mhurhangee/ep-ind-claims huggingface dataset:
A filtering face-piece respirator that comprises: a harness; and a mask body having an interior surface and comprising: a filtering structure that comprises an outer cover web, a filtering layer, and an inner cover web that defines at least a portion of the interior surface; a nose clip located between the outer cover web and the inner cover web; characterized by a cushioning member positioned within the filtering structure between the outer cover web and the inner cover web, wherein the cushioning member is located between the nose clip and the inner cover web, and further wherein the cushioning member comprises a thickness at a relaxed state of at least 1 mm. a harness; and a mask body having an interior surface and comprising: a filtering structure that comprises an outer cover web, a filtering layer, and an inner cover web that defines at least a portion of the interior surface; a nose clip located between the outer cover web and the inner cover web; characterized by a cushioning member positioned within the filtering structure between the outer cover web and the inner cover web, wherein the cushioning member is located between the nose clip and the inner cover web, and further wherein the cushioning member comprises a thickness at a relaxed state of at least 1 mm. a filtering structure that comprises an outer cover web, a filtering layer, and an inner cover web that defines at least a portion of the interior surface; a nose clip located between the outer cover web and the inner cover web; characterized by a cushioning member positioned within the filtering structure between the outer cover web and the inner cover web, wherein the cushioning member is located between the nose clip and the inner cover web, and further wherein the cushioning member comprises a thickness at a relaxed state of at least 1 mm.
Heat exchanger comprising: - at least one substrate made of electro-caloric or pyroelectric material and forming at least one channel for a fluid; - at least two electrodes (16, 18) at two opposed ends of the at least one substrate; - a housing enclosing the at least one substrate and the at least two electrodes (16, 18), and provided with at least one fluid connecting port (20.1, 20.2); characterized in that the housing is made of a heat shrinkable flexible tube that is shrunk onto the at least one substrate and forming the at least one fluid connecting port (20.1, 20.2). - at least one substrate made of electro-caloric or pyroelectric material and forming at least one channel for a fluid; - at least two electrodes (16, 18) at two opposed ends of the at least one substrate; - a housing enclosing the at least one substrate and the at least two electrodes (16, 18), and provided with at least one fluid connecting port (20.1, 20.2);
A back pack for an underwater breathing gas tank comprising: a tank mounting structure having a front surface facing away from an underwater breathing gas tank when an underwater breathing gas tank is operably mounted to the tank mounting structure, the tank mounting structure defining a recess, the front surface defining an opening of the recess, the tank mounting structure defining a bottom surface of the recess opposite the opening in the front surface; a strap; a buckle having a latched state for securing the strap in a fixed position for securing a underwater breathing gas tank to the tank mounting structure, the buckle, when in a latched state, positioned within the recess, characterized in that the tank mounting structure includes a first mounting plate defining, at least in part, the recess and a second mounting plate defining at least in part, the bottom of the recess opposite the opening in the front surface. a tank mounting structure having a front surface facing away from an underwater breathing gas tank when an underwater breathing gas tank is operably mounted to the tank mounting structure, the tank mounting structure defining a recess, the front surface defining an opening of the recess, the tank mounting structure defining a bottom surface of the recess opposite the opening in the front surface; a strap; a buckle having a latched state for securing the strap in a fixed position for securing a underwater breathing gas tank to the tank mounting structure, the buckle, when in a latched state, positioned within the recess, characterized in that the tank mounting structure includes a first mounting plate defining, at least in part, the recess and a second mounting plate defining at least in part, the bottom of the recess opposite the opening in the front surface.
An inertia drive motor comprising: an element to be driven, and a stator, the stator comprising: an elastic frame, at least one friction element arranged on the elastic frame and configured to be brought into frictional contact with the element to be driven, and a first electromechanical actuator and a second electromechanical actuator, which are configured to cause, by interaction, a deformation of the elastic frame, upon simultaneous excitation with different excitation voltages, each having a sawtooth signal (V1 to V4), so as to displace the at least one friction element for driving the element to be driven by stick-slip contact with said friction element, wherein the first electromechanical actuator and the second electromechanical actuator are configured to expand and contract along parallel vibration paths which are perpendicular to the moving direction of the element to be driven. an element to be driven, and a stator, the stator comprising: an elastic frame, at least one friction element arranged on the elastic frame and configured to be brought into frictional contact with the element to be driven, and a first electromechanical actuator and a second electromechanical actuator, which are configured to cause, by interaction, a deformation of the elastic frame, upon simultaneous excitation with different excitation voltages, each having a sawtooth signal (V1 to V4), so as to displace the at least one friction element for driving the element to be driven by stick-slip contact with said friction element, an elastic frame, at least one friction element arranged on the elastic frame and configured to be brought into frictional contact with the element to be driven, and a first electromechanical actuator and a second electromechanical actuator, which are configured to cause, by interaction, a deformation of the elastic frame, upon simultaneous excitation with different excitation voltages, each having a sawtooth signal (V1 to V4), so as to displace the at least one friction element for driving the element to be driven by stick-slip contact with said friction element, wherein the first electromechanical actuator and the second electromechanical actuator are configured to expand and contract along parallel vibration paths which are perpendicular to the moving direction of the element to be driven.
User equipment, UE, comprising: a receiving module, configured to receive configuration information, sent by a base station, of at least two radio resource management, RRM, measurement procedures that are independent of each other; a measurement module, configured to perform RRM measurement on one carrier by using the at least two RRM measurement procedures that are independent of each other, and obtain at least two RRM measurement results; and a sending module, configured to report the RRM measurement results to the base station, wherein the configuration information of each RRM measurement procedure comprises a group of measurement time-domain information and corresponding measurement parameter information; and the receiving module is specifically configured to receive at least two groups of measurement time-domain information and measurement parameter information corresponding to each group of measurement time-domain information that are sent by the base station, wherein the at least two groups of measurement time-domain information comprise: at least two measurement gaps that are configured for each carrier by the base station, wherein each measurement gap is a group of measurement time-domain information. a receiving module, configured to receive configuration information, sent by a base station, of at least two radio resource management, RRM, measurement procedures that are independent of each other; a measurement module, configured to perform RRM measurement on one carrier by using the at least two RRM measurement procedures that are independent of each other, and obtain at least two RRM measurement results; and a sending module, configured to report the RRM measurement results to the base station, wherein the configuration information of each RRM measurement procedure comprises a group of measurement time-domain information and corresponding measurement parameter information; and the receiving module is specifically configured to receive at least two groups of measurement time-domain information and measurement parameter information corresponding to each group of measurement time-domain information that are sent by the base station,
A pusher mechanism for a product management display system having a tray defining a surface configured to hold products, the pusher mechanism comprising: a pusher surface; a first product retainer extending parallel to the pusher surface; a pusher floor extending forwardly from the pusher surface, the pusher floor configured to permit at least one product to sit upon the pusher floor, the pusher floor configured to be positionable on and movable across at least a portion of the surface of the tray; and a coiled spring extendable across at least a portion of the pusher floor, the coiled spring including a coiled end which is positioned behind and operatively connected to the pusher surface; wherein the pusher mechanism is configured to sit on top of and not extend below the surface of the tray, is configured to be positionable on the surface of the tray, and is configured to be mounted to and held onto the tray by the coiled spring; wherein the pusher floor is substantially parallel to the surface of the tray and defines a channel for receiving the coiled spring; wherein the pusher surface and the first product retainer extend upwardly from the pusher floor, the first product retainer being spaced apart from the pusher surface such that the pusher surface, the first product retainer and the pusher floor define a space for receiving at least one product therein. a pusher surface; a first product retainer extending parallel to the pusher surface; a pusher floor extending forwardly from the pusher surface, the pusher floor configured to permit at least one product to sit upon the pusher floor, the pusher floor configured to be positionable on and movable across at least a portion of the surface of the tray; and a coiled spring extendable across at least a portion of the pusher floor, the coiled spring including a coiled end which is positioned behind and operatively connected to the pusher surface; wherein the pusher mechanism is configured to sit on top of and not extend below the surface of the tray, is configured to be positionable on the surface of the tray, and is configured to be mounted to and held onto the tray by the coiled spring; wherein the pusher floor is substantially parallel to the surface of the tray and defines a channel for receiving the coiled spring; wherein the pusher surface and the first product retainer extend upwardly from the pusher floor, the first product retainer being spaced apart from the pusher surface such that the pusher surface, the first product retainer and the pusher floor define a space for receiving at least one product therein.
Composition for topical application comprising, in a physiologically acceptable medium: - at least one retinoid compound in dispersed form chosen from all-trans retinoic acid, isotretinoin, motretinide, and naphthoic acid derivatives of formula, and salts and esters thereof: where R represents a hydrogen atom, a hydroxyl radical, a branched or nonbranched alkyl radical containing from 1 to 4 carbon atoms, an alkoxy radical containing from 1 to 10 carbon atoms or a cycloaliphatic radical which is substituted or unsubstituted, - at least one wetting agent, - benzoyl peroxide in dispersed form, and - at least one anti-irritant compound chosen from 18β-glycyrrhetinic acid, the potassium salt of 18β-glycyrrhetinic acid, the sodium salt of 18β-glycyrrhetinic acid, the monoammonium salt of 18β-glycyrrhetinic acid, the disodium succinate salt of 18β-glycyrrhetinic acid, the dipotassium salt of 18β-glycyrrhetinic acid and the monoester of 18β-glycyrrhetinic acid. - at least one retinoid compound in dispersed form chosen from all-trans retinoic acid, isotretinoin, motretinide, and naphthoic acid derivatives of formula, and salts and esters thereof: where R represents a hydrogen atom, a hydroxyl radical, a branched or nonbranched alkyl radical containing from 1 to 4 carbon atoms, an alkoxy radical containing from 1 to 10 carbon atoms or a cycloaliphatic radical which is substituted or unsubstituted, - at least one wetting agent, - benzoyl peroxide in dispersed form, and - at least one anti-irritant compound chosen from 18β-glycyrrhetinic acid, the potassium salt of 18β-glycyrrhetinic acid, the sodium salt of 18β-glycyrrhetinic acid, the monoammonium salt of 18β-glycyrrhetinic acid, the disodium succinate salt of 18β-glycyrrhetinic acid, the dipotassium salt of 18β-glycyrrhetinic acid and the monoester of 18β-glycyrrhetinic acid.
A base station node (26 S) of a radio access network comprising: a communication interface to a higher layer network node; a handover unit configured to request that the higher layer network node makes a decision regarding a target cell to which to handover a particular wireless terminal when the base station node does not have roaming configuration information for the particular wireless terminal and an attempted X2 interface handover of the particular wireless terminal has failed, the target cell being shared by plural public land mobile networks (42; 44), the base station node being further characterized by the the handover unit being configured to determine whether there is a handover restriction list, HRL, for the particular wireless terminal and, when there is no HRL for the particular wireless terminal, request that the higher layer network node makes a selection of one of the plural public land mobile networks for the target cell. a communication interface to a higher layer network node; a handover unit configured to request that the higher layer network node makes a decision regarding a target cell to which to handover a particular wireless terminal when the base station node does not have roaming configuration information for the particular wireless terminal and an attempted X2 interface handover of the particular wireless terminal has failed, the target cell being shared by plural public land mobile networks (42; 44), the base station node being further characterized by the the handover unit being configured to determine whether there is a handover restriction list, HRL, for the particular wireless terminal and, when there is no HRL for the particular wireless terminal, request that the higher layer network node makes a selection of one of the plural public land mobile networks for the target cell.
Internal combustion engine, in particular as a drive engine for a vehicle, comprising an engine braking device (19, 63, 65), wherein the engine braking device has a throttle element which is associated with an exhaust gas section, in particular a throttle valve, for damming an exhaust gas which is emitted by a combustion device, and comprising a measuring device (51; 71; 83) by means of which the exhaust gas pressure can be measured at a defined measuring region of the exhaust gas section upstream of the throttle element as seen in the exhaust gas flow direction, characterized in that at least one further measuring device (51; 75; 83) is provided, by means of which the exhaust gas pressure can likewise be measured at the defined measuring region in order to realize a redundant exhaust gas pressure measurement, and in that the measurement signals which are determined by means of the measuring devices (51; 71, 75; 83) can be transmitted to a controller, in particular to a controller for controlling the throttle element, wherein a connecting line branches off from an exhaust gas line of the exhaust gas section at the defined measuring region, an interior chamber of the exhaust gas line being connected in a pressuretransmitting manner by means of the said connecting line to a pressure chamber of a pressure-determining device which comprises the measuring devices (51; 71, 75; 83), in such a way that substantially only the hydrostatic exhaust gas pressure acts in the pressure chamber.
A high temperature industrial furnace roof system (100, 142) comprising: first and second spaced apart hanger brick rows and a filler row disposed therebetween, wherein the filler row includes a plurality of filler elements (10, 152, 176) comprising at least one removable heating module (20, 114, 126, 156, 154, 172) having at least one heat source (26, 116 160) positionable through the module (20,..., 172); and characterized by a cable system (120, 164) comprising a plurality of electrical cables (122, 166) and operatively connecting the at least one heat source (26, 116, 160) of the at least one removable heating module (20,..., 172) with a power source (124, 170), the cable system (120, 164) to permit each of the at least one removable heating modules (20,..., 172) to be removed from the respective filler element (10, 152, 176) while the respective heat source (26, 116, 160) remains operatively connected with the power source (124, 170). first and second spaced apart hanger brick rows and a filler row disposed therebetween, wherein the filler row includes a plurality of filler elements (10, 152, 176) comprising at least one removable heating module (20, 114, 126, 156, 154, 172) having at least one heat source (26, 116 160) positionable through the module (20,..., 172); and characterized by a cable system (120, 164) comprising a plurality of electrical cables (122, 166) and operatively connecting the at least one heat source (26, 116, 160) of the at least one removable heating module (20,..., 172) with a power source (124, 170), the cable system (120, 164) to permit each of the at least one removable heating modules (20,..., 172) to be removed from the respective filler element (10, 152, 176) while the respective heat source (26, 116, 160) remains operatively connected with the power source (124, 170).
A controller comprising: a processor; and a computer readable storage medium accessible to the processor and bearing instructions executable by the processor to configure the processor to: adapt different sources of content to a client device on a network through a single user interface, UI, provided by the controller to the client device to transparently enable the client device to also receive content for playback that was initially presented without a remote UI, the different sources of content being adapted by transforming multimedia content into content which is wrapped in the remote UI such that multimedia content is embedded in the remote UI. a processor; and a computer readable storage medium accessible to the processor and bearing instructions executable by the processor to configure the processor to: adapt different sources of content to a client device on a network through a single user interface, UI, provided by the controller to the client device to transparently enable the client device to also receive content for playback that was initially presented without a remote UI, the different sources of content being adapted by transforming multimedia content into content which is wrapped in the remote UI such that multimedia content is embedded in the remote UI. adapt different sources of content to a client device on a network through a single user interface, UI, provided by the controller to the client device to transparently enable the client device to also receive content for playback that was initially presented without a remote UI, the different sources of content being adapted by transforming multimedia content into content which is wrapped in the remote UI such that multimedia content is embedded in the remote UI.
A sniffing leak detector comprising a sniffing probe which, via a first suction line leading to a test gas sensor, is connected to a main device including a vacuum pump device, wherein the sniffing probe is provided with a second suction line which has a higher conveying capacity than the first suction line, said second suction line being adapted to be shut off and, without connection to the test gas sensor, being directly connected to a pre-vacuum pump for conveying into the environment, said pre-vacuum pump being included in the main device, characterized in that, within the main device, a pump device comprising a high-vacuum pump and said pre-vacuum pump in serial arrangement is provided for generating a high vacuum for the test gas sensor.
A method of distinguishing sequences of RNA and DNA in a sample, the method comprising: a. providing a sample comprising both RNA and] DNA, which has been obtained from a subject; b. reverse transcribing the RNA to produce cDNA/RNA hybrid molecules; c. degrading the RNA of the hybrid molecules to produce single-stranded cDNA; d. joining a tag oligonucleotide comprising a tag sequence preferentially to the single-stranded cDNA in a reaction comprising a single-stranded DNA ligase to produce tagged cDNA, wherein the tag oligonucleotide comprises a unique molecular identifier, wherein each of a plurality of tagged cDNA molecules is distinguishable from others in the plurality of tagged cDNA molecules based on the UMI; and e. sequencing the DNA and the tagged cDNA; wherein the reverse transcribing, preferentially joining, and sequencing are performed in the presence of the DNA. a. providing a sample comprising both RNA and] DNA, which has been obtained from a subject; b. reverse transcribing the RNA to produce cDNA/RNA hybrid molecules; c. degrading the RNA of the hybrid molecules to produce single-stranded cDNA; d. joining a tag oligonucleotide comprising a tag sequence preferentially to the single-stranded cDNA in a reaction comprising a single-stranded DNA ligase to produce tagged cDNA, wherein the tag oligonucleotide comprises a unique molecular identifier, wherein each of a plurality of tagged cDNA molecules is distinguishable from others in the plurality of tagged cDNA molecules based on the UMI; and e. sequencing the DNA and the tagged cDNA;
An arrangement (10, 100) for feeding ammonia containing fluid into an exhaust gas passage of a combustion plant comprising a first fluid line connectable in flow connection with a source of an ammonia containing fluid, a second fluid line in flow connection with a source of a dilution fluid and a control unit (38,380) for controlling multiple valve members (30.1, 30.2, 30.3, 30.4, 30.5, 300.1, 300.2, 300.3, 300.4, 300.5) of a valve unit, each of the valve members having a first inlet (34, 340) in flow connection with the first fluid line, a second inlet (32, 320) in flow connection with the second fluid line and an outlet (36, 360) in flow connection with a common outlet channel (48, 480) connected to the exhaust gas passage, characterized in that the valve members are connected in parallel so that the outlet of each of the valve members is in flow connection with the common outlet channel (48, 480), wherein the control unit is adapted for controlling each of the valve members to maintain open flow path from either the first inlet (34, 340) or the second inlet (32, 320) to the outlet (36, 360) so as to feed a flow of either the ammonia containing fluid or the dilution fluid via the valve member to the common outlet channel (48, 480).