mhurhangee/ep-ind-claims huggingface dataset:
A device for implanting a heart prosthesis comprising a central body and a containment portion, having one or more sub-components, the device for implanting a heart prosthesis comprising: - a release device for the central body which is capable of being inserted into a catheter, - a device for assisting the connection operation between the central body and the sub-components of the containment portion, comprising an assembly of catheters, of which there are at least two catheters for each sub-component of the containment portion, the catheters being joined to each other over a portion thereof and each having at least one free end. - a release device for the central body which is capable of being inserted into a catheter, - a device for assisting the connection operation between the central body and the sub-components of the containment portion, comprising an assembly of catheters, of which there are at least two catheters for each sub-component of the containment portion, the catheters being joined to each other over a portion thereof and each having at least one free end.
An aerosol delivery device comprising a shell and a microfluidic vaporizer within the shell, the microfluidic vaporizer comprising: a substrate; a reservoir formed in the substrate and configured to hold a liquid; a heater positioned in or on the substrate and adapted to vaporize the liquid; and a capillary channel formed in or on the substrate and configured for movement of the liquid from the reservoir to the heater. a substrate; a reservoir formed in the substrate and configured to hold a liquid; a heater positioned in or on the substrate and adapted to vaporize the liquid; and a capillary channel formed in or on the substrate and configured for movement of the liquid from the reservoir to the heater.
A fluid dispenser device comprising: a dispenser member, such as a pump or a valve, mounted on the neck of a container containing a fluid to be dispensed, with a neck gasket interposed therebetween so as to provide sealing at said neck of the container, said dispenser member being mounted on said neck by means of a fastener element, comprising a fastener portion for fastening to said neck of the container and a compression portion for compressing said neck gasket against said neck of the container, said compression portion including at least one projecting profile adapted to exert stresses on said neck gasket after assembly, wherein, after assembly, said neck of the container generates first stresses in said neck gasket, and said at least one projecting profile of the fastener element generates second stresses in said neck gasket, said first stresses being approximately axially opposite said second stresses, said neck of the container including a top margin of curved shape, said neck defining, at its end, an edge that is in contact with said neck gasket, the device being characterized in that said at least one projecting profile is arranged radially on the outside or on the inside of said edge when the fastener element is assembled on the neck of the container, said first and second stresses being approximately axially opposite but being radially offset, such that said first and second stresses are balanced at least in part.
A method of enhancing soil using a composite formed of oligomeric lignin and char derived from lignocellulosic biomass by fast pyrolysis of a feed of said biomass in the presence of steam to produce (i) a stream of water-soluble carbohydrate-originated carbonyls, (ii) a stream of water insoluble oligomeric lignin, and (iii) a stream of char, the method comprising the steps of: (a) subjecting the lignocellulosic biomass to superheated steam in a pyrolyzer as the biomass is heated to a temperature in the range 430 - 550°C, (b) fast pyrolysing said biomass in the pyrolyzer in the presence of superheated steam, (c) allowing the biomass to degrade, (d) collecting product streams comprising (i) the aqueous stream containing said carbohydrate-originated carbonyls, (ii) the stream of wet oligomeric lignin, and (iii) the stream of char, (e) physically combining the oligomeric lignin and the char to form the composite, and (f) utilizing the composite to enhance the soil. (a) subjecting the lignocellulosic biomass to superheated steam in a pyrolyzer as the biomass is heated to a temperature in the range 430 - 550°C, (b) fast pyrolysing said biomass in the pyrolyzer in the presence of superheated steam, (c) allowing the biomass to degrade, (d) collecting product streams comprising (i) the aqueous stream containing said carbohydrate-originated carbonyls, (ii) the stream of wet oligomeric lignin, and (iii) the stream of char, (e) physically combining the oligomeric lignin and the char to form the composite, and (f) utilizing the composite to enhance the soil.
A method for processing green coffee beans, the method comprising: loading unroasted green coffee beans on a mesh-like plate, placing in a container the mesh-like plate having the green coffee beans loaded thereon, introducing mineral water into a bottom of the container so as to be spaced apart from a lower surface of the mesh-like plate, placing tourmaline on the bottom of the container, and then closing a lid of the container to seal the container; placing the sealed container in a heating cabinet, and then steaming the green coffee beans at low temperature for 11 days while maintaining an internal temperature of the heating cabinet at 75°C; and opening the lid of the container, and then drying the steamed green coffee beans for 5 days while maintaining the internal temperature of the heating cabinet at 40°C; wherein step further comprises preparing a second mesh-like plate, mixing an Apios leaf and an Apios flower with each other at a weight ratio of 3:1 to obtain a mixture, loading the mixture on the second mesh-like plate, and then disposing the second mesh-like plate under the mesh-like plate having the green coffee beans loaded thereon so as to be spaced apart from the mineral water on the bottom. loading unroasted green coffee beans on a mesh-like plate, placing in a container the mesh-like plate having the green coffee beans loaded thereon, introducing mineral water into a bottom of the container so as to be spaced apart from a lower surface of the mesh-like plate, placing tourmaline on the bottom of the container, and then closing a lid of the container to seal the container; placing the sealed container in a heating cabinet, and then steaming the green coffee beans at low temperature for 11 days while maintaining an internal temperature of the heating cabinet at 75°C; and opening the lid of the container, and then drying the steamed green coffee beans for 5 days while maintaining the internal temperature of the heating cabinet at 40°C;
Liquefier for a heat pump, comprising: a liquefier space comprising a working fluid space filled up to a filling level when liquefied working fluid is filled in, and capable of being filled with gaseous working fluid in a gas region above the filling level; a process water tank formed so that its content is separated from the liquefied working fluid in the working fluid space in terms of liquid, wherein the process water tank comprises a process water inflow for cold process water and a process water outflow for heated process water, wherein the process water tank is arranged at least partially in the working fluid space, and wherein the process water tank comprises a wall spaced from a wall of the working fluid space, whereby a gap formed so as to communicate with the gas region and hold at least partially gaseous working fluid in operation is obtained. a liquefier space comprising a working fluid space filled up to a filling level when liquefied working fluid is filled in, and capable of being filled with gaseous working fluid in a gas region above the filling level; a process water tank formed so that its content is separated from the liquefied working fluid in the working fluid space in terms of liquid, wherein the process water tank comprises a process water inflow for cold process water and a process water outflow for heated process water, wherein the process water tank is arranged at least partially in the working fluid space, and wherein the process water tank comprises a wall spaced from a wall of the working fluid space, whereby a gap formed so as to communicate with the gas region and hold at least partially gaseous working fluid in operation is obtained.
An in-line heater for a liquid food or beverage preparation machine, wherein liquid is circulatable through said heater for heating, such heater comprising: - a body having a generally tubular or prismatic outer member and an inner core that is generally coextensive with respect to the tubular or prismatic outer member, the tubular or prismatic outer member and the inner core delimiting together a generally helicoidal heating chamber (4,4',4") extending therebetween and around the inner core; and - a heating means covering the tubular or prismatic outer member for supplying heat into said heating chamber (4,4',4"), wherein said inner core is eccentric with respect to the tubular or prismatic outer member so that the helicoidal heating chamber has variable cross-section (4',4") around the inner core. - a body having a generally tubular or prismatic outer member and an inner core that is generally coextensive with respect to the tubular or prismatic outer member, the tubular or prismatic outer member and the inner core delimiting together a generally helicoidal heating chamber (4,4',4") extending therebetween and around the inner core; and - a heating means covering the tubular or prismatic outer member for supplying heat into said heating chamber (4,4',4"),
Bicycle basket for fixing to a bicycle or to a similar transportation means, comprising a lower edge, a bottom, and a plurality of sidewalls, together defining an accommodating space, with a particularly free upper edge, for the storage of luggage, wherein the bicycle basket, comprises: an upper ring element, at least partially running along the upper edge, a lower ring element, at least partially running along the lower edge, at least one textile web, present between the upper ring element and the lower ring element, thus forming at least part of the sidewall, and a plurality of compression rod elements, present between the upper ring element and the lower ring element, wherein the textile web is stretched between the upper ring element and the lower ring element, thereby placing the upper element under a prestress against the lower ring element, and wherein the compression rod elements are each releasably mounted on the upper ring element and on the lower ring element, and are kept in the mounting position by the prestress Fv, wherein at least some of the compression rod elements has at least one fixing element that forms a releasable force coupling with at least one counter fixing element that is formed on the upper ring element and/or on the lower ring element, characterised in that the fixing element has at least one extension, and in that the counter fixing element has at least one extension recess, or vice versa, wherein the extension can be inserted in the extension recess thereby forming a plug-in connection. an upper ring element, at least partially running along the upper edge, a lower ring element, at least partially running along the lower edge, at least one textile web, present between the upper ring element and the lower ring element, thus forming at least part of the sidewall, and a plurality of compression rod elements, present between the upper ring element and the lower ring element, wherein the textile web is stretched between the upper ring element and the lower ring element, thereby placing the upper element under a prestress against the lower ring element, and wherein the compression rod elements are each releasably mounted on the upper ring element and on the lower ring element, and are kept in the mounting position by the prestress Fv, wherein at least some of the compression rod elements has at least one fixing element that forms a releasable force coupling with at least one counter fixing element that is formed on the upper ring element and/or on the lower ring element, characterised in that the fixing element has at least one extension, and in that the counter fixing element has at least one extension recess, or vice versa, wherein the extension can be inserted in the extension recess thereby forming a plug-in connection.
A steam cleaning device comprising: a steam generator; a steam outlet connectable to at least a first connector of a first accessory and a second connector of a second accessory; a connection detector arranged to detect when the first accessory is connected to the steam outlet and to detect when the second accessory is connected to the steam outlet; and characterised by a variable flow rate pump in fluid communication between the steam generator and a water supply and arranged to pump water from the water supply to the steam generator; and a pump controller configured to control the pump at a first pump flow rate when the connection detector detects the first connector and to control the pump at a second pump flow rate when the connection detector detects the second connector. a steam generator; a steam outlet connectable to at least a first connector of a first accessory and a second connector of a second accessory; a connection detector arranged to detect when the first accessory is connected to the steam outlet and to detect when the second accessory is connected to the steam outlet; and characterised by a variable flow rate pump in fluid communication between the steam generator and a water supply and arranged to pump water from the water supply to the steam generator; and a pump controller configured to control the pump at a first pump flow rate when the connection detector detects the first connector and to control the pump at a second pump flow rate when the connection detector detects the second connector.
A compound of Formula: or a pharmaceutically acceptable salt thereof, wherein: R 1 is hydrogen or optionally substituted C 1-6 alkyl; R 2 is optionally substituted bicyclic heterocyclyl, wherein heterocyclyl refers to a 5-10 membered non-aromatic ring system, and wherein the ring system has one ring nitrogen and one ring oxygen; X is a bond, -O-, or -C(=O)-; Y is CH or N; R 3 is optionally substituted bicyclic heteroaryl; and n is 0, 1, 2, 3, or 4. R 1 is hydrogen or optionally substituted C 1-6 alkyl; R 2 is optionally substituted bicyclic heterocyclyl, wherein heterocyclyl refers to a 5-10 membered non-aromatic ring system, and wherein the ring system has one ring nitrogen and one ring oxygen; X is a bond, -O-, or -C(=O)-; Y is CH or N; R 3 is optionally substituted bicyclic heteroaryl; and n is 0, 1, 2, 3, or 4.
An ocean energy power generating device comprising: a frame; at least one hydraulic turbine, disposed in the frame; at least one electric generator connected with the hydraulic turbine; and a rolling-door-type load regulating device disposed at the frame and comprising: a water guiding unit, comprising at least two water guiding plates connected in parallel, wherein an angle between the water guiding plates and a water flow direction is larger than zero degrees and smaller than 90 degrees such that the water guiding plates are configured to guide the water flow towards a motivation side of the hydraulic turbine and stop the water flow from flowing to a resistance side of the hydraulic turbine; a roller spindle, fixed to one end of the water guiding unit; and a driver, connected with the roller spindle, the driver being configured to drive the roller spindle to rotate to spread or retract the water guiding unit so as to control the water flow to the motivation and resistance sides of the hydraulic turbine. a frame; at least one hydraulic turbine, disposed in the frame; at least one electric generator connected with the hydraulic turbine; and a rolling-door-type load regulating device disposed at the frame and comprising: a water guiding unit, comprising at least two water guiding plates connected in parallel, wherein an angle between the water guiding plates and a water flow direction is larger than zero degrees and smaller than 90 degrees such that the water guiding plates are configured to guide the water flow towards a motivation side of the hydraulic turbine and stop the water flow from flowing to a resistance side of the hydraulic turbine; a roller spindle, fixed to one end of the water guiding unit; and a driver, connected with the roller spindle, the driver being configured to drive the roller spindle to rotate to spread or retract the water guiding unit so as to control the water flow to the motivation and resistance sides of the hydraulic turbine. a water guiding unit, comprising at least two water guiding plates connected in parallel, wherein an angle between the water guiding plates and a water flow direction is larger than zero degrees and smaller than 90 degrees such that the water guiding plates are configured to guide the water flow towards a motivation side of the hydraulic turbine and stop the water flow from flowing to a resistance side of the hydraulic turbine; a roller spindle, fixed to one end of the water guiding unit; and a driver, connected with the roller spindle, the driver being configured to drive the roller spindle to rotate to spread or retract the water guiding unit so as to control the water flow to the motivation and resistance sides of the hydraulic turbine.
Drive shaft for a surgical reamer comprising a rod having a first extremity and a second extremity, a connecting element for engaging an interchangeable reamer head, wherein the elongated rod has a composite structure comprising fibres, characterised in that a portion of said connecting element is inserted inside a cavity of the first extremity of said rod.
A screen assembly for a window, comprising a pair of parallel and spaced apart side rails (2,4) locatable against respective sides of a window opening and a head assembly, including a roller upon which is wound a screen, the head assembly extending between the side rails (2,4) and being adapted to be mounted on upper ends of the side rails (2,4) to be supported thereon against and/or adjacent to an upper side of the window opening, wherein each side rail (2,4) is linearly extendable, whereby said upper and lower ends of the side rails (2,4) are adapted to frictionally engage upper and lower faces of a window opening to secure the side rails (2,4), and the head assembly mounted thereon, in place within the window opening, in use, wherein the head assembly comprises an elongate hollow housing adapted to enclose the roller and a portion of the screen wound thereon and extending between a pair of end caps (22,24) fitted on either end of the housing, wherein the screen is arranged to extend through an elongate gap in a lower side of the housing, each end cap (22,24) including a mounting means for supporting a respective end of the roller and attachment means for attaching the head assembly to the side rails (2,4), characterised in that the attachment means of each end cap (22,24) of the head assembly comprises a first part engageable with a second part provided at an upper end of each side rail (2,4), the first and second parts being adapted to be coupled together at a plurality of different vertical positions with respect to one another to allow the vertical position of each end cap (22,24) to be adjusted on the respective side rail (2,4) to facilitate levelling of the head assembly.
A method of fetal cardiac monitoring, comprising the steps of: a) receiving an ultrasound signal reflected by a fetus and splitting the signal into at least one measurement path and at least one reference path; b) demodulating one part of the signal received in a first time window with a specific duration in the measurement path and another part of the signal received in a second time window with a specific duration in the reference path; c) assessing whether the second time window of the reference path contains more than one periodic signal; and d) adapting the duration of the first time window of the measurement path in the case of more than one periodic signal assessed in the second time window of the reference path; and wherein steps a) to d) are repeated with the adapted (1',1") or non-adapted first time window. a) receiving an ultrasound signal reflected by a fetus and splitting the signal into at least one measurement path and at least one reference path; b) demodulating one part of the signal received in a first time window with a specific duration in the measurement path and another part of the signal received in a second time window with a specific duration in the reference path; c) assessing whether the second time window of the reference path contains more than one periodic signal; and d) adapting the duration of the first time window of the measurement path in the case of more than one periodic signal assessed in the second time window of the reference path; and wherein steps a) to d) are repeated with the adapted (1',1") or non-adapted first time window.
Apparatus for transporting articles, in particular packaging means, comprising - a circulating conveying route, - a multiplicity of conveying devices, which circulate on the conveying route, - wherein each conveying device comprises a first conveying element and a second conveying element, - wherein the conveying elements (4, 5) can each be driven individually and independently of one another, and - wherein the conveying elements (4, 5) are intended to transport an article together, characterized in that - the first conveying element and the second conveying element of each conveying device each have a handling device (7,6), wherein the handling device of the first conveying element differs from the handling device of the second conveying element. - a circulating conveying route, - a multiplicity of conveying devices, which circulate on the conveying route, - wherein each conveying device comprises a first conveying element and a second conveying element, - wherein the conveying elements (4, 5) can each be driven individually and independently of one another, and - wherein the conveying elements (4, 5) are intended to transport an article together, characterized in that - the first conveying element and the second conveying element of each conveying device each have a handling device (7,6), wherein the handling device of the first conveying element differs from the handling device of the second conveying element.