mhurhangee/ep-ind-claims huggingface dataset:
An automated tyre inspection method characterized in that it comprises the following steps: - Placing a tyre on a tyre support device that comprises a frame with an inclined structure with a window, resting a side of the tyre on said structure, providing on said frame at least two adjusting devices for positioning the tyre on the frame, each of said adjusting devices further comprising: ∘ second adjusting means, that move on the inclined structure of the frame for adapting to the diameter of the tyre, ∘ first adjusting means, placed on said second adjusting means to displace along the same to adapt to the width of the tyre, and ∘ Support means, associated to the first adjusting means for supporting the tyre on its tread surface, driven by rotating means that make the support means rotate to make the tyre rotate on its axis, - Moving the second adjusting means of each one of said adjusting devices to adapt them to the diameter of the tyre, - Moving the first adjusting means until they fit the width of the tyre, and - Rotating the support means forcing the tyre to rotate, and - Inspecting tyre parts with vision systems or display elements. - Placing a tyre on a tyre support device that comprises a frame with an inclined structure with a window, resting a side of the tyre on said structure, providing on said frame at least two adjusting devices for positioning the tyre on the frame, each of said adjusting devices further comprising: ∘ second adjusting means, that move on the inclined structure of the frame for adapting to the diameter of the tyre, ∘ first adjusting means, placed on said second adjusting means to displace along the same to adapt to the width of the tyre, and ∘ Support means, associated to the first adjusting means for supporting the tyre on its tread surface, driven by rotating means that make the support means rotate to make the tyre rotate on its axis, ∘ second adjusting means, that move on the inclined structure of the frame for adapting to the diameter of the tyre, ∘ first adjusting means, placed on said second adjusting means to displace along the same to adapt to the width of the tyre, and ∘ Support means, associated to the first adjusting means for supporting the tyre on its tread surface, driven by rotating means that make the support means rotate to make the tyre rotate on its axis, - Moving the second adjusting means of each one of said adjusting devices to adapt them to the diameter of the tyre, - Moving the first adjusting means until they fit the width of the tyre, and - Rotating the support means forcing the tyre to rotate, and - Inspecting tyre parts with vision systems or display elements.
An electrochemical sensor comprising: a boron doped diamond electrode formed of boron doped diamond material; characterised by an array of non-diamond carbon sites disposed in a pattern on a sensing surface of the boron doped diamond electrode, wherein the size and distribution of the non-diamond carbon sites on the sensing surface of the boron doped diamond electrode is such that the diamond electrochemical sensor provides a signal to background ratio for current density of the target species in solution of at least 2.5, and/or a background current density at a peak current density for the target species of no more than ± 10 mA/cm 2; electrochemically active surface groups bonded to the non-diamond carbon sites for generating a redox peak associated with a target species which reacts with the electrochemically active surface groups bonded to the non-diamond carbon sites when a solution containing the target species is disposed in contact with the sensing surface in use; an electrical controller configured to scan the boron doped diamond electrode over a potential range to generate said redox peak; and a processor configured to give an electrochemical reading based on one or both of a position and an intensity of said redox peak. a boron doped diamond electrode formed of boron doped diamond material; characterised by an array of non-diamond carbon sites disposed in a pattern on a sensing surface of the boron doped diamond electrode, wherein the size and distribution of the non-diamond carbon sites on the sensing surface of the boron doped diamond electrode is such that the diamond electrochemical sensor provides a signal to background ratio for current density of the target species in solution of at least 2.5, and/or a background current density at a peak current density for the target species of no more than ± 10 mA/cm 2; electrochemically active surface groups bonded to the non-diamond carbon sites for generating a redox peak associated with a target species which reacts with the electrochemically active surface groups bonded to the non-diamond carbon sites when a solution containing the target species is disposed in contact with the sensing surface in use; an electrical controller configured to scan the boron doped diamond electrode over a potential range to generate said redox peak; and a processor configured to give an electrochemical reading based on one or both of a position and an intensity of said redox peak.
A system for removing gray water and/or other fluids from a lavatory or a galley area, said system comprising: a floor structure having a first edge and a second edge, the floor structure sloped downwardly towards the second edge; a void area defined in the floor structure adjacent the second edge; and a conduit in flow communication with the void area, wherein the conduit provides an air flow to evaporate the gray water and/or other fluids collected in the void area; a water fixture positioned adjacent the void area; wherein a gap is formed between the water fixture and the second edge of the floor structure, the gap in communication with the void area; and a heating device arranged to warm the void area. a floor structure having a first edge and a second edge, the floor structure sloped downwardly towards the second edge; a void area defined in the floor structure adjacent the second edge; and a conduit in flow communication with the void area, wherein the conduit provides an air flow to evaporate the gray water and/or other fluids collected in the void area; a water fixture positioned adjacent the void area; wherein a gap is formed between the water fixture and the second edge of the floor structure, the gap in communication with the void area; and a heating device arranged to warm the void area.
A device for receiving an ingredient cartridge and extracting the ingredient by passing heated liquid through the cartridge, having a cartridge seat and a liquid injection arrangement (50,60,61,70,80,81) for injecting heated liquid into the cartridge seat, the cartridge seat comprising a first cartridge support and a second cartridge support facing the first support, the first and second cartridge supports being arranged to be movable relative to one another from an open position for insertion or removal of a cartridge into the seat to a closed position for passing heated liquid through such a cartridge, at least one support of the cartridge supports (20,30) being hydraulically actuatable and movable into the closed position by the liquid injection arrangement that is configured to pressurise and circulate unheated liquid to said at least one support for actuating and moving said at least one support by the circulating unheated pressurised liquid, characterised in that the liquid injection arrangement is further configured to guide said circulating unheated pressurised liquid under pressure from the at least one support via a heater into the cartridge seat for extracting said ingredient.
Signal processing method for coherent receivers receiving a coherent complex signal and extracting orthogonal in-phase and quadrature signal components from the coherent complex signal, characterised by the steps of clipping and quantizing each orthogonal signal component (56,57) independently and in an optimized manner with respect to a forward error correction algorithm obtaining clipped and quantized orthogonal signal components (693, 694); combining said quantized and clipped orthogonal signal components (693, 694) obtaining a first signal; soft differential decoding the first signal obtaining a decoded second signal; and applying the forward error correction algorithm to the second signal.
A tractor comprising a front loader, attached to a front portion of a traveling body, a steering column, disposed ahead of a cockpit seat, and a steering wheel, attached to an upper part of the steering column; the tractor being configured to shift a speed of a driving force from an engine mounted on the traveling body in a transmission unit and to transfer the shifted driving force to a traveling unit (3, 4) and a work unit; the tractor further comprising: a loader lever configured to operate the front loader, provided to a right side column positioned on the right side of the cockpit seat, and a mode shift switch that switches a maximum vehicle speed by the traveling unit (3, 4) and a maximum number of revolutions of the engine, the maximum vehicle speed and the maximum number of revolutions of the engine being set for each of a plurality of modes, provided to a grip portion of the loader lever., characterized in that the tractor further comprises a main gear shift pedal configured to adjust a vehicle speed by the travelling unit (3,4) and the number of of revolutions of the engine, disposed at the right of the steering column and above the floor plate positioned ahead of the cockpit i seat. a front loader, attached to a front portion of a traveling body, a steering column, disposed ahead of a cockpit seat, and a steering wheel, attached to an upper part of the steering column; the tractor being configured to shift a speed of a driving force from an engine mounted on the traveling body in a transmission unit and to transfer the shifted driving force to a traveling unit (3, 4) and a work unit; the tractor further comprising: a loader lever configured to operate the front loader, provided to a right side column positioned on the right side of the cockpit seat, and a mode shift switch that switches a maximum vehicle speed by the traveling unit (3, 4) and a maximum number of revolutions of the engine, the maximum vehicle speed and the maximum number of revolutions of the engine being set for each of a plurality of modes, provided to a grip portion of the loader lever., characterized in that the tractor further comprises a main gear shift pedal configured to adjust a vehicle speed by the travelling unit (3,4) and the number of of revolutions of the engine, disposed at the right of the steering column and above the floor plate positioned ahead of the cockpit i seat. a loader lever configured to operate the front loader, provided to a right side column positioned on the right side of the cockpit seat, and a mode shift switch that switches a maximum vehicle speed by the traveling unit (3, 4) and a maximum number of revolutions of the engine, the maximum vehicle speed and the maximum number of revolutions of the engine being set for each of a plurality of modes, provided to a grip portion of the loader lever., characterized in that the tractor further comprises a main gear shift pedal configured to adjust a vehicle speed by the travelling unit (3,4) and the number of of revolutions of the engine, disposed at the right of the steering column and above the floor plate positioned ahead of the cockpit i seat.
A method for the in-vitro detection of a first protein in a sample, comprising the steps of: a) separating the sample by means of a native separation process; b) transferring the separated sample onto a membrane; c) contacting the membrane with an aptamer that specifically binds to the first protein; and d) detecting the first protein by means of detecting the aptamer bound to the first protein, characterised in that the contacting of the membrane with the aptamer in step c) is performed at a temperature of ≥ 30 °C. a) separating the sample by means of a native separation process; b) transferring the separated sample onto a membrane; c) contacting the membrane with an aptamer that specifically binds to the first protein; and d) detecting the first protein by means of detecting the aptamer bound to the first protein,
An interlayer film for laminated glass having a two or more-layer structure and having a thickness of one end thinner than a thickness of the other end at the opposite side of the one end, comprising a first layer containing a thermoplastic resin and a second layer containing a thermoplastic resin, the difference between the maximum thickness and the minimum thickness in the first layer being smaller than the difference between the maximum thickness and the minimum thickness in the second layer, the thermoplastic resin contained in the first layer being a polyvinyl acetal resin, the thermoplastic resin contained in the second layer being a polyvinyl acetal resin, the first layer containing a heat shielding compound, the first layer containing at least one kind of Ingredient X among a phthalocyanine compound, a naphthalocyanine compound and an anthracyanine compound as the heat shielding compound, wherein a content of the Ingredient X is 0.001% by weight or more and 0.2% by weight or less in 100% by weight of the first layer, or the first layer_containing heat shielding particles as the heat shielding compound, wherein a content of the heat shielding particles is 0.01% by weight or more and 6% by weight or less in 100% by weight of the first layer. the difference between the maximum thickness and the minimum thickness in the first layer being smaller than the difference between the maximum thickness and the minimum thickness in the second layer, the thermoplastic resin contained in the first layer being a polyvinyl acetal resin, the thermoplastic resin contained in the second layer being a polyvinyl acetal resin, the first layer containing a heat shielding compound, the first layer containing at least one kind of Ingredient X among a phthalocyanine compound, a naphthalocyanine compound and an anthracyanine compound as the heat shielding compound, wherein a content of the Ingredient X is 0.001% by weight or more and 0.2% by weight or less in 100% by weight of the first layer, or the first layer_containing heat shielding particles as the heat shielding compound, wherein a content of the heat shielding particles is 0.01% by weight or more and 6% by weight or less in 100% by weight of the first layer.
A dihydrolipoamide acetyltransferase variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein glycine, which is an amino acid corresponding to position 77 of SEQ ID NO: 3, is substituted with aspartic acid.
A system comprising: a remote battery charger (24, 824) comprising a transmitter inductor (32, L1) electrically connected to an external power source; a rechargeable battery body situated within a charging chamber of the remote battery charger (24, 824); and a receiver inductor (200, L2) electrically connected to the battery body and situated between the transmitter inductor (32, L1) and the battery body, the receiver inductor (200, L2) being inductively coupled to the transmitter inductor (32, L1) through a generally-longitudinal air gap; characterized in that the remote battery charger (24, 824) comprises a set of lateral field-shaping protrusions (40, 840) being provided as legs of a magnetic core and disposed laterally with respect to the receiver inductor (200, L2), the field-shaping protrusions (40, 840) being configured to serve as poles for directing a charging magnetic field generated by the transmitter inductor (32, L1) away from a central axis of the transmitter inductor (32, L1) so as to decrease an inductive coupling of the transmitter inductor (32, L1) to the battery body. a remote battery charger (24, 824) comprising a transmitter inductor (32, L1) electrically connected to an external power source; a rechargeable battery body situated within a charging chamber of the remote battery charger (24, 824); and a receiver inductor (200, L2) electrically connected to the battery body and situated between the transmitter inductor (32, L1) and the battery body, the receiver inductor (200, L2) being inductively coupled to the transmitter inductor (32, L1) through a generally-longitudinal air gap; the remote battery charger (24, 824) comprises a set of lateral field-shaping protrusions (40, 840) being provided as legs of a magnetic core and disposed laterally with respect to the receiver inductor (200, L2), the field-shaping protrusions (40, 840) being configured to serve as poles for directing a charging magnetic field generated by the transmitter inductor (32, L1) away from a central axis of the transmitter inductor (32, L1) so as to decrease an inductive coupling of the transmitter inductor (32, L1) to the battery body.
A method for isolating flow within a wellbore comprising: a. obtaining a flow control device, wherein the flow control device includes apertures formed therein, wherein the flow control device includes an exclusion media, wherein the exclusion media limits the inflow of formation materials; b. inserting a temporary fusible alloy plug securely into each of the apertures, wherein the temporary fusible alloy plugs temporarily prevent flow through the apertures, wherein the temporary fusible alloy plugs are fabricated from any low melting temperature composition that is meltable at a T m, such that a first plurality of apertures has temporary fusible alloy plugs that melt at T m1 and a second plurality of apertures has temporary fusible alloy plugs that melt at T m2, which is higher than Tm 1; c. installing the flow control device into the well; d. increasing the reservoir temperature to T m1 and removing said first plurality of temporary fusible alloy plugs when selective inflow through the apertures is desired; and e. increasing the reservoir temperature to Tm 2 and removing said second plurality of temporary fusible alloy plugs when inflow through the remaining apertures is desired. a. obtaining a flow control device, wherein the flow control device includes apertures formed therein, wherein the flow control device includes an exclusion media, wherein the exclusion media limits the inflow of formation materials; b. inserting a temporary fusible alloy plug securely into each of the apertures, wherein the temporary fusible alloy plugs temporarily prevent flow through the apertures, wherein the temporary fusible alloy plugs are fabricated from any low melting temperature composition that is meltable at a T m, such that a first plurality of apertures has temporary fusible alloy plugs that melt at T m1 and a second plurality of apertures has temporary fusible alloy plugs that melt at T m2, which is higher than Tm 1; c. installing the flow control device into the well; d. increasing the reservoir temperature to T m1 and removing said first plurality of temporary fusible alloy plugs when selective inflow through the apertures is desired; and e. increasing the reservoir temperature to Tm 2 and removing said second plurality of temporary fusible alloy plugs when inflow through the remaining apertures is desired.
Hand-held power tool with a tool holder for receiving and locking a tool on a working axis, a power tool housing, a striking mechanism, which has a striker for exerting impacts in the direction of impact and an anvil for receiving the impacts and for transferring the impacts in the direction of impact onto the tool received in the tool holder, an elastic collar, which is fastened on the power tool housing and on the anvil, characterized in that, with the anvil lying against a rebound impact damper, counter to the direction of impact, the elastic collar is exerting a force acting in the direction of impact onto the anvil, and in that the membrane is elastically pretensioned when the anvil is lying against the rebound impact damper.
A composition comprising: a layer of water-swellable hydrogel, wherein the hydrogel has embedded therein a reinforcement sheet of liquid-water-permeable material, wherein the layer of hydrogel has a wound-facing side and a non-wound-facing side and apertures extend through the layer of hydrogel from the wound-facing side to the non-wound-facing side and through the reinforcement sheet, wherein the mean area of the apertures on at least one of the wound-facing side and non-wound-facing side of the hydrogel is at least 10 mm 2, wherein a polymeric film is disposed over the non-wound-facing side of the layer of hydrogel, the film having an MVTR of at least 100 g/m 2 /24 hours, measured in accordance with BS EN 13726-2:2002. a layer of water-swellable hydrogel, wherein the hydrogel has embedded therein a reinforcement sheet of liquid-water-permeable material, wherein the layer of hydrogel has a wound-facing side and a non-wound-facing side and apertures extend through the layer of hydrogel from the wound-facing side to the non-wound-facing side and through the reinforcement sheet, wherein the mean area of the apertures on at least one of the wound-facing side and non-wound-facing side of the hydrogel is at least 10 mm 2, wherein a polymeric film is disposed over the non-wound-facing side of the layer of hydrogel, the film having an MVTR of at least 100 g/m 2 /24 hours, measured in accordance with BS EN 13726-2:2002.
Christmas tree stand for erecting a cut natural tree on a horizontal plane, comprising a receptacle which can be filled with water and has an insertion opening for the trunk end to be fastened, and having a plurality of holding elements which are arranged around the insertion opening, are movably supported on the receiving vessel, can be moved radially from the outside against the trunk of the tree and can be applied against the trunk under pressure, characterized in that the holding elements can be individually actuated directly electrically and in that each holding element has a separate electromotive drive unit.
Non-therapeutic use of a repellent comprising a compound selected from the group consisting of benzyl alcohol, 2-phenylethanol, 3-phenylpropanol and 1-phenyl-2-propanol for repelling a Vespidae wasp, wherein the repellent does not cause damage to an Apidae bee.