mhurhangee/ep-ind-claims huggingface dataset:
A binding system for a snowboard comprising: a binding; and a boot, the boot comprising a hardened exterior shell and a soft inner layer, the soft inner layer comprising a sole coupled to the hardened exterior shell, wherein the sole is soft, with no mechanical links to the binding, and the boot does not use a binding member on the bottom or side edges of the sole, the shell comprising a series of articulated hard-shell components, particularly comprising a toe portion and a heel portion linked by at least one sidewall portion, the toe portion comprising a left-side toe peg and a right-side toe peg, the heel portion comprising a left-side heel peg and a right-side heel peg, the boot further comprising an instep portion arranged adjacent to the toe portion, and at least one resting bar arranged adjacent to the instep portion, the resting bar guiding at least one instep strap or instep cable; and the binding comprising a baseplate (303, 505) supporting a first toe hook adapted to selectively engage the left-side toe peg and a second toe hook adapted to selectively engage the right-side toe peg, a left heel peg lever adapted to releasably engage the left-side heel peg and a right heel peg lever adapted to releasably engage the right-side heel peg, and at least one grappling hook coupled to the baseplate (303, 505) and adapted to selectively engage the resting bar. a binding; and a boot, the boot comprising a hardened exterior shell and a soft inner layer, the soft inner layer comprising a sole coupled to the hardened exterior shell, wherein the sole is soft, with no mechanical links to the binding, and the boot does not use a binding member on the bottom or side edges of the sole, the shell comprising a series of articulated hard-shell components, particularly comprising a toe portion and a heel portion linked by at least one sidewall portion, the toe portion comprising a left-side toe peg and a right-side toe peg, the heel portion comprising a left-side heel peg and a right-side heel peg, the boot further comprising an instep portion arranged adjacent to the toe portion, and at least one resting bar arranged adjacent to the instep portion, the resting bar guiding at least one instep strap or instep cable; and the binding comprising a baseplate (303, 505) supporting a first toe hook adapted to selectively engage the left-side toe peg and a second toe hook adapted to selectively engage the right-side toe peg, a left heel peg lever adapted to releasably engage the left-side heel peg and a right heel peg lever adapted to releasably engage the right-side heel peg, and at least one grappling hook coupled to the baseplate (303, 505) and adapted to selectively engage the resting bar.
Method for preparing a drink based on frozen food, comprising: storing frozen food in a plurality of containers in the form of first granular materials and under deep-freeze conditions, automatically supplying a portion of at least one of the first granular materials to a crusher device and crushing the portion supplied into a second granular material, placing the second granular material into a cup, adding a first liquid into the cup, wherein the first liquid has a temperature of at least 50 °C, closing the cup and grinding the second granular material together with the first liquid in the cup into a drinkable mass, and opening and serving the cup. storing frozen food in a plurality of containers in the form of first granular materials and under deep-freeze conditions, automatically supplying a portion of at least one of the first granular materials to a crusher device and crushing the portion supplied into a second granular material, placing the second granular material into a cup, adding a first liquid into the cup, wherein the first liquid has a temperature of at least 50 °C, closing the cup and grinding the second granular material together with the first liquid in the cup into a drinkable mass, and opening and serving the cup.
A plant belonging to the monocots having a defective MADS26 function as a result of gene silencing induced by RNA interference, said plant exhibiting an increased resistance to biotic and/or abiotic stress.
A rotary milling cutter, comprising a core and a plurality of teeth extending from the core, wherein the core comprises a first core portion having a first end proximate a distal end of the cutter and a second core portion, a smallest diameter of the second core portion being larger than a largest diameter of the first core portion, wherein at least one of the first core portion and the second core portion has a cone angle (CA1 or CA2) and increases in diameter in a direction away from the distal end of the cutter, wherein a transition portion extends a non-zero axial distance between the first core portion and the second core portion, and comprises a single cone angle that is greater than the cone angle (CA1 or CA2) of the at least one of the first and second core portions (27 and 33), or a gradual, concave transition from the cone angle at a second end of the first core portion to a conical or concave portion adjacent a first end of the second core portion, characterised in that the transition portion has an axial length which is between 0.25 and 0.75 of the core diameter at the second end of the first core portion.
Formaldehyde-free aqueous binding composition comprising: - at least one reducing sugar; - ammonium sulphamate and/or sulphamate of an alkaline or alkaline-earth metal; - a pH-adjusting agent selected from the group consisting of ammonium hydroxide (NH 4 OH), an organic and/or inorganic ammonium salt and/or an organic amine; - a resin (pre-condensate) obtained by reaction between a polyaldehyde, an urea compound and at least one lignin sulphonate and/or a condensation derivate thereof with a polyaldehyde, said resin being present in a percentage of at least 10% by weight on the dry weight of the composition. - at least one reducing sugar; - ammonium sulphamate and/or sulphamate of an alkaline or alkaline-earth metal; - a pH-adjusting agent selected from the group consisting of ammonium hydroxide (NH 4 OH), an organic and/or inorganic ammonium salt and/or an organic amine; - a resin (pre-condensate) obtained by reaction between a polyaldehyde, an urea compound and at least one lignin sulphonate and/or a condensation derivate thereof with a polyaldehyde, said resin being present in a percentage of at least 10% by weight on the dry weight of the composition.
A method for placing containers into and removing containers from or transferring containers in high-bay or block stores (3, 15) of a seaport or inland port within a container transloading facility (2, 102) having an integrated, fully automatic container transport system, comprising at least one loading gantry, for the transloading of the containers from a ship to land and vice versa, and at least one store crane, with which containers are placed into and removed from or transferred in the store (3, 15), multiple height levels being provided for the containers in the transloading process between the at least one loading gantry and the store cranes, characterised in that individual containers are deposited by the at least one loading gantry successively onto pallets or cross-conveying trolleys provided on a transfer wagon (8; 8a, 8b) which has at least an upper and a lower receiving and conveying level (I, II) and can be moved parallel to the container store (3, 15), from which transfer wagon (8; 8a; 8b) the pallets loaded with a container are moved by means of pallet cross-conveyors or the containers are moved by means of the cross-conveying trolleys of the transfer wagon (8; 8a, 8b) onto an end distribution vehicle (9; 9a, 9b), which can be moved parallel to the container store (3, 15) and is positioned in line in front of the transfer wagon (8; 8a, 8b) and, like the transfer wagon (8; 8a, 8b), has an upper and a lower level (I, II), and are moved by means of cross-conveyors (20; 25) from said end distribution vehicle onto a stationary transfer station of the container store (3, 15), which transfer station likewise has an upper and a lower level (I, II) and from which a store crane lifts the containers in order to place them into storage in the container store (3, 15).
A treatment process for treating a structure of lignocellulosic material, the lignocellulosic material being preferably wood, said process comprising the following steps: at least one step of soaking the structure of lignocellulosic material with at least one fluid to dissolve at least 40% and at most 85% by weight % of the lignin present in the material; at least one step of washing the structure resulting from step with at least one organic fluid so as to discharge the dissolved lignin resulting from the soaking step, so as to produce a partially delignified structure; at least one step of filling the partially delignified structure resulting from the washing step with at least one filling compound, so as to produce a filled partially delignified structure; and at least one step of finishing the filled partially delignified structure resulting from the filling step, so as to obtain a composite material structure formed of a three-dimensional network of transformed filling compound incorporated in a network of cellulose and lignin. at least one step of soaking the structure of lignocellulosic material with at least one fluid to dissolve at least 40% and at most 85% by weight % of the lignin present in the material; at least one step of washing the structure resulting from step with at least one organic fluid so as to discharge the dissolved lignin resulting from the soaking step, so as to produce a partially delignified structure; at least one step of filling the partially delignified structure resulting from the washing step with at least one filling compound, so as to produce a filled partially delignified structure; and at least one step of finishing the filled partially delignified structure resulting from the filling step, so as to obtain a composite material structure formed of a three-dimensional network of transformed filling compound incorporated in a network of cellulose and lignin.
A method of conveying a location information representing a physical location of a first communication device from the first communication device to a server, the method comprising: - sending a first invite message of the server, the server being triggered by a third communication device, to the first communication device to invite the first communication device to initiate a communication connection to a second communication device, and - sending an answer message of the first communication device in response to the first invite message to the server, wherein the location information is inserted in the answer message for insertion in a second invite message of the server to the second communication device to invite the second communication device to accept the communication connection. - sending a first invite message of the server, the server being triggered by a third communication device, to the first communication device to invite the first communication device to initiate a communication connection to a second communication device, and - sending an answer message of the first communication device in response to the first invite message to the server, wherein the location information is inserted in the answer message for insertion in a second invite message of the server to the second communication device to invite the second communication device to accept the communication connection.
A method of controlling a dishwasher, the method comprising: supplying water to a sump; driving a wash pump using a wash motor; introducing a detergent into a tub; and determining (S2300, S2500) whether an amount of bubbles is excessive based on a value of current applied to the wash motor, wherein the determining whether the amount of bubbles is excessive is performed after a lapse of a predetermined period of time since a start of the introducing the detergent; characterized in that: the determining whether the amount of bubbles is excessive includes: accelerating the wash motor to a predetermined RPM; measuring the operating time of the wash motor; sensing a value of current applied to the wash motor that operates at the predetermined RPM after the operating time of the wash motor exceeds a first predetermined period of time; and determining whether the amount of bubbles is excessive by comparing a value of current sensed in the sensing the value of current with a first predetermined current value. supplying water to a sump; driving a wash pump using a wash motor; introducing a detergent into a tub; and determining (S2300, S2500) whether an amount of bubbles is excessive based on a value of current applied to the wash motor, wherein the determining whether the amount of bubbles is excessive is performed after a lapse of a predetermined period of time since a start of the introducing the detergent; characterized in that: the determining whether the amount of bubbles is excessive includes: accelerating the wash motor to a predetermined RPM; measuring the operating time of the wash motor; sensing a value of current applied to the wash motor that operates at the predetermined RPM after the operating time of the wash motor exceeds a first predetermined period of time; and determining whether the amount of bubbles is excessive by comparing a value of current sensed in the sensing the value of current with a first predetermined current value. accelerating the wash motor to a predetermined RPM; measuring the operating time of the wash motor; sensing a value of current applied to the wash motor that operates at the predetermined RPM after the operating time of the wash motor exceeds a first predetermined period of time; and determining whether the amount of bubbles is excessive by comparing a value of current sensed in the sensing the value of current with a first predetermined current value.
A fluid transmission fitting comprising a flat-faced female coupler inserted in a hydraulic feeding block belonging to the fitting, and a male coupler, which in use can be coupled to said female coupler, said block including at least one hydraulic line and a draining line, and a lever integral with a cam adapted to relieve the pressure from a chamber located inside said female coupler and further adapted to uncouple the male coupler from the female coupler, said female coupler comprising a pressure relief valve which in use puts said chamber into communication with the draining line, wherein the female coupler further comprises an inner assembly arranged to axially slide within the outer assembly of the female coupler itself, said inner assembly comprising a bottom and a stem provided with a flat face facing towards the outside of the female coupler, wherein the stem and the flat face are provided integral with each other, and a sealing bush which define a gap between the sealing bush and the stem, said outer assembly comprising a ring nut holder, a ring nut and at least one locking ball arranged inside a housing of the ring nut holder, said ring nut holder arranged to be able to axially move with respect to said ring nut, said outer assembly further comprising a cup arranged such that in use it axially slides in the ring nut holder, said female connector further comprising a frontal annular seal (400, 500) which is supported by said ring nut facing the male coupler and having a deformable portion (401, 501) which prevents the introduction of impurities into the female coupler if it is uncoupled from the male coupler or if it is coupled to the male coupler, and in the steps of coupling/uncoupling, and the deformable portion (401, 501) in use is rotating clockwise towards the inside of the female coupler during coupling, the deformable portion (401, 501) in use is rotating counter-clockwise towards the outside of the female coupler and sliding on the male coupler during uncoupling, the fluid transmission fitting is arranged such that when the female coupler is uncoupled from the male coupler, the frontal annular seal (400, 500) pre-loads the ring nut, the ring nut holder and the cup, thus closing any gap which could permit the introduction of impurities into the female coupler together with the flat face of the stem.
A wound care article for the treatment of wounds making use of a vacuum and having: • an active element containing microfibers whose individual filaments are finer than 1 dtex, and • a device via which substances present in the wound can be evacuated, whereby the active element containing microfibers also comprises an absorbent material that absorbs wound secretions, and the wound care article has an absorption body that absorbs wound secretions, whereby the absorbent material that absorbs wound secretions contains hydroactive polymers, and whereby the hydroactive polymers are superabsorbent polymers. • an active element containing microfibers whose individual filaments are finer than 1 dtex, and • a device via which substances present in the wound can be evacuated,
Cleaning apparatus for cleaning with a cleaning fluid, in particular for cleaning hollow bodies, comprising a tubular portion, a cleaning head, which is rotatable about a first axis of rotation, at a cleaning-head end region of the tubular portion, at least one spray arm, which is rotatable about a second axis of rotation oriented at least substantially perpendicularly to the first axis of rotation, on the cleaning head, a drive apparatus for driving the cleaning head and the spray arm at a drive end region, opposite the cleaning-head end region, of the tubular portion, and a cleaning fluid line for the cleaning fluid, which extends through the tubular portion, wherein the cleaning fluid line additionally extends through the cleaning head and the spray arm and leads out in at least one outlet opening, wherein the cleaning fluid line is fluid-tight with respect to a cleaning apparatus interior, and wherein all the cleaning apparatus components are arranged outside the cleaning fluid line, characterized by two mutually independent drive arrangements for driving the cleaning head and for driving the spray arm, which each comprise a drive unit, in particular each comprise a drive motor (12, 13), wherein the tubular portion comprises an outer hollow shaft which is coupled to the cleaning head and, via a gear mechanism, to the drive unit, which is in the form in particular of a drive motor, for driving the cleaning head, wherein an inner hollow shaft is arranged in the outer hollow shaft, said inner hollow shaft being coupled, via a gear mechanism on the spray arm side, to the spray arm and, via a gear mechanism on the drive motor side, to the drive unit, which is in the form in particular of a drive motor, for driving the spray arm.
A cartridge holder for use with a drug delivery device, the cartridge holder comprising: an inner bore being configured to receive a cartridge; a fastening mechanism configured to fasten the cartridge holder (200, 300) to the drug delivery device, wherein the fastening mechanism is configured such that an elastic deformation of at least one of a part of the drug delivery device and the cartridge holder (200, 300) by mechanical interaction with a cartridge accommodated in the cartridge holder (200, 300) enables fastening the cartridge holder (200, 300) to the drug delivery device and wherein the fastening mechanism comprises: a first fastener (212, 216, 308, 310, 402, 404) configured to mechanically engage with a second fastener (214, 218) of the drug delivery device for fastening the cartridge holder (200, 300) to the drug delivery device, characterized in that, the fastening mechanism is configured such that the first fastener (212, 216, 308, 310, 402, 404) is pushed radially outwards by a portion of a correct cartridge accommodated in the cartridge holder (200, 300) such that the first fastener (212, 216, 308, 310, 402, 404) is in the correct position for engagement with the second fastener (214, 218) on the drug delivery device. an inner bore being configured to receive a cartridge; a fastening mechanism configured to fasten the cartridge holder (200, 300) to the drug delivery device,
A system comprising: a phantom, comprising a target comprising a first gel with a first concentration of gadolinium (Gd); a target container containing a second gel with a second concentration of Gd that is lower than the first concentration of Gd; and a water container containing water with a Gd concentration of 5x10 -6 Mol/mL - 5x10 -5 Mol/mL; wherein the target is embedded within the target container and stabilized with the second gel, and the target container is contained within the water container; a collapsible air container operably connected to the phantom, such that inflation of the collapsible air container causes the phantom to move; an air pump in fluid communication with the collapsible air container; and an electronic controller (601, 4001), wherein the electronic controller (601, 4001) is configured to modulate an air pressure generated by the air pump which in turn modulates the position of the phantom. a phantom, comprising a target comprising a first gel with a first concentration of gadolinium (Gd); a target container containing a second gel with a second concentration of Gd that is lower than the first concentration of Gd; and a water container containing water with a Gd concentration of 5x10 -6 Mol/mL - 5x10 -5 Mol/mL; wherein the target is embedded within the target container and stabilized with the second gel, and the target container is contained within the water container; a target comprising a first gel with a first concentration of gadolinium (Gd); a target container containing a second gel with a second concentration of Gd that is lower than the first concentration of Gd; and a water container containing water with a Gd concentration of 5x10 -6 Mol/mL - 5x10 -5 Mol/mL; wherein the target is embedded within the target container and stabilized with the second gel, and the target container is contained within the water container; a collapsible air container operably connected to the phantom, such that inflation of the collapsible air container causes the phantom to move; an air pump in fluid communication with the collapsible air container; and an electronic controller (601, 4001), wherein the electronic controller (601, 4001) is configured to modulate an air pressure generated by the air pump which in turn modulates the position of the phantom.
Block bottom filter bag for a vacuum cleaner, having a bag front side, a bag rear side as well as a block bottom at a distance from the bag front side and the bag rear side to form a bag interior, having bag walls (2, 3, 5) made from an air-permeable filter material, wherein the block bottom has an inlet opening for the air to be filtered; wherein at least one diffusor is arranged in the interior of the block bottom filter bag, said diffusor consisting of at least two individual material strips which are arranged with respect to each other and/or of flat material structures which have longitudinally formed flow openings; characterised in that the at least one diffusor is connected to the bag wall (2, 3, 5) on at least one side on the bag front side and the bag rear side or on all bag walls (2, 3, 5); and the diffusor has substantially the same length and width as the bag front side and/or the bag rear side, or the diffusor has a larger length and/or width than the bag front side and/or the bag rear side and is present in a folded state.