mhurhangee/ep-ind-claims huggingface dataset:
A guided fire-retardant-containing delivery vehicle for release from an aircraft comprising: a container having a shape approximating a conventional airreleased vehicle; retractable wings (12, 14), tail and elevators (16, 18, 20) pivotally attached to said container and having movable control surfaces; a core charge for disintegrating said vehicle; and a control system, said control system including an Internal servo controller, a GPS unit, an inertial navigation unit, and a point-to-multipoint-capable two-way communication unit, wherein the communication unit is configured to receive external instructions and wherein the internal servo controller is coupled to the movable control surfaces, to the GPS unit and to the inertial guidance unit, said internal servo controller being operative to process said external instructions, input from said GPS unit, and input from said internal guidance unit to provide operational commands to said control surfaces in order to guide said delivery vehicle according to a predetermined trajectory to a target, and to detonate the charge core at a predetermined height to disintegrate and disperse the fire retardant; wherein said container comprises a nose section, a midsection and a tail section, said container when loaded having a density in said tail section that is one-seventh of the density in said mid-section and one-tenth of the density in said nose section; and wherein said retractable wings (12, 14) are pivotably attached to said container at a point (60, 62) behind the center of mass of the filled container in order to simplify requirements of said control system. a container having a shape approximating a conventional airreleased vehicle; retractable wings (12, 14), tail and elevators (16, 18, 20) pivotally attached to said container and having movable control surfaces; a core charge for disintegrating said vehicle; and a control system, said control system including an Internal servo controller, a GPS unit, an inertial navigation unit, and a point-to-multipoint-capable two-way communication unit, wherein the communication unit is configured to receive external instructions and wherein the internal servo controller is coupled to the movable control surfaces, to the GPS unit and to the inertial guidance unit, said internal servo controller being operative to process said external instructions, input from said GPS unit, and input from said internal guidance unit to provide operational commands to said control surfaces in order to guide said delivery vehicle according to a predetermined trajectory to a target, and to detonate the charge core at a predetermined height to disintegrate and disperse the fire retardant; wherein said container comprises a nose section, a midsection and a tail section, said container when loaded having a density in said tail section that is one-seventh of the density in said mid-section and one-tenth of the density in said nose section; and wherein said retractable wings (12, 14) are pivotably attached to said container at a point (60, 62) behind the center of mass of the filled container in order to simplify requirements of said control system.
Non therapeutic cosmetic use of an extract of Hamamelis virginiana for increasing the formation of fibers of the extracellular matrix in the skin and/or mucous membranes and/or the scalp for increasing firmness of the skin and/or mucous membranes and/or the scalp and/or for the care and/or the treatment of stretch marks, the extract of Hamamelis virginiana being obtained from leaves.
A method for controlling a laundry treatment apparatus, comprising: generating (S13, S15) heated air by operation of a heating unit (77, 79) and supplying the heated air to a drum in a hot air supply procedure; measuring the dryness of laundry in the drum in a dryness measurement procedure; when the measured dryness is lower than a predetermined reference dryness, performing a first heating unit control procedure including measuring a temperature of air exhausted from the drum, completing operation of the heating unit (77, 79) when the measured temperature is equal to or higher than a predetermined first temperature, and operating the heating unit (77, 79) when the measured temperature is equal to or lower than a predetermined second temperature set to be lower than the first temperature; and when the measured dryness is equal to or higher than the predetermined reference dryness, performing a second heating unit control procedure including measuring the temperature of air exhausted from the drum, completing operation of the heating unit (77, 79) when the measured temperature is equal to or higher than a predetermined third temperature set to be lower than the second temperature, and operating the heating unit (77, 79) when the measured temperature is equal to or lower than a predetermined fourth temperature set to be lower than the third temperature. generating (S13, S15) heated air by operation of a heating unit (77, 79) and supplying the heated air to a drum in a hot air supply procedure; measuring the dryness of laundry in the drum in a dryness measurement procedure; when the measured dryness is lower than a predetermined reference dryness, performing a first heating unit control procedure including measuring a temperature of air exhausted from the drum, completing operation of the heating unit (77, 79) when the measured temperature is equal to or higher than a predetermined first temperature, and operating the heating unit (77, 79) when the measured temperature is equal to or lower than a predetermined second temperature set to be lower than the first temperature; and when the measured dryness is equal to or higher than the predetermined reference dryness, performing a second heating unit control procedure including measuring the temperature of air exhausted from the drum, completing operation of the heating unit (77, 79) when the measured temperature is equal to or higher than a predetermined third temperature set to be lower than the second temperature, and operating the heating unit (77, 79) when the measured temperature is equal to or lower than a predetermined fourth temperature set to be lower than the third temperature.
A method for producing a laminate comprising at least: a step of providing a first intermediate laminate comprising a carrier substrate including a support therein and a peelable metal layer formed on at least one surface of the carrier substrate, a step of forming, in a section not serving as a product of the first intermediate laminate, a first hole reaching at least the support in the carrier substrate from a surface of the first intermediate laminate, to prepare a second intermediate laminate with the first hole, a step of stacking and disposing on the surface where the first hole is formed of the second intermediate laminate, an insulating material and a metal foil in this order when viewed from the surface, and pressurizing the second intermediate laminate, the insulating material and the metal foil in the stacking direction thereof with heating, to prepare a third intermediate laminate where the first hole is filled with the insulating material, and a step of performing treatment with a chemical agent on the third intermediate laminate. a step of providing a first intermediate laminate comprising a carrier substrate including a support therein and a peelable metal layer formed on at least one surface of the carrier substrate, a step of forming, in a section not serving as a product of the first intermediate laminate, a first hole reaching at least the support in the carrier substrate from a surface of the first intermediate laminate, to prepare a second intermediate laminate with the first hole, a step of stacking and disposing on the surface where the first hole is formed of the second intermediate laminate, an insulating material and a metal foil in this order when viewed from the surface, and pressurizing the second intermediate laminate, the insulating material and the metal foil in the stacking direction thereof with heating, to prepare a third intermediate laminate where the first hole is filled with the insulating material, and a step of performing treatment with a chemical agent on the third intermediate laminate.
Water outlet for a low pressure sanitary outlet fitting, said water outlet comprising a perforated structure which has a plurality of through-flow holes, is permeable to air in a direction counter to the outlet direction when not soiled, and retains water in the outlet direction when in an unpressurised state, and said water outlet has at least one bypass which bypasses the soiled perforated structure, comprises an opening cross-section which is larger than one of the through-flow holes and has a bypass valve which is movable from a closed position against a return force into an open position as a consequence of an increase in pressure on the inflow side.
Method for producing an osteotropic bone replacement material from a starting material which substantially has portlandite, calcium oxide, aragonite; calcite and/or apatite, in particular hydroxyl apatite, wherein portlandite, calcium oxide, aragonite and/or calcite are used in the form of burnt, unburnt and/or chemically treated biogenic skeletons or wherein as apatite vertebrate bones after pyrolytic or chemical maceration are used, wherein the starting material is introduced into an autoclave with a strontium, fluorine and/or gallium source, wherein when using a starting material which substantially has portlandite, calcium oxide, aragonite; calcite a phosphate source is introduced, wherein H 2 O is added into the autoclave as part of a solvent, wherein the pH value in the autoclave is set to a range above 7, wherein the closed and filled autoclave is heated for at least 1 hour and then cooled, and wherein subsequently the content of the autoclave is cleaned from residues of the phosphorus, strontium, fluorine and/or gallium source. wherein portlandite, calcium oxide, aragonite and/or calcite are used in the form of burnt, unburnt and/or chemically treated biogenic skeletons or wherein as apatite vertebrate bones after pyrolytic or chemical maceration are used, wherein when using a starting material which substantially has portlandite, calcium oxide, aragonite; calcite a phosphate source is introduced, wherein H 2 O is added into the autoclave as part of a solvent, wherein the pH value in the autoclave is set to a range above 7, wherein the closed and filled autoclave is heated for at least 1 hour and then cooled, and wherein subsequently the content of the autoclave is cleaned from residues of the phosphorus, strontium, fluorine and/or gallium source.
A crash attenuation system for an aircraft, the system comprising: an airbag inflatable generally adjacent to an exterior of the aircraft, characterized in that the crash attenuation system comprises a first gas generator (305a-d) in fluid communication with an interior of the airbag for inflating the airbag with gas; a second gas generator: and a vent system, the vent system comprising: a vent passage being configured to allow gas to escape from within the airbag during an impact; an actuator door configured to selectively seal the vent passage, thereby preventing gas from leaving the airbag; an actuator located proximate to the actuator door; and an actuator duct that provides fluid communication between the second gas generator and the actuator; whereby the system is configured such that deployment of gas from the second gas generator causes the actuator to inflate, thereby causing the actuator door to seal the vent passage. an airbag inflatable generally adjacent to an exterior of the aircraft, characterized in that the crash attenuation system comprises a first gas generator (305a-d) in fluid communication with an interior of the airbag for inflating the airbag with gas; a second gas generator: and a vent system, the vent system comprising: a vent passage being configured to allow gas to escape from within the airbag during an impact; an actuator door configured to selectively seal the vent passage, thereby preventing gas from leaving the airbag; an actuator located proximate to the actuator door; and an actuator duct that provides fluid communication between the second gas generator and the actuator; whereby the system is configured such that deployment of gas from the second gas generator causes the actuator to inflate, thereby causing the actuator door to seal the vent passage. a first gas generator (305a-d) in fluid communication with an interior of the airbag for inflating the airbag with gas; a second gas generator: and a vent system, the vent system comprising: a vent passage being configured to allow gas to escape from within the airbag during an impact; an actuator door configured to selectively seal the vent passage, thereby preventing gas from leaving the airbag; an actuator located proximate to the actuator door; and an actuator duct that provides fluid communication between the second gas generator and the actuator; whereby the system is configured such that deployment of gas from the second gas generator causes the actuator to inflate, thereby causing the actuator door to seal the vent passage. a vent passage being configured to allow gas to escape from within the airbag during an impact; an actuator door configured to selectively seal the vent passage, thereby preventing gas from leaving the airbag; an actuator located proximate to the actuator door; and an actuator duct that provides fluid communication between the second gas generator and the actuator; whereby the system is configured such that deployment of gas from the second gas generator causes the actuator to inflate, thereby causing the actuator door to seal the vent passage.
A method of providing information to an anti-virus application at a client device, the method comprising: at a server, receiving a request from the client device for context information of an object at the client device, the context information being usable by the anti-virus application to decide how to handle the object, the request including signature information required by the server to identify the object; querying a database to determine the required context information of the object and to determine context information of at least one further object associated at the database with the object, the at least one further object being determined according to any of statically provisioned links between the further object and the object, and links between objects provisioned by analysing further requests for context information of an additional object received from the client device and/or other client devices, links between the object and the further object being stored on the basis of the number of further requests received; and sending a response to the client device, the response including the context information relating to the object, an identity of the at least one further object, and the context information relating to the at least one further object. at a server, receiving a request from the client device for context information of an object at the client device, the context information being usable by the anti-virus application to decide how to handle the object, the request including signature information required by the server to identify the object; querying a database to determine the required context information of the object and to determine context information of at least one further object associated at the database with the object, the at least one further object being determined according to any of statically provisioned links between the further object and the object, and links between objects provisioned by analysing further requests for context information of an additional object received from the client device and/or other client devices, links between the object and the further object being stored on the basis of the number of further requests received; and sending a response to the client device, the response including the context information relating to the object, an identity of the at least one further object, and the context information relating to the at least one further object.
Luninaire, comprising - at least one LED as a light source of the luminaire, - a support element on which is arranged the at least one LED, and - a luminaire housing, whereby the luminaire housing has a recess, in which the support element can be inserted and reversibly detached, whereby the luminaire housing is trough-shaped and comprises a bottom wall and side walls, whereby the recess is formed by an opening in the bottom wall, characterised in that the luminaire housing is formed of a sheet metal part. - at least one LED as a light source of the luminaire, - a support element on which is arranged the at least one LED, and - a luminaire housing,
A system for reducing the time to first fix position, the system including: a base GNSS receiver adapted to acquire and track GNSS satellite signals and to provide assistance information; a remote GNSS receiver with a radio frequency front end adapted to receive GNSS satellite signals and signals of opportunity, the radio frequency front end including one or more configurable front end filters adapted to scan broadcast signals of opportunity and tune to selected signals of opportunity; a means adapted to receive assistance information from the base GNSS receiver; an oscillator adapted to be used in acquiring and tracking the GNSS signals; and one or more processors, adapted to process the signals of opportunity and to estimate a frequency offset for the oscillator based on a difference between the frequencies of one or more of the received signals of opportunity as determined by the front end and broadcast frequencies of the one or more selected signals of opportunity, and to use the estimated oscillator frequency offset to reduce a search window for acquiring the GNSS satellite signals, wherein the assistance information is the broadcast frequencies of the signals of opportunity, and the broadcast frequencies are determined by the base GNSS receiver when the base GNSS receiver is phase locked to a GNSS frequency. a base GNSS receiver adapted to acquire and track GNSS satellite signals and to provide assistance information; a remote GNSS receiver with a radio frequency front end adapted to receive GNSS satellite signals and signals of opportunity, the radio frequency front end including one or more configurable front end filters adapted to scan broadcast signals of opportunity and tune to selected signals of opportunity; a means adapted to receive assistance information from the base GNSS receiver; an oscillator adapted to be used in acquiring and tracking the GNSS signals; and one or more processors, adapted to process the signals of opportunity and to estimate a frequency offset for the oscillator based on a difference between the frequencies of one or more of the received signals of opportunity as determined by the front end and broadcast frequencies of the one or more selected signals of opportunity, and to use the estimated oscillator frequency offset to reduce a search window for acquiring the GNSS satellite signals, wherein the assistance information is the broadcast frequencies of the signals of opportunity, and the broadcast frequencies are determined by the base GNSS receiver when the base GNSS receiver is phase locked to a GNSS frequency.
A communication processing method, comprising: determining, by a radio access device, whether to activate a duplication mode of a radio bearer; wherein the duplication mode of the radio bearer is configured with a packet data convergence protocol, PDCP, entity in the radio bearer, a first radio link control, RLC, entity corresponding to the PDCP entity and a second radio link control, RLC, entity corresponding to the PDCP entity; sending, by a radio access device to a terminal device, a first indication message indicating to activate or deactivate the duplication mode of the radio bearer, wherein, in the duplication mode of the radio bearer, when a second logical channel is activated, data from the PDCP entity in the radio bearer is transmitted on the first RLC entity and is duplicatelv transmitted on the second RLC entity; whereby the first indication message is a MAC layer indication message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode; and a first logical channel corresponding to the first RLC entity is always activated, and the second field indicates whether the second logical channel corresponding to the second RLC entity is activated. determining, by a radio access device, whether to activate a duplication mode of a radio bearer; wherein the duplication mode of the radio bearer is configured with a packet data convergence protocol, PDCP, entity in the radio bearer, a first radio link control, RLC, entity corresponding to the PDCP entity and a second radio link control, RLC, entity corresponding to the PDCP entity; sending, by a radio access device to a terminal device, a first indication message indicating to activate or deactivate the duplication mode of the radio bearer, wherein, in the duplication mode of the radio bearer, when a second logical channel is activated, data from the PDCP entity in the radio bearer is transmitted on the first RLC entity and is duplicatelv transmitted on the second RLC entity; whereby the first indication message is a MAC layer indication message and comprises a first field and a second field, the first field indicates that the first indication message is a control message for the duplication mode; and a first logical channel corresponding to the first RLC entity is always activated, and the second field indicates whether the second logical channel corresponding to the second RLC entity is activated.
An electric circular saw, comprising a housing; a switch trigger arranged on the housing; a switch controlling rod for limiting the travel range of the switch trigger; a base plate; a depth support arranged on the base plate; a first connecting rod for limiting the travel range of the depth support; an operational control member arranged in the housing, and a rotating button which protrudes out from the housing in a normal state, characterized in that the operational control member comprising a driving portion for driving the first connecting rod and a limiting portion for limiting the switch controlling rod, and the moving distance between the driving portion and the first connecting rod being larger than or equal to that between the limiting portion and the switch controlling rod; wherein the operational control member is connected with the rotating button.
A device for determining the flow regime and/or the direction of a fluid flow close to an element subject to said flow, such as a sail, said device comprising at least a one dog-vane, such as a strand of wool, a portion of fabric, a magnetic tape portion or a ribbon portion, characterized in that the device further includes at least a one flexible strip, such as a plate, preferably in polymer or in metal with a small thickness, at least one area of which is secured to the element subject to said flow, at least one other area of the strip being a free with respect to said element in order to allow flexure of the strip and said free area substantially extending parallel to said element at least in the absence of fluid flow, said dog-vane being attached through one of its ends to said free area of the flexible strip, and in that the device includes means (3, 3', 3A, 3B, 3'A, 3'B, 3C, 3D, 3'C, 3'D) for converting the deformations undergone by said strip into an electric signal, relatively to a reference position, and means for processing said electric signals.