mhurhangee/ep-ind-claims huggingface dataset:
Inhaler component for the formation of a vapour/ air mixture and/or condensation aerosol by evaporation of a liquid material and, if appropriate, condensation of the vapour formed, comprising: a housing; an electrical heating element for evaporating a portion of the liquid material; a wick with a capillary structure, which wick forms a composite structure with the heating element and automatically supplies the heating element with the liquid material; a carrier plate, preferably a printed circuit board, which carries the composite structure and to which the heating element makes electrical contact; a capillary gap which is at least partly formed by the carrier plate and which automatically supplies the composite structure with the liquid material by way of an end portion of the wick protruding into the capillary gap, characterized in that both the front face and also the rear face of the carrier plate, at least in some areas, form boundary walls of the capillary gap. a housing; an electrical heating element for evaporating a portion of the liquid material; a wick with a capillary structure, which wick forms a composite structure with the heating element and automatically supplies the heating element with the liquid material; a carrier plate, preferably a printed circuit board, which carries the composite structure and to which the heating element makes electrical contact; a capillary gap which is at least partly formed by the carrier plate and which automatically supplies the composite structure with the liquid material by way of an end portion of the wick protruding into the capillary gap, characterized in that both the front face and also the rear face of the carrier plate, at least in some areas, form boundary walls of the capillary gap.
A reduced pressure treatment system for delivering a reduced pressure to a tissue site comprising: a distribution manifold (15, 215) including a backing substrate with a first and second side and a plurality of protrusions positioned on the first side of the backing substrate, each protrusion having a base end nearest the backing substrate and a second end opposite the base end, the backing substrate having a plurality of apertures formed therein to allow fluid communication between the first side and the second side, wherein the apertures are disposed in rows and columns that are positioned between the protrusions and the apertures are positioned such that one aperture is centered between every four adjacent protrusions arranged in a substantially square pattern; a reduced pressure source fluidly connected to the apertures of the backing substrate to deliver the reduced pressure through the apertures, between the protrusions, and to the tissue site; an impermeable or semi-permeable cover over the distribution manifold (15, 215) and the tissue site; and characterised in that said protrusions have a substantially circular cross-sectional shape and taper inward such that a width of the protrusions at the base end is greater than a width at the second end. a distribution manifold (15, 215) including a backing substrate with a first and second side and a plurality of protrusions positioned on the first side of the backing substrate, each protrusion having a base end nearest the backing substrate and a second end opposite the base end, the backing substrate having a plurality of apertures formed therein to allow fluid communication between the first side and the second side, wherein the apertures are disposed in rows and columns that are positioned between the protrusions and the apertures are positioned such that one aperture is centered between every four adjacent protrusions arranged in a substantially square pattern; a reduced pressure source fluidly connected to the apertures of the backing substrate to deliver the reduced pressure through the apertures, between the protrusions, and to the tissue site; an impermeable or semi-permeable cover over the distribution manifold (15, 215) and the tissue site; and characterised in that said protrusions have a substantially circular cross-sectional shape and taper inward such that a width of the protrusions at the base end is greater than a width at the second end.
Reamer for expanding the mouth of a bore in a concrete substrate, having - a shaft, which is provided, at the rear end region of the shaft, with a shank, - a guide pin protruding at the front end of the reamer, - cutting wings connected to the shaft, wherein each of the cutting wings has a lateral surface that tapers towards the front end of the reamer, and - cutting teeth provided on each cutting wing, wherein the cutting teeth protrude from the respective cutting wing on the lateral surface of the respective cutting wing, characterized in that at least one of the cutting wings has a reaming-depth-limiting stop shoulder. - a shaft, which is provided, at the rear end region of the shaft, with a shank, - a guide pin protruding at the front end of the reamer, - cutting wings connected to the shaft, wherein each of the cutting wings has a lateral surface that tapers towards the front end of the reamer, and - cutting teeth provided on each cutting wing, wherein the cutting teeth protrude from the respective cutting wing on the lateral surface of the respective cutting wing,
A device for monitoring the degradation of a vacuum tube of a cutoff apparatus, characterised in that it includes: - two electrodes (21, 22) forming a capacitor, arranged on the external surface of the vacuum tube, - a capacitive measurement circuit connected to the two electrodes and adapted to measure an electrical parameter representative of the capacitance of the capacitor. - two electrodes (21, 22) forming a capacitor, arranged on the external surface of the vacuum tube, - a capacitive measurement circuit connected to the two electrodes and adapted to measure an electrical parameter representative of the capacitance of the capacitor.
A method for reprogramming a cell, comprising: (a) obtaining albumin treated with sodium octanoate, heating to at least 50 °C, an ion-exchange resin, and activated charcoal; (b) culturing a differentiated cell with a reprogramming medium containing the treated albumin of step (a); (c) transfecting the cell with one or more synthetic RNA molecules in the presence of the treated albumin of step (a), wherein the one or more synthetic RNA molecules includes at least one RNA molecule encoding one or more reprogramming factors and wherein the transfecting results in the cell expressing the one or morereprogramming factors; and (d) repeating step (c) at least twice during 5 consecutive days. (a) obtaining albumin treated with sodium octanoate, heating to at least 50 °C, an ion-exchange resin, and activated charcoal; (b) culturing a differentiated cell with a reprogramming medium containing the treated albumin of step (a); (c) transfecting the cell with one or more synthetic RNA molecules in the presence of the treated albumin of step (a), wherein the one or more synthetic RNA molecules includes at least one RNA molecule encoding one or more reprogramming factors and wherein the transfecting results in the cell expressing the one or morereprogramming factors; and (d) repeating step (c) at least twice during 5 consecutive days.
A decoking assembly comprising: a coke cutting tool; a support structure with a rigid member mounted thereto; and a motorized system comprising: a plurality of pulleys (260, 360) mounted to the rigid member each configured to rotate about an axis; a vertically movable crosshead secured to the coke cutting tool; a plurality of non-metallic belts (255, 355), each secured at one end to the vertically movable crosshead and at another end to a counterweight; and a motor mounted to the rigid member and cooperative with the plurality of pulleys (260, 360), vertically movable crosshead and plurality of belts (255, 355), wherein the motor is configured to impart rotational movement to the pulleys to permit a range of vertical movement of the cutting tool and vertically movable crosshead relative to the rigid member. a coke cutting tool; a support structure with a rigid member mounted thereto; and a motorized system comprising: a plurality of pulleys (260, 360) mounted to the rigid member each configured to rotate about an axis; a vertically movable crosshead secured to the coke cutting tool; a plurality of non-metallic belts (255, 355), each secured at one end to the vertically movable crosshead and at another end to a counterweight; and a motor mounted to the rigid member and cooperative with the plurality of pulleys (260, 360), vertically movable crosshead and plurality of belts (255, 355), wherein the motor is configured to impart rotational movement to the pulleys to permit a range of vertical movement of the cutting tool and vertically movable crosshead relative to the rigid member. a plurality of pulleys (260, 360) mounted to the rigid member each configured to rotate about an axis; a vertically movable crosshead secured to the coke cutting tool; a plurality of non-metallic belts (255, 355), each secured at one end to the vertically movable crosshead and at another end to a counterweight; and a motor mounted to the rigid member and cooperative with the plurality of pulleys (260, 360), vertically movable crosshead and plurality of belts (255, 355), wherein the motor is configured to impart rotational movement to the pulleys to permit a range of vertical movement of the cutting tool and vertically movable crosshead relative to the rigid member.
In a mesh network having an end node operable in a sleep mode and an awake mode, an energy-efficient method of transmitting data from the end node to a destination node, comprising: transmitting a first message (MSG 1), the first message (MSG 1) including a tag ID of the destination node and message data, from the end node to a parent node of the end node; receiving, at the end node, a first acknowledgement from the parent node acknowledging receipt of the first message (MSG 1) by the parent node; causing the end node to enter sleep mode in response to the acknowledgement; determining, at the parent node, whether the parent node is the destination node; and transmitting a second message (MSG 2), the second message (MSG 2) including the destination node tag, the message data, and a network address of the parent node, to the destination node in response to determination that the parent node is not the destination node, characterized in that transmitting a second message includes relaying the second message through an intervening node, and wherein the method further comprises storing, at the parent node and/or at the intervening node, a relationship between a tag ID of the end node and a network address of the node from which the intervening node received the second message (MSG 2), based on the second message. transmitting a first message (MSG 1), the first message (MSG 1) including a tag ID of the destination node and message data, from the end node to a parent node of the end node; receiving, at the end node, a first acknowledgement from the parent node acknowledging receipt of the first message (MSG 1) by the parent node; causing the end node to enter sleep mode in response to the acknowledgement; determining, at the parent node, whether the parent node is the destination node; and transmitting a second message (MSG 2), the second message (MSG 2) including the destination node tag, the message data, and a network address of the parent node, to the destination node in response to determination that the parent node is not the destination node, characterized in that transmitting a second message includes relaying the second message through an intervening node, and wherein the method further comprises storing, at the parent node and/or at the intervening node, a relationship between a tag ID of the end node and a network address of the node from which the intervening node received the second message (MSG 2), based on the second message.
A method for generating a wave in a body of water comprising: a. urging water to flow through an inlet, a contoured passage and an outlet of an apparatus, and b. altering a flow of the water with at least one of active edges and active surfaces of at least one of the inlet, the contoured passage and the outlet whereby the water flows out of the outlet in a wave form, characterized in that urging includes urging at least a portion of a primary flow through the active edges and surfaces to create a secondary flow at an angle to the direction of primary flow, and urging includes urging at least a portion of a primary flow through the active edges and surfaces that are configured to alter the primary flow into becoming the face and trough of the waveform, that are configured to alter the primary flow into becoming the back of the waveform, that are configured to alter the primary flow into becoming the shoulder of the waveform, or that are configured to alter the primary flow into becoming the outer trough boundary of the waveform, a. urging water to flow through an inlet, a contoured passage and an outlet of an apparatus, and b. altering a flow of the water with at least one of active edges and active surfaces of at least one of the inlet, the contoured passage and the outlet
Radio frequency based control system for the control of safety protocols at work and for the investigation of events in case of an accident caused to one or more workers, comprising a communication network that connects said workers with one or more managers via the Internet or a mobile network, and one or more servers and databases connected to that communication network; further comprising: - a plurality of RF tags attached to objects or tools used by workers during their work activity, said RF tags comprising means for data transmission through radio frequency; - one or more portable mobile terminals, configured for being equipped by workers and for receiving data transmitted by the RF tags, said mobile terminals comprising Internet connectivity and/or mobile network connectivity; - one or more management devices (9, 9', 9") connected to the Internet and/or to a mobile network for receiving transmitted data by mobile terminals and/or recorded or analysed by the servers; characterised in that the RF tags comprise one or more accelerometers configured for generating data associated to the workers' activities and the objects or tools used by said workers. - a plurality of RF tags attached to objects or tools used by workers during their work activity, said RF tags comprising means for data transmission through radio frequency; - one or more portable mobile terminals, configured for being equipped by workers and for receiving data transmitted by the RF tags, said mobile terminals comprising Internet connectivity and/or mobile network connectivity; - one or more management devices (9, 9', 9") connected to the Internet and/or to a mobile network for receiving transmitted data by mobile terminals and/or recorded or analysed by the servers; characterised in that the RF tags comprise one or more accelerometers configured for generating data associated to the workers' activities and the objects or tools used by said workers.
A laminate obtained by laminating a layer A that comprises a composition A containing a polyvinyl acetal and a layer B that comprises a composition B containing a polyolefin and an adhesive functional group-containing olefinic polymer or containing an adhesive functional group-containing olefinic polymer, wherein a mass ratio of (the polyolefin) / (the adhesive functional group-containing olefinic polymer) is 0/100 to 99.95/0.05, and wherein the adhesive functional group-containing olefinic polymer is an adhesive functional group-containing olefinic polymer having an organometallic functional group that comprises boron and/or silicon or is an adhesive functional group-containing olefinic polymer having at least one reactive functional group that is selected from a carboxyl group, a derivative group of a carboxyl group, and an epoxy group.
Water-in-oil (W/O) emulsion stable to coalescence, comprising an aqueous phase dispersed in a continuous oil phase, wherein: a) the dispersed aqueous phase includes 1 to 10% by weight of at least one polysaccharide having a molar mass of at least 500,000 g/mole, based on the total weight of the aqueous phase; b) the continuous oil phase is an oil or an oil mixture to which is added from 0,1 to 5% by weight based on the total weight of the oil phase of at least one surfactant selected from phospholipids, ethoxylated fatty alcohols, sugar esters, alkylpolyglucosides, casein and mixtures thereof. a) the dispersed aqueous phase includes 1 to 10% by weight of at least one polysaccharide having a molar mass of at least 500,000 g/mole, based on the total weight of the aqueous phase; b) the continuous oil phase is an oil or an oil mixture to which is added from 0,1 to 5% by weight based on the total weight of the oil phase of at least one surfactant selected from phospholipids, ethoxylated fatty alcohols, sugar esters, alkylpolyglucosides, casein and mixtures thereof.
A centrifugal compressor comprising: an impeller having a gas inlet and an outlet, the impeller having an input drive, and an impulse turbine positioned around the periphery of the impeller adjacent the outlet, the impulse turbine driving an output shaft, the impulse turbine to be driven by high velocity gas exiting the impeller, and the impeller having a plurality of radial impeller blades, characterised in that the impeller is configured so that the impulse turbine extracts the energy in the high velocity gas exiting the impeller blades before the energy is converted to heat, wherein the pressure of the gas entering the impulse turbine is maintained at an exit of the impulse turbine.
A method of performing a beam failure recovery procedure by a user equipment, UE, in a wireless communication system, the method comprising: receiving, by the UE from a base station, BS, first configuration information regarding a random access resource for a beam failure recovery; detecting, by the UE, a downlink beam failure; and performing, by the UE, a contention-free random access, CFRA, procedure for the beam failure recovery using the random access resource based on detecting the downlink beam failure and based on the first configuration information, and the method characterized in that: the first configuration information includes information regarding a maximum number of attempts for the beam failure recovery, and the method further comprises: determining whether the number of attempts for the CFRA procedure related to the beam failure recovery reaches the maximum number; and performing a contention-based random access, CBRA, procedure to perform access to a cell, based on the number of attempts for the CFRA procedure related to the beam failure recovery reaching the maximum number. receiving, by the UE from a base station, BS, first configuration information regarding a random access resource for a beam failure recovery; detecting, by the UE, a downlink beam failure; and performing, by the UE, a contention-free random access, CFRA, procedure for the beam failure recovery using the random access resource based on detecting the downlink beam failure and based on the first configuration information, and the method characterized in that: the first configuration information includes information regarding a maximum number of attempts for the beam failure recovery, and the method further comprises: determining whether the number of attempts for the CFRA procedure related to the beam failure recovery reaches the maximum number; and performing a contention-based random access, CBRA, procedure to perform access to a cell, based on the number of attempts for the CFRA procedure related to the beam failure recovery reaching the maximum number. determining whether the number of attempts for the CFRA procedure related to the beam failure recovery reaches the maximum number; and performing a contention-based random access, CBRA, procedure to perform access to a cell, based on the number of attempts for the CFRA procedure related to the beam failure recovery reaching the maximum number.
An elevator safety block comprising: a frame configured to attach to an elevator structure (103; 105) and slidably engage with a guide rail, the frame defining a first engaging surface and a support surface; an intermediate body slidably mounted to the support surface; and an engaging body rotatably attached to the intermediate body and having a second engaging surface, wherein, in a first position, the first engaging surface and the second engaging surface are configured to permit the elevator structure to move along the guide rail, and, in a second position, the first engaging surface and the second engaging surface are configured to engage with the guide rail and prevent movement of the elevator structure, and wherein the elevator structure is one of an elevator car and a counterweight; characterized in that the frame includes at least one support aperture passing through the support surface, the intermediate body comprising at least one pin configured to slidably move within the at least one support aperture; and in that the elevator safety block further comprises at least one biasing device located on the at least one pin and positioned between the intermediate body and the support surface. a frame configured to attach to an elevator structure (103; 105) and slidably engage with a guide rail, the frame defining a first engaging surface and a support surface; an intermediate body slidably mounted to the support surface; and an engaging body rotatably attached to the intermediate body and having a second engaging surface, wherein, in a first position, the first engaging surface and the second engaging surface are configured to permit the elevator structure to move along the guide rail, and, in a second position, the first engaging surface and the second engaging surface are configured to engage with the guide rail and prevent movement of the elevator structure, and wherein the elevator structure is one of an elevator car and a counterweight; characterized in that the frame includes at least one support aperture passing through the support surface, the intermediate body comprising at least one pin configured to slidably move within the at least one support aperture; and in that the elevator safety block further comprises at least one biasing device located on the at least one pin and positioned between the intermediate body and the support surface.