of relative rotation about the longitudinal axis between a first position, in which passages of the first and second seal members are in substantial alignment, and a second position where the passages of the first and second seal members are out of alignment to inhibit the communication of fluid through the seal assembly; and characterised in that the second seal component includes at least one detent configured and dimensioned for positioning within at least one recess on the first seal component. a housing; an access member extending distally from the housing and being dimensioned for positioning within tissue, the housing and the access member defining a longitudinal axis "A"; a seal assembly (100, 200, 300, 400) disposed within the housing, the seal assembly including first and second seal components (102a, 102b, 202a, 202b, 302a, 302b, 402a, 402b) respectively having first and second seal members (112a, 112b, 412a, 412b), each of the first and second seal members defining a passage (114a, 114b, 414a, 414b) for passage of a surgical object "I" in substantial sealed relation therewith, the first and second seal components being capable of relative rotation about the longitudinal axis between a first position, in which passages of the first and second seal members are in substantial alignment, and a second position where the passages of the first and second seal members are out of alignment to inhibit the communication of fluid through the seal assembly; and characterised in that the second seal component includes at least one detent configured and dimensioned for positioning within at least one recess on the first seal component.
Footwear comprising: - an upper; - an outsole, fastened to said upper; - at least one compartment designed to house a transmitting device; said at least one compartment being arranged at the upper or at the outsole of the footwear; - one-use closing means for sealing said at least one compartment; wherein, when said at least one compartment is arranged at the upper, said one-use closing means comprise at least one single-use press fastener or a single use zip fastener; said at least one single-use fastener or said single use zip fastener being arranged at an opening of said at least one compartment, or wherein, when said at least one compartment is arranged at the outsole, said one-use closing means comprise a cover or a covering layer having dimensions apt to seal the at least one compartment; said cover being secured to the outsole by means of one way screw fasteners or rivets or said covering layer being designed to be fixed by means of adhesive on top of said at least one compartment. - an upper; - an outsole, fastened to said upper; - at least one compartment designed to house a transmitting device; said at least one compartment being arranged at the upper or at the outsole of the footwear; - one-use closing means for sealing said at least one compartment; wherein, when said at least one compartment is arranged at the upper, said one-use closing means comprise at least one single-use press fastener or a single use zip fastener; said at least one single-use fastener or said single use zip fastener being arranged at an opening of said at least one compartment, or wherein, when said at least one compartment is arranged at the outsole, said one-use closing means comprise a cover or a covering layer having dimensions apt to seal the at least one compartment; said cover being secured to the outsole by means of one way screw fasteners or rivets or said covering layer being designed to be fixed by means of adhesive on top of said at least one compartment.
A method of predicting a phenotypic characteristic of a human or non-human animal, said phenotypic characteristic being selected from: (i) total body lean mass and/or percentage lean mass, or susceptibility for sarcopenia or impaired muscle function; (ii) impaired skeletal development associated with reduced bone mineral content or a disease condition associated with low bone mineral content such as osteoporosis; and said method comprising determining the degree of methylation of the promoter of the Retinoid X receptor, alpha (RXRA) gene or a combination of the promoter of the RXRA gene and at least one other gene in a perinatal tissue sample, wherein the degree of said methylation of the gene or genes of interest correlates with propensity for said phenotypic characteristic. (i) total body lean mass and/or percentage lean mass, or susceptibility for sarcopenia or impaired muscle function; (ii) impaired skeletal development associated with reduced bone mineral content or a disease condition associated with low bone mineral content such as osteoporosis;
A printed circuit board comprising conductive layers separated by insulation layers of dielectric material, at least one conductive layer being patterned and having one signal line embedded in insulation material and covered by a dielectric film, followed by a conductive layer, whereby the dielectric film covers at least one surface and both sides of the signal line, characterized in that at least two signal lines (14, 15) are embedded in insulation material and covered by a dielectric film, followed by a conductive layer, whereby the dielectric film covers at least one surface (14s, 15s) and both sides (14a, 14b; 15a, 15b) of the at least two signal lines and the conductive layer extends, separated by the dielectric film, over the at least one surface of the at least two signal lines and at least partially over the height (h) of both sides of the signal lines, and that it comprises at least a support core layer, a structured first conductive layer including the at least two signal lines (14, 15) with the dielectric film and the conductive layer arranged on the support core layer, followed by a first prepreg-layer, and a second conductive layer, comprising a signal line.
A nasal mask, wherein the nasal mask is usable as an oxygen transport mask or as a ventilation mask for providing O2 and anesthesia gases, and for monitoring end-tidal CO2, characterized in that the nasal mask comprises: a body defining a nasal cavity having an interior configured to cover a patient's nose while leaving a patient's mouth uncovered; an O2 port, a ventilation port, and an end-tidal CO2 port and an exterior opening, the exterior opening positioned under a nose region of the nasal mask and adapted to scavenge gases expelled orally by a wearer, and the end-tidal CO2 port fluidly connected to the exterior opening for monitoring end-tidal CO2; and a gas hood, located under the nose region of the nasal mask, extending around the exterior opening and beyond the nasal mask. a body defining a nasal cavity having an interior configured to cover a patient's nose while leaving a patient's mouth uncovered; an O2 port, a ventilation port, and an end-tidal CO2 port and an exterior opening, the exterior opening positioned under a nose region of the nasal mask and adapted to scavenge gases expelled orally by a wearer, and the end-tidal CO2 port fluidly connected to the exterior opening for monitoring end-tidal CO2; and a gas hood, located under the nose region of the nasal mask, extending around the exterior opening and beyond the nasal mask.