mhurhangee/ep-ind-claims huggingface dataset:
A MEMS DVC, comprising: a movable plate (938, 940, 942) disposed in a cavity formed above a substrate, the movable plate is disposed between a pull-in electrode (916, 918) and a pull-off electrode and coupled to a movable plate electrode (912, 914), and the pull-off electrode is formed of an electrically conductive layer; a plate grounding electrode coupled to the movable plate electrode; and a CMOS ground electrode coupled to the plate grounding electrode by the electrically conductive layer. a movable plate (938, 940, 942) disposed in a cavity formed above a substrate, the movable plate is disposed between a pull-in electrode (916, 918) and a pull-off electrode and coupled to a movable plate electrode (912, 914), and the pull-off electrode is formed of an electrically conductive layer; a plate grounding electrode coupled to the movable plate electrode; and a CMOS ground electrode coupled to the plate grounding electrode by the electrically conductive layer.
A method for protecting an electronic device, wherein the electronic device comprises a control switch for controlling output of a power supply, and the method comprises: detecting whether an exception event occurs, and if it is detected that an exception event occurs, generating a control signal for controlling the control switch (S101, S201); and controlling, based on the control signal, the control switch to disconnect an output channel of the power supply (S102, S202), characterized in that the exception event is a unauthorized external signal access. detecting whether an exception event occurs, and if it is detected that an exception event occurs, generating a control signal for controlling the control switch (S101, S201); and controlling, based on the control signal, the control switch to disconnect an output channel of the power supply (S102, S202), characterized in that the exception event is a unauthorized external signal access.
A method of heat treatment of semiconductor substrates, using a heat-treatment furnace comprising a cylindrical core tube which is provided at opposite ends with openings (2a,2b) having sufficient size to allow a boat having semiconductor substrates rested thereon to be moved into and out of the core tube, lids (7a,7b) each of which is detachably mounted to the core tube to block the respective opening to substantially seal the core tube, and a thin center gas inlet conduit disposed near the longitudinal centre of the core tube for introducing gas into the core tube; the method comprising: (i) moving a said boat having semiconductor substrates resting thereon into the core tube; (ii) heat treating the semiconductor substrates on the boat in the core tube; and (iii) moving the boat having the heat-treated substrates out of the core tube; characterized in that said boat having the heat-treated substrates is moved out of the core tube at the same time as another boat having fresh semiconductor substrates is moved into the core tube at the opposite end, and during movement of the boats into and out of the core tube a high-purity gas is fed from said thin centre gas inlet conduit into the core tube to keep the furnace interior clean. (i) moving a said boat having semiconductor substrates resting thereon into the core tube; (ii) heat treating the semiconductor substrates on the boat in the core tube; and (iii) moving the boat having the heat-treated substrates out of the core tube;
Power transmission module provided with a first shaft and a second shaft, the first shaft being capable of being connected to a power transmission system which drives a rotary wing and which is driven by at least one motor, the second shaft being able to be mechanically connected to a propeller, the power transmission module comprising a first gear stage and a second gear stage which have a first rotation speed ratio and a second rotation speed ratio which are different, respectively, the first gear stage comprising a first wheel which can be moved in terms of rotation about a first wheel axis and a first pinion which can be moved in terms of rotation about a first pinion axis, the second gear stage comprising a second wheel which can be moved in terms of rotation about a second wheel axis and a second pinion which can be moved in rotation about a second pinion axis, the second shaft being fixedly joined in terms of rotation to the second pinion about the second pinion axis, a clutch connecting the first pinion to the second wheel, a controllable free wheel connecting the first wheel to the second pinion, characterised in that, the first shaft being fixedly joined in terms of rotation to the first pinion about the first pinion axis or being fixedly joined in terms of rotation to the first wheel about the first wheel axis, the power transmission module comprises a speed differential member which is arranged functionally between the first shaft and the second shaft so that the second shaft brings about the rotation of the first shaft when the second shaft has a rotation speed greater than a rotation speed of the first wheel and when at the same time the clutch is in a disengaged mode.
Cooling system with deionised water for electrical equipment, wherein the electrical equipment is electrically connected to a primary supply, comprising: - a main circuit for directing and cooling the deionised water to be circulated in the electrical equipment; - a main pumping group for circulating the deionised water in the main circuit; - a main power source for supplying power to the main pumping group; and - a deionisation circuit connected to two points of the main circuit for deionising the water of the main circuit, the deionisation circuit comprising a deioniser; characterised in that it also comprises - a secondary pumping group for circulating the deionised water in the deioniser; and - a secondary power source for supplying power to the secondary pumping group; the secondary power source being less powerful than the main power source. - a main circuit for directing and cooling the deionised water to be circulated in the electrical equipment; - a main pumping group for circulating the deionised water in the main circuit; - a main power source for supplying power to the main pumping group; and - a deionisation circuit connected to two points of the main circuit for deionising the water of the main circuit, the deionisation circuit comprising a deioniser; - a secondary pumping group for circulating the deionised water in the deioniser; and - a secondary power source for supplying power to the secondary pumping group;
Equipment device for a vehicle which comprises a base and a pivot member that can be pivoted around a pivot axle in a first pivot direction and a second pivot direction between a first end position and a second end position, relative to the base, having a locking device with first locking means and second locking means for locking the pivoting movement of the pivot member in at least one direction, having an actuation device for automatically and/or manually adjusting the locking device between a locked position, in which the first locking means and the second locking means are engaged, and a released position, in which the locking means (18, 19) are disengaged, characterised in that the one locking means comprises at least one wheel with first locking surfaces, rotatable around a rotation axle, wherein the base or the pivot member comprises first transmission means, which is engaged with second transmission means of the wheel, in order to cause a rotation of the wheel with a pivoting movement of the pivot member, and the other locking means comprise at least one bolt, moveable between the locked position and the released position, with second locking surfaces, which are engaged in the locked position and are disengaged in the released position with the first locking surfaces.
A method for generating a projection image from volumetric data, comprising: acquiring volumetric data in projection space yielded from an examination of an object via radiation; defining a surface about which a projection image of the object is focused; mapping a first portion of the volumetric data, corresponding to a first view, to the surface, wherein the mapping the first portion comprises: determining a first set of trajectories between a radiation source emitting the radiation during the first view and predefined locations on each of a plurality of detector cells; identifying intersections between each trajectory of the first set of trajectories and the surface; and mapping data, yielded from the each of the plurality of detector cells and corresponding the first view, to the each of the intersections; mapping a second portion of the volumetric data, corresponding to a second view, to the surface; and generating a projection image based upon the mapping a first portion and the mapping a second portion. acquiring volumetric data in projection space yielded from an examination of an object via radiation; defining a surface about which a projection image of the object is focused; mapping a first portion of the volumetric data, corresponding to a first view, to the surface, wherein the mapping the first portion comprises: determining a first set of trajectories between a radiation source emitting the radiation during the first view and predefined locations on each of a plurality of detector cells; identifying intersections between each trajectory of the first set of trajectories and the surface; and mapping data, yielded from the each of the plurality of detector cells and corresponding the first view, to the each of the intersections; determining a first set of trajectories between a radiation source emitting the radiation during the first view and predefined locations on each of a plurality of detector cells; identifying intersections between each trajectory of the first set of trajectories and the surface; and mapping data, yielded from the each of the plurality of detector cells and corresponding the first view, to the each of the intersections; mapping a second portion of the volumetric data, corresponding to a second view, to the surface; and generating a projection image based upon the mapping a first portion and the mapping a second portion.
A kit for generating polynucleotides encoding transcription activator-like effector nucleases (TALENs) having greater than 18 DNA segments, all DNA segments encoding a TALE, the kit comprising: multiple sets of dimer DNA segments, an individual set of dimer DNA segments including multiple dimer DNA segments, an individual dimer DNA segment encoding two recognition domains of a designed TALE; and multiple sets of monomer DNA segments, an individual set of monomer DNA segments including multiple monomer DNA modules, an individual monomer DNA module encoding a recognition domain of the designed TALE, wherein the individual dimer DNA segments and the individual monomer DNA segments include a first overhang and a second overhang that are generated using a type II restriction endonuclease. multiple sets of dimer DNA segments, an individual set of dimer DNA segments including multiple dimer DNA segments, an individual dimer DNA segment encoding two recognition domains of a designed TALE; and multiple sets of monomer DNA segments, an individual set of monomer DNA segments including multiple monomer DNA modules, an individual monomer DNA module encoding a recognition domain of the designed TALE, wherein the individual dimer DNA segments and the individual monomer DNA segments include a first overhang and a second overhang that are generated using a type II restriction endonuclease.
A method of operating a first network node in a home network for handling Internet Protocol Multimedia Subsystem, IMS, session establishment of an originating call from a user equipment, UE, in a visited access network, wherein the first network node includes the functionality of an application server, the method comprising the steps of: receiving a first session establishment request associated with the originating call, the first session establishment request including a called party number associated with the originating call; storing the called party number associated with the first session establishment request; modifying the first session establishment request by including a routing number identifying the first network node in the request; and transmitting the modified first session establishment request towards the visited access network for use in further originating call processing. receiving a first session establishment request associated with the originating call, the first session establishment request including a called party number associated with the originating call; storing the called party number associated with the first session establishment request; modifying the first session establishment request by including a routing number identifying the first network node in the request; and transmitting the modified first session establishment request towards the visited access network for use in further originating call processing.
A computing architecture in a vehicle multimedia navigation system comprised of a plurality of interconnected electrical components including a memory (160, 160A, 160B) and a field programmable gate array connected with each other by means of a standardized data bus for the exchange of data between the components, wherein the field programmable gate array is adapted, upon system start-up or during system operation, to load data from the memory to realize application-specific functionality by means of logic functions implemented inside the field programmable gate array, characterized by the architecture further comprising two central processors (110A, 110B) connected via the standardized data bus with the field programmable gate array, wherein high priority or real-time applications are assigned to one central processor and lower priority applications are assigned to the other central processor, and wherein upon completion of the system start-up, an application may be transferred for handling from the one central processor (110A, 110B) to the other central processor.
A press ring structure for mounting upon a barrel of a press consolidator roller (7, 7a) comprising a plurality of annular segments mutually mechanically engagable such as to form when so engaged a complete annular press ring structure, and adapted to be mountable on a barrel of a press consolidator roller (7, 7a) such as when so mounted to form a press ring thereon, wherein each segment is provided with a lockable and releasable engagement mechanism so adapted as to allow mounting and subsequent removal of press ring structures on the barrel, characterised in that each segment is provided with at least one through aperture adapted to receive a projection extending radially outwardly from the barrel in use and to attach the press ring to the barrel in use, and each segment further comprises mutually co-operable mechanical engagement formations comprising complementary projections and recesses provided on or in the adjacent end faces of each pair of abutting annular segments such that in an assembled state each end face of each annular segment abuts with an adjacent end face of an adjacent annular segment in mechanically engaged manner.
A damping system comprising a. a first fluid damper and a second fluid damper each comprising a damping volume containing a damping fluid, and b. one single fluid reservoir comprising a reservoir piston partitioning an inner volume of the one single fluid reservoir into a damping chamber containing the damping fluid and a recoil chamber containing a recoil fluid, and c. a fluid conduit connecting the damping volumes of the first fluid damper and of the second fluid damper to the damping chamber of the one single fluid reservoir in a fluid-conducting manner, d. wherein the reservoir piston is movable in a compression direction increasing a volume of the damping chamber and decreasing a volume of the recoil chamber, e. wherein the reservoir piston is movable in a dilatation direction decreasing the volume of the damping chamber and increasing the volume of the recoil chamber, f. wherein the reservoir piston comprises a damping chamber surface facing the damping chamber and a recoil chamber surface facing the recoil chamber, g. wherein a surface area of the damping chamber surface is smaller than a surface area of the recoil chamber surface. a. a first fluid damper and a second fluid damper each comprising a damping volume containing a damping fluid, and b. one single fluid reservoir comprising a reservoir piston partitioning an inner volume of the one single fluid reservoir into a damping chamber containing the damping fluid and a recoil chamber containing a recoil fluid, and c. a fluid conduit connecting the damping volumes of the first fluid damper and of the second fluid damper to the damping chamber of the one single fluid reservoir in a fluid-conducting manner, d. wherein the reservoir piston is movable in a compression direction increasing a volume of the damping chamber and decreasing a volume of the recoil chamber, e. wherein the reservoir piston is movable in a dilatation direction decreasing the volume of the damping chamber and increasing the volume of the recoil chamber, f. wherein the reservoir piston comprises a damping chamber surface facing the damping chamber and a recoil chamber surface facing the recoil chamber, g. wherein a surface area of the damping chamber surface is smaller than a surface area of the recoil chamber surface.
Packing element particularly for use in packed columns in the field of thermal process technology, having an annular surrounding wall and inwardly directed deflections of the material of the annular surrounding wall, the overall height of the packing element being divided into at least three sections (5, 6, 7) of which the central section is formed by a cylindrical circumferential surface of the annular surrounding wall, and the outer sections (5, 7), which are each connected to the central section, have a plurality of interconnected deflections which form a star, characterised in that each deflection has at least two sub-sections (11, 12) which are connected to one another in the axial direction of the packing element, one of which is directed inwards for a longer distance than the other.
A method of applying a fabric having a plurality of axial tows around a form (54,104) for formation of a fabric preform to which a resin can be applied to form a composite component, the method comprising: receiving one end of the fabric on the form such that the axial tows of the fabric extend in a direction generally perpendicular to a central axis (C-C, D-D) of the form; separately tensioning at least some of the plurality of axial tows on an end of the fabric not attached to the form; and wrapping the fabric around the form by rotating the fabric and form relative to one another about the central axis of the form to create the fabric preform. receiving one end of the fabric on the form such that the axial tows of the fabric extend in a direction generally perpendicular to a central axis (C-C, D-D) of the form; separately tensioning at least some of the plurality of axial tows on an end of the fabric not attached to the form; and wrapping the fabric around the form by rotating the fabric and form relative to one another about the central axis of the form to create the fabric preform.
A cosmetic composition, comprising: a) at least one bicarbonate compound; b) at least one acid; c) at least one film forming anionic polymer selected from Polyacrylate-2 crosspolymer, Polyacrylate-32 crosspolymer, crotonic acid copolymers, copolymers of monounsaturated C4-C8 carboxylic acids or anhydrides, homopolymers or copolymers comprising sulfonic groups, anionic polyurethanes, sulfopolyesters, and mixtures thereof; and d) at least one cosmetically acceptable carrier; wherein the weight ratio of the at least one bicarbonate compound (a) to the at least one acid (b) is from 1.5:1 to 3:1. a) at least one bicarbonate compound; b) at least one acid; c) at least one film forming anionic polymer selected from Polyacrylate-2 crosspolymer, Polyacrylate-32 crosspolymer, crotonic acid copolymers, copolymers of monounsaturated C4-C8 carboxylic acids or anhydrides, homopolymers or copolymers comprising sulfonic groups, anionic polyurethanes, sulfopolyesters, and mixtures thereof; and d) at least one cosmetically acceptable carrier;
A telecommunications panel assembly comprising: a frame including two support walls and a panel arrangement extending between first and second mounting sections, each mounting section being coupled to one of the side flanges of the frame, characterized in that, each of the support wall defining a channel arrangement, each channel arrangement including a first channel and a second channel that is separated from the first channel; each mounting section being coupled to one of the side flanges of the frame via first and second followers, the first follower of each mounting section engaging the first channel of the respective support wall and the second follower of each mounting section engaging the second channel of the respective side flange; wherein the panel arrangement is moveable relative to the frame between at least an undeflected position and a first deflected position by moving the followers within the channel arrangements. a frame including two support walls and a panel arrangement extending between first and second mounting sections, each mounting section being coupled to one of the side flanges of the frame, characterized in that, each of the support wall defining a channel arrangement, each channel arrangement including a first channel and a second channel that is separated from the first channel; each mounting section being coupled to one of the side flanges of the frame via first and second followers, the first follower of each mounting section engaging the first channel of the respective support wall and the second follower of each mounting section engaging the second channel of the respective side flange; wherein the panel arrangement is moveable relative to the frame between at least an undeflected position and a first deflected position by moving the followers within the channel arrangements.