mhurhangee/ep-ind-claims huggingface dataset:
An infant formula comprising at least a source of proteins, a source of lipids, a source of carbohydrates, wherein the protein content is within the range of 1.6 to 1.85g/100kcal, wherein the proteins are hydrolysed, wherein the source of proteins is a mixture of whey proteins and casein, and the whey/casein ratio is at least equal to 50/50, wherein the major part of caseino-glycomacropeptide (CGMP) has been removed from whey proteins, for administration to the infant exclusively during at least its first 4 months of life and for at least 50% of the daily food intake within three to six months from birth, for use in the prevention of high blood pressure or cardiovascular diseases associated with high blood pressure.
A support undergarment comprising a containment pant with longitudinal axis (X-X) and including a first textile obtained by weaving first warp yarns and first weft yarns, the undergarment further comprising at least one yoke including a second textile obtained by weaving second warp yarns and second weft yarns, the first textile and the second textile each having a maximum elongation greater than 20%, the undergarment being characterized in that - the or each yoke is attached, i.e., superimposed, on the containment pant, - the first warp yarns and the second warp yarns are substantially parallel to the longitudinal axis (X-X) of the containment pant. - the or each yoke is attached, i.e., superimposed, on the containment pant, - the first warp yarns and the second warp yarns are substantially parallel to the longitudinal axis (X-X) of the containment pant.
A method of determining a guard time between reception and transmission in a half-duplex transceiver, the method comprising: determining a maximum round-trip propagation delay of signals between the half-duplex transceiver and a satellite; determining a minimum round-trip propagation delay of signals between the half-duplex transceiver and the satellite; determining a maximum differential round-trip propagation delay based on the maximum round-trip propagation delay and the minimum round-trip propagation delay; determining a transition time for the half-duplex transceiver to switch between a transmit mode and a receive mode; and determining the guard time based on the maximum differential round-trip propagation delay and the transition time for the half-duplex transceiver to switch between the transmit mode and the receive mode. determining a maximum round-trip propagation delay of signals between the half-duplex transceiver and a satellite; determining a minimum round-trip propagation delay of signals between the half-duplex transceiver and the satellite; determining a maximum differential round-trip propagation delay based on the maximum round-trip propagation delay and the minimum round-trip propagation delay; determining a transition time for the half-duplex transceiver to switch between a transmit mode and a receive mode; and determining the guard time based on the maximum differential round-trip propagation delay and the transition time for the half-duplex transceiver to switch between the transmit mode and the receive mode.
Sensor device, for a motor vehicle, comprising a light guiding body, at least one first receiver and a second receiver, which can detect light radiation, in particular solar radiation, radiating through the light guiding body, wherein the first receiver can emit a first signal and the second receiver can emit a second signal and a control means is provided, which can control a climate-influencing device in a manner dependent on the signals (S1, S2), wherein the first and second receivers (14, 16) comprise at least one light-sensitive element (20, 20a) wherein the light guiding body has focussing means corresponding to the first and second receivers (14, 16), wherein the focussing means are formed integrally with the light guiding body, wherein the focussing means have a focussing section, and wherein the focussing section faces the light-sensitive element, characterized in that the focussing means furthermore have a cylindrical section, which is arrangeable on a pane of the motor vehicle, wherein the cylindrical section is dimensioned in terms of length, diameter and refractive index in such a way that the light radiation entering through the pane of the motor vehicle is guided under total internal reflection.
An unworn contact lens immersed in a packaging solution and sealed in a package, said contact lens comprising: (a) a hydrogel comprising integral phosphorylcholine groups; and (b) a releasable ionic agent electrostatically bound to the phosphorylcholine groups, wherein the ionic agent is polyionic or comprises at least one guanidinium group or is both polyionic and comprises at least one guanidinium group. (a) a hydrogel comprising integral phosphorylcholine groups; and (b) a releasable ionic agent electrostatically bound to the phosphorylcholine groups, wherein the ionic agent is polyionic or comprises at least one guanidinium group or is both polyionic and comprises at least one guanidinium group.
An anti-scatter grid assembly for a pixel detector, comprising: - a first grid comprising first lamellas and first holes forming the first grid and - a second grid comprising second lamellas and second holes forming the second grid, wherein the second grid is arranged incongruently on top of the first grid with a lateral shift in at least one lateral direction, and wherein a first thickness (d 1) of the first lamellas is smaller than a second thickness (d 2) of the second lamellas. - a first grid comprising first lamellas and first holes forming the first grid and - a second grid comprising second lamellas and second holes forming the second grid, wherein the second grid is arranged incongruently on top of the first grid with a lateral shift in at least one lateral direction, and wherein a first thickness (d 1) of the first lamellas is smaller than a second thickness (d 2) of the second lamellas.
A pigment coated paperboard adapted for sterilizable packages and comprising one or more layers, with a pigment coated top layer of bleached kraft pulp, wherein the paperboard has a density in the range of 700 to 870 kg/m 3 and is hydrophobic from a sizing agent treatment of each layer, wherein the pigment coating comprises a pigment, a binder, and a rheology modifier, and wherein the pigment comprises at least 50 weight % calcium carbonate, the binder comprises an acrylic co-polymer, and the rheology modifier comprises an acrylic co-polymer, and wherein the pigment coated top layer has a top surface forming a printing surface.
An apparatus for use in rope climbing comprising: an elastic cord having a fixed end and a free end defining a length; a load bearing member having a hollow core open at an aperture, wherein the fixed end of the elastic cord is secured relative to the load bearing member, an interior portion of the length of the elastic cord extends from the fixed end through the hollow core to the aperture, and an exterior portion of the length of the elastic cord extends through the aperture to the free end external to the load bearing member, the free end of the elastic cord is configured for attaching to an attachment point on a harness during use; an ascender secured to the load bearing member adjacent to the aperture; and afoot attachment depending from the load bearing member. an elastic cord having a fixed end and a free end defining a length; a load bearing member having a hollow core open at an aperture, wherein the fixed end of the elastic cord is secured relative to the load bearing member, an interior portion of the length of the elastic cord extends from the fixed end through the hollow core to the aperture, and an exterior portion of the length of the elastic cord extends through the aperture to the free end external to the load bearing member, the free end of the elastic cord is configured for attaching to an attachment point on a harness during use; an ascender secured to the load bearing member adjacent to the aperture; and afoot attachment depending from the load bearing member.
An electrode assembly comprising at least two radical units, the radical unit having a four-layered structure obtained by stacking a first electrode, a first separator, a second electrode, and a second separator one by one, wherein the radical unit is formed by attaching the electrode and the separator to each other, the separator is coated with a coating material having adhesiveness and being a mixture of inorganic particles and a binder polymer, and characterized in that both sides of the first separator facing the first electrode and the second electrode are coated with the coating material, and only the side of the second separator facing the second electrode is coated with the coating material.
A method for use in a base station for controlling user equipments configured for multi-antenna transmissions in a telecommunication system, the method characterized in transmitting, on a downlink channel to a user equipment, first pre-coding vector information indicating a first pre-coding vector for uplink transmission and subsequently transmitting, on said downlink channel, second pre-coding vector information indicating a second pre-coding vector for uplink transmission; and detecting whether reception quality of said downlink channel is insufficient by monitoring a relative phase difference between a first pilot signal (33, 34) received from the user equipment during a first time interval associated with the first pre-coding vector information and a second pilot signal (33, 34) received from the user equipment during a second time interval associated with the second pre-coding vector information and comparing the relative phase difference between the first and second pilot signals to a relative phase difference between the first and second pre-coding vectors.
A non-shortening wrapped catheter balloon comprising a balloon having a longitudinal axis, said balloon comprising at least one radial wrap layer wrapped around the longitudinal axis in an essentially circumferential direction with respect to the longitudinal axis; at least one base wrap layer provided around the longitudinal axis in an essentially longitudinal direction; and at least one helical wrap layer oriented helically at an angle to the longitudinal axis that is between that of the at least one radial wrap layer and that of the at least one base wrap layer.
A cable reel system for a multifunctional microgravity exercise apparatus, the cable reel system being configured to allow a plurality of resistive exercises, characterised in that the cable reel system comprises two cable reels (36, 37) rotatably journaled on a shaft, two ring gears (40, 41) and at least two pinion gears, wherein one of the two ring gears is connected to one of the two reels, the other of the two ring gears is connected to the other of the two reels, the two ring gears (40, 41) face one another with the at least two pinion gears arranged between the two ring gears (40, 41) with the at least two pinion gears each meshing with both of the two ring gears (40, 41), and the shaft is provided with a pinion gear carrier for each of the at least two pinion gears. characterised in that the cable reel system comprises two cable reels (36, 37) rotatably journaled on a shaft, two ring gears (40, 41) and at least two pinion gears, wherein one of the two ring gears is connected to one of the two reels, the other of the two ring gears is connected to the other of the two reels, the two ring gears (40, 41) face one another with the at least two pinion gears arranged between the two ring gears (40, 41) with the at least two pinion gears each meshing with both of the two ring gears (40, 41), and the shaft is provided with a pinion gear carrier for each of the at least two pinion gears.
A wearable support for electronic devices, particularly for portable electronic devices, the support comprising: - A support area adapted to removably retain an electronic device in a fixed position, wherein the support area comprises a planar wall that has a first face and a second face opposite the first face, the first face being the face on which, in use, the electronic device is removably constrained; - At least one first spacer element that is movably joined to the support area; - At least one flexible tie-rod, which is retained between a first point and a second point, respectively at said at least one first spacer element and at the support area; - An adjustable tensioner for said at least one flexible tie-rod, configured to operate at least between a first configuration for use, in which it exerts a first and greater pulling force on the flexible tie-rod, thus locking the position assumed by said at least one first spacer element with respect to the support area, and a second configuration for use, in which it exerts a second and lesser pulling force on the flexible tie-rod, thus determining a freedom of movement of said support area with respect to said at least one first spacer element, characterised by the fact that the adjustable tensioner is installed on the second face. - A support area adapted to removably retain an electronic device in a fixed position, wherein the support area comprises a planar wall that has a first face and a second face opposite the first face, the first face being the face on which, in use, the electronic device is removably constrained; - At least one first spacer element that is movably joined to the support area; - At least one flexible tie-rod, which is retained between a first point and a second point, respectively at said at least one first spacer element and at the support area; - An adjustable tensioner for said at least one flexible tie-rod, configured to operate at least between a first configuration for use, in which it exerts a first and greater pulling force on the flexible tie-rod, thus locking the position assumed by said at least one first spacer element with respect to the support area, and a second configuration for use, in which it exerts a second and lesser pulling force on the flexible tie-rod, thus determining a freedom of movement of said support area with respect to said at least one first spacer element,
A cartridge for a bioanalytical reaction device, the cartridge comprising: at least one sample chamber for a sample, a housing and a platform, wherein the platform comprises the at least one sample chamber, and wherein the platform is moveably connected to the housing, such that by actuating an actuation means, the platform is moveable between a stowed position, and an extended position, characterized in that the at least one sample chamber has a wall through which the sample is processed or analyzed by the bioanalytical reaction device, and in that the wall is protected by the housing in the stowed position and is outside of the housing in the extended position, and in that the at least one sample chamber is connected to a channel for filling the at least one sample chamber, the channel ending in the vicinity of the actuation means, wherein vicinity is understood as relating to a length of one of the following intervals: [0, 15mm], [0, 10mm], [0, 5mm], and in that a part of the channel is located within the actuation means. at least one sample chamber for a sample, a housing and a platform, wherein the platform comprises the at least one sample chamber, and wherein the platform is moveably connected to the housing, such that by actuating an actuation means, the platform is moveable between a stowed position, and an extended position, characterized in that the at least one sample chamber has a wall through which the sample is processed or analyzed by the bioanalytical reaction device, and in that the wall is protected by the housing in the stowed position and is outside of the housing in the extended position, and in that the at least one sample chamber is connected to a channel for filling the at least one sample chamber, the channel ending in the vicinity of the actuation means, wherein vicinity is understood as relating to a length of one of the following intervals: [0, 15mm], [0, 10mm], [0, 5mm], and in that a part of the channel is located within the actuation means.
A package (1; 20) for protecting a device (2; 21) from ambient substances, said package comprising an enclosure surrounding said device (2; 21), said enclosure including a flexible multi-layer barrier (7; 24) and an internal substance binding member (14; 27) which is provided inside said enclosure to bind at least one ambient substance having penetrated said enclosure, characterized in that said multi-layer barrier (7; 24) is formed by an inner (11a-b; 25) and an outer (16a-b; 28) barrier layer, said inner and outer barrier layer comprising an organic film and an inorganic barrier layer, and in that the package (1; 20) further comprises an intermediate substance binding member (17; 29) which is provided between said inner (11a-b; 25) and outer (16a-b; 28) barrier layer of said multi-layer barrier (7; 24) to bind a fraction of said substance having penetrated said outer barrier layer (16a-b; 28).
A transporter catheter configured to be located inside a lumen of an outer catheter, the transporter catheter comprising: a shaft, said shaft comprising a proximal end, a distal end, at least one orienting balloon and at least one anchoring balloon; the at least one orienting balloon positioned on the shaft adjacent to the distal end of the shaft, the at least one orienting balloon configured to slidably engage an inner surface of a patient's vasculature; the at least one anchoring balloon located on the shaft between the at least one orienting balloon and the proximal end of the shaft, the at least one anchoring balloon configured to non-slidably anchor the transporter catheter to the outer catheter by pressing against an inner surface of the lumen of the outer catheter; and the shaft configured to be pushed and/or torqued to advance and maneuver the outer catheter through the patient's vasculature. a shaft, said shaft comprising a proximal end, a distal end, at least one orienting balloon and at least one anchoring balloon; the at least one orienting balloon positioned on the shaft adjacent to the distal end of the shaft, the at least one orienting balloon configured to slidably engage an inner surface of a patient's vasculature; the at least one anchoring balloon located on the shaft between the at least one orienting balloon and the proximal end of the shaft, the at least one anchoring balloon configured to non-slidably anchor the transporter catheter to the outer catheter by pressing against an inner surface of the lumen of the outer catheter; and the shaft configured to be pushed and/or torqued to advance and maneuver the outer catheter through the patient's vasculature.
Device for electromagnetic dosimetry, comprising a layer of substrate bearing a shielding and a layer of a dielectric material arranged on and/or beneath said layer of substrate, said device being characterised in that a plurality of openings are made in said shielding and in that it further comprises at least one array of sensors (SENS) in said layer of dielectric material.
Photovoltaic device comprising: - a silicon substrate; - a first tunnel layer situated upon at least a first side of said silicon substrate; - a first polycrystalline silicon-based capping layer situated upon said first tunnel layer; - a second tunnel layer situated upon substantially the entirety of said first polycrystalline silicon-based capping layer; characterised in that said photovoltaic device further comprises: - a second polycrystalline silicon-based capping layer situated upon predetermined zones of said second tunnel layer, areas of said second tunnel layer situated outside of said predetermined zones being free of said second polycrystalline silicon-based capping layer; and - a metal contact situated upon at least part of said second polycrystalline silicon-based capping layer. - a silicon substrate; - a first tunnel layer situated upon at least a first side of said silicon substrate; - a first polycrystalline silicon-based capping layer situated upon said first tunnel layer; - a second tunnel layer situated upon substantially the entirety of said first polycrystalline silicon-based capping layer; - a second polycrystalline silicon-based capping layer situated upon predetermined zones of said second tunnel layer, areas of said second tunnel layer situated outside of said predetermined zones being free of said second polycrystalline silicon-based capping layer; and - a metal contact situated upon at least part of said second polycrystalline silicon-based capping layer.
An apparatus for pressing a rack against a pinion of a steering gear assembly, the apparatus comprising: a housing; a support yoke slidably guided in the housing along an axis; a bearing element that is fixed to the housing in an axial direction; a first elastic element providing an axial load (F A) acting upon the support yoke and the bearing element to urge the support yoke against the rack; a wear-compensating abutment member coacting with the bearing element such that a relative rotation about the axis generates an axial displacement of the abutment member relative to the bearing element; and a separate, second elastic element providing a load (F C) acting upon the abutment member in a circumferential direction to urge the abutment member against the support yoke, characterized in that the abutment member is threadingly engaged with the bearing element, the bearing element having a male screw thread engaging a corresponding female screw thread of the housing. a housing; a support yoke slidably guided in the housing along an axis; a bearing element that is fixed to the housing in an axial direction; a first elastic element providing an axial load (F A) acting upon the support yoke and the bearing element to urge the support yoke against the rack; a wear-compensating abutment member coacting with the bearing element such that a relative rotation about the axis generates an axial displacement of the abutment member relative to the bearing element; and a separate, second elastic element providing a load (F C) acting upon the abutment member in a circumferential direction to urge the abutment member against the support yoke, characterized in that the abutment member is threadingly engaged with the bearing element, the bearing element having a male screw thread engaging a corresponding female screw thread of the housing.
A powder comprising particles containing a crosslinked gelatin derivative, wherein the gelatin derivative has a structure represented by formula: GltnNH-L-CHR 1 R 2 wherein Gltn represents a gelatin residue; L represents a single bond or a divalent linking group; R 1 represents a hydrocarbon group having 1 to 20 carbon atoms; and R 2 represents a hydrogen atom or a hydrocarbon group having 1 to 20 carbon atoms, and wherein the particles have an average sphericity, measured as described in the description, of 1.20 or less, and a standard deviation of sphericity, measured as described in the description, of 0.20 or less. wherein Gltn represents a gelatin residue; L represents a single bond or a divalent linking group; R 1 represents a hydrocarbon group having 1 to 20 carbon atoms; and R 2 represents a hydrogen atom or a hydrocarbon group having 1 to 20 carbon atoms, and wherein the particles have an average sphericity, measured as described in the description, of 1.20 or less, and a standard deviation of sphericity, measured as described in the description, of 0.20 or less.