mhurhangee/ep-ind-claims huggingface dataset:
A hot, tempered and sanitised cold water delivery system configured to prevent or reduce colonisation of Legionella bacteria in hot, tempered and cold water delivered from the system to one or more hot, tempered or cold water outlets in a facility, the system comprising a thermostatic mixing valve, a heat exchanger, a cold water storage tank and a hot water storage tank for storing water at a temperature of at least 60°C, the heat exchanger comprising: a cold water inlet to be connected to a continuous supply of municipal cold water, a warmed water outlet connected to to an inlet of the hot water storage tank, and a first fluid path between the cold water inlet and the warmed water outlet; a hot water inlet connected to an outlet of the hot water storage tank, a cooled water outlet connected to an inlet of the cold water storage tank, and a second fluid path between the hot water inlet and the cooled water outlet; the first fluid path and the second fluid path configured to effect heat exchange between water flowing through each path; and the thermostatic mixing valve comprising: a hot water inlet connected to an outlet of the hot water storage tank; a cold water inlet connected to an outlet of the cold water storage tank; and a tempered water outlet configured to supply tempered water obtained from mixing the supplied hot water and cold water to provide tempered water at a temperature of between 36°C to about 53°C to at least one tempered water outlet of a facility. a cold water inlet to be connected to a continuous supply of municipal cold water, a warmed water outlet connected to to an inlet of the hot water storage tank, and a first fluid path between the cold water inlet and the warmed water outlet; a hot water inlet connected to an outlet of the hot water storage tank, a cooled water outlet connected to an inlet of the cold water storage tank, and a second fluid path between the hot water inlet and the cooled water outlet; the first fluid path and the second fluid path configured to effect heat exchange between water flowing through each path; and the thermostatic mixing valve comprising: a hot water inlet connected to an outlet of the hot water storage tank; a cold water inlet connected to an outlet of the cold water storage tank; and a tempered water outlet configured to supply tempered water obtained from mixing the supplied hot water and cold water to provide tempered water at a temperature of between 36°C to about 53°C to at least one tempered water outlet of a facility.
Ultrasonic transducer for transmitting and/or receiving ultrasonic waves in a fluid, comprising a support layer, a matching layer for impedance matching to the fluid, a piezoelectric element arranged between the support layer and the matching layer, a first electrode between the support layer and the piezo element, which provides a first electrical contact of the piezo element, a second electrode forming a second electrical contact of the piezo element, wherein the matching layer is formed by a flexible printed circuit board (Lp) and wherein the flexible printed circuit board (Lp) comprises at least one electrically conductive layer and at least one electrically non-conductive base layer, characterised in that the conductive layer of the flexible printed circuit board (Lp) is a conductor track, for example consisting of copper, of the flexible printed circuit board (Lp) and in that the conductor track of the flexible printed circuit board (Lp) acts as the second electrode.
A method of RTM molding in which a plurality of reinforcing fiber materials are laminated in a mold to form a reinforcing fiber material laminate having end surfaces (4a, 4b), wherein resin distribution medium for distributing resin relative to end surfaces (4a, 4b) of the reinforcing fiber material laminate is disposed via peel ply which covers the whole of reinforcing fiber laminate, wherein the resin distribution medium has a low flow resistance of 1/10 or less of the resin flow resistance in the reinforcing fiber material laminate, the whole of the materials disposed on the mold are covered with bag material comprising a gas-tight material and sealed with a sealant having a high adhesive property to prevent flow of air from outside, resin injection port and evacuation port are provided in the bag material and are connected to a resin injection line and a resin evacuation line respectively, each of which has a valve (A1, B1) for opening and closing the line, thermosetting resin is provided as a matrix resin, and a vacuum pump is arranged to evacuate from the inside covered with bag material through evacuation port and a vacuum trap; in which method a matrix resin is impregnated into the reinforcing fiber material laminate by injecting the resin in a direction from end surface of the reinforcing fiber material laminate along a laminate surface and between layers of fiber materials while reducing a pressure in the mold by evacuation.
Electric iron with a housing, a liquid container arranged therein and a sole plate, wherein a sole plate-joint is formed above the sole plate, above which sole plate-joint a heat shield is arranged at least in part, which ends below the liquid container in a transition region formed by the heat shield and liquid container, and wherein the wall of the liquid container is embodied of elongated configuration in the direction of the sole plate-joint, overlaps the transition region in a shock-free manner, and extends at least in part to the sole plate-joint, wherein the heat shield and the wall of the liquid container together extend to the sole plate-joint, characterised in that the wall of the liquid container and the heat shield meet one another in the transition region and consist of separate components.
Device for determining the edge position of flat objects, in particular strips of paper or foil, with an ultrasound transmitter transducer and an ultrasound receiver transducer arranged at a set distance opposing one another and forming a measuring path perpendicular to the surface of the object with ultrasound signals, via which path an edge of the object to be controlled is moved, and with control electronics which process the ultrasound signals from the measuring path and emit an output signal proportional to the position of the edge on the measuring path, characterised in that only one piezoceramic plate of longitudinal cuboid form is located in the ultrasound transmitter transducer and only one piezoceramic plate also of longitudinal cuboid form is located in the opposing ultrasound receiver transducer, the piezoceramic plates being fixed on longitudinal adaption layers for acoustic adaptation to the air.
A method for controlling a data rate in a Multiple-Input Multiple-Output, MIMO, communication system, comprising: by a Mobile Station, MS, performing the steps of: computing instantaneous link capacity using a channel estimation result; setting a desired Modulation and Coding Scheme, MCS, level according to the computed instantaneous link capacity and threshold values; transmitting information about the desired MCS level to a Base Station, BS; and receiving, from the BS, information about a set MCS level to be used in the MS, wherein the threshold values are set based on average capacity loss calculated by averaging differences between the instantaneous link capacities and actual link capacities associated with the MCS level to be used in the MS. by a Mobile Station, MS, performing the steps of: computing instantaneous link capacity using a channel estimation result; setting a desired Modulation and Coding Scheme, MCS, level according to the computed instantaneous link capacity and threshold values; transmitting information about the desired MCS level to a Base Station, BS; and receiving, from the BS, information about a set MCS level to be used in the MS, wherein the threshold values are set based on average capacity loss calculated by averaging differences between the instantaneous link capacities and actual link capacities associated with the MCS level to be used in the MS. computing instantaneous link capacity using a channel estimation result; setting a desired Modulation and Coding Scheme, MCS, level according to the computed instantaneous link capacity and threshold values; transmitting information about the desired MCS level to a Base Station, BS; and receiving, from the BS, information about a set MCS level to be used in the MS, wherein the threshold values are set based on average capacity loss calculated by averaging differences between the instantaneous link capacities and actual link capacities associated with the MCS level to be used in the MS.
A robot comprising: a wiring board which is a flexible printed wiring board including a first board wiring line through which current having a first frequency flows in a wiring direction and a second board wiring line through which current having a second frequency which is a frequency smaller than the first frequency flows in the wiring direction; characterized in that it further comprises a shield board which is a flexible printed wiring board including a conductor and which is overlapped with the wiring board in a thickness direction, wherein, in an orthogonal direction which is orthogonal to the wiring direction and the thickness direction, a first conductor edge which is one end portion of the conductor, the first board wiring line, the second board wiring line, a second conductor edge which is another end portion of the conductor are lined in this order, and a distance from the second conductor edge to the second board wiring line is shorter than a distance from the first conductor edge to the first board wiring line, wherein the positions of the wiring board and the shield board can be shifted in the orthogonal direction. a wiring board which is a flexible printed wiring board including a first board wiring line through which current having a first frequency flows in a wiring direction and a second board wiring line through which current having a second frequency which is a frequency smaller than the first frequency flows in the wiring direction; a shield board which is a flexible printed wiring board including a conductor and which is overlapped with the wiring board in a thickness direction, wherein, in an orthogonal direction which is orthogonal to the wiring direction and the thickness direction, a first conductor edge which is one end portion of the conductor, the first board wiring line, the second board wiring line, a second conductor edge which is another end portion of the conductor are lined in this order, and a distance from the second conductor edge to the second board wiring line is shorter than a distance from the first conductor edge to the first board wiring line, wherein the positions of the wiring board and the shield board can be shifted in the orthogonal direction.
A panel supporting structure, comprising at least one supporting frame adapted to support at least one panel and resting on a resting surface, and at least one anchoring device, said at least one anchoring device comprising: at least one tension element which is adapted to act on said at least one supporting frame, said at least one tension element comprising at least one elongated element which can be anchored, at its opposite ends (8a, 8b), to said resting surface or to a perimetric region thereof; means for tensioning said at least one tension element; and means for connecting said tension element to said at least one supporting frame that are adapted to transmit at least partially the tension forces of said tension element to said at least one supporting frame along a direction that has at least one component substantially perpendicular to said resting surface, characterized in that said connecting means comprises at least one supporting pole for said at least one elongated element, which is arranged substantially at right angles to said resting surface and is connected, at its own base, to said at least one supporting frame, said at least one supporting pole having respective engagement means for engagement with said at least one elongated element that extends at least partially above at least one portion of said at least one supporting frame substantially along a catenary with the concavity directed toward said resting surface, and in that said at least one anchoring device further comprises adjustment means for varying adjustably the distance between said engagement means and the base of the corresponding supporting pole. at least one tension element which is adapted to act on said at least one supporting frame, said at least one tension element comprising at least one elongated element which can be anchored, at its opposite ends (8a, 8b), to said resting surface or to a perimetric region thereof; means for tensioning said at least one tension element; and means for connecting said tension element to said at least one supporting frame that are adapted to transmit at least partially the tension forces of said tension element to said at least one supporting frame along a direction that has at least one component substantially perpendicular to said resting surface, characterized in that said connecting means comprises at least one supporting pole for said at least one elongated element, which is arranged substantially at right angles to said resting surface and is connected, at its own base, to said at least one supporting frame, said at least one supporting pole having respective engagement means for engagement with said at least one elongated element that extends at least partially above at least one portion of said at least one supporting frame substantially along a catenary with the concavity directed toward said resting surface, and in that said at least one anchoring device further comprises adjustment means for varying adjustably the distance between said engagement means and the base of the corresponding supporting pole.
Process for recycling a liquid crystal flat screen (1; 1') comprising a liquid crystal display which is set in a frame, and which comprises two glass panels each comprising on their inner face indium tin oxide, and liquid crystals between the two glass panels, during which a cutting out of the liquid crystal display is carried out then the liquid crystal display, which has been cut out, is recycled in a first recycling system, in which the display is split in two by separating the two glass panels then, firstly, at least the inner face of each glass panel is washed with a first liquid that enables the dissolution of the liquid crystals, characterized in that, secondly, at least the inner face of each glass panel is washed with a second liquid that enables chemical etching of the indium tin oxide.
A transceiver, TX/RX PHY, arranged for bi-directional data communication of a node with a counterpart node connected to a point-to-point network using differential mode signaling over a single twisted-pair cable, the transceiver, TX/RX PHY, (100, 200) comprising: a common mode choke (120, 220) arranged between the TX/RX PHY (100, 200) and the single twisted-pair cable and provided for common mode current suppression; a switching arrangement (130, 230) arranged between the TX/RX PHY (100, 200), the common mode choke (120, 220) and the single twisted-pair cable and configured to switchably change a polarity of one of the windings of the common mode choke (120, 220); and a detection section coupled via the switching arrangement to the common mode choke and configured to detect a common mode signal on the single twisted-pair cable in response to a transmission of a test signal by the counterpart node, wherein the switching arrangement (130, 230) is configured to change the polarity of one of the windings of the common mode choke (120, 220) upon detection of the common mode signal on the single twisted-pair cable to suppress the common mode signal. a common mode choke (120, 220) arranged between the TX/RX PHY (100, 200) and the single twisted-pair cable and provided for common mode current suppression; a switching arrangement (130, 230) arranged between the TX/RX PHY (100, 200), the common mode choke (120, 220) and the single twisted-pair cable and configured to switchably change a polarity of one of the windings of the common mode choke (120, 220); and a detection section coupled via the switching arrangement to the common mode choke and configured to detect a common mode signal on the single twisted-pair cable in response to a transmission of a test signal by the counterpart node, wherein the switching arrangement (130, 230) is configured to change the polarity of one of the windings of the common mode choke (120, 220) upon detection of the common mode signal on the single twisted-pair cable to suppress the common mode signal.
A receptacle, in particular a storage box, having a base body and a removable cover element, the cover element adapted to cover an open top side of the base body, - the base body comprising a bottom wall, a front wall, a rear wall and two side walls (27, 27') arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall, the second wall at least partially overlapping one of the front wall, the rear wall or the side walls (27, 27') when the cover element covers the base body, so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body, characterized in that the second wall of the cover element comprises a zone at least in the area of the first edge which is composed of a flexible material, the zone in particular being a soft lip which is fixed to a portion of the second wall composed of a rigid material, with a sealing element is arranged in the overlapping area of the second wall of the cover element and the respective wall of the base body, wherein the sealing element is a protrusion or superelevation of a conic slope of the zone and, when the cover element closes the receptacle, the protrusion or superelevation touches the outer surface of the respective wall of the base body. - the base body comprising a bottom wall, a front wall, a rear wall and two side walls (27, 27') arranged oppositely to each other, - the cover element comprising at least a first wall serving as a top wall of the receptacle when the cover element covers the base body and a second wall arranged orthogonally to the first wall, the second wall at least partially overlapping one of the front wall, the rear wall or the side walls (27, 27') when the cover element covers the base body, so that a first edge of the second wall arranged distantly from the first wall faces the outer surface of the respective wall of the base body,
A two part polyurethane and/or polyurethane polyurea hybrid based system for making an elastomeric and/or plastic like material, comprising an Iso part having low free monomer and an amine/polyol part, wherein the Iso part comprises (i) an MDI based pre-polymer with low free MDI monomer and capped with isocyanate groups from toluene diisocyanate, wherein the pre-polymer has less than 0.3 wt% total free monomer and an NCO% in the range of 0.1 to 10% and (ii) an additional isocyanate chosen from a hexamethylene diisocyanate trimer, an isophorone di isocyanate (IPDI), a tetramethyl xylylene di-isocyanate (TMXDI), a cyclo aliphatic di-isocyanate, or combinations thereof; and wherein the amine/polyol part comprises: (i) at least one polyol chosen from polyester and/or polyether polyols, and (ii) a secondary amine.
A method of controlling a conveyance rate of grain of an unloader system of an agricultural harvester, comprising the steps of: providing a grain holding device; providing an unloader in communication with the grain holding device, the unloader having an inlet for receiving grain from the grain holding device and an outlet for discharging grain; providing an apparatus within the grain holding device operable for controllably feeding grain within the grain holding device to the unloader, said apparatus including a power source; monitoring (84, 184) a parameter associated with the power source of the apparatus; comparing (86, 186) the parameter of the power source to a maximum predetermined threshold value; and automatically controlling (88, 90, 92, 94, 96, 98, 188, 190, 192, 194, 196, 198) the conveyance rate of grain of the apparatus to the unloader based on the comparison of the parameter, characterized in that the parameter associated with the power source of the apparatus is a total engine power consumed. providing a grain holding device; providing an unloader in communication with the grain holding device, the unloader having an inlet for receiving grain from the grain holding device and an outlet for discharging grain; providing an apparatus within the grain holding device operable for controllably feeding grain within the grain holding device to the unloader, said apparatus including a power source; monitoring (84, 184) a parameter associated with the power source of the apparatus; comparing (86, 186) the parameter of the power source to a maximum predetermined threshold value; and automatically controlling (88, 90, 92, 94, 96, 98, 188, 190, 192, 194, 196, 198) the conveyance rate of grain of the apparatus to the unloader based on the comparison of the parameter, characterized in that the parameter associated with the power source of the apparatus is a total engine power consumed.
A rotor for an electric machine, the rotor comprising elastic pads, receptions for the elastic pads and deformation means, wherein each of the elastic pads comprises an arrangement of permanent magnets, wherein the arrangement of permanent magnets is a plurality of permanent magnets included in each of the pads, and each of the permanent magnets is arranged in a pre-defined way inside the un-deformed elastic pads, the elastic pads are adapted to be deformed elastically, the elastic pads are arranged within the receptions, the receptions are designed such that the elastic pads can deform within the receptions, and the deformation means are adapted to press against the elastic pads thereby deforming the elastic pads such that at least one of a magnetic induction, a length of elastic pads measured in the axial direction, the width of the elastic pads and the B center of gravity radius is adjusted, wherein the B center of gravity radius is the radius in between rotor axis and the point on which a magnetic force acts on. the elastic pads are adapted to be deformed elastically, the elastic pads are arranged within the receptions, the receptions are designed such that the elastic pads can deform within the receptions, and the deformation means are adapted to press against the elastic pads thereby deforming the elastic pads such that at least one of a magnetic induction, a length of elastic pads measured in the axial direction, the width of the elastic pads and the B center of gravity radius is adjusted, wherein the B center of gravity radius is the radius in between rotor axis and the point on which a magnetic force acts on.