mhurhangee/ep-ind-claims huggingface dataset:
Device for the gravity separation of immiscible liquids of different densities in an emulsion containing at least two liquids, comprising a closed reservoir into which the emulsion is brought via at least one inlet and inside which the emulsion can flow so that the liquids separate at least in part by migrating one on top of the other under the effect of gravity, and comprising, in a zone of the reservoir in which the liquids are at least partially separated, means of extracting the lightest liquid and the heaviest liquid towards corresponding outlets; in which the reservoir (2, 101, 201) comprises a dividing partition (6, 105, 207-208) delimiting a first chamber (7, 108, 203) into which the said inlet emerges and in which the separation of the liquids takes place and a second chamber (8, 109, 205), this dividing partition creating a lower communication passage (10, 107, 206) between these chambers so that the heaviest liquid flows from the first chamber into the second chamber; in which the extraction means comprise a first spillway situated in the first chamber and having an upper edge (13, 112, 215) for the lightest liquid to overspill towards a first outlet (14, 121, 222) of the reservoir, and a second spillway situated in the second chamber and having an upper edge (17, 116, 219) for the heaviest liquid to overspill towards a second outlet (18, 117, 223) of the reservoir, the upper edge of the first spillway and the upper edge of the second spillway being situated above the upper edge of the lower communication passage and the upper edge of the second spillway being situated below the upper edge of the first spillway so that the free surfaces (IG1, IG2) of the liquids in the said chambers determine internal spaces (G1, G2) of the reservoir which are separated by the said dividing partition (6, 105, 207-208); comprising a means of setting or regulating the pressure/depression inside at least one of the said internal spaces (G1, G2) of the reservoir so that the position of the interface between the heavy liquid and the light liquid in the said first chamber is situated between the upper edge of the said lower communication passage and the upper edge of the said first spillway; and comprising means for detecting the pressures inside the said internal spaces, the setting or regulating means being subjected to the magnitude of the difference between these pressures.
Abutment mechanism for limiting the flapping movement in two opposite directions (S1, S2) of a lift assembly of a rotorcraft with respect to a drive system, the drive system being adapted to rotate the lift assembly about an elevation axis, said abutment mechanism comprising a single rigid connecting rod having a modifiable deflection in a longitudinal direction for extending the connecting rod, the connecting rod comprising a shaft and a body, the shaft being moveable in translation relative to the body along the longitudinal direction according to the flapping movement, the abutment mechanism comprising a displacing member for setting a range for the flapping movement according to at least one predetermined parameter, the connecting rod comprising two hubs (26, 27) adapted to be pivotally connected respectively to a said lift assembly and to a said drive system, one of the two hubs being referred to as "first hub " and being attached to the body and one of said two hubs being referred to as "second hub " and being rigidly connected to said shaft, characterised in that the shaft extends from a first end arranged in the body to a second end provided with the second hub, the shaft being mobile in rotation and in translation relative to the body, each comprising an abutment member, one of the abutment members comprising a radial protrusion and the other abutment member comprising an internal recess of a wall, the radial protrusion functioning in the recess, the recess being longitudinally defined by an upper abutment surface and a lower abutment surface between which said protrusion is permanently arranged, a height longitudinally separating the upper abutment surface and the lower abutment surface circumferentially varying between a minimum height reached in a first section of the recess and a maximum height reached in a second section of the recess, the range of the flapping movement being lowest when the protrusion is positioned in the first section by the displacing member and being highest when the protrusion is positioned in the second section by the displacing member, wherein the connecting rod is not a damper.
Adjustable vehicle seat, comprising a seat part and a backrest which can be pivoted relative to the seat part about a backrest pivot axis by means of at least one backrest setting fitting and can be locked in a plurality of angular positions, and at least one locking apparatus, by means of which the seat part can be locked to a vehicle structure, an unlocking lever being provided which transmits an introduced movement for unlocking to the at least one locking apparatus, characterized in that the vehicle seat has a first interlocking element which, when the backrest setting fitting is unlocked, prevents a movement of the unlocking lever for unlocking the locking apparatus, and which, when the locking apparatus is unlocked, prevents unlocking of the backrest setting fitting, the first interlocking element being configured as a blocking lever which is connected fixedly to a transmission rod so as to rotate with it, unlocking of the backrest setting fitting taking place during a rotation of the transmission rod, and the unlocking lever having a blocking element (36, 37) or interacting with a blocking element (36, 37) which, when the locking apparatus is unlocked, prevents a movement of the blocking lever for unlocking the backrest setting fitting.
A method of removing spacers off a main surface of a sheet of glass, the method comprising the steps of simultaneously sliding said spacers, on said main surface and in fixed relative positions, into a position in which respective end portions of said spacers project from a peripheral edge of said sheet; retaining said end portions firmly; and removing said spacers from said sheet transferring the spacers simultaneously from said sheet to an unloading area before releasing said end portions.
A robot cleaner comprising: a cleaner body; a dust tank mounted in the cleaner body to collect dust; and a backward-flow preventing device to prevent dust from flowing backward outside through a suction port of the dust tank, wherein the backward-flow preventing device includes a shutter unit to open and close the suction port and a stopper unit to drive the shutter unit, characterized in that the backward-flow preventing device further includes a stopper support part to allow or restrict the hinged rotation of the stopper unit.
A detergent composition having anti-microbial benefits comprising: a 16% to 90%w of a sulphonated anionic surfactant wherein alkyl and acyl groups contain from 8 to 22 carbon atoms; and b 0.5% to 5%w of an iodine containing inorganic salt selected from potassium iodide and potassium iodate; wherein the pH of the composition is between 7 and 12. a 16% to 90%w of a sulphonated anionic surfactant wherein alkyl and acyl groups contain from 8 to 22 carbon atoms; and b 0.5% to 5%w of an iodine containing inorganic salt selected from potassium iodide and potassium iodate;
Mould for making articles made of plastic material, comprising a first element and a second element forming in the closed position of the mould a cavity corresponding to the article to be made, wherein the second element comprises at least one pin movable relative to the second element, between a retracted position and an extended position in the cavity, characterised in that: - the first element comprises a counter-pin movable relative to the first element and coaxial with the pin, - the movable pin is adapted to cross the cavity and engage in the first element at the counter-pin; - the counter-pin is connected to a slaving means applying a reaction force less than the force applied to it by the pin, such that a plastic material between the two pins (6, 7) can be compressed then punched as the pin moves towards its extended position. - the first element comprises a counter-pin movable relative to the first element and coaxial with the pin, - the movable pin is adapted to cross the cavity and engage in the first element at the counter-pin; - the counter-pin is connected to a slaving means applying a reaction force less than the force applied to it by the pin, such that a plastic material between the two pins (6, 7) can be compressed then punched as the pin moves towards its extended position.
A multi-layer fabric having at least two layers comprising: an inner fabric layer and an outer fabric layer, wherein the inner fabric layer defines a first X-X' axis and first Y-Y' axis and the outer fabric layer defines a second X-X' axis and second Y-Y' axis, wherein the X-X' axis is the direction of maximum stretch of the fabric, and wherein the Y-Y' axis is the direction perpendicular to the X-X' axis and the inner fabric layer and outer fabric layer are oriented such that the first X-X' axis of the inner fabric layer is at a first angle Θ 1 to the second X-X' axis of the outer fabric layer, and characterised in that the inner fabric layer and the outer fabric layer together provide a material having hysteresis values for each fabric layer with a coefficient of variation value defined by: S = std H L & L, ⁢ H W & W, H L & W mean H L & L, ⁢ H W & W, H L & W ⁢ X ⁢ 100 % ≤ 10 %, wherein H L&L, H W&W and H L&W represent hysteresis values determined according to the analytical method set out in the description. an inner fabric layer and an outer fabric layer, wherein the inner fabric layer defines a first X-X' axis and first Y-Y' axis and the outer fabric layer defines a second X-X' axis and second Y-Y' axis, wherein the X-X' axis is the direction of maximum stretch of the fabric, and wherein the Y-Y' axis is the direction perpendicular to the X-X' axis and the inner fabric layer and outer fabric layer are oriented such that the first X-X' axis of the inner fabric layer is at a first angle Θ 1 to the second X-X' axis of the outer fabric layer, and characterised in that the inner fabric layer and the outer fabric layer together provide a material having hysteresis values for each fabric layer with a coefficient of variation value defined by: S = std H L & L, ⁢ H W & W, H L & W mean H L & L, ⁢ H W & W, H L & W ⁢ X ⁢ 100 % ≤ 10 %, wherein H L&L, H W&W and H L&W represent hysteresis values determined according to the analytical method set out in the description.
A memory device (100, 140), comprising: link error correction code "ECC" decoder and correction circuitry in a write path and configured for link error detection and correction of write data received over a data link, the link ECC decoder and correction circuitry further configured to read link ECC parity bits from unused data mask bits during a normal write operation or from a mask write data byte corresponding to an asserted data mask bit during a mask write operation of the received write data, and to detect and correct link errors of the received write data during transmission over the data link according to the link ECC parity bits; and memory ECC encoder circuitry in the write path and configured to generate memory ECC parity bits for memory protection of the write data during storage in a memory array. link error correction code "ECC" decoder and correction circuitry in a write path and configured for link error detection and correction of write data received over a data link, the link ECC decoder and correction circuitry further configured to read link ECC parity bits from unused data mask bits during a normal write operation or from a mask write data byte corresponding to an asserted data mask bit during a mask write operation of the received write data, and to detect and correct link errors of the received write data during transmission over the data link according to the link ECC parity bits; and memory ECC encoder circuitry in the write path and configured to generate memory ECC parity bits for memory protection of the write data during storage in a memory array.
A power tool assembly, comprising: a hand-held power tool; a dust collector removably coupled to the power tool; characterised by first and second power tool battery packs (218, 222) each of which is interchangeably coupled with the power tool and the dust collector for separately powering the power tool and the dust collector, respectively. a hand-held power tool; a dust collector removably coupled to the power tool; characterised by first and second power tool battery packs (218, 222) each of which is interchangeably coupled with the power tool and the dust collector for separately powering the power tool and the dust collector, respectively.
A wireless power transmission and reception system, comprising: - a wireless power transmission device, comprising: a power charger configured to receive power from a power supply device; a transmitter comprising a source resonator; and a controller configured to control an electrical connection between the power charger and the transmitter to charge the source resonator with power and to transmit the charged power to a target resonator through a mutual resonance, and - a wireless power reception device, comprising: a charger comprising a target resonator; a power output unit configured to transfer power to a load; and a controller configured to control an electrical connection between the charger and the power output unit to charge the target resonator with power through mutual resonance with a source resonator, and to deliver the charged power to the load, CHARACTERIZED IN THAT the power charger of the wireless power transmission device comprises at least one of: - a variable resistor that is connected, in series, to the power supply device; and - a plurality of pairs including a resistor and a switche, switches connected in series to the resistors, each pair connected, in parallel, to the power supply device, whereby the power charger is configured to adjust an amount of current provided from the power supply device. - a wireless power transmission device, comprising: a power charger configured to receive power from a power supply device; a transmitter comprising a source resonator; and a controller configured to control an electrical connection between the power charger and the transmitter to charge the source resonator with power and to transmit the charged power to a target resonator through a mutual resonance, and a power charger configured to receive power from a power supply device; a transmitter comprising a source resonator; and a controller configured to control an electrical connection between the power charger and the transmitter to charge the source resonator with power and to transmit the charged power to a target resonator through a mutual resonance, and - a wireless power reception device, comprising: a charger comprising a target resonator; a power output unit configured to transfer power to a load; and a controller configured to control an electrical connection between the charger and the power output unit to charge the target resonator with power through mutual resonance with a source resonator, and to deliver the charged power to the load, a charger comprising a target resonator; a power output unit configured to transfer power to a load; and a controller configured to control an electrical connection between the charger and the power output unit to charge the target resonator with power through mutual resonance with a source resonator, and to deliver the charged power to the load, - a variable resistor that is connected, in series, to the power supply device; and - a plurality of pairs including a resistor and a switche, switches connected in series to the resistors, each pair connected, in parallel, to the power supply device,
A box for forming a Bag-in-Box package, the box comprising - a rectangular bottom having a first edge, a second edge opposite to the first edge, a third edge between the first edge and the second edge, and a fourth edge opposite to the third edge, - a first end wall extending upwards from the first edge of the bottom, - a second end wall extending upwards from the second edge of the bottom, - a first side wall extending upwards from the third edge of the bottom, - a second side wall extending upwards from the fourth edge of the bottom, and - a top, wherein the second end wall is higher than the first end wall, and the bottom, end walls (3, 4), side walls (5, 6) and top together define a closed space for accommodating a bag containing liquid, characterized in that the box is configured to be piled with a second, identical box so that the tops of the two boxes face each other and the first side wall of each box is aligned with the first side wall of the other box and the first end wall of the first box is substantially aligned with the second end wall of the second box, and at least one end wall (3, 4) of the box is provided with a protrusion (13, 14), which extends upwards from the top of the box and which is configured to be engaged with an end wall (3, 4) of the second box and/or with an aperture that is formed in the top of the second box for preventing mutual movement of the boxes in at least one direction. - a rectangular bottom having a first edge, a second edge opposite to the first edge, a third edge between the first edge and the second edge, and a fourth edge opposite to the third edge, - a first end wall extending upwards from the first edge of the bottom, - a second end wall extending upwards from the second edge of the bottom, - a first side wall extending upwards from the third edge of the bottom, - a second side wall extending upwards from the fourth edge of the bottom, and - a top,
A genome replication-deficient Sendai virus (SeV) vector comprising a nucleic acid that is modified in the phosphoprotein gene to encode a mutant P protein lacking amino acids 2-77, wherein the nucleic acid further encodes a chimeric F protein comprising a respiratory syncytial virus F ectodomain and a SeV F transmembrane domain, wherein the chimeric F protein essentially lacks a SeV F cytoplasmic domain.
Closure cap for a container, the closure cap comprising: a hinge; a top part connectable to a container body via the hinge, the top part being pivotable about the hinge; the top part including a sealing skirt to sealingly engage with an opening of the container body; the top part including a desiccant chamber for accommodating a desiccant; and a spring element for pre-tensioning products received in the container body; characterized in that the spring element is a single band of material, with or without a gap in a region of the tip of the spring element, and having a single winding only and no branching off elements, such that the spring element extends from the top part in a single loop ending at the top part, wherein the loop of the spring element has a diameter larger than the diameter of the desiccant chamber, and wherein the spring element has two base portions (40, 42) only which are situated at the top part between the inner diameter of the sealing skirt and the outer diameter of the desiccant chamber. a hinge; a top part connectable to a container body via the hinge, the top part being pivotable about the hinge; the top part including a sealing skirt to sealingly engage with an opening of the container body; the top part including a desiccant chamber for accommodating a desiccant; and a spring element for pre-tensioning products received in the container body; characterized in that the spring element is a single band of material, with or without a gap in a region of the tip of the spring element, and having a single winding only and no branching off elements, such that the spring element extends from the top part in a single loop ending at the top part, wherein the loop of the spring element has a diameter larger than the diameter of the desiccant chamber, and wherein the spring element has two base portions (40, 42) only which are situated at the top part between the inner diameter of the sealing skirt and the outer diameter of the desiccant chamber.
A tube heat exchanger comprising heat surface tubes surrounded by a shell, said heat surface tubes having a tube pitch (p) and communicating with an inlet end chamber through a tube plate at one end and with an outlet end chamber through a tube plate at the other end, wherein in the shell side of the tube heat exchanger there is at least one baffle plate made of flat strips, the strips being straight and having a constant width (l), the strips being divided into two groups, the first group comprising a first set of strips arranged in parallel, the second set of strips being arranged crosswise with respect to the first set of strips, wherein the first set of strips and the secong set of strips are in the same plate, wherein the strips support the heat surface tubes and guide the shell-side flow, wherein the flat strips are thinner than the distance between the tubes to be supported, and wherein the required support is provided by placing each strip of the baffle plate at an inclined position at an angle () with respect to the heat surface tubes, wherein each of the heat surface tubes is contacted and supported at a first and a second side by two strips of the second set of strips such that each tube is contacted and supported on said first side by the lower edge of one of the strips of the first set of strips and on said second side opposite to said first side by the upper edge of the adjacent strip of the first set of strips, and on said third side by the lower edge of one of the strips of the second set of strips and on said fourth side opposite to said third side by the upper edge of the adjacent strip of the second set of strips.
A device for pre-processing image data for a computer vision application, the device being configured to: obtain, by means of a channel, image data of an image sensor, wherein the image data comprises an intensity value for each of a plurality of image sensor pixels associated with the channel, determine a Transfer Function, TF, the TF comprising a first part determined for a first set of the intensity values, and a second logarithmic part determined for a second set of the intensity values, wherein the first part and the second part of the TF are different, and apply the first part of the TF to the first set of the intensity values and apply the second logarithmic part of the TF to the second set of the intensity values, in order to obtain transformed image data; characterised in that the device is further configured to determine a threshold intensity value dividing the TF into the first part and the second part of the TF based on an SNR threshold. obtain, by means of a channel, image data of an image sensor, wherein the image data comprises an intensity value for each of a plurality of image sensor pixels associated with the channel, determine a Transfer Function, TF, the TF comprising a first part determined for a first set of the intensity values, and a second logarithmic part determined for a second set of the intensity values, wherein the first part and the second part of the TF are different, and apply the first part of the TF to the first set of the intensity values and apply the second logarithmic part of the TF to the second set of the intensity values, in order to obtain transformed image data; characterised in that the device is further configured to determine a threshold intensity value dividing the TF into the first part and the second part of the TF based on an SNR threshold.