mhurhangee/ep-ind-claims huggingface dataset:
An aircraft lavatory unit comprising: a structural frame provided with a lavatory, the lavatory having an entrance opened and closed by a door; a sink provided in the lavatory, the sink having a trash insertion port opened therein; a trash can device having a trash can and a fire extinguisher, the trash can being housed in a storage chamber within the sink and containing trash thrown through the trash insertion port, the fire extinguisher spraying a fire-extinguishing agent into the trash can upon a set temperature being reached or exceeded; and a water heater provided on a water supply pipe connected to a faucet of the sink; a single unit of the structural frame having a plurality of lavatories partitioned therein, at least one of the trash can device and the water heater being singularly provided and being shared by the plurality of lavatories, wherein the structural frame has a single partition wall partitioning adjacent lavatories, sinks of the adjacent lavatories are each disposed by being attached to the partition wall, the trash can device used by the adjacent lavatories is singularly provided, the storage chamber is singularly provided and is formed, passing through interiors of the respective sinks of the adjacent lavatories, through an opening provided in the partition wall, the trash can is singularly provided and is housed in the storage chamber, and the fire extinguisher is singularly provided. a structural frame provided with a lavatory, the lavatory having an entrance opened and closed by a door; a sink provided in the lavatory, the sink having a trash insertion port opened therein; a trash can device having a trash can and a fire extinguisher, the trash can being housed in a storage chamber within the sink and containing trash thrown through the trash insertion port, the fire extinguisher spraying a fire-extinguishing agent into the trash can upon a set temperature being reached or exceeded; and a water heater provided on a water supply pipe connected to a faucet of the sink; a single unit of the structural frame having a plurality of lavatories partitioned therein, at least one of the trash can device and the water heater being singularly provided and being shared by the plurality of lavatories, wherein the structural frame has a single partition wall partitioning adjacent lavatories, sinks of the adjacent lavatories are each disposed by being attached to the partition wall, the trash can device used by the adjacent lavatories is singularly provided, the storage chamber is singularly provided and is formed, passing through interiors of the respective sinks of the adjacent lavatories, through an opening provided in the partition wall, the trash can is singularly provided and is housed in the storage chamber, and the fire extinguisher is singularly provided.
A lancing device for infant with an actuating button adapted for safely rotating and unlocking, comprising a shell and an actuating lancing system; said actuating lancing system comprising a triggering and actuating mechanism and an edge lancing mechanism; said edge lancing mechanism having a blade and a blade base; or, said edge lancing mechanism formed as one integral element with lancing edge; said triggering and actuating mechanism is a pushing actuating-type structure, including a push-shooting button and an actuating arm, said push-shooting button slidably located on said shell and switching between two positions with respect to said shell by movement therebetween; wherein said push-shooting button is exposed to outside of said shell, said push-shooting button occupies two kinds of position attitudes during a sliding path with respect to said shell; a first one attitude is an insurance lock-out state/position that said push-shooting button is locked to avoid an undesired trigger before actuation, and a second one attitude is a state that leaves away from the first one attitude where said push-shooting button is readily loaded to-be-launched/shot; during lancing, said push-shooting button is firstly locked in the insurance lock-out state/position and then rotated and loaded to a to-be-launch state/position; when the push-shooting button is pressed inwards, said blade base is actuated with said blade projecting from a lancing opening of said shell to make a V-shaped or an arc-shaped cut on a subject's skin and then retracted back into said shell. said actuating lancing system comprising a triggering and actuating mechanism and an edge lancing mechanism; said edge lancing mechanism having a blade and a blade base; or, said edge lancing mechanism formed as one integral element with lancing edge; said triggering and actuating mechanism is a pushing actuating-type structure, including a push-shooting button and an actuating arm, said push-shooting button slidably located on said shell and switching between two positions with respect to said shell by movement therebetween; wherein said push-shooting button is exposed to outside of said shell, said push-shooting button occupies two kinds of position attitudes during a sliding path with respect to said shell; a first one attitude is an insurance lock-out state/position that said push-shooting button is locked to avoid an undesired trigger before actuation, and a second one attitude is a state that leaves away from the first one attitude where said push-shooting button is readily loaded to-be-launched/shot; during lancing, said push-shooting button is firstly locked in the insurance lock-out state/position and then rotated and loaded to a to-be-launch state/position; when the push-shooting button is pressed inwards, said blade base is actuated with said blade projecting from a lancing opening of said shell to make a V-shaped or an arc-shaped cut on a subject's skin and then retracted back into said shell.
A composition comprising: (a) 0.5 to 7 wt. % of polysaccharide(s) selected from a water soluble and/or water dispersible nonionic polymer(s) of D-glucose, water soluble nonionic, branched heteroglycan(s) or a blend thereof; (b) 0.1 to 30 wt. % of a sunscreen; (c) 0.1 to 10 wt. % of a C3 to C16 alkane, mono alkoxy or polyalkoxy diol(s) or a blend thereof, optionally wherein the diol has vicinally substituted hydroxyl groups; (d) wherein the ratio of polysaccharide(s) to alkane/alkoxy diol(s) is in the range of 70:1 to 1:40; and (e) a cosmetically acceptable carrier; wherein the alkane diol includes 1,2-octane diol. (a) 0.5 to 7 wt. % of polysaccharide(s) selected from a water soluble and/or water dispersible nonionic polymer(s) of D-glucose, water soluble nonionic, branched heteroglycan(s) or a blend thereof; (b) 0.1 to 30 wt. % of a sunscreen; (c) 0.1 to 10 wt. % of a C3 to C16 alkane, mono alkoxy or polyalkoxy diol(s) or a blend thereof, optionally wherein the diol has vicinally substituted hydroxyl groups; (d) wherein the ratio of polysaccharide(s) to alkane/alkoxy diol(s) is in the range of 70:1 to 1:40; and (e) a cosmetically acceptable carrier;
A gas sensor for detecting concentration of NO x contained in an object gas, comprising a detection element with a front end portion comprising: a diffusion resistor section, a first measurement chamber into which the object gas is introduced via the diffusion resistor section which limits flow of the object gas therethrough; a first oxygen pump cell having a first solid electrolyte layer and a pair of first electrodes (112, 113) provided on the inner and outer sides of the first measurement chamber; a second measurement chamber which is located downstream of the first measurement chamber and into which the object gas is introduced from the first measurement chamber; a second oxygen pump cell having a second solid electrolyte layer and a pair of second electrodes (132, 133) provided on the inner and outer sides of the second measurement chamber; and a heater; and a reduction section, which is provided upstream of the diffusion resistor section and adapted to reduce NO 2 contained in the object gas introduced into the first measurement chamber to NO, wherein the heater is adapted to heat the reduction section; and wherein a current corresponding to the amount of oxygen produced as a result of decomposition of NO contained in the object gas introduced into the second measurement chamber flows between the pair of second electrodes (132, 133) during operation; characterized in that the reduction section covers the circumference of the front end portion of the detection element; wherein each of the diffusion resistor section and the reduction section is formed of a porous body having a large number of continuous pores through which the object gas flows; and the reduction section has a porosity higher than that of the diffusion resistor section. a first measurement chamber into which the object gas is introduced via the diffusion resistor section which limits flow of the object gas therethrough; a first oxygen pump cell having a first solid electrolyte layer and a pair of first electrodes (112, 113) provided on the inner and outer sides of the first measurement chamber; a second measurement chamber which is located downstream of the first measurement chamber and into which the object gas is introduced from the first measurement chamber; a second oxygen pump cell having a second solid electrolyte layer and a pair of second electrodes (132, 133) provided on the inner and outer sides of the second measurement chamber; and a heater;
A device for collecting and separating particles and microorganisms present in ambient air, the device comprising a set of removable centrifuging enclosures, each of which has an air inlet and an air outlet, and forming a receptacle for transporting a liquid sample containing the collected particles and microorganisms, the device further comprising suction means for sucking air into one of said enclosures, the device being characterized in that said enclosure is selected from the set of enclosures of the device having different diameters and suitable for enabling the same suction means to take samples at suction rates lying in the range about 100 liters per minute to about 2000 liters per minute.
A hydrogenated nitrile rubber composition comprising 100 parts by weight of hydrogenated nitrile rubber, and further 10 to 55 parts by weight of wollastonite and 10 to 55 parts by weight of graphite as fillers, the total amount of the fillers being 50 to 110 parts by weight.
A process for producing a magnet, comprising a first step in which a heavy rare earth compound containing a heavy rare earth element is adhered onto a rare earth magnet sintered compact, said heavy rare earth element being selected from the group consisting of the rare earth elements from 64 Gd to 71 Lu and said heavy rare earth compound being a hydride of said heavy rare earth element, and a second step in which the heavy rare earth compound-adhered sintered compact is subjected to heat treatment, characterized in that, in the first step, a slurry of the heavy rare earth compound dispersed in a solvent is applied onto the sintered compact.
Arrangement for providing an interior lighting of a vehicle, comprising - two interconnected vehicle parts (2, 3) which each have at least one dimensionally stable carrier structure, - a carrier element which is arranged between the two vehicle parts (2, 3) and in which a housing is integrally formed, and - a light module for illuminating the interior of the vehicle, which module is fastened in the housing integrally formed in the carrier element, characterized in that the carrier element engages on both sides in in each case one of the vehicle parts (2, 3), and in that the carrier element is annular, wherein the carrier element additionally has the function of a decorative element which, at least from a viewing angle range from the interior of the vehicle, conceals the mutually facing end regions of the two vehicle parts (2, 3). - two interconnected vehicle parts (2, 3) which each have at least one dimensionally stable carrier structure, - a carrier element which is arranged between the two vehicle parts (2, 3) and in which a housing is integrally formed, and - a light module for illuminating the interior of the vehicle, which module is fastened in the housing integrally formed in the carrier element,
A device for electric connection to an energy supply conductor for medium and/or high voltage, comprising a voltage-carrying element with an outer periphery, and a tubular outer shell with an inner periphery, the outer shell defining a longitudinal axis (x-x) and being formed by a polymer and connected to the voltage-carrying element, the voltage-carrying element extends in the axial direction of the outer shell, and along at least a part of the axial extension of the voltage-carrying element the outer shell extends axially with a space between its inner periphery and the outer periphery of the voltage-carrying element, the outer shell being provided with an outer contact surface for connection to a wall of a container somewhere along said part of the axial extension of the voltage-carrying element, the outer shell is adapted to separate the space from an atmosphere outside the container to which the device is connected, at least along a section of said part of the axial extension of the voltage-carrying element the space is filled with a filler of an electrically insulating material other than that of the outer shell, the filler completely filling the space along said section, and the device comprises at least one guiding element (136, 502, 602) for guiding the electric field produced by the voltage-carrying element, the guiding element (136, 502, 602) being at least partly conductive and provided in said space, and the guiding element (136, 502, 602) is radially spaced from the inner periphery of the outer shell, providing a gap in the radial direction between the guiding element (136, 502, 602) and the inner periphery of the outer shell, the gap being filled with the filler, characterized in that a plurality of support members are provided, each having a radial extension, and in that the support members are adapted to provide the gap between the guiding element (136, 502, 602) and the inner periphery of the outer shell.
A functional film (10, 110, 120) having a laminated structure comprising: a substrate (B 0); at least two organic layers (12, 112, 16); and at least one inorganic layer; wherein the organic layers (12, 112, 16) include a first organic layer formed directly on the substrate (B 0) and an uppermost organic layer which is farthest from the substrate (B 0); the at least one inorganic layer and the remainder of the organic layers except the uppermost organic layer are laminated on the substrate (B 0) so that an inorganic layer is formed on each of the organic layers except the uppermost organic layer; the first organic layer is the thickest of the organic layers (12, 112, 16), and the uppermost organic layer is the thinnest of the organic layers (12, 112, 16); the uppermost organic layer is thicker than the thickest inorganic layer; and the refractive index of the highest refractive index organic layer is lower than the refractive index of the lowest refractive index inorganic layer. a substrate (B 0); at least two organic layers (12, 112, 16); and at least one inorganic layer; wherein the organic layers (12, 112, 16) include a first organic layer formed directly on the substrate (B 0) and an uppermost organic layer which is farthest from the substrate (B 0); the at least one inorganic layer and the remainder of the organic layers except the uppermost organic layer are laminated on the substrate (B 0) so that an inorganic layer is formed on each of the organic layers except the uppermost organic layer; the first organic layer is the thickest of the organic layers (12, 112, 16), and the uppermost organic layer is the thinnest of the organic layers (12, 112, 16); the uppermost organic layer is thicker than the thickest inorganic layer; and the refractive index of the highest refractive index organic layer is lower than the refractive index of the lowest refractive index inorganic layer.
A gas turbine stator vane comprising: an airfoil, having a leading edge and a trailing edge; an outer platform, connected to an outer end of the airfoil, and an inner platform, connected to an inner end of the airfoil, wherein the inner platform has a front edge and an aft edge at the leading edge and at the trailing edge of the airfoil, respectively and comprises: a stator aft sealing portion at the aft edge; and at least one aft sealing rib (20; 20'; 20"), integral with the inner platform; characterized in that the at least one aft sealing rib (20; 20'; 20") is delimited by adjacent aft grooves (21; 21") that extend parallel to each other all along the aft edge in the stator aft sealing portion, whereby in use the stator aft sealing portion contacts a respective adjacent rotor portion of a gas turbine rotor in response to thermal expansion only at the at least one aft sealing rib (20; 20'; 20"). an airfoil, having a leading edge and a trailing edge; an outer platform, connected to an outer end of the airfoil, and an inner platform, connected to an inner end of the airfoil, wherein the inner platform has a front edge and an aft edge at the leading edge and at the trailing edge of the airfoil, respectively and comprises: a stator aft sealing portion at the aft edge; and at least one aft sealing rib (20; 20'; 20"), integral with the inner platform; characterized in that the at least one aft sealing rib (20; 20'; 20") is delimited by adjacent aft grooves (21; 21") that extend parallel to each other all along the aft edge in the stator aft sealing portion, whereby in use the stator aft sealing portion contacts a respective adjacent rotor portion of a gas turbine rotor in response to thermal expansion only at the at least one aft sealing rib (20; 20'; 20"). a stator aft sealing portion at the aft edge; and at least one aft sealing rib (20; 20'; 20"), integral with the inner platform; characterized in that the at least one aft sealing rib (20; 20'; 20") is delimited by adjacent aft grooves (21; 21") that extend parallel to each other all along the aft edge in the stator aft sealing portion, whereby in use the stator aft sealing portion contacts a respective adjacent rotor portion of a gas turbine rotor in response to thermal expansion only at the at least one aft sealing rib (20; 20'; 20").
A medicine sprayer (1, 1A, 1B, 1C, 1D), comprising: - an air pump mechanism arranged to supply an air by a pressure; - a capsule puncture needle arranged to form a hole in a capsule; - an air passage arranged to discharge a medicine received within the capsule to the outside, by the air supplied by the air pump mechanism; - a first divided member formed with a capsule holding portion holding the capsule; and - a second divided member including the capsule puncture needle arranged to be moved into or out of the capsule holding portion; wherein: - the first divided member and the second divided member are connected to be relatively moved at least between a first posture and a second posture, - said first posture is a posture in which the capsule holding portion is exposed, - said second posture is a posture in which the capsule holding portion is hid by the second divided member, and - the first divided member is arranged to restrict the advancing movement of the capsule puncture needle when the first divided member and the second divided member are in the first posture in which the capsule holding portion is exposed. - an air pump mechanism arranged to supply an air by a pressure; - a capsule puncture needle arranged to form a hole in a capsule; - an air passage arranged to discharge a medicine received within the capsule to the outside, by the air supplied by the air pump mechanism; - a first divided member formed with a capsule holding portion holding the capsule; and - a second divided member including the capsule puncture needle arranged to be moved into or out of the capsule holding portion; - the first divided member and the second divided member are connected to be relatively moved at least between a first posture and a second posture, - said first posture is a posture in which the capsule holding portion is exposed, - said second posture is a posture in which the capsule holding portion is hid by the second divided member, and - the first divided member is arranged to restrict the advancing movement of the capsule puncture needle when the first divided member and the second divided member are in the first posture in which the capsule holding portion is exposed.
An end piece for a sunshade's edge rail, said end piece comprising an end plate, said end plate having a first edge surface, a second edge surface, a first end surface and a second end surface to be placed against an end of the edge rail, said second end surface being provided with at least one gripping protrusion (16, 17) adaptable to fit inside the edge rail, and said end plate being provided with a first hole for the penetration of a guiding string (28a, 28b), which end piece includes a string channel, said string channel having a width, a first end which opens onto the first edge surface, and a second end which opens onto the second edge surface, and said first hole opens into the string channel, wherein between the string channel and the first end surface is provided a wall, said wall including a through-going groove, said groove having its first end at a first end of the string channel and its second end at a second end of the string channel, and said groove having a width which is substantially less than the width of the string channel, said groove being intended to enable placement of the guiding string (28a, 28b) in the string channel through the wall and the wall is provided with a through-going aperture, said aperture having a width exceeding the width of the groove and said aperture being in alignment with the first hole.
Device comprising a collar-type, harness-type or bracelet- type support and a case integrated with or fixed to the said support, said case containing a liquid solution containing at least one active material in a tank, said solution being ejected through an ejection orifice, said tank being equipped with an activatable diffusion mechanism, which communicates with an electronic circuit, powered by a battery, the activation of which triggers spraying of said active material, wherein the ejection orifice is connected to a tubular duct with a length of between 5 and 70 cm provided with at least one outlet orifice and characterized in that the tubular duct has an internal diameter ranging from 0. 2 to 5 mm and an ejection nozzle with a diameter of between 0.2 mm and 2 mm at its outlet orifice.
An active suspension system for a sprung mass that is supported and movable relative to an unsprung mass, the active suspension system comprising: a suspension that comprises an electromagnetic actuator that is capable of producing an arbitrary force on the sprung mass that is independent of the position, velocity and acceleration of the sprung mass; a control system that provides control signals that cause the electromagnetic actuator to exert force on the sprung mass, to control the position of the sprung mass relative to the unsprung mass, wherein the control system implements a control algorithm with one or more constants; and a user interface that is operable to cause a change of one or more of the control algorithm constants so as to vary the degree to which motion of the sprung mass tracks motion of the unsprung mass. a suspension that comprises an electromagnetic actuator that is capable of producing an arbitrary force on the sprung mass that is independent of the position, velocity and acceleration of the sprung mass; a control system that provides control signals that cause the electromagnetic actuator to exert force on the sprung mass, to control the position of the sprung mass relative to the unsprung mass, wherein the control system implements a control algorithm with one or more constants; and a user interface that is operable to cause a change of one or more of the control algorithm constants so as to vary the degree to which motion of the sprung mass tracks motion of the unsprung mass.