mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a camera; a communication interface comprising circuitry; and a processor configured to: based on a user's voice being received, provide a virtual assistant function providing response information corresponding to the received user's voice as a voice, identify whether the response information corresponding to the user's voice is privacy information; based on the response information being identified as the privacy information: control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device. a camera; a communication interface comprising circuitry; and a processor configured to: based on a user's voice being received, provide a virtual assistant function providing response information corresponding to the received user's voice as a voice, identify whether the response information corresponding to the user's voice is privacy information; based on the response information being identified as the privacy information: control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device. based on a user's voice being received, provide a virtual assistant function providing response information corresponding to the received user's voice as a voice, identify whether the response information corresponding to the user's voice is privacy information; based on the response information being identified as the privacy information: control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device. control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device.
A hydraulic motor (1; 10) that can be operated in both directions, the hydraulic motor comprising two two-way hydraulic ports (A, B; 21, 22) each of which can be connected, selectively depending on the direction of rotation in which the motor is to be actuated, either to a source of pressurized liquid in order to act as a feed port for the hydraulic motor, or to a device for collecting the liquid at a lower pressure in order to act as a hydraulic motor return port, the hydraulic motor comprising a drain port (5; 27) communicating with an interior space of the motor case, characterized in that it comprises: an intermediate pipe (2; 23) into which the drain port (5; 27) of the case opens, a first nonreturn valve (3; 25) positioned between the intermediate pipe (2; 23) and a first two-way hydraulic port (A; 21) and able to open under the effect of a positive pressure differential between the intermediate pipe and the first two-way hydraulic port; and a second nonreturn valve (4; 26) positioned between the intermediate pipe (2; 23) and a second two-way hydraulic port (B; 22) and able to open under the effect of a positive pressure differential between the intermediate pipe and the second two-way hydraulic port.
A method of treating gas from a shale oil processing facility comprising: - treating oil shale in an oil shale retort process to produce shale oil and retort-off gas streams; - treating the retort-off gas stream to remove impurities and to produce a treated retort-off gas stream, said treating comprising -- shift conversion to carbon dioxide (CO 2), -- acid gas removal of carbon dioxide (CO 2) and/or of sulfur components, and -- hydrogenation of unsaturated hydrocarbons; - feeding the treated retort-off gas stream to a steam reformer to produce hydrogen; - feeding the hydrogen to a shale oil refining and upgrading process; and - treating the shale oil stream from the oil shale retort process in the shale oil refining and upgrading process to convert the shale oil to at least one fuel and/or to at least one chemical. - treating oil shale in an oil shale retort process to produce shale oil and retort-off gas streams; - treating the retort-off gas stream to remove impurities and to produce a treated retort-off gas stream, said treating comprising -- shift conversion to carbon dioxide (CO 2), -- acid gas removal of carbon dioxide (CO 2) and/or of sulfur components, and -- hydrogenation of unsaturated hydrocarbons; -- shift conversion to carbon dioxide (CO 2), -- acid gas removal of carbon dioxide (CO 2) and/or of sulfur components, and -- hydrogenation of unsaturated hydrocarbons; - feeding the treated retort-off gas stream to a steam reformer to produce hydrogen; - feeding the hydrogen to a shale oil refining and upgrading process; and - treating the shale oil stream from the oil shale retort process in the shale oil refining and upgrading process to convert the shale oil to at least one fuel and/or to at least one chemical.
A device for directing gas impingement to an inner casing of a gas turbine to cool or heat the inner casing, the device comprising: a thermal control sleeve comprising a plate configured for attachment to the outer surface of the inner casing, the plate having a first surface opposing the inner casing when the plate is attached to an area of the inner casing and having a second surface opposite the first surface, the plate defining a plurality of holes through the plate from the first surface to the second surface, the holes arranged with a predetermined non-uniform distribution in the plate corresponding to a desired preferential impingement pattern for providing non-uniform heat transfer from the area during operation of the gas turbine so as to control temperature of the inner casing across the area,. the device further including at least one mounting assembly for attaching the plate to the inner casing, wherein the mounting assembly is configured to attach the plate to the inner casing so that the plate can float relative to the inner casing area during operation of the gas turbine to account for changes in size of the inner casing during operation, in particular by means of a mount which allow the plates to float at or near a desired height over sections of inner casing. a thermal control sleeve comprising a plate configured for attachment to the outer surface of the inner casing, the plate having a first surface opposing the inner casing when the plate is attached to an area of the inner casing and having a second surface opposite the first surface, the plate defining a plurality of holes through the plate from the first surface to the second surface, the holes arranged with a predetermined non-uniform distribution in the plate corresponding to a desired preferential impingement pattern for providing non-uniform heat transfer from the area during operation of the gas turbine so as to control temperature of the inner casing across the area,. the device further including at least one mounting assembly for attaching the plate to the inner casing, wherein the mounting assembly is configured to attach the plate to the inner casing so that the plate can float relative to the inner casing area during operation of the gas turbine to account for changes in size of the inner casing during operation, in particular by means of a mount which allow the plates to float at or near a desired height over sections of inner casing.
Device for disposing a filtrate collected in a filtrate bag from a haemofiltration with a self-supporting container which is supported in a mobile manner on support wheels and which has a discharge device for the poured in filtrate, characterized in in that the container comprises in its upper region a shut-off inlet valve and a pressure connection, wherein the shut-off inlet valve is provided with a non-return valve and has a hose connection for a connecting hose which can be connected to the filtrate bag, an wherein the pressure connection can be connected to a vacuum source.
A delivery device for transferring a therapeutic substance across and/or through a surface of an ocular globe, comprising: an iontophoretic chamber configured to store the therapeutic substance; an electrode disposed relative to the at least one iontophoretic chamber, the electrode configured to provide an electromotive force, when energized, to transfer at least a portion of the therapeutic substance stored within the iontophoretic chamber across and/or through the surface of the ocular globe; a buffer system disposed at least partially within the at least one iontophoretic chamber, the buffer system configured to maintain a pH at the surface of the ocular globe within a range of about 3 to 8 during iontophoretic transfer of the therapeutic substance, wherein the buffer system does not contain the therapeutic substance; and the iontophoretic chamber further comprising a first layer and a second layer, the first layer including the buffer system and the second layer including a therapeutic substance, wherein the first layer is disposed closest to the electrode and has a higher buffering capacity than the second layer. an iontophoretic chamber configured to store the therapeutic substance; an electrode disposed relative to the at least one iontophoretic chamber, the electrode configured to provide an electromotive force, when energized, to transfer at least a portion of the therapeutic substance stored within the iontophoretic chamber across and/or through the surface of the ocular globe; a buffer system disposed at least partially within the at least one iontophoretic chamber, the buffer system configured to maintain a pH at the surface of the ocular globe within a range of about 3 to 8 during iontophoretic transfer of the therapeutic substance, wherein the buffer system does not contain the therapeutic substance; and the iontophoretic chamber further comprising a first layer and a second layer, the first layer including the buffer system and the second layer including a therapeutic substance, wherein the first layer is disposed closest to the electrode and has a higher buffering capacity than the second layer.
A detection and locating device comprising a plurality of optical sensors (Q1, Q2, Q3, Q4) having fields that together define the field of the detection and locating device, each sensor having a plurality of photodiodes (Qi1, Qi2, Qi3, Qi4) having fields that together define the field of the sensor, the sensors being connected to a control unit in such a manner that each sensor supplies a first signal corresponding to the sum of the signals from at least two of the photodiodes, the first signal corresponding to the sum of the signals from all of the photodiodes (Qi1, Qi2, Qi3, Qi4) minus one, and each sensor supplies a second signal formed by the signal from the photodiode (Qi1, Qi2, Qi3, Qi4) not taken into account for forming the first signal, wherein the control unit is arranged to subtract the second signal of each sensor (Q1, Q2, Q3, Q4) from its first signal.
A dynamic positioning system for automatic positioning of a watercraft, in particular a ship, having a rudder, in particular a full spade rudder, an adjusting means, in particular a rudder engine for adjusting the rudder and a propulsion unit, in particular a propulsion propeller, comprising a control device for controlling the adjusting means and/or the propulsion unit, means for determining watercraft position data configured for transmitting watercraft position data to the control device, and at least one measuring device for determining measurement data of physical quantities acting on the watercraft, wherein the at least one measuring device is configured for transmitting the determined measurement data to the control device, wherein the control device is configured for controlling the adjusting means and/or the propulsion unit based on the watercraft position data and the measurement data, wherein the at least one measuring device (27, 28) is arranged at the rudder and is configured for determining rudder measurement data of a physical quantity acting on the rudder, in particular of a bending stress and/or a torque, wherein the control device is configured for determining forces acting on the rudder, namely buoyancy and resistability, based on the rudder measurement data of the physical quantity acting on the rudder, and wherein the control device is configured for taking into account the rudder measurement data in regard to the controlling of the adjusting means and/or the propulsion unit.
Article of clothing with a main structure, comprising: - at least one flap (12, 14, 28, 30, 50) comprising an upper portion with a base fabric and a lower portion, said lower portion being arranged on the opposite face of the flap with respect to the face of the upper portion, and a refractive material being applied on said lower portion; said flap being fixed along a flap edge of union to the main structure of the article of clothing, so that said flap may flutter between: ∘ a first position in which the lower portion is placed adjacent to the main structure and therefore, it is hidden, the upper portion being left in sight, and ∘ a second position in which the upper portion is placed adjacent to the main structure and therefore, it is hidden, the lower portion with the refractive material being left in sight; - fastening means (24, 26, 46, 48, 58, 60) for the fastening of the flap to the main structure of the article of clothing so as to fix said flap to the main structure alternately according to the first position or according to the second position; characterized by the fact that the fastening means include a first strip (24, 26, 46, 48, 58) fixed through at least one fixing edge of the strip to the main structure and disposed adjacent to a first side end of the flap (12, 14, 28, 30, 50) so that the flap in the first position and/or in the second position can insert itself with its first side end between the first strip and the main structure of the article of clothing, so as to be locked in said position. - at least one flap (12, 14, 28, 30, 50) comprising an upper portion with a base fabric and a lower portion, said lower portion being arranged on the opposite face of the flap with respect to the face of the upper portion, and a refractive material being applied on said lower portion; said flap being fixed along a flap edge of union to the main structure of the article of clothing, so that said flap may flutter between: ∘ a first position in which the lower portion is placed adjacent to the main structure and therefore, it is hidden, the upper portion being left in sight, and ∘ a second position in which the upper portion is placed adjacent to the main structure and therefore, it is hidden, the lower portion with the refractive material being left in sight; ∘ a first position in which the lower portion is placed adjacent to the main structure and therefore, it is hidden, the upper portion being left in sight, and ∘ a second position in which the upper portion is placed adjacent to the main structure and therefore, it is hidden, the lower portion with the refractive material being left in sight; - fastening means (24, 26, 46, 48, 58, 60) for the fastening of the flap to the main structure of the article of clothing so as to fix said flap to the main structure alternately according to the first position or according to the second position;
An operating method of a refrigerator comprising a drawer and a camera, the method comprising: detecting a closing operation of the drawer in which the drawer is moved from an open state to a closed state; acquiring a final image of an interior of the drawer using the camera at a point in time at which the closing operation of the drawer is initiated; and displaying the final image; characterized by recognizing on an acquired image a pattern previously formed on the drawer for detecting a movement of the drawer. detecting a closing operation of the drawer in which the drawer is moved from an open state to a closed state; acquiring a final image of an interior of the drawer using the camera at a point in time at which the closing operation of the drawer is initiated; and displaying the final image; characterized by recognizing on an acquired image a pattern previously formed on the drawer for detecting a movement of the drawer.
Method for providing wireless telephony service to a mobile terminal user from one of at least first and second radio access mechanisms, said first radio access mechanism comprising a radio access node and associated radio network controller in a wireless telephony network, said second radio access mechanism comprising an access node and associated radio network controller in a wireless Local Area Network, the radio network controller in the wireless Local Area Network being called an interworking element, said interworking element being connected, via a dedicated communications link, to a service node associated with the radio network controller in the wireless telephony network, said method comprising the steps of: providing service to the mobile terminal user from the first radio access mechanism at a first quality of service level QoS specified in a primary packet data protocol context established with the mobile terminal user during which the mobile terminal user receives an address for data communication, upon a transition of the mobile terminal user from the first radio access mechanism to the second radio access mechanism, providing wireless service to the mobile terminal user from the second radio access mechanism in accordance with a secondary packet data protocol PDP context activated by the mobile terminal user, through the interworking element and the service node, to accept the secondary packet data protocol context which specifies a second quality of service level for the second radio access mechanism but uses the same address as in the first packet data protocol context. providing service to the mobile terminal user from the first radio access mechanism at a first quality of service level QoS specified in a primary packet data protocol context established with the mobile terminal user during which the mobile terminal user receives an address for data communication, upon a transition of the mobile terminal user from the first radio access mechanism to the second radio access mechanism, providing wireless service to the mobile terminal user from the second radio access mechanism in accordance with a secondary packet data protocol PDP context activated by the mobile terminal user, through the interworking element and the service node, to accept the secondary packet data protocol context which specifies a second quality of service level for the second radio access mechanism but uses the same address as in the first packet data protocol context.
An intraluminal tube comprising: an elongated tube having a proximal portion, a distal portion configured to be disposed inside of an internal cavity of a patient, and a sidewall defining a plurality of longitudinal grooves and a lumen extending from the proximal portion to the distal portion, the distal portion defining one or more openings in fluid communication with the lumen; and a plurality of deployable tines, each coupled to the tube and disposed outside the sidewall of the distal portion; where each tine is moveable from a collapsed state to a deployed state in which a portion of the tine extends laterally away from the distal portion of the tube; where each tine is disposed in a different one of the grooves when the tines are in the collapsed state; and where the one or more openings are disposed in the plurality of grooves; characterized in that deployment of each tine is achieved at least in part through displacement of one end of the tine relative to an opposite end of the tine along the tube. an elongated tube having a proximal portion, a distal portion configured to be disposed inside of an internal cavity of a patient, and a sidewall defining a plurality of longitudinal grooves and a lumen extending from the proximal portion to the distal portion, the distal portion defining one or more openings in fluid communication with the lumen; and a plurality of deployable tines, each coupled to the tube and disposed outside the sidewall of the distal portion; where each tine is moveable from a collapsed state to a deployed state in which a portion of the tine extends laterally away from the distal portion of the tube; where each tine is disposed in a different one of the grooves when the tines are in the collapsed state; and where the one or more openings are disposed in the plurality of grooves; characterized in that deployment of each tine is achieved at least in part through displacement of one end of the tine relative to an opposite end of the tine along the tube.
A secondary battery, comprising: an electrode assembly comprising first and second electrodes; a battery case accommodating the electrode assembly therein, the battery case having an opened surface; and a cap assembly sealing the battery case, the cap assembly comprising first and second terminal portions (2,6) coupled to the respective first and second electrodes, wherein at least one of the first and second terminal portions (2,6) is coupled to a variable member comprising a plurality of variable plates, wherein an insulation coating portion is at upper and lower surfaces of the plurality of variable plates, and wherein an upper non-coating portion and a lower non-coating portion without an insulation coating material are at a portion, respectively, of the upper and lower surfaces of the plurality of variable plates, characterized in that the upper and lower non-coating portions (22, 24) are at positions not overlapped with each other on respective ones of the plurality of variable plates. an electrode assembly comprising first and second electrodes; a battery case accommodating the electrode assembly therein, the battery case having an opened surface; and a cap assembly sealing the battery case, the cap assembly comprising first and second terminal portions (2,6) coupled to the respective first and second electrodes,
An aerosol composition for use in a method to increase mammalian external auditory canal patency while simultaneously providing protection against the occurrence of otitis externa therewithin comprising administering a dose of a mixture of lipid crystals through an external auditory meatus of a mammal, said mixture being comprised of at least one lipid surfactant in an amount effective in lowering surface tension of an air/liquid interface resident upon epithelial tissue lining said external auditory canal, at least one spreading agent in an amount effective in distributing said surfactant upon said interface and at least one propellant in which said surfactants and spreading agents are not soluble, said spreading agents being selected from the class consisting of diacylphosphatidylserines, sphingomelin, cardiolipin, cholesteryl esters, lysophospholipids, plasmalogens, dialkylphospholipids, diether phosphonolipids, carbohydrates and proteins, all in powder form and said lipid surfactant being 1,2 dipalmitoyl phosphatidylcholine, also in powder form.