mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising long chain polyunsaturated fatty acids of animal and/or vegetable origin, belonging to the omega-3 and/or omega-6 series, having 2-6 double bonds and 18 or more carbon atoms, or their salts or esters, preferably C1-C3 alkyl esters, wherein said composition comprises furan fatty acids or their corresponding salts or esters in a total concentration not higher than 0.01%, that is not higher than 100 ppm, said composition being obtainable by a purification method comprising the phases of: a) treating 1 part by weight of said composition with at least 3 parts by weight of urea in a polar solvent, preferably a protic solvent such as methanol or ethanol, optionally containing up to 20% of water, at the boiling temperature, to form an inclusion urea complex containing said composition; b) cooling to precipitate said urea complex and isolating it by filtration, washing it with said polar solvent, previously saturated with urea; c) dissolving said inclusion urea complex in water and separating the oily phase formed following said dissolution, either by extraction of said oily phase with an organic solvent unmixable with water, typically hexane, followed by evaporation of said solvent to dryness, or by direct extraction from said inclusion urea complex by means of supercritical fluids, particularly carbon dioxide; and optionally d) subjecting said polyunsaturated fatty acids, or their salts or esters, recovered in said phase c), to molecular / short path distillation or to extraction with supercritical fluids. a) treating 1 part by weight of said composition with at least 3 parts by weight of urea in a polar solvent, preferably a protic solvent such as methanol or ethanol, optionally containing up to 20% of water, at the boiling temperature, to form an inclusion urea complex containing said composition; b) cooling to precipitate said urea complex and isolating it by filtration, washing it with said polar solvent, previously saturated with urea; c) dissolving said inclusion urea complex in water and separating the oily phase formed following said dissolution, either by extraction of said oily phase with an organic solvent unmixable with water, typically hexane, followed by evaporation of said solvent to dryness, or by direct extraction from said inclusion urea complex by means of supercritical fluids, particularly carbon dioxide; and optionally d) subjecting said polyunsaturated fatty acids, or their salts or esters, recovered in said phase c), to molecular / short path distillation or to extraction with supercritical fluids.
Gymnastics gear for performance of gymnastic exercises, where the gymnastics gear comprises at least a twisting belt and a somersault belt, where the twisting belt comprises a first ring , typically an outer ring , and a second ring , typically an inner ring , where the two said rings are concentrically joined and rotatable in regard to each other about a common axis, where the first ring furthermore comprises at least two connection devices , where said connection devices are preferably arranged symmetrically on the outer periphery of the first ring and adapted for joining to a high-tensile or elastic rope, where the second ring also comprises connection devices at the periphery, where these connection devices are adapted for direct or indirect mounting of connection elements to a somersault belt, characterized in that the somersault belt is an inflatable somersault belt comprising at least one chamber and at least one valve .
Turbocharger for an internal combustion engine, having - a bearing housing , in which a rotor shaft is mounted so as to be rotatable about a rotor shaft rotation axis and which has an end shield , which is designed as a housing end face arranged perpendicularly to the rotor shaft rotation axis ; - a turbine wheel , which is arranged for conjoint rotation on the rotor shaft and has a turbine-wheel rear side , which faces the end shield ; - a turbine housing , which is fixed mechanically to the bearing housing , wherein the turbine wheel is arranged in the turbine housing ; - a spiral path , which is formed at least partially by the turbine housing , is arranged around the turbine wheel , and via which an exhaust-gas flow can be conducted, for supplying a flow to the turbine wheel , characterized in that a first insulating element is arranged in the spiral path , for the thermal insulation of the turbine housing with respect to the exhaust-gas flow, which covers at least part of a spiral-path inner wall and which has an integrated bearing housing heat shield as an integral component, for the thermal insulation of the bearing housing with respect to the exhaust-gas flow, wherein the first insulating element has a first section , which is arranged in the region of the spiral path and comprises an insulating material for thermal insulation, and a second section , which adjoins the first section , is arranged in the region of the end shield and comprises the integrated bearing housing heat shield . - a bearing housing , in which a rotor shaft is mounted so as to be rotatable about a rotor shaft rotation axis and which has an end shield , which is designed as a housing end face arranged perpendicularly to the rotor shaft rotation axis ; - a turbine wheel , which is arranged for conjoint rotation on the rotor shaft and has a turbine-wheel rear side , which faces the end shield ; - a turbine housing , which is fixed mechanically to the bearing housing , wherein the turbine wheel is arranged in the turbine housing ; - a spiral path , which is formed at least partially by the turbine housing , is arranged around the turbine wheel , and via which an exhaust-gas flow can be conducted, for supplying a flow to the turbine wheel , characterized in that
A solar cell , comprising: a first conductive layer , a second conductive layer , and a functional layer , wherein the first conductive layer and the second conductive layer are disposed in a laminated manner, the functional layer is disposed between the first conductive layer and the second conductive layer , the functional layer is configured to absorb light and generate a photocurrent, and both the first conductive layer and the second conductive layer are configured to receive the photocurrent generated by the functional layer ; a first conductive lattice , wherein a side of the first conductive lattice is in contact with a surface that is of the first conductive layer and that faces away from the functional layer , and the first conductive lattice is configured to output the photoelectric current to a target device; and a second conductive lattice , wherein the second conductive lattice is embedded in the functional layer , one surface of the second conductive lattice is in contact with the second conductive layer , and the second conductive lattice is configured to output the photocurrent to the target device; wherein the solar cell further comprises a transparent layer , the transparent layer is in contact with a surface that is of the first conductive layer and that is away from the functional layer , and the first conductive lattice is embedded in the transparent layer . a first conductive layer , a second conductive layer , and a functional layer , wherein the first conductive layer and the second conductive layer are disposed in a laminated manner, the functional layer is disposed between the first conductive layer and the second conductive layer , the functional layer is configured to absorb light and generate a photocurrent, and both the first conductive layer and the second conductive layer are configured to receive the photocurrent generated by the functional layer ; a first conductive lattice , wherein a side of the first conductive lattice is in contact with a surface that is of the first conductive layer and that faces away from the functional layer , and the first conductive lattice is configured to output the photoelectric current to a target device; and a second conductive lattice , wherein the second conductive lattice is embedded in the functional layer , one surface of the second conductive lattice is in contact with the second conductive layer , and the second conductive lattice is configured to output the photocurrent to the target device; wherein the solar cell further comprises a transparent layer , the transparent layer is in contact with a surface that is of the first conductive layer and that is away from the functional layer , and the first conductive lattice is embedded in the transparent layer .
AC gas shielding metal welding method with continually fed welding wire and a predefined welding cycle for which the polarity between the welding wire and the workpiece changes and a re-ignition device for generating an ignition auxiliary tension for supporting the re-ignition of the electric arc burning under inert gas shielding after a polarity change, wherein the presence of an electric arc or of a short circuit is monitored, characterized in that , after the non re-ignition of the electric arc has been detected during a polarity change from a welding wire with a negative polarity to a welding wire with a positive polarity , the predefined welding cycle is interrupted and the polarity is switched back and forth as long as the electric arc re-ignites during a polarity change from a welding wire with a negative polarity to a welding wire with a positive polarity, wherein an ignition voltage pulse with a pulse height < 1,5 KV is made available by means of the re-ignition device for each polarity change for re-igniting the electric arc for a polarity change from a welding wire with a negative polarity to a welding wire with a positive polarity .
An apparatus for carrying a pair of skis, comprising: a strap adapted to encircle a pair of skis to form a bundle , the strap carrying an engagement member ; and a belt or bandolier adapted to be worn on the person, the belt or bandolier carrying a holder with which the engagement member is adapted releasably to engage; characterised in that the engagement member is provided with a partition that extends from a side of the engagement member opposite to the location of the holder when the engagement member is engaged with the holder , the partition being adapted to extend between flat sides of a pair of skis , the distal end of the partition being bifurcated, thereby defining a space for receiving a portion of the encircling strap .
Vacuum cleaner, in particular a cyclone separator vacuum cleaner, comprising a vacuum cleaner main body and a dust collection means removably arranged in a receptacle provided by the vacuum cleaner main body , which dust collection means comprises a latching element which, when the dust collection means is inserted as intended into the receptacle of the vacuum cleaner main body , engages behind an abutment provided by the vacuum cleaner main body such that the dust collection means is secured in position in the removal direction , and comprising a grip part arranged on the dust collection means so as to be movable in the removal direction of the dust collection means , characterised in that the latching element can be transferred from a release position into a blocking position and vice versa, the latching element interacting with a blocking element provided by the grip part , which blocking element releases a transfer of the latching element from the blocking position into the release position with the grip part is moved in the removal direction of the dust collection means .
Structurally supported non-pneumatic tyre comprising a tread, an annular band, a plurality of spokes extending transversely and radially inside the annular band, and means for connecting the plurality of spokes to a wheel, characterized in that the spokes comprise a polymeric composition based on at least one polymeric matrix comprising 50 to 70% of one or more thermoplastic polymers, the glass transition temperature (Tg) of which, measured by DSC according to standard ASTM D3418, is within a range extending from 120 to 250°C and 30 to 50% of one or more thermoplastic elastomers, said thermoplastic elastomer(s) being compatible with said thermoplastic polymer(s), such that the elongation at break of the mixture of these polymers is greater than or equal to the elongation at break of the thermoplastic polymer(s) alone, the thermoplastic elastomer(s) being block copolymers, the elastomer block(s) of which are polyether-type blocks
An isolated mammalian CD11b+/PIEZO-1+ macrophage cell or neutrophil cell.
Production system for the serial production in particular of motor vehicles, with a container storage area for storing containers, which contain components to be used for production, with at least one removal shelf arranged at a distance from the container storage area, from which removal shelf the containers of workers can be removed, and with transport means for transporting containers from the container storage area to the removal shelves, characterised in that the transport means have at least one driverless transport vehicle (DTV) , means are provided for the full or partial automatic loading of the DTV with filled containers , on at least one removal shelf sensor means are provided which sense whether a container is located in a predefined place of the removal shelf , the transport of a DTV can be triggered or is triggered as a function of at least one demand message signal of the sensor means and/or of at least one demand control signal of the central device for material demand planning, the central device drives a DTV after the latter has been loaded, such that the DTV moves from the loading position to a delivery position defined by the central device for delivering loaded, filled containers to at least one removal shelf and the DTV is configured and designed so that containers can be delivered or are delivered automatically to removal shelves .
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 method for drying a food processor , the food processor comprising a heater and a blade , characterized in that, the method comprises steps of: reading a temperature T 1 of the heater of the food processor ; heating the heater for a heating time t 1 , the heating time t 1 being calculated according to the temperature T 1 and a preset temperature T a , and the preset temperature T a being lower than an overheating protection temperature T m of the heater ; and rotating the blade of the food processor for air drying. reading a temperature T 1 of the heater of the food processor ; heating the heater for a heating time t 1 , the heating time t 1 being calculated according to the temperature T 1 and a preset temperature T a , and the preset temperature T a being lower than an overheating protection temperature T m of the heater ; and rotating the blade of the food processor for air drying.
A method of manufacturing a foldable package housing individually wrapped articles , said method comprising: arranging the plurality of individually wrapped articles on a first conveyor device that includes at least one lug , wherein the at least one lug at least partially defines a first slot and a second slot on opposing sides of the at least one lug , the plurality of individually wrapped articles arranged on the first conveyor device such that a first set of individually wrapped articles is received within the first slot , and such that a second set of individually wrapped articles is received within the second slot ; advancing, with the first conveyor device , the individually wrapped articles towards a loading position; positioning a sheet of packaging material over the first and second sets of individually wrapped articles ; and coupling the individually wrapped articles to the sheet of packaging material, wherein the at least one lug has a width such that a predefined distance is defined between the first and second sets of individually wrapped articles when coupled to the sheet of packaging material. arranging the plurality of individually wrapped articles on a first conveyor device that includes at least one lug , wherein the at least one lug at least partially defines a first slot and a second slot on opposing sides of the at least one lug , the plurality of individually wrapped articles arranged on the first conveyor device such that a first set of individually wrapped articles is received within the first slot , and such that a second set of individually wrapped articles is received within the second slot ; advancing, with the first conveyor device , the individually wrapped articles towards a loading position; positioning a sheet of packaging material over the first and second sets of individually wrapped articles ; and coupling the individually wrapped articles to the sheet of packaging material, wherein the at least one lug has a width such that a predefined distance is defined between the first and second sets of individually wrapped articles when coupled to the sheet of packaging material.
An electronic device comprising: a housing foldable with respect to a folding axis (A1) and including a first housing portion and a second housing portion , the first housing portion including a first conductive side member including a first non-conductive portion , a second non-conductive portion , and a first conductive portion disposed between the first non-conductive portion and the second non-conductive portion , the second housing portion including a ground member and a second conductive side member including a third non-conductive portion , a fourth non-conductive portion , and a second conductive portion disposed between the third non-conductive portion and the fourth non-conductive portion , when the housing is folded, the first non-conductive portion faces the fourth non-conductive portion , and the second non-conductive portion faces the third non-conductive portion ; a flexible display accommodated in the first housing portion and the second housing portion , a wireless communication circuit accommodated in the first housing portion and electrically connected with the first conductive portion ; and a switching circuit accommodated in the second housing portion , and electrically coupled between the second conductive portion and the ground member , wherein the switching circuit is switched based at least in part on a folding state of the housing. a housing foldable with respect to a folding axis (A1) and including a first housing portion and a second housing portion , the first housing portion including a first conductive side member including a first non-conductive portion , a second non-conductive portion , and a first conductive portion disposed between the first non-conductive portion and the second non-conductive portion , the second housing portion including a ground member and a second conductive side member including a third non-conductive portion , a fourth non-conductive portion , and a second conductive portion disposed between the third non-conductive portion and the fourth non-conductive portion , when the housing is folded, the first non-conductive portion faces the fourth non-conductive portion , and the second non-conductive portion faces the third non-conductive portion ; a flexible display accommodated in the first housing portion and the second housing portion , a wireless communication circuit accommodated in the first housing portion and electrically connected with the first conductive portion ; and a switching circuit accommodated in the second housing portion , and electrically coupled between the second conductive portion and the ground member , wherein the switching circuit is switched based at least in part on a folding state of the housing.
Support device for a rail system, with at least one railway rail , with an elastic element and with a bearing device (12; 13, 16) for resting on a substructure , characterised in that the elastic element is a first macroscopic crystalline spring structure , which is aligned with its longitudinal axis (y) perpendicular to the railway rail and which has a periodic three-dimensional crystal structure which, in the installed state, at least partially absorbs and/or reflects mechanical vibrations in a first frequency range of 1 Hz - 200 Hz, wherein the elastic element abuts against the bearing device (12; 13; 16) and the at least one railway rail rests on the elastic element.
A composition consisting essentially of: a first polymer system having a first modulus of elasticity of 1241 MPa (180 ksi) to 2310 MPa (335 ksi) consisting essentially of a thermosetting acrylate; and a second polymer system consisting essentially of: a thermosetting epoxy system comprising a first epoxy; and an epoxy curing agent; wherein the modulus of elasticity refers to the modulus of elasticity in the Hookean region (linear region in stress-strain response) as defined in section A1.2 of ASTM D638 (tensile testing) and ASTM D695 (compression testing), wherein the thermosetting acrylate is bisphenol A diacrylate. a first polymer system having a first modulus of elasticity of 1241 MPa (180 ksi) to 2310 MPa (335 ksi) consisting essentially of a thermosetting acrylate; and a second polymer system consisting essentially of: a thermosetting epoxy system comprising a first epoxy; and an epoxy curing agent; a thermosetting epoxy system comprising a first epoxy; and an epoxy curing agent; wherein the modulus of elasticity refers to the modulus of elasticity in the Hookean region (linear region in stress-strain response) as defined in section A1.2 of ASTM D638 (tensile testing) and ASTM D695 (compression testing), wherein the thermosetting acrylate is bisphenol A diacrylate.
A round baler with a frame , a tailgate which can be pivoted relative to the frame about a gate axis (A), an endless, rotatingly drivable pressing element , by means of which a pressing chamber for forming a crop bale can be at least partially defined within the frame , a tensioning rocker arm which can be pivoted relative to the frame about a rocker arm axis (B), which has at least one rotatable arm guide roller which guides the pressing element , a first pressure element acting between the frame and the tailgate and a second pressure element acting on the tensioning rocker arm , wherein the second pressure element acts between the tailgate and the tensioning rocker arm and at least one pressure element is designed as a linear actuator, wherein the tailgate and the clamping arm can be pivoted by expanding the length of the first pressure element , in order to enable the crop bale to be ejected by pivoting the tailgate upwards, characterized in that by expanding the length of the second pressure element , the tailgate can be pivoted downwards. wherein the second pressure element acts between the tailgate and the tensioning rocker arm and at least one pressure element is designed as a linear actuator, wherein the tailgate and the clamping arm can be pivoted by expanding the length of the first pressure element , in order to enable the crop bale to be ejected by pivoting the tailgate upwards, characterized in that by expanding the length of the second pressure element , the tailgate can be pivoted downwards.