mhurhangee/ep-ind-claims huggingface dataset:
A surface acoustic wave device comprising first and second surface acoustic wave filters (F1, F2) each having a comb-shaped electrode pattern formed on a piezoelectric element and having a ground terminal (GND1, GND2), the device further comprising input and output terminals (IN, OUT) connected with first and second corresponding electrode patterns of package through bumps, respectively, wherein the comb-shaped electrode pattern has a pair of reflective electrodes, and an input comb-shaped electrode and an output comb-shaped electrode disposed between the pair of reflective electrodes, and wherein electrode terminals of the input and output comb-shaped electrodes are disposed on one side of the comb-shaped electrode pattern; the input terminal is connected to the input comb-shaped electrode of the first surface acoustic wave filter and the output terminal is connected to the output comb-shaped electrode of the second surface acoustic wave filter, the second surface acoustic wave filter is connected in cascade with the first surface acoustic wave filter, the electrode terminal of the output comb-shaped electrode of the first surface acoustic wave filter is connected with the electrode terminal of the input comb-shaped electrode of the second surface acoustic wave filter using a routing pattern; the input and output terminals (IN, OUT) are disposed on opposite sides of the comb-shaped electrode pattern of the second surface acoustic wave filter, the ground terminal of the second surface acoustic wave filter is disposed between the input and output terminals (IN, OUT) and is connected with a third corresponding electrode pattern of the package between the first and second corresponding electrode patterns of the package through a bump, and the ground terminal of the first surface acoustic wave filter is connected with a fourth corresponding electrode pattern of the package through a bump; and wherein the input terminal is positioned between the ground terminals (GND1, GND2) of the first and second surface acoustic wave filters (F1, F2), and the first corresponding electrode pattern of the package is positioned between the third and fourth corresponding electrode patterns of the package.
A substantially planar absorbent core comprising a core wrap (16, 17) enclosing an absorbent material, the absorbent core having a longitudinal axis and comprising a front region, a back region and a middle region, each region having an equal length (L/3) along the longitudinal axis, wherein the absorbent material is substantially free of cellulose fibers and forms a pattern of discrete absorbent material areas, the core further comprising at least a pair of curved longitudinally-extending channel-forming areas (26a, 26b) substantially free of absorbent material, through which the top side of the core wrap is attached to the bottom side of the core wrap along a core wrap bond, wherein these channel-forming areas are disposed on opposite side of the longitudinal axis, characterized in that each of said longitudinally-extending channel-forming areas (26a, b) are longitudinally flanked internally by a first flanking absorbent material area (603a, 603b) and externally by a second flanking absorbent material area (604a, 604b), the first and second flanking absorbent material areas following the curvature of the channel-forming area, so that when the absorbent material areas adjacent the channel-forming areas (603, 604) absorb a fluid and swells, three-dimensional channels are formed along the core wrap bond.
A modular furniture system comprising: at least one component of furniture, (9, 10, 70, 200) and at least one connector comprising an insert having a body and a release mechanism attached to the body, characterised in that the component of furniture has at least one slot and at least one recess adjacent the slot; the at least one connector comprising at least one prong attached to the body, the at least one prong being sized and configured to fit within the at least one recess in the at least one component of furniture, at least a portion of the at least one connector being sized and configured to be received in at least one slot when the at least one prong is positioned within the at least one recess, the at least one release mechanism being comprised of a first protrusion, the at least one release mechanism being integrally attached to the at least one prong such that movement of the first protrusion causes the at least one prong to move; wherein the at least one prong is positionable within the at least one recess to releasably connect the at least one connector to the at least one component of furniture and wherein actuation of the at least one release mechanism causes the at least one prong to move away from the at least one recess such that the at least one connector can be separated from the at least one component of furniture. at least one component of furniture, (9, 10, 70, 200) and at least one connector comprising an insert having a body and a release mechanism attached to the body, characterised in that the component of furniture has at least one slot and at least one recess adjacent the slot; the at least one connector comprising at least one prong attached to the body, the at least one prong being sized and configured to fit within the at least one recess in the at least one component of furniture, at least a portion of the at least one connector being sized and configured to be received in at least one slot when the at least one prong is positioned within the at least one recess, the at least one release mechanism being comprised of a first protrusion, the at least one release mechanism being integrally attached to the at least one prong such that movement of the first protrusion causes the at least one prong to move; wherein the at least one prong is positionable within the at least one recess to releasably connect the at least one connector to the at least one component of furniture and wherein actuation of the at least one release mechanism causes the at least one prong to move away from the at least one recess such that the at least one connector can be separated from the at least one component of furniture.
A process for separating solid olefin catalyst component particles from a medium in which they are present which process comprises: (i) providing in a first vessel a slurry of a liquid medium and solid olefin catalyst component particles; (ii) transferring the slurry into a hydrocyclone; (iii) removing a first by-product stream depleted in solid olefin polymerization catalyst component particles and a first product stream enriched in solid olefin polymerization catalyst component particles from the hydrocyclone; (iv) transferring the first product stream to a second vessel and in the presence of a washing medium to form a slurry and washing the solid olefin polymerization catalyst component particles with said washing medium e.g. by agitation thereof; (v) transferring the slurry back to the hydrocyclone; (vi) removing a second by-product stream depleted in solid olefin polymerization catalyst component particles and a second product stream enriched in solid olefin polymerization catalyst component particles from the hydrocyclone. (i) providing in a first vessel a slurry of a liquid medium and solid olefin catalyst component particles; (ii) transferring the slurry into a hydrocyclone; (iii) removing a first by-product stream depleted in solid olefin polymerization catalyst component particles and a first product stream enriched in solid olefin polymerization catalyst component particles from the hydrocyclone; (iv) transferring the first product stream to a second vessel and in the presence of a washing medium to form a slurry and washing the solid olefin polymerization catalyst component particles with said washing medium e.g. by agitation thereof; (v) transferring the slurry back to the hydrocyclone; (vi) removing a second by-product stream depleted in solid olefin polymerization catalyst component particles and a second product stream enriched in solid olefin polymerization catalyst component particles from the hydrocyclone.
A method for manufacturing a plurality of crystalline semiconductor islands (3a, 3b) having a variety of lattice parameters, the method comprising the following steps: - providing a relaxation substrate comprising a medium, a creep layer disposed on the medium and, disposed on the flow layer, a plurality of crystalline semiconductor islands having the same initial lattice parameter, and comprising a first group of islands having a first lateral expansion potential and a second group of islands having a second lateral expansion potential, different from the first; - thermally treating the relaxation substrate at a relaxation temperature greater than or equal to the glass transition temperature of the creep layer to cause the differentiated relaxation of the islands of the first and of the second group, the lattice parameter of the relaxed islands of the first group and relaxed islands of the second group then exhibiting different values. - providing a relaxation substrate comprising a medium, a creep layer disposed on the medium and, disposed on the flow layer, a plurality of crystalline semiconductor islands having the same initial lattice parameter, and comprising a first group of islands having a first lateral expansion potential and a second group of islands having a second lateral expansion potential, different from the first; - thermally treating the relaxation substrate at a relaxation temperature greater than or equal to the glass transition temperature of the creep layer to cause the differentiated relaxation of the islands of the first and of the second group, the lattice parameter of the relaxed islands of the first group and relaxed islands of the second group then exhibiting different values.
Apparatus for fractionating expiration volume, wherein the apparatus comprises an inspiratory air inlet into a cavity and an inspiratory air outlet from the cavity to the lungs, wherein a means for closing the inlet is installed in the inspiratory air inlet, wherein the cavity comprises an expiratory air inlet, wherein the cavity comprises at least one outlet for the expiratory air, wherein a means (7a, 7b) for closing the at least one outlet is installed in the at least one outlet for the expiratory air, wherein at least one flowmeter for measuring the volume flow of the inspiratory air is installed in the inspiratory air inlet or in the cavity and the flowmeter for measuring the volume flow of the inspiratory air is connected to a control unit, wherein a correlating theoretical value of a volume flow of the expiratory air can be calculated by the control unit from the measured value of the volume flow of the inspiratory air and/or a correlating theoretical value of a volume flow of the expiratory air can be stored and called up in the control unit, wherein the theoretical value of the volume flow of the expiratory air can be broken down by the control unit into theoretical values for partial volume flows of the volume flow and the partial volume flows can be assigned to different zones of the respiratory tract, wherein the means for closing the inlet for the inspiratory air and/or the means (7a, 7b) for closing the at least one outlet or the outlets for the expiratory air can controlled and regulated by the control unit, wherein the "closed" (a) or "open" (b) operating state of the means (7a, 7b) for closing the at least one expiratory air outlet can be set according to a specific partial volume flow of the volume flow of the expiratory air, and the individual closing means (4, 7) can successively and individually be in the "open" operating state and the "closed "operating state, wherein the time period and duration of the "open" and "closed" operating states respectively can be set and regulated by the control unit according to the length of the theoretical partial volume flows.
An atomizer for coating car bodies, attachment parts and/or truck cabins, a) the atomizer comprising a first equipment and a second equipment for optionally applying a multi-component coating agent and a single-component coating agent from an application element, the multi-component coating agent being led by said first equipment of the atomizer to the application element and the single-component coating agent being led by said second equipment of the atomizer to the application element, and the atomizer comprising a mixing element provided to be supplied with a coating agent component and a hardener component, whereby the coating agent component and the hardener component are mixed together; or b) the atomizer comprising two equipments, arranged separated from each other and/or in parallel, for optionally applying two different multi-component coating agents from an application element, the two different multi-component coating agents being led by said two equipments (1,1) of the atomizer, arranged separated from each other and/or in parallel, to the application element, and the atomizer comprising two mixing elements each being provided to be supplied with a coating agent component and a hardener component, whereby the coating agent component and the hardener component are mixed together. a) the atomizer comprising a first equipment and a second equipment for optionally applying a multi-component coating agent and a single-component coating agent from an application element, the multi-component coating agent being led by said first equipment of the atomizer to the application element and the single-component coating agent being led by said second equipment of the atomizer to the application element, and the atomizer comprising a mixing element provided to be supplied with a coating agent component and a hardener component, whereby the coating agent component and the hardener component are mixed together; or b) the atomizer comprising two equipments, arranged separated from each other and/or in parallel, for optionally applying two different multi-component coating agents from an application element, the two different multi-component coating agents being led by said two equipments (1,1) of the atomizer, arranged separated from each other and/or in parallel, to the application element, and the atomizer comprising two mixing elements each being provided to be supplied with a coating agent component and a hardener component, whereby the coating agent component and the hardener component are mixed together.
A method performed by a wireless device configured for use in a wireless communication system, the method comprising: obtaining, for each of one or more cells, information derived from a measure of dispersion of the values of received signal measurements respectively performed by the wireless device on different transmit beams of the cell; using the obtained information to select, or to assist network equipment to select, from the one or more cells a target cell to which the wireless device is to change;and performing a cell change to the selected target cell. obtaining, for each of one or more cells, information derived from a measure of dispersion of the values of received signal measurements respectively performed by the wireless device on different transmit beams of the cell; using the obtained information to select, or to assist network equipment to select, from the one or more cells a target cell to which the wireless device is to change;and performing a cell change to the selected target cell.
A submersible remotely operated vehicle (SROV) system for visual inspection of a nuclear vessel within a nuclear reactor, the SROV system comprising: a device that is movable to a general location within a nuclear vessel, the device including a maneuverable inspection camera assembly for visual inspection of nuclear vessel components, the inspection camera assembly being maneuverable in relation to the device to a more specific location within the nuclear vessel, the movement of the device and the maneuvering of the inspection camera assembly being remotely controlled; a plurality of propulsive devices configured to move the device to the general location within the nuclear vessel, the plurality of propulsive devices being remotely controlled, wherein the plurality of propulsive devices permit the device to move horizontally, vertically, and rotationally about an axis of the device, an attachment mechanism configured to attach the device to an area of the nuclear vessel and to permit the device to move to different positions, at least one discharge device attached to the inspection camera assembly, the at least one discharge device configured to discharge cleaning fluid to an inspection area, and characterized in that the submersible remotely operated vehicle comprises a cable connected to the inspection camera assembly and a mechanism that is configured to drive the cable to move the inspection camera assembly in a vertical direction. a device that is movable to a general location within a nuclear vessel, the device including a maneuverable inspection camera assembly for visual inspection of nuclear vessel components, the inspection camera assembly being maneuverable in relation to the device to a more specific location within the nuclear vessel, the movement of the device and the maneuvering of the inspection camera assembly being remotely controlled; a plurality of propulsive devices configured to move the device to the general location within the nuclear vessel, the plurality of propulsive devices being remotely controlled, wherein the plurality of propulsive devices permit the device to move horizontally, vertically, and rotationally about an axis of the device, an attachment mechanism configured to attach the device to an area of the nuclear vessel and to permit the device to move to different positions, at least one discharge device attached to the inspection camera assembly, the at least one discharge device configured to discharge cleaning fluid to an inspection area, and characterized in that the submersible remotely operated vehicle comprises a cable connected to the inspection camera assembly and a mechanism that is configured to drive the cable to move the inspection camera assembly in a vertical direction.
A spooling carriage for a winch assembly comprising; a spooling guide assembly; at least one support arm (22, 24) to support the spooling carriage; wherein the at least one support arm (22, 24) is configured to be pivotally connected to a winch pedestal via a hub surrounding a winch axis of the winch assembly; and wherein the spooling guide assembly is configured to move in a reciprocating motion, characterised in that the support arm (22, 24) is configured to be secured to the winch pedestal at a desired angle relative to the horizontal and/or vertical plane.
Laminated pane, comprising an outer pane, an inner pane, and at least two intermediate layers (3a, 3b) between the outer pane and the inner pane, wherein at least two separate functional elements (4, 12a, 12b, 12c, 12d) with electrically controllable optical properties are arranged in a plane between the two intermediate layers (3a, 3b), the functional elements comprise in each case, in this order, a first carrier film, a first surface electrode, an active layer, a second surface electrode, and a second carrier film, on two opposite sides of each functional element, an inner bus bar (11a, 11b, 11c, 11d, 13) is connected in each case to the first surface electrode or to the second surface electrode of the respective functional element, at least one of the two opposite sides of each functional element is sealed, at least along a partial region, by two polyethylene terephthalate barrier films (8, 9), wherein one PET barrier film is arranged partly between one intermediate layer and an edge region of the first carrier film and the other PET barrier film is arranged partly between the other intermediate layer and an edge region of the second carrier film, characterized in that attached on one of the PET barrier films is at least one outer bus bar (10a, 10b, 10c) that is connected via an electrically conducting connection (14a, 14b, 14c) to the inner bus bar (11a, 11b, 11c) of a functional element in order to electrically control the functional element separately from the other functional element or elements. wherein at least two separate functional elements (4, 12a, 12b, 12c, 12d) with electrically controllable optical properties are arranged in a plane between the two intermediate layers (3a, 3b), the functional elements comprise in each case, in this order, a first carrier film, a first surface electrode, an active layer, a second surface electrode, and a second carrier film, on two opposite sides of each functional element, an inner bus bar (11a, 11b, 11c, 11d, 13) is connected in each case to the first surface electrode or to the second surface electrode of the respective functional element, at least one of the two opposite sides of each functional element is sealed, at least along a partial region, by two polyethylene terephthalate barrier films (8, 9), wherein one PET barrier film is arranged partly between one intermediate layer and an edge region of the first carrier film and the other PET barrier film is arranged partly between the other intermediate layer and an edge region of the second carrier film, characterized in that attached on one of the PET barrier films is at least one outer bus bar (10a, 10b, 10c) that is connected via an electrically conducting connection (14a, 14b, 14c) to the inner bus bar (11a, 11b, 11c) of a functional element in order to electrically control the functional element separately from the other functional element or elements.
An aerosol-generating article (2, 102) comprising: an aerosol-forming substrate (4, 104); a combustible heat source (3, 103); at least one layer of ceramic paper (5, 105) circumscribing at least a portion of the length of the combustible heat source (3, 103), wherein the at least one layer of ceramic paper (5, 105) allows sufficient air through the layer such that combustion of the combustible heat source is substantially unimpeded; one or more airflow pathways along which air may be drawn through the aerosol-generating article (2, 102) for inhalation by a user, and one or more non-combustible, substantially air impermeable barriers between the combustible heat source (3, 103) and the aerosol forming substrate. an aerosol-forming substrate (4, 104); a combustible heat source (3, 103); at least one layer of ceramic paper (5, 105) circumscribing at least a portion of the length of the combustible heat source (3, 103), wherein the at least one layer of ceramic paper (5, 105) allows sufficient air through the layer such that combustion of the combustible heat source is substantially unimpeded; one or more airflow pathways along which air may be drawn through the aerosol-generating article (2, 102) for inhalation by a user, and one or more non-combustible, substantially air impermeable barriers between the combustible heat source (3, 103) and the aerosol forming substrate.