mhurhangee/ep-ind-claims huggingface dataset:
Agricultural vehicle comprising a frame supported by a front pair of wheels and a back pair of wheels, wherein the back pair of wheels are steerable and wherein each wheel of the back pair of wheels is connected to the frame via a respective intermediate support element that is pivotable with respect to the frame in such a manner that the back pair of wheels are movable between a first position wherein the back pair of wheels defines a first track width and are positioned at a first distance from the front pair of wheels, and a second position wherein the back pair of wheels defines a second track width and are positioned at a second distance from the front pair of wheels, wherein the first track width is larger than the second track width and wherein the first distance is smaller than the second distance, each wheel of the back pair of wheels being provided with a knuckle for connection to the intermediate support element, characterized in that a bar is connected to and extends between the respective knuckles of the back pair of wheels, which bar has an adaptable length.
A perfuming hygiene device for sanitary fixtures, of the type suitable for being installed at a perimetric edge of a sanitary basin or WC, comprising a framework made of a plastic material, which comprises at least one distributing element of active chemical compounds, liquid or solid, of the detergent, disinfecting, deodorant type or other types, suitable for releasing a certain quantity of said active compounds into the flow of discharge water, an anchoring element to the edge, at least one element made of perfumed plastic removably applicable to said framework, suitable for releasing perfumed and/or deodorant volatile substances into the air, comprising at least one front wall, characterized in that: - said element made of perfumed plastic comprises a hooking wall which extends orthogonally with respect to said front wall and carries a hooking seat which is "C"-shaped; - said hooking seat is removably applicable to said anchoring element. - said element made of perfumed plastic comprises a hooking wall which extends orthogonally with respect to said front wall and carries a hooking seat which is "C"-shaped; - said hooking seat is removably applicable to said anchoring element.
Device (1; 100) for capping a container neck, including an external outer cap (10; 110) adapted to be removably fixed to the exterior face of a container neck and an internal insert (20; 120) adapted to plug the opening of the neck, which insert (20; 120) is adapted to be fitted to the neck independently of the outer cap (10; 110) and before fitting the outer cap to the neck, and which outer cap (10; 110) is adapted, when it is fitted to the neck, to be permanently fastened to the insert (20; 120) fitted beforehand to the neck, characterized in that the insert (20; 120) includes means (22, 23; 122, 123) for retaining it on the neck adapted to connect the insert mechanically to the neck before the outer cap (10; 110) is fitted to the neck, sealing at least the exterior peripheral surface (3A1) of the free end of the neck against a cleaning liquid applied externally to the neck.
A vessel cover for dissolution-testing equipment, wherein the dissolution-testing equipment comprises a vessel and a stirring shaft, wherein: the vessel cover is made of an elastic material; the vessel cover has an original shape having an outer circumference; the vessel cover defines a central opening having a diameter larger than the diameter of the stirring shaft; the vessel cover comprises a slit running from the central opening to the outer circumference, characterized in that: when the vessel cover is in the original shape, the slit has a width smaller than the diameter of the stirring shaft; and the vessel cover is adapted to be temporarily deformed and then return to substantially the original shape, wherein the temporary deformation widens the slit such that the stirring shaft is allowed to pass through the temporarily widened slit and into the central opening. the vessel cover is made of an elastic material; the vessel cover has an original shape having an outer circumference; the vessel cover defines a central opening having a diameter larger than the diameter of the stirring shaft; the vessel cover comprises a slit running from the central opening to the outer circumference, characterized in that: when the vessel cover is in the original shape, the slit has a width smaller than the diameter of the stirring shaft; and the vessel cover is adapted to be temporarily deformed and then return to substantially the original shape, wherein the temporary deformation widens the slit such that the stirring shaft is allowed to pass through the temporarily widened slit and into the central opening. when the vessel cover is in the original shape, the slit has a width smaller than the diameter of the stirring shaft; and the vessel cover is adapted to be temporarily deformed and then return to substantially the original shape, wherein the temporary deformation widens the slit such that the stirring shaft is allowed to pass through the temporarily widened slit and into the central opening.
A process for the preparation of a protected heparinic pentasaccharide precursor to Fondaparinux sodium having the structure comprising the step of coupling a EDC trimer having the structure with a BA dimer having the structure wherein the EDC trimer is prepared using a Schmidt glycosylation comprising the steps: (a) coupling an E monomer having the structure to a DC Building Block having the structure to obtain an EDC precursor having the structure (b) converting the EDC precursor to the EDC trimer. (a) coupling an E monomer having the structure to a DC Building Block having the structure to obtain an EDC precursor having the structure (b) converting the EDC precursor to the EDC trimer.
A method of launching and recovering a remotely operated vehicle from a docking station of a launch and recovery system, the method comprising: deploying the docking station in the water; deploying the remotely operated vehicle in the water; deploying a sensor in the water separately from the docking station, the sensor being arranged to sense wave motion and/or particle motion in the water surrounding the remotely operated vehicle; receiving from the sensor a measurement corresponding to a particle motion in the water surrounding the remotely operated vehicle; subsequent to receiving the measurement, directing movement of the remotely operated vehicle to dock the remotely operated vehicle with the docking station; synchronizing a motion of the docking station with a motion of the remotely operated vehicle based at least in part on the measurement corresponding to the particle motion; and ceasing directed movement of the remotely operated vehicle while receiving the measurement. deploying a sensor in the water separately from the docking station, the sensor being arranged to sense wave motion and/or particle motion in the water surrounding the remotely operated vehicle; receiving from the sensor a measurement corresponding to a particle motion in the water surrounding the remotely operated vehicle; subsequent to receiving the measurement, directing movement of the remotely operated vehicle to dock the remotely operated vehicle with the docking station; synchronizing a motion of the docking station with a motion of the remotely operated vehicle based at least in part on the measurement corresponding to the particle motion; and ceasing directed movement of the remotely operated vehicle while receiving the measurement.
Heatable breathing tube designed as a composite tube, comprising a hollow body which is wound in a spiral shape in order to form an elongate tube with inner wall and outer wall, a longitudinal axis, and a lumen formed by the inner wall and extending along the longitudinal axis, at least one stabilizing web (6a, 6b) which has at least one cavity (14a, 14b) and which has an inner wall (9a, 9b) and outer wall (10a, 10b) and is wound in a spiral shape along the outer wall of the hollow body to form a winding distance (7a, 7b) and is connected to the hollow body, and at least one heating wire (8a, 8b) which is covered towards the outside by a stabilizing web, wherein the stabilizing web, in the region of the heating wire (8a, 8b), has a constant wall thickness on the side of the stabilizing web facing towards the lumen, characterized in that the hollow body has a first layer facing towards the lumen and a second layer facing away from the lumen. a hollow body which is wound in a spiral shape in order to form an elongate tube with inner wall and outer wall, a longitudinal axis, and a lumen formed by the inner wall and extending along the longitudinal axis, at least one stabilizing web (6a, 6b) which has at least one cavity (14a, 14b) and which has an inner wall (9a, 9b) and outer wall (10a, 10b) and is wound in a spiral shape along the outer wall of the hollow body to form a winding distance (7a, 7b) and is connected to the hollow body, and at least one heating wire (8a, 8b) which is covered towards the outside by a stabilizing web, wherein the stabilizing web, in the region of the heating wire (8a, 8b), has a constant wall thickness on the side of the stabilizing web facing towards the lumen, characterized in that the hollow body has a first layer facing towards the lumen and a second layer facing away from the lumen.
A sensor transportation apparatus to convey an elongate sensor assembly through a wellbore, the sensor transportation (1, 1a) apparatus comprising: a main body comprising at least one engagement structure adapted to connect the sensor transportation apparatus (1, 1a) to an elongate sensor assembly, and two wheels each arranged to rotate about an axis of rotation substantially perpendicular to a longitudinal axis of the elongate sensor assembly when the transportation apparatus (1, 1a) is connected to the elongate sensor assembly, characterised by: an orientation structure (6, 8, 8a, 14) comprising the wheels and at least one laterally extending orientation projection (8, 8a, 14), to define a form having a transverse outline which has a rotational centre, wherein, in use, relative rotation between the sensor transportation apparatus and the elongate sensor assembly is prevented and the rotational centre is offset from a centre of mass of the elongate sensor assembly and a rotational axis of each said wheel is above the centre of mass of the elongate sensor assembly when the sensor transportation apparatus (1, 1a) is substantially horizontal so that in use the elongate sensor assembly is configured to naturally rotate so that the sensor transportation apparatus is oriented in a most stable position with the elongate sensor assembly centre of mass below the rotational centre of the sensor transportation apparatus and with the elongate sensor assembly carried on the wheels of the transportation apparatus in contact with the low side of the well bore. a main body comprising at least one engagement structure adapted to connect the sensor transportation apparatus (1, 1a) to an elongate sensor assembly, and two wheels each arranged to rotate about an axis of rotation substantially perpendicular to a longitudinal axis of the elongate sensor assembly when the transportation apparatus (1, 1a) is connected to the elongate sensor assembly, characterised by: an orientation structure (6, 8, 8a, 14) comprising the wheels and at least one laterally extending orientation projection (8, 8a, 14), to define a form having a transverse outline which has a rotational centre, wherein, in use, relative rotation between the sensor transportation apparatus and the elongate sensor assembly is prevented and the rotational centre is offset from a centre of mass of the elongate sensor assembly and a rotational axis of each said wheel is above the centre of mass of the elongate sensor assembly when the sensor transportation apparatus (1, 1a) is substantially horizontal so that in use the elongate sensor assembly is configured to naturally rotate so that the sensor transportation apparatus is oriented in a most stable position with the elongate sensor assembly centre of mass below the rotational centre of the sensor transportation apparatus and with the elongate sensor assembly carried on the wheels of the transportation apparatus in contact with the low side of the well bore.
A textile filter system of a pulse jet filtration device, the system comprising: a particulate textile filter bag to restrain particles in a gas stream, the filter bag having a radially outer, upstream surface and a radially inner, downstream surface, and being provided with a textile carrier bag, the radially inner, downstream surface of the filter bag being provided as a low-friction surface, and a textile, chemically active filter sleeve having a filter carrier sleeve of textile material and a chemically active component on the filter carrier sleeve comprising catalytic particles to remove NOx and/or NH 3 substances from the gas stream, the filter sleeve being insertable into the filter bag to be arranged within the filter bag and being removable from the filter bag, and the low friction surface being implemented by one of: - providing a textile carrier bag made of a PTFE textile, wherein the radially inner, downstream surface of the particulate filter bag is defined by the PTFE textile defining the carrier bag; - providing a coating material at the radial inner side of the textile carrier bag; and - providing a textile carrier bag with a flattened, calendered radial inner surface. a particulate textile filter bag to restrain particles in a gas stream, the filter bag having a radially outer, upstream surface and a radially inner, downstream surface, and being provided with a textile carrier bag, the radially inner, downstream surface of the filter bag being provided as a low-friction surface, and a textile, chemically active filter sleeve having a filter carrier sleeve of textile material and a chemically active component on the filter carrier sleeve comprising catalytic particles to remove NOx and/or NH 3 substances from the gas stream, the filter sleeve being insertable into the filter bag to be arranged within the filter bag and being removable from the filter bag, and the low friction surface being implemented by one of: - providing a textile carrier bag made of a PTFE textile, wherein the radially inner, downstream surface of the particulate filter bag is defined by the PTFE textile defining the carrier bag; - providing a coating material at the radial inner side of the textile carrier bag; and - providing a textile carrier bag with a flattened, calendered radial inner surface. - providing a textile carrier bag made of a PTFE textile, wherein the radially inner, downstream surface of the particulate filter bag is defined by the PTFE textile defining the carrier bag; - providing a coating material at the radial inner side of the textile carrier bag; and - providing a textile carrier bag with a flattened, calendered radial inner surface.
A method for manufacturing an organic electroluminescent element that comprises an anode, a cathode, a layered structure placed between the anode and the cathode and formed by stacking a plurality of organic layers (42a, 42b, 44, 50) including an electron injection layer provided in contact with the cathode, the method comprising the steps of: preparing a first component in which either the anode alone or both the anode and at least a part of the organic layers to make up the layered structure are provided on a first substrate; preparing a second component in which either the cathode alone or both the cathode and the rest part to make up the layered structure excluding the part provided in the first component are provided on a second substrate; and laminating the first component and the second component to form the layered structure placed between the anode and the cathode, characterised in that: the electron injection layer that comprises an ionic polymer is formed in the step of preparing the first component or the second component; and the step of preparing the first component or second component comprises forming the electron injection layer by applying a coating liquid in an air atmosphere. preparing a first component in which either the anode alone or both the anode and at least a part of the organic layers to make up the layered structure are provided on a first substrate; preparing a second component in which either the cathode alone or both the cathode and the rest part to make up the layered structure excluding the part provided in the first component are provided on a second substrate; and laminating the first component and the second component to form the layered structure placed between the anode and the cathode, characterised in that: the electron injection layer that comprises an ionic polymer is formed in the step of preparing the first component or the second component; and the step of preparing the first component or second component comprises forming the electron injection layer by applying a coating liquid in an air atmosphere. the electron injection layer that comprises an ionic polymer is formed in the step of preparing the first component or the second component; and the step of preparing the first component or second component comprises forming the electron injection layer by applying a coating liquid in an air atmosphere.
Pressure-sensitive adhesive strip redetachable without residue or destruction by extensive stretching substantially in the bond plane, comprising a layer HK1 of pressure-sensitive adhesive, characterized in that at least one surface of the pressure-sensitive adhesive layer HK1 has one or more, preferably two or more, pressure-sensitively adhesive structural elements, which lead to a structured surface profile of the pressure-sensitive adhesive strip, where preferably the pressure-sensitive adhesive layer HK1 and the structural elements together constitute a single-layer construction where the structural elements independently of one another have a width of 500 to 5000 pm and the distances between adjacent structural elements independently of one another are 1000 to 25 000 pm. at least one surface of the pressure-sensitive adhesive layer HK1 has one or more, preferably two or more, pressure-sensitively adhesive structural elements, which lead to a structured surface profile of the pressure-sensitive adhesive strip, where preferably the pressure-sensitive adhesive layer HK1 and the structural elements together constitute a single-layer construction where the structural elements independently of one another have a width of 500 to 5000 pm and the distances between adjacent structural elements independently of one another are 1000 to 25 000 pm.
A combined radar/communications system comprising a common radar/communications transmitter having a transmission antenna and a combined radar and communications receiver having a common reception antenna, wherein the common radar/communications transmitter is configured to transmit combined radar/communications waveform-modulated signals comprising symbols, each symbol consisting of an up chirp and a down chirp, and the combined radar and communications receiver comprises: a first mixer that mixes received signals from the reception antenna with the transmitted signals and outputs first demodulated signals; a baseband radar signal processing module configured to estimate range and range rate of a radar object based on beat frequencies derived from the first demodulated signals; a second mixer that mixes received signals from the reception antenna with a frequency-modulated signal having a center frequency of a transmitting communications platform, a different center frequency than the transmit center frequency, located at a distance from the common reception antenna and outputs second demodulated signals; and a baseband communications signal processing module configured to detect slopes and initial phases of the up and down chirps of each symbol in the second demodulated signals. a first mixer that mixes received signals from the reception antenna with the transmitted signals and outputs first demodulated signals; a baseband radar signal processing module configured to estimate range and range rate of a radar object based on beat frequencies derived from the first demodulated signals; a second mixer that mixes received signals from the reception antenna with a frequency-modulated signal having a center frequency of a transmitting communications platform, a different center frequency than the transmit center frequency, located at a distance from the common reception antenna and outputs second demodulated signals; and a baseband communications signal processing module configured to detect slopes and initial phases of the up and down chirps of each symbol in the second demodulated signals.
A termination unit (110,200) for use in a digital subscriber line system, comprising: a first communication interface (112,212) adapted for receiving first traffic having a bandwidth; a second communication interface (114,214) adapted for receiving second traffic different from the first traffic; and a third communication interface (130,216) for coupling to a digital subscriber line; wherein the termination unit is adapted to combine the first traffic received at the first communication interface with the second traffic received at the second communication interface, thereby generating a combined traffic, and to provide the combined traffic to the third communication interface; and wherein the combined traffic has a bandwidth greater than or equal to the bandwidth of the first traffic; wherein the second traffic is unframed; wherein the first traffic is framed; and wherein the combined traffic is framed when the first traffic has a non-zero bandwidth and is unframed when the first traffic has a zero bandwidth. a first communication interface (112,212) adapted for receiving first traffic having a bandwidth; a second communication interface (114,214) adapted for receiving second traffic different from the first traffic; and a third communication interface (130,216) for coupling to a digital subscriber line; wherein the termination unit is adapted to combine the first traffic received at the first communication interface with the second traffic received at the second communication interface, thereby generating a combined traffic, and to provide the combined traffic to the third communication interface; and wherein the combined traffic has a bandwidth greater than or equal to the bandwidth of the first traffic; wherein the second traffic is unframed; wherein the first traffic is framed; and wherein the combined traffic is framed when the first traffic has a non-zero bandwidth and is unframed when the first traffic has a zero bandwidth.