mhurhangee/ep-ind-claims huggingface dataset:
Vitamin D in combination with one or more agent selected from the group consisting of: epigallocatechin gallate (EGCG), catechin, gallocatechin and epicatechin gallate, preferably selected from the group consisting of: epigallocatechin-3-gallate, (-)-epigallocatechin-3-gallate, (-)-gallocatechin-3-O-gallate, (-)-gallocatechin-3-gallate, (+)-catechin, (-)-epicatechin, (+)-gallocatechin, (-)-epigallocatechin, (-)-epicatechin-3-gallate, (-)-catechin-3-gallate and (+)-catechin-3-gallate, for use in the prevention, control and/ or treatment of a fibroid selected from a uterine fibroid or a fibroadenoma.
Gas safety valve adapted to a domestic appliance, comprising an electromagnet comprising a core, a reel inserted in the core, the reel comprising a projection extending axially and comprising a first electrical contact area, and a second electrical contact area, and a winding supported on the reel, the winding comprising a phase wire and a ground wire, a segment of the phase wire being arranged in the first electrical contact area, and a segment of the ground wire being arranged in the second electrical contact area, a support of the electromagnet being electrically conductive, and a phase closure, wherein the first electrical contact area is arranged inserted in the phase closure and the second electrical contact area is arranged inserted in the support, both electrical contact areas (A, B) exerting an elastic force against the phase closure and the support, respectively, which assures the electrical connection between the phase wire and the phase closure, and between the ground wire and the support, respectively, the support comprising a housing in which the phase closure is arranged, further comprising a connector comprising a base characterised in said base being at least partially inserted in the housing of the support, said connector comprising, inserted in the base, a first end of a phase terminal and a first end of a ground terminal, the phase closure being electrically connected with the first end of the phase terminal, an inner area of the support being electrically connected with the first end of the ground terminal, and a second end of the phase terminal and a second end of the ground terminal being in contact with the outside of the gas safety valve, wherein the second end of the phase terminal and the second end of the ground terminal form an electric standard connector.
A vacuum coater for coating a polymeric web with metal or metal oxide comprising an unwind region, which when the coater is in use, carries an unwind reel of polymeric web, said unwind region incorporating a plurality of pre-drum rollers (301, 302, 303, 304); a deposition region comprising an evaporator and a drum; said polymeric web extending, when the coater is in use, about at least part of the circumference of said drum whilst evaporated metal or metal oxide is deposited onto the polymeric web's surface; and a rewind region, which when the coater is in use, carries a rewound reel of coated polymeric web; said coated polymeric web having, post-deposition, on one side an uncoated surface and on the other side a coated surface of metal or metal oxide; characterised in that said unwind and rewind regions are segregated by a wall from said deposition region; and a plurality of post-drum rollers (7, 8, 9, 10, 10A) which are located outside of the segregated deposition region and which are provided to support the coated web between said drum and said rewind reel; said unwind reel and said rewind reel being provided adjacent to one another on a first side of said drum whilst said plurality of post-drum rollers comprise a distal post-drum roller which is located outside of the segregated deposition region and further away from the rewind reel than the drum at the opposite side of said drum and a plurality of further post-drum rollers define a path to return the coated web to said first side of the drum; each one of said post-drum rollers being solely in contact with the uncoated polymeric surface of the metallised or metal oxide coated web.
An HVAC system for providing conditioned air to a first closed space, wherein at least a portion of the system is disposed within a second closed space, the system comprising: an HVAC unit comprising: a return air duct, a blower fluidly coupled to the return air duct for pulling air through the return air duct, a conditioning compartment fluidly coupled to the blower for receiving air therefrom to be treated, wherein the conditioning compartment is formed with a sampling port; a damper for selectively covering and uncovering the sampling port in response to a damper-control signal; a cooling unit fluidly coupled to the conditioning compartment for selectively cooling air therein, wherein the cooling unit comprises a flammable refrigerant, and a delivery duct fluidly coupled to the conditioning compartment for discharging treated air from the conditioning compartment into the first closed space; a flammable-component detector disposed within the second closed space and positioned proximate the HVAC unit such that any flammable refrigerant within the conditioning compartment would flow through the sampling port when the damper is open and onto the flammable-component detector, wherein the flammable-component detector is operable to produce a detection signal; and a processing unit comprising at least one processor and at least one memory, the processing unit communicatively coupled to the flammable-component detector for receiving the detection signal therefrom and coupled to the damper for selectively providing the damper-control signal. a return air duct, a blower fluidly coupled to the return air duct for pulling air through the return air duct, a conditioning compartment fluidly coupled to the blower for receiving air therefrom to be treated, wherein the conditioning compartment is formed with a sampling port; a damper for selectively covering and uncovering the sampling port in response to a damper-control signal; a cooling unit fluidly coupled to the conditioning compartment for selectively cooling air therein, wherein the cooling unit comprises a flammable refrigerant, and a delivery duct fluidly coupled to the conditioning compartment for discharging treated air from the conditioning compartment into the first closed space; a flammable-component detector disposed within the second closed space and positioned proximate the HVAC unit such that any flammable refrigerant within the conditioning compartment would flow through the sampling port when the damper is open and onto the flammable-component detector, wherein the flammable-component detector is operable to produce a detection signal; and a processing unit comprising at least one processor and at least one memory, the processing unit communicatively coupled to the flammable-component detector for receiving the detection signal therefrom and coupled to the damper for selectively providing the damper-control signal.
A method for increasing coverage in a wireless communication system, the method comprising, at a network element: transmitting a first set of one or more subframes (510, 515), each of the first set of one or more subframes (510, 515) comprising a number of resource blocks, to a first wireless communication unit in a first mode of operation, wherein the number of resource blocks are transmitted at a first power level per resource block; transmitting, a second set of one or more subframes (525, 530) to a second wireless communication unit in a second mode of operation at a second power level, wherein each of the second set of one or more subframes (525, 530) comprise a lower number of resource blocks than the first set of subframes (510, 515), and the lower number of resource blocks is transmitted at a second power level per resource block that is higher than the first power level per resource block; scheduling a first control channel region in the first set of subframes (510, 515); and scheduling a second separate additional control channel region in the second set of subframes (525, 530). transmitting a first set of one or more subframes (510, 515), each of the first set of one or more subframes (510, 515) comprising a number of resource blocks, to a first wireless communication unit in a first mode of operation, wherein the number of resource blocks are transmitted at a first power level per resource block; transmitting, a second set of one or more subframes (525, 530) to a second wireless communication unit in a second mode of operation at a second power level, wherein each of the second set of one or more subframes (525, 530) comprise a lower number of resource blocks than the first set of subframes (510, 515), and the lower number of resource blocks is transmitted at a second power level per resource block that is higher than the first power level per resource block; scheduling a first control channel region in the first set of subframes (510, 515); and scheduling a second separate additional control channel region in the second set of subframes (525, 530).
Operating device for a domestic appliance, having a control element, which can be held by means of magnetic force on a control panel of the operating device of the domestic appliance which can be controlled with the operating device and can be moved relative to the control panel and can be positioned so as to be removable therefrom, and the control element has an integrated energy supply facility that wirelessly transmits energy, wherein at least one first coil, which is embedded in a ferrite material, of the energy supply facility is arranged in the control element, wherein the ferrite material has a groove on the side facing the control panel, in which groove the first coil is arranged, characterised in that the control element has an upper cover which, in particular completely, is embodied from the ferrite material.
A method of identifying an event associated with consumption of a utility comprising the steps of: generating a utility consumption profile from utility consumption data, the utility consumption data comprising a plurality of utility consumption values measured at a corresponding plurality of measurement points; wherein generating the utility consumption profile comprises the step of determining a gradient of rate of change of utility consumption between consecutive measurement points; identifying measurement points at which a change in gradient exceeds a predetermined threshold; and storing in the utility consumption profile the utility consumption value at measurement points where the threshold is exceeded; and identifying an event within the utility consumption profile that matches the profile of an event stored in a database of utility consumption profiles. generating a utility consumption profile from utility consumption data, the utility consumption data comprising a plurality of utility consumption values measured at a corresponding plurality of measurement points; wherein generating the utility consumption profile comprises the step of determining a gradient of rate of change of utility consumption between consecutive measurement points; identifying measurement points at which a change in gradient exceeds a predetermined threshold; and storing in the utility consumption profile the utility consumption value at measurement points where the threshold is exceeded; and identifying an event within the utility consumption profile that matches the profile of an event stored in a database of utility consumption profiles.
A multichannel valve comprising: - a body, said body comprising water flow channelling walls so as to form chambers within said body; - water passage openings (31, 32, 33, 41) so as to allow water to flow from the outside to the inside of said valve, and vice versa; - water flow passages (38a, 38b, 39, 40a, 40b) built within said body so as to allow water to flow between said chambers of said body; and - check valves (28, 29, 30) obstructing or clearing said water flow passages (38a, 38b, 39, 40a, 40b) so as to orient water flows inside said body; characterized in that at least one of said water flow channelling walls of said body comprises an opening within which an insert is disposed, said at least one insert comprises one of said water flow passages (38a, 39, 40a, 40b). - a body, said body comprising water flow channelling walls so as to form chambers within said body; - water passage openings (31, 32, 33, 41) so as to allow water to flow from the outside to the inside of said valve, and vice versa; - water flow passages (38a, 38b, 39, 40a, 40b) built within said body so as to allow water to flow between said chambers of said body; and - check valves (28, 29, 30) obstructing or clearing said water flow passages (38a, 38b, 39, 40a, 40b) so as to orient water flows inside said body;
A CVD or PVD coating device with a housing (1, 2) and a gas inlet organ that is secured to the housing (1, 2) and has a gas outlet surface exhibiting gas outlet openings, with a retaining device secured to an upper section of the housing, to which the gas inlet organ is secured at a plurality of suspension points, wherein the temperature of the retaining device can be stabilized by means of an actively temperature controllable temperature control device (11, 12), characterized in that the temperature control device (11, 12) is arranged between the gas inlet organ and retaining device as an actively cooled heat shield.
A covering device for a built-in conditioning apparatus housed within a container body installed recessed in the wall and suitable for receiving said conditioning apparatus, said device comprising: - a front cover placed for closing an open face of said container body and provided with at least two mobile panels, namely an air inlet top panel and a bottom outlet panel 16'), each of said top mobile panel and said bottom mobile panel being turnably arranged relative to a fulcrum or pivot - and motor means for independentely opening/closing under remote control said mobile panels (16, 16'); the covering device being characterized in comprising: at least one fixed central panel; each of said top mobile panel and said bottom mobile panel being secured to a plate or guide shaped as a circular sector which is in engagement with said motor means to carry out the opening/closing operation of said mobile panels 16 and 16', a longitudinally extending seal being provided at the inner front of said central panel 18 for defining a barrier against the recirculation or backflow of the conditioned air. - a front cover placed for closing an open face of said container body and provided with at least two mobile panels, namely an air inlet top panel and a bottom outlet panel 16'), each of said top mobile panel and said bottom mobile panel being turnably arranged relative to a fulcrum or pivot - and motor means for independentely opening/closing under remote control said mobile panels (16, 16'); at least one fixed central panel; each of said top mobile panel and said bottom mobile panel being secured to a plate or guide shaped as a circular sector which is in engagement with said motor means to carry out the opening/closing operation of said mobile panels 16 and 16', a longitudinally extending seal being provided at the inner front of said central panel 18 for defining a barrier against the recirculation or backflow of the conditioned air.
Locking arrangement for a leaf/sash, having an espagnolette which has at least one driving bar (12, 14) and is movable between a locked state, in which the at least one driving bar (12, 14) engages by a first end (12.1, 14.1) in a corresponding recess (9A, 9B), and an unlocked state, in which the first end (12.1, 14.1) of the at least one driving bar (12, 14) is arranged outside the corresponding recess (9A, 9B), wherein an anti-slide-back safeguard has a blocking element which, in the locked state, wedges upon a manipulation of the at least one driving bar (12, 14) and blocks a movement of the at least one driving bar (12, 14) that would move the first end (12.1, 14.1) of the at least one driving bar (12, 14) out of the corresponding recess (9A, 9B), and the at least one driving bar (12, 14) comprises two part driving bars (14A, 14B) between which an angular basic body of the anti-slide-back safeguard is rotatably arranged, wherein the angular basic body is mounted between the two part driving bars (14A, 14B) in such a way that a pushing force (FD1, FD2) generated by manipulation and introduced by the part driving bars (14A, 14B) into the basic body causes a rotation movement of the basic body about an axis of rotation (DA, DB) that wedges the blocking element against a housing (5.1) of the actuating mechanism, and a pulling force (FZ1, FZ2) generated by actuation and introduced by the part driving bars (14A, 14B) into the basic body causes a translational movement of the basic body in the actuating direction, characterized in that a first leg of the basic body is connected to a first part driving bar so as to be rotatable about a first axis of rotation, and a second leg of the basic body is connected to a second part driving bar so as to be rotatable about a second axis of rotation.
An olefin block copolymer comprising a plurality of blocks or segments that comprise ethylene or propylene repeating units and α-olefin repeating units at different mole fractions from one another, wherein the block copolymer shows peaks at the 2θ of 21.5±0.5° and 23.7±0.5° in its wide-angle x-ray diffraction (WAXD) pattern; and the peak ratio as defined by (the peak area at 21.5±0.5°)/ (the peak area at 23.7±0.5°) is no more than 3.0.
A resin-rich peel ply comprising a woven fabric impregnated with a cured resin matrix, wherein said resin matrix is formed from a resin composition comprising: at least one epoxidized novolac resin having epoxy functionality of at least 2; di-functional epoxy resin selected from diglycidyl ethers of polyhydric phenols; tri-functional epoxy resin selected from triglycidyl ethers of aminophenols; a curing agent; and inorganic filler particles; wherein said peel ply has a resin content of at least 20% by weight based on the total weight of the peel ply, and wherein said woven fabric comprises a plurality of yarns woven in a weaving pattern, said yarns having warp tensile strength of ≥ 1.23 x 10 4 N/m, fill tensile strength of ≥ 7.00 x 10 3 N/m, warp linear mass density within the range of 5.56 - 27.78 Tex, and fill linear mass density within the range of 5.56 - 27.78 Tex. at least one epoxidized novolac resin having epoxy functionality of at least 2; di-functional epoxy resin selected from diglycidyl ethers of polyhydric phenols; tri-functional epoxy resin selected from triglycidyl ethers of aminophenols; a curing agent; and inorganic filler particles; wherein said peel ply has a resin content of at least 20% by weight based on the total weight of the peel ply, and wherein said woven fabric comprises a plurality of yarns woven in a weaving pattern, said yarns having warp tensile strength of ≥ 1.23 x 10 4 N/m, fill tensile strength of ≥ 7.00 x 10 3 N/m, warp linear mass density within the range of 5.56 - 27.78 Tex, and fill linear mass density within the range of 5.56 - 27.78 Tex.
A method of receiving a physical downlink shared channel, PDSCH, in a user equipment, UE, in a mobile network system, the method comprising: receiving an radio resource control, RRC, message comprising a quasi co-located channel status information reference signal, QCL CSI-RS, configuration information; receiving a PDSCH scheduled by downlink control information, DCI, format 1A; and demodulating the PDSCH based on a demodulation reference signal, DMRS, and a channel status information reference signal, CSI-RS, configured by the QCL CSI-RS configuration information if transmission mode, TM, at the UE is configured in transmission mode 10, TM 10, and the PDSCH is received in a multicast broadcast single frequency network, MBSFN, subframe and a cyclical redundancy check, CRC, attached to a physical downlink control channel, PDCCH, corresponding to the DCI format 1A is scrambled using a cell radio network temporary identifier, C-RNTI, or a semi-persistent scheduling, SPS, C-RNTI. receiving an radio resource control, RRC, message comprising a quasi co-located channel status information reference signal, QCL CSI-RS, configuration information; receiving a PDSCH scheduled by downlink control information, DCI, format 1A; and demodulating the PDSCH based on a demodulation reference signal, DMRS, and a channel status information reference signal, CSI-RS, configured by the QCL CSI-RS configuration information if transmission mode, TM, at the UE is configured in transmission mode 10, TM 10, and the PDSCH is received in a multicast broadcast single frequency network, MBSFN, subframe and a cyclical redundancy check, CRC, attached to a physical downlink control channel, PDCCH, corresponding to the DCI format 1A is scrambled using a cell radio network temporary identifier, C-RNTI, or a semi-persistent scheduling, SPS, C-RNTI.
A piston engine, comprising a housing having a substantially sector-shaped cavity, first and second inlet and outlet valves (18a, 19a; 18b, 19b) provided on the oblique side walls, and at least two pivotable double piston plates delimiting variable working chambers, the housing being formed of two or more housing parts (3a, 3b, 3b) that are each sector-shaped, joined to each other in one piece and form a shared cavity and have double piston plates (1, 2, 27), which are assigned to each housing part, driven synchronously in opposite directions and each connected to a rotary cylinder mounted in the housing and which, together with the respective neighboring oblique side wall (15, 16), each form an outer working chamber (A1, A2) and, between the double piston plates (1, 2, 27), each form an inner working chamber (A3, A4), comprising third and fourth inlet and outlet valves (18c, 19c; 18d, 19d) formed at the level of an imaginary separating line X between the mutually adjoining housing parts (3a, 3b, 3c), characterized in that the double piston plates (1, 2, 27) are disposed parallel to one another and are each driven by way of a crankpin that is guided in a connecting rod loop and engages in a guide groove formed in an end face of the respective double piston plate (1, 2, 27), and the housing parts (3a, 3b, 3c) forming a shared cavity and the double piston plates (1, 2, 27) are each turned 180o with respect to one another, the third and fourth inlet and outlet valves (18c, 19c; 18d, 19d) being formed in a housing back wall.
A catalytic membrane comprising: a surface functionalized with ionic liquid polymer, the polymer comprising cellulose solubilization functionalities and acid functionalities for the catalytic hydrolysis of cellulose and/or hemicellulose, wherein the cellulose solubilization functionalities comprise one or more imidazolium salts of the formula: wherein is a point of attachment to polymer chain, X - is a counterion and R 1 is selected from the group consisting of hydrogen, alkyl, alkyl-sulfonic acid, alkyl-carboxylic acid and alkyl-phosphonic acid and the acid functionalities have a pKa in the range 1 to 5. a surface functionalized with ionic liquid polymer, the polymer comprising cellulose solubilization functionalities and acid functionalities for the catalytic hydrolysis of cellulose and/or hemicellulose, wherein the cellulose solubilization functionalities comprise one or more imidazolium salts of the formula: wherein is a point of attachment to polymer chain, X - is a counterion and R 1 is selected from the group consisting of hydrogen, alkyl, alkyl-sulfonic acid, alkyl-carboxylic acid and alkyl-phosphonic acid and the acid functionalities have a pKa in the range 1 to 5.