mhurhangee/ep-ind-claims huggingface dataset:
Device for cleaning, and in particular removing grit and sand, from a turbomachine module (10, 110), this module comprising rotor discs defining between them at least one annular cavity (48, 108) to be cleaned, these discs extending around at least one bearing (44, 46), the device comprising: - means for detaching matter deposited on at least one wall of said at least one cavity of the module, for example by projecting compressed air and characterised by: - means (102, 104) of isolating said at least one bearing by confinement in a closed enclosure and which is at least in part intended to be surrounded by said at least one annular cavity to be cleaned, - means for pressurising said enclosure, and - means for sucking away the detached matter. - means for detaching matter deposited on at least one wall of said at least one cavity of the module, for example by projecting compressed air and characterised by: - means (102, 104) of isolating said at least one bearing by confinement in a closed enclosure and which is at least in part intended to be surrounded by said at least one annular cavity to be cleaned, - means for pressurising said enclosure, - means for sucking away the detached matter.
An aircraft cabin partition system, comprising: a first partition including a partition cut-out and a first flange, the first flange including a first flange cut-out; a first coupling assembly, the first coupling assembly inserted within the first flange cut-out, the first coupling assembly inserted within an opening of a first seat rail within a floor of an aircraft cabin, the first coupling assembly coupling the first partition to the first seat rail when engaged; a second partition including a second flange and a third flange, the second flange including a second flange cut-out, the third flange including a third flange cut-out; a second coupling assembly, the second coupling assembly inserted within the partition cut-out, the second coupling assembly inserted within the second flange cut-out, the second coupling assembly coupling the second partition to the first partition when engaged; and a third coupling assembly, the third coupling assembly inserted within the third flange cut-out, the third coupling assembly inserted within a second opening of a second seat rail, the third coupling assembly coupling the second partition to the second seat rail when the third coupling assembly is engaged; and a third partition; wherein the first partition is configured to be parallel to an aisle of the aircraft cabin wherein the second partition and the third partition are configured to be perpendicular to the aisle wherein the first partition, the second partition, the third partition and a fuselage wall are configured to define a plurality of sides of a cargo box accessible by an open top. a first partition including a partition cut-out and a first flange, the first flange including a first flange cut-out; a first coupling assembly, the first coupling assembly inserted within the first flange cut-out, the first coupling assembly inserted within an opening of a first seat rail within a floor of an aircraft cabin, the first coupling assembly coupling the first partition to the first seat rail when engaged; a second partition including a second flange and a third flange, the second flange including a second flange cut-out, the third flange including a third flange cut-out; a second coupling assembly, the second coupling assembly inserted within the partition cut-out, the second coupling assembly inserted within the second flange cut-out, the second coupling assembly coupling the second partition to the first partition when engaged; and a third coupling assembly, the third coupling assembly inserted within the third flange cut-out, the third coupling assembly inserted within a second opening of a second seat rail, the third coupling assembly coupling the second partition to the second seat rail when the third coupling assembly is engaged; and a third partition; wherein the first partition is configured to be parallel to an aisle of the aircraft cabin wherein the second partition and the third partition are configured to be perpendicular to the aisle wherein the first partition, the second partition, the third partition and a fuselage wall are configured to define a plurality of sides of a cargo box accessible by an open top.
An electronic device, comprising: communication circuitry; a camera; a speaker; a display; and at least one processor configured to: based on receiving a message from an external electronic device via the communication circuitry, obtain, via the camera, image data of a surrounding area of the electronic device, based on providing the obtained image data to a trained artificial intelligence model, detect person information in the obtained image data, characterised in that the processor is further configured to: based on the detected person information representing a user without another person, determine a first outputting method using the display and the speaker of the electronic device and control the electronic device to provide first information via the first outputting method, wherein the first information includes information indicating a sender of the message and information indicating content of the message, and based on the detected person information representing the user and at least one person, including a second person that is different than the user, determine a second outputting method using only the display of the electronic device and control the electronic device to provide second information via the second outputting method, wherein the second information indicates that the message is received instead of displaying the first information on the display. communication circuitry; a camera; a speaker; a display; and at least one processor configured to: based on receiving a message from an external electronic device via the communication circuitry, obtain, via the camera, image data of a surrounding area of the electronic device, based on providing the obtained image data to a trained artificial intelligence model, detect person information in the obtained image data, based on receiving a message from an external electronic device via the communication circuitry, obtain, via the camera, image data of a surrounding area of the electronic device, based on providing the obtained image data to a trained artificial intelligence model, detect person information in the obtained image data, based on the detected person information representing a user without another person, determine a first outputting method using the display and the speaker of the electronic device and control the electronic device to provide first information via the first outputting method, wherein the first information includes information indicating a sender of the message and information indicating content of the message, and based on the detected person information representing the user and at least one person, including a second person that is different than the user, determine a second outputting method using only the display of the electronic device and control the electronic device to provide second information via the second outputting method, wherein the second information indicates that the message is received instead of displaying the first information on the display.
A cutting tool holder for holding and actuating a cutting tool, comprising at least one actuator for setting at least one operating state of the cutting tool holder, wherein a control module connected with the actuator is fastened to the cutting tool holder, characterized in that the control module directly activates the actuator on its own, and that information about the operating state can be stored on the control module, wherein a TCP- and/or UDP-based server is set up on the control module, so that information about an operating state to be assumed can be received by a web browser-enabled terminal, and information about the current operating state can be transmitted to the web browser-enabled terminal.
A method for operating an electrocaloric system, comprising: determining an internal temperature lift of an electrocaloric device; determining a current temperature of a space to be cooled; determining a heat rejection temperature; determining a difference between the current temperature and the heat rejection temperature; determining a target temperature lift based on the difference and a target temperature for the space; and modulating a voltage applied to the electrocaloric device based on the internal temperature lift and the target temperature lift. determining an internal temperature lift of an electrocaloric device; determining a current temperature of a space to be cooled; determining a heat rejection temperature; determining a difference between the current temperature and the heat rejection temperature; determining a target temperature lift based on the difference and a target temperature for the space; and modulating a voltage applied to the electrocaloric device based on the internal temperature lift and the target temperature lift.
Assembly including a panel constituting an outer surface of an airframe of an aircraft and a closing member for an opening that is formed in the panel, the closing member comprising: a closing member body that is disposed on one surface side of the panel to close the opening, the closing member body having an external diameter larger than that of the opening; a ring-shaped clamp member that is disposed on the other surface side of the panel, the clamp member having an external diameter larger than that of the opening; and a fastener that tightens the closing member body and the clamp member while the panel is held between an outer circumferential portion of the closing member body and an outer circumferential portion of the clamp member, wherein, in the closing member body, a surface thereof that is formed by a first layer and to be located on an outward of the airframe is made of a composite material including a carbon fiber, a surface formed by a second layer and facing an inward of the airframe is made of a metallic material, and an outer circumferential portion of the first layer made of the composite material and an inner circumferential portion of the clamp member abut on each other, and the outer circumferential portion of the clamp member and an inner edge portion of the opening abut on each other, whereby the closing member is electrically connected to the panel through the clamp member. a closing member body that is disposed on one surface side of the panel to close the opening, the closing member body having an external diameter larger than that of the opening; a ring-shaped clamp member that is disposed on the other surface side of the panel, the clamp member having an external diameter larger than that of the opening; and a fastener that tightens the closing member body and the clamp member while the panel is held between an outer circumferential portion of the closing member body and an outer circumferential portion of the clamp member, wherein, in the closing member body, a surface thereof that is formed by a first layer and to be located on an outward of the airframe is made of a composite material including a carbon fiber, a surface formed by a second layer and facing an inward of the airframe is made of a metallic material, and an outer circumferential portion of the first layer made of the composite material and an inner circumferential portion of the clamp member abut on each other, and the outer circumferential portion of the clamp member and an inner edge portion of the opening abut on each other, whereby the closing member is electrically connected to the panel through the clamp member.
A surgical clip applier, comprising: a train of clips disposed in a plane; a single clip removed from the train of clips and disposed in a staging position; a pair of jaws sized and configured to receive this single clip from the staging position; a clip advancer configured to bias the train of clips in a distal direction; and a jaw loader moveable outside the plane of the train of clips for advancing the single clip from the staging position into the jaws; characterised by a spring configured to continuously bias the clip advancer distally for biasing the train of clips generally toward the jaws so that the clip advancer biases the train of clips independently of movement of the jaw loader. a train of clips disposed in a plane; a single clip removed from the train of clips and disposed in a staging position; a pair of jaws sized and configured to receive this single clip from the staging position; a clip advancer configured to bias the train of clips in a distal direction; and a jaw loader moveable outside the plane of the train of clips for advancing the single clip from the staging position into the jaws; characterised by a spring configured to continuously bias the clip advancer distally for biasing the train of clips generally toward the jaws so that the clip advancer biases the train of clips independently of movement of the jaw loader.
A process for making a particle, the particle comprising: a nitrogen-containing cleaning-active in the form of a salt wherein the salt has a pH in 1% weight aqueous solution measured at 25°C greater than 9 wherein nitrogen-containing cleaning-active is selected from the group consisting of: i) salts of aminocarboxylic complexing agents wherein the aminocarboxylic complexing agent is selected from the group consisting of salts of methyl glycine diacetic acid (MGDA), salts of glutamic-N,N- diacetic acid (GLDA) and mixtures thereof; ii) amine oxide surfactants; iii) polymers comprising nitrogen; and iv) mixtures thereof.; and v) a malodour-reducing agent comprising an acid group wherein the acid group is a carboxylic monomer and wherein the malodour-reducing agent is a carboxylic acid selected from the group consisting of citric acid, ascorbic acid, oxalic acid, adipic acid, succinic acid, glutaric acid, malic acid, tartaric acid, maleic acid, fumaric acid, sugar acids, fatty acids and mixtures thereof or wherein the malodour-reducing agent is a polymer comprising carboxylic and sulfonic groups wherein the process comprises the step of adding the malodour-reducing agent to the nitrogen-containing cleaning-active wherein the malodour-reducing agent is added in the absence of water. i) salts of aminocarboxylic complexing agents wherein the aminocarboxylic complexing agent is selected from the group consisting of salts of methyl glycine diacetic acid (MGDA), salts of glutamic-N,N- diacetic acid (GLDA) and mixtures thereof; ii) amine oxide surfactants; iii) polymers comprising nitrogen; and iv) mixtures thereof.; and v) a malodour-reducing agent comprising an acid group wherein the acid group is a carboxylic monomer and wherein the malodour-reducing agent is a carboxylic acid selected from the group consisting of citric acid, ascorbic acid, oxalic acid, adipic acid, succinic acid, glutaric acid, malic acid, tartaric acid, maleic acid, fumaric acid, sugar acids, fatty acids and mixtures thereof or wherein the malodour-reducing agent is a polymer comprising carboxylic and sulfonic groups
An assembly comprising: a heat sink comprising a thermally conductive thermoplastic polymer composition; an electrical/electronic component; and a polyurethane, wherein the heat sink partially or fully surrounds the electrical/electronic component, and wherein the polyurethane is reaction injection molded and partially or fully surrounds the heat sink and one or more additional electronic components to form the assembly. a heat sink comprising a thermally conductive thermoplastic polymer composition; an electrical/electronic component; and a polyurethane, wherein the heat sink partially or fully surrounds the electrical/electronic component, and wherein the polyurethane is reaction injection molded and partially or fully surrounds the heat sink and one or more additional electronic components to form the assembly.
A power source switching circuit for selectively connecting a power source to a load by switching a plurality of power sources, the power source switching circuit comprising: a first power source connection part configured to enable the connection of a first power source which is a battery power source thereto; a second power source connection part configured to enable the connection of a second power source which is another battery power source thereto; a load connection part configured to enable the connection of the load thereto; a first switch part provided between the first power source connection part and the load connection part; a second switch part provided between the second power source connection part and the load connection part; and a switching control part configured to perform a switch control of the first switch part and the second switch part, characterized in that each one of the first switch part and the second switch part includes a plurality of field effect transistors which are serially connected in the same direction such that a cathode side of a body diode of each field effect transistor is arranged on a load connection part side, and each gate of the plurality of field effect transistors is subjected to the switch control performed by the switching control part, and the number of the plurality of field effect transistors is the number determined such that a sum of forward drop voltages of the plurality of serially connected body diodes is higher than the difference between a full charge voltage and a discharge voltage of the battery power sources. a first power source connection part configured to enable the connection of a first power source which is a battery power source thereto; a second power source connection part configured to enable the connection of a second power source which is another battery power source thereto; a load connection part configured to enable the connection of the load thereto; a first switch part provided between the first power source connection part and the load connection part; a second switch part provided between the second power source connection part and the load connection part; and a switching control part configured to perform a switch control of the first switch part and the second switch part, characterized in that each one of the first switch part and the second switch part includes a plurality of field effect transistors which are serially connected in the same direction such that a cathode side of a body diode of each field effect transistor is arranged on a load connection part side, and each gate of the plurality of field effect transistors is subjected to the switch control performed by the switching control part, and the number of the plurality of field effect transistors is the number determined such that a sum of forward drop voltages of the plurality of serially connected body diodes is higher than the difference between a full charge voltage and a discharge voltage of the battery power sources.
A friction material comprising: a friction modifier; a binder; and a fibrous material, wherein an alkali metal salt of phosphoric acid and a metal sulfide are contained as the friction modifier, characterized in that a steel fiber is contained as the fibrous material in a content of 20 mass% to 50 mass% and characterized in that the binder is selected among phenol resins, elastomer-modified phenol resins, a melamine resin, an epoxy resin and a polyimide resin. a friction modifier; a binder; and a fibrous material, wherein an alkali metal salt of phosphoric acid and a metal sulfide are contained as the friction modifier, characterized in that a steel fiber is contained as the fibrous material in a content of 20 mass% to 50 mass% and characterized in that the binder is selected among phenol resins, elastomer-modified phenol resins, a melamine resin, an epoxy resin and a polyimide resin.
Honeycomb monolith structure having a square or rectangular cross section, especially for use as catalyst or support for a catalyst in selective catalytic reduction of nitrogen oxides, comprising: a plurality of cell walls defining a plurality of polygonal channels, the plurality of cell walls and channels extending in parallel along a common direction from an entrance end to an outlet end of the structure in the fluid flow direction and where the channels are open in both ends, and where the transversal cross section of the polygonal channels has the shape of elongated convex polygons in a closest packing, wherein more than 50% of the internal angles between two adjacent walls of the convex polygon are greater than 90 degrees and where the cell aspect ratio L L /L S is greater than 1.5, wherein the monolith structure has two edges which are parallel to the longest cross sectional direction (L L) of a majority of channels; characterized in that the monolith structure has a plurality of channels with an elongated polygonal cross section oriented in a perpendicular direction to the majority of channels of polygonal cross section in an edge region adjacent to the two edges of the monolith which are parallel to the longest cross sectional direction (L L) of the majority of channels. a plurality of cell walls defining a plurality of polygonal channels, the plurality of cell walls and channels extending in parallel along a common direction from an entrance end to an outlet end of the structure in the fluid flow direction and where the channels are open in both ends, and where the transversal cross section of the polygonal channels has the shape of elongated convex polygons in a closest packing, wherein more than 50% of the internal angles between two adjacent walls of the convex polygon are greater than 90 degrees and where the cell aspect ratio L L /L S is greater than 1.5, wherein the monolith structure has two edges which are parallel to the longest cross sectional direction (L L) of a majority of channels; characterized in that the monolith structure has a plurality of channels with an elongated polygonal cross section oriented in a perpendicular direction to the majority of channels of polygonal cross section in an edge region adjacent to the two edges of the monolith which are parallel to the longest cross sectional direction (L L) of the majority of channels.
A method of treating a seed with a systemic pesticide comprising contacting the seed with electrostatic carrier particles of median diameter up to 120μm and comprising at least one of natural waxes, synthetic waxes and mineral waxes having a melting point of ≥40°C and incorporating the systemic pesticide such that the pesticide is within and on the surface of the carrier particle wherein the weight of electrostatic carrier particles containing systemic pesticide per seed is from 0.0001 mg to 4mg, and wherein the particles contain ≥10% pesticide by weight whereby the systemic pesticide is taken up by the seed.
A display devic comprising: at least two displays (1-1, 1-2, 1-3, 1-4) arranged adjacent to each other and configured to output an image; and a heat radiation unit interposed between the displays and configured to radiate heat generated by the displays, wherein the heat radiation unit comprises: a contact part placed between the displays and contacting the displays; and a heat radiation part extending from the contact part and configured to radiate the heat generated by the displays at least two displays (1-1, 1-2, 1-3, 1-4) arranged adjacent to each other and configured to output an image; and a heat radiation unit interposed between the displays and configured to radiate heat generated by the displays, a contact part placed between the displays and contacting the displays; and a heat radiation part extending from the contact part and configured to radiate the heat generated by the displays