mhurhangee/ep-ind-claims huggingface dataset:
A refractory composition comprising: (a) refractory aggregate; (b) one or more matrix components; and (c) silicate-coated set accelerator particles; wherein said silicate-coated set accelerator particles comprise silicate-coated particles of one or more of Ca 2, magnesium hydroxide, calcium chloride, calcium carbonate, magnesium carbonate, lithium carbonate or calcium sulfate. (a) refractory aggregate; (b) one or more matrix components; and (c) silicate-coated set accelerator particles;
A hybrid turbofan engine for an aircraft, comprising a fan, an electric generator/motor, and a gas generator comprising a combustion chamber, the turbine engine being designed so that the rotation of the fan is ensured by the electric generator/motor and/or by the gas generator, the turbine engine comprising a flow splitter nozzle from which extend, downstream, a primary flow path equipped at its inlet with inlet guide vanes, and a secondary flow path equipped with outlet guide vanes, the turbine engine comprising, between the fan and the flow splitter nozzle, an inner boundary wall of an air flow path, located upstream of the inlet guide vanes of the primary flow path, and also comprising, upstream of the outlet guide vanes, an inner upstream boundary wall of the secondary flow path, the generator/motor including a rotor, and a stator carried by a stator support fastened to a stator portion of the turbine engine, characterised in that it further includes a plurality of heat pipes for cooling the electric generator/motor, each heat pipe including an evaporator section fastened on the stator support of the generator/motor, as well as a condensation section fastened on the inner boundary wall of the air flow path or on the inner upstream boundary wall of the secondary flow path, each heat pipe being in the form of a tube whose opposite end portions are respectively formed by the condensation section and by the evaporation section.
A lighting assembly comprising: a light source having a first generally planar, light emitting surface including a perimeter edge, a backsheet disposed in substantially parallel relation with the light emitting surface, at least one electrical feedthrough region extending through the backsheet and each feedthrough region substantially covered by a contact patch disposed in substantially planar relation between the light source and the backsheet, wherein the light source is an OLED comprising a cathode layer, an anode layer, and an organic layer between the cathode and anode layers; a generally planar, connector cable extending over the backsheet from a perimeter thereof to the contact patch covering the at least one electrical feedthrough region and having at least one connector pad positioned on the connector cable to associate with each at least one electrical feedthrough to the light source through the contact patch; and a low temperature solder material disposed between each connector pad and contact patch for establishing electrical connection with the light source, wherein one or more of the light source, connector cable, backsheet, or any portion thereof is constructed of one or more plastics. a light source having a first generally planar, light emitting surface including a perimeter edge, a backsheet disposed in substantially parallel relation with the light emitting surface, at least one electrical feedthrough region extending through the backsheet and each feedthrough region substantially covered by a contact patch disposed in substantially planar relation between the light source and the backsheet, wherein the light source is an OLED comprising a cathode layer, an anode layer, and an organic layer between the cathode and anode layers; a generally planar, connector cable extending over the backsheet from a perimeter thereof to the contact patch covering the at least one electrical feedthrough region and having at least one connector pad positioned on the connector cable to associate with each at least one electrical feedthrough to the light source through the contact patch; and a low temperature solder material disposed between each connector pad and contact patch for establishing electrical connection with the light source, wherein one or more of the light source, connector cable, backsheet, or any portion thereof is constructed of one or more plastics.
Construction equipment comprising an internal combustion engine arranged to generate mechanical power and discharge exhaust gases; a pumping system arranged to use said mechanical power to operate with a working fluid or energetic means; at least one fluidic control circuit (36, 38, 40, 42) arranged to receive said working fluid and supply it to at least one fluidic actuator device and/or at least one fluidic motor device (14, 20, 26, 30); an energy recovery apparatus (44; 44'; 44"), which comprises a thermodynamic system arranged to convert at least a fraction of the heat (Q in) introduced by said exhaust gases into auxiliary mechanical power (W t) said equipment being characterized in that said energy recovery apparatus (44; 44'; 44") comprises an auxiliary pumping system (48; 48') arranged to use said auxiliary mechanical power (Wt) to pressurize an auxiliary working fluid and supply it to said at least one fluidic control circuit (36, 38, 40, 42).
A flower with a cut hollow stem preparation method for water spill reduction during removal of the flower from a water-containing flower container, wherein the flower has a flower portion arranged at an upper stem end of the hollow stem comprising a stem wall, wherein the hollow stem has a lower stem end, characterized in that the flower preparation method comprises the following step: a) providing the hollow stem with a stem ventilation arrangement (11, 411) wherein the stem ventilation arrangement comprises an air communication path between an inner side of the stem wall and an outer side of the stem wall, at a distance from the lower stem end, such that there can be air communication between said inner and outer sides of the stem wall if the lower stem end is located in water below a water level. characterized in that the flower preparation method comprises the following step: a) providing the hollow stem with a stem ventilation arrangement (11, 411) a) providing the hollow stem with a stem ventilation arrangement (11, 411) wherein the stem ventilation arrangement comprises an air communication path between an inner side of the stem wall and an outer side of the stem wall, at a distance from the lower stem end, such that there can be air communication between said inner and outer sides of the stem wall if the lower stem end is located in water below a water level.
Nanoparticles, for use as a therapeutic agent for the treatment of lung tumours, said nanoparticles being characterised in that a. they have a mean hydrodynamic diameter between 1 and 5 nm as measured by photon correlation spectroscopy, b. they comprise at least one radiosensitising agent for radiotherapy, c. they are administered to humans or animals via the airways, particularly intranasally or intratracheally, and in that they consist of hybrid nanoparticles comprising: • a polyorganosiloxane matrix including, by way of radiosensitising agent, rare earth cations M n+, n being an integer between 2 and 4, optionally associated with dopant cations D m+, m being an integer between 2 and 6, D being preferably a rare earth or a transition element; • a chelating agent grafted on the POS matrix by -Si-C- covalent bond, in a sufficient quantity to be able to complex all the cations M n+ and, if applicable, D m+. a. they have a mean hydrodynamic diameter between 1 and 5 nm as measured by photon correlation spectroscopy, b. they comprise at least one radiosensitising agent for radiotherapy, c. they are administered to humans or animals via the airways, particularly intranasally or intratracheally, • a polyorganosiloxane matrix including, by way of radiosensitising agent, rare earth cations M n+, n being an integer between 2 and 4, optionally associated with dopant cations D m+, m being an integer between 2 and 6, D being preferably a rare earth or a transition element; • a chelating agent grafted on the POS matrix by -Si-C- covalent bond, in a sufficient quantity to be able to complex all the cations M n+ and, if applicable, D m+.
A shower apparatus comprising a housing for an object, comprising a plurality of sets of coplanar nozzles inside said housing, for a simultaneous spray of a pressurised gas and a liquid on said object; characterised in that each set comprises: (i) a nozzle (7a, 7b, 7c) for spraying said gas; and (ii) adjacent thereto, at least one nozzle (6a, 6b, 6c) for spraying said liquid, and wherein the tip of said nozzle (7a, 7b, 7c) for spraying said gas is at an acute angle with the tip of each nozzle (6a, 6b, 6c) for spraying said liquid. (i) a nozzle (7a, 7b, 7c) for spraying said gas; and (ii) adjacent thereto, at least one nozzle (6a, 6b, 6c) for spraying said liquid,
Marking tool for producing a marking on a workpiece, comprising a marking pin and a spring device for biasing the marking pin into a rest position from which the marking pin is transferred into a working position, wherein the marking tool comprises a monitoring device for monitoring the presence of the marking pin in the working position, characterized in that the marking pin is transferred from the rest position into the working position by way of contact with the workpiece to be marked and in that the monitoring device comprises a control fluid passage for a control fluid and a sensor for detecting the opening state of the control fluid passage.
Pump assembly for a heating or drinking water system with a pump casing delimiting the pump chamber, an electric motor and a shaft carrying a rotor of the electric motor, which is supported in at least one split tube that hermetically separates a rotor chamber of the electric motor from a stator of the electric motor and is mounted in a bearing unit through which the shaft extends, in which the bearing unit is formed by a plain bearing and a bearing support mounted in the split tube and has an inner section forming the plain bearing that supports the shaft and an outer section forming the bearing support held in the split tube, characterised by the bearing unit being plastic injection moulded in one piece, and only the inner section of the bearing unit forming the plain bearing being a layer of a tribologically effective material of the bearing support, in which the bearing support consists of a fibre reinforced first plastic material and the layer forming the plain bearing consists of a second plastic material, and the plastic materials are connected to each other by positive substance jointing, in which the bearing support has ribs on an outer face extending radially outwards, by means of which it is held in the split tube.
A freezing compensating filter element for use in a freezing resistant liquid filter, said freezing compensating filter element including a folded filter medium having a plurality of interstices and compressible elements, said compressible elements being compressible upon freezing of liquid within said filter, characterized in that: said plurality of interstices are locations within said folded filter medium where adjacent surfaces of said folded filter medium are widely mutually spaced; said compressible elements are located in said plurality of interstices; and said compressible elements are configured and mounted within said freezing compensating filter element such that the functionality and integrity of said freezing compensating filter element are not compromised by compression thereof since generally such compression does not displace or distort the folded filter medium and the presence of said compressible elements does not adversely affect liquid flow through said filter. said plurality of interstices are locations within said folded filter medium where adjacent surfaces of said folded filter medium are widely mutually spaced; said compressible elements are located in said plurality of interstices; and said compressible elements are configured and mounted within said freezing compensating filter element such that the functionality and integrity of said freezing compensating filter element are not compromised by compression thereof since generally such compression does not displace or distort the folded filter medium and the presence of said compressible elements does not adversely affect liquid flow through said filter.
A network handover method, comprising: sending, by a session management network element, first session management information to an access network device in a first network, wherein the session management information requests to set up a user plane tunnel for a voice service of a terminal device; receiving, by the session management network element, third session management information from the access network device, wherein the third session management information comprises reason information indicating that setup of the user plane tunnel of the voice service of the terminal device is rejected; determining, by the session management network element, that the terminal device has handed over from the first network to a second network; and setting up, by the session management network element, the user plane tunnel for the voice service in the second network based on the reason information. sending, by a session management network element, first session management information to an access network device in a first network, wherein the session management information requests to set up a user plane tunnel for a voice service of a terminal device; receiving, by the session management network element, third session management information from the access network device, wherein the third session management information comprises reason information indicating that setup of the user plane tunnel of the voice service of the terminal device is rejected; determining, by the session management network element, that the terminal device has handed over from the first network to a second network; and setting up, by the session management network element, the user plane tunnel for the voice service in the second network based on the reason information.
Separation plant for the treatment of incinerator bottom ash and similar materials with 10-30% moisture and grain size about <6 mm, comprising a sieving system capable of separating a fine fraction having said grain size, a first ballistic separator provided with a first variable-speed conveyor belt that feeds the material of said fine fraction to a first variable-speed drum that rotates around an axis arranged perpendicularly to the material feed direction, as well as a second conveyor belt that collects a portion of the material separated by said first ballistic separator, said first conveyor belt being provided with means to adjust its position with respect to said first drum and the thickness of the material layer that it feeds to the first drum, which is provided with a plurality of evenly spaced longitudinal throw slats extending in a substantially radial direction and provided with an impact face on the side towards the direction of rotation of the drum, said impact face having a radially proximal end more advanced, in the direction of rotation, than the radially distal end whereby the inclination angle (α) comprised between the diametral plane containing said distal end and the impact face has a value comprised between 10° and 45°, said separation plant being characterized in that it further includes a second ballistic separator provided with a third variable-speed conveyor belt that feeds the material to be treated to a second variable-speed drum that rotates around an axis arranged perpendicularly to the material feed direction, as well as a fourth conveyor belt that collects a portion of the material separated by said second ballistic separator, said third conveyor belt being provided with means to adjust its position with respect to said second drum and the thickness of the material layer that it feeds to the second drum, which is provided with a plurality of throw slats having the same features of the throw slats of the first drum, said second conveyor belt being arranged to feed the third conveyor belt.
A method for the initialisation of scheduled conferences, - in which conference participants are selected, - in which with the aid of at least one network element (KSER) of at least one network, the geographical location (B1..B3) of the conference participants is determined, and - in which, as a function of the determined locations (B1..B3), at least one geographical conference area for the respective conference participants is determined and is communicated to them together with conference information, wherein the geographical location (B1...B3) of the conference participants is determined by the conference participants being assigned to URL addresses in the at least one network element (KSER) and by the locations (B1..B3) being determined with the aid of the URL addresses and an assignment information, with the assignment information (L, L') indicating the assignment of the URL addresses to locations (B1..B3). - in which conference participants are selected, - in which with the aid of at least one network element (KSER) of at least one network, the geographical location (B1..B3) of the conference participants is determined, and - in which, as a function of the determined locations (B1..B3), at least one geographical conference area for the respective conference participants is determined and is communicated to them together with conference information, wherein the geographical location (B1...B3) of the conference participants is determined by the conference participants being assigned to URL addresses in the at least one network element (KSER) and by the locations (B1..B3) being determined with the aid of the URL addresses and an assignment information, with the assignment information (L, L') indicating the assignment of the URL addresses to locations (B1..B3).
Bracket made of a plate material for mounting on a roof comprising a body with a fastening means in one end of the body for fastening the bracket to a roof part and a support part in an opposite end of the body, the fastening means comprising a plate element, the plate element being an integrated part of the body and connected to the body along a first side of the plate element, the connection between the plate element and the body being springy, the width of the first side being smaller than the width of the body, the plate element further comprising a second side and a third side both extending from the first side as well as a fourth side opposite the first side connecting the second side and the third side, a slit being provided between the second, third and fourth sides and the body so that the three sides are not connected with the body, and so that the plate element is substantially tongue-shaped, characterised in that the first side comprises a bend indicator, in that the slit ends in a first and a second area on opposite sides of the first side and at a distance from said bend indicator each end of the slit having an end curvature, the end curvature having a radius of curvature of more than 0, and in that the plate element is bent along the bend indicator to form an angle V with the plane surface of the body, the angle V opening towards the support part, and the part of the plate element extending between the bend indicator and the ends of the slit remains substantially parallel to the body, wherein the fourth side is provided with sharp, pointed or saw-toothed teeth.
A three dimensional hydrogen evolution reaction catalyst, comprising: a porous Ni foam support; a NiSe 2 scaffold positioned on the support; and a layered transition metal dichalcogenide (LTMDC) particles with binary or ternary phase positioned on the NiSe 2 scaffold, wherein the layered transition metal dichalcogenides (LTMDC) particles comprise vertically oriented layers and wherein the layered transition metal dichalcogenides (LTMDC) particles comprise MoS 2(1-x) Se 2x or WS 2(1-x) Se 2x particles. a porous Ni foam support; a NiSe 2 scaffold positioned on the support; and a layered transition metal dichalcogenide (LTMDC) particles with binary or ternary phase positioned on the NiSe 2 scaffold, wherein the layered transition metal dichalcogenides (LTMDC) particles comprise vertically oriented layers and wherein the layered transition metal dichalcogenides (LTMDC) particles comprise MoS 2(1-x) Se 2x or WS 2(1-x) Se 2x particles.
Method for adjusting the bandwidth of a data stream within an xDSL virtual channel, comprising a step of receiving, by a gateway for accessing an xDSL network contained in an IP network, a request to access a service that is accessible via said xDSL network, characterized in that it thereafter comprises the following steps: - said access gateway obtains the value of a bit rate of synchronization between the access gateway and the xDSL network; - the access gateway determines, according to a predetermined set of information comprising at least said value of the synchronization bit rate, the identity of a corresponding interface out of a plurality of interfaces of a device of the IP network, referred to as a concentrator node, each of these interfaces bearing a limitation function making it possible to limit the bit rate of the traffic, referred to as downlink traffic, that exits this interface in the direction of the gateway, or the identity of a proxy server that is associated with said corresponding interface of the concentrator node; - the access gateway transmits the access request towards the upstream part of the IP network by using, as the destination address, the address of said corresponding interface of the concentrator node or the address of said proxy server that is associated with this corresponding interface of the concentrator node; and - a routing context is created at the level of the concentrator node during the passage, in the uplink direction, of the access request, so that the downlink traffic associated with this access request passes through said corresponding interface of the concentrator node. - said access gateway obtains the value of a bit rate of synchronization between the access gateway and the xDSL network; - the access gateway determines, according to a predetermined set of information comprising at least said value of the synchronization bit rate, the identity of a corresponding interface out of a plurality of interfaces of a device of the IP network, referred to as a concentrator node, each of these interfaces bearing a limitation function making it possible to limit the bit rate of the traffic, referred to as downlink traffic, that exits this interface in the direction of the gateway, or the identity of a proxy server that is associated with said corresponding interface of the concentrator node; - the access gateway transmits the access request towards the upstream part of the IP network by using, as the destination address, the address of said corresponding interface of the concentrator node or the address of said proxy server that is associated with this corresponding interface of the concentrator node; and - a routing context is created at the level of the concentrator node during the passage, in the uplink direction, of the access request, so that the downlink traffic associated with this access request passes through said corresponding interface of the concentrator node.