mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a laminated wood-veneer product, in which method - several wood-veneer layers are stacked on top of each other and - the wood-veneer layers are glued onto each other with the aid of an adhesive resin at an increased pressure in order to form the laminated wood-veneer product, characterized in that - at least some of the wood-veneer layers are impregnated with an impregnation resin before the wood-veneer layers are glued onto each other, wherein either - the impregnation resin is brought between the wood-veneer layers on top of a carrier, especially a sheet or plate-like carrier; or - the wood veneers are impregnated with liquid impregnation resin, the undried wood veneers containing impregnation resin are stacked on top of each other, essentially dry adhesive resin is brought between the wood veneers, and the wood-veneer layers are glued to each other with the aid of the adhesive resin at an increased temperature and pressure, in order to form a laminated wood-veneer product. - several wood-veneer layers are stacked on top of each other and - the wood-veneer layers are glued onto each other with the aid of an adhesive resin at an increased pressure in order to form the laminated wood-veneer product, - at least some of the wood-veneer layers are impregnated with an impregnation resin before the wood-veneer layers are glued onto each other, wherein either - the impregnation resin is brought between the wood-veneer layers on top of a carrier, especially a sheet or plate-like carrier; or - the wood veneers are impregnated with liquid impregnation resin, the undried wood veneers containing impregnation resin are stacked on top of each other, essentially dry adhesive resin is brought between the wood veneers, and the wood-veneer layers are glued to each other with the aid of the adhesive resin at an increased temperature and pressure, in order to form a laminated wood-veneer product.
Rear floor for loading composite material for an automotive vehicle, constituted by a fibre-loaded plastic material resin, the periphery of the floor comprising a metal edge intended to be welded to a rear metal part of the substructure of an automotive vehicle, characterised in that said metal edge is connected by overmoulding to said composite material, and forms a frame constituted of four parts (3, 4, 5, 6) namely a front part, a rear part and two lateral parts (5, 6), of which the front and rear parts are stamped and the two lateral parts (5, 6) are obtained by shaping.
A powder including more than 85% of zirconia, in percentage by weight, and being constituted, for a total of 100%, in percentages by weight, based on oxides of: (a) more than 92% of zirconia particles, said powder comprising: more than 60% of zirconia particles having a size larger than 50 microns, called "zirconia aggregate particles", at least 90% by weight of said zirconia aggregate particles containing less than 50% by weight of monoclinic phase; more than 15% of zirconia particles having a size smaller than 50 μm, called "matrix particles of zirconia"; (b) 1% to 2% of silica particles having a size smaller than 50 microns, called "fine silica particles"; (c) 0.3% to 5% of particles consisting of one, two or three oxides selected from the group formed by CaO, MgO and Y 2 O 3, called " additional oxide particles", at least 55% by weight of said additional particles have a size smaller than 50 μm; and (d) less than 1% of particles consisting of "other oxides"; said powder also being such that it comprises: - more than 5% of zirconia aggregate particles which size is larger than 1 mm; and - - from 8% to 20% of matrix particles of zirconia having a size smaller than 15 μm and comprising, to more than 95% of their mass, a monoclinic phase, called "matrix particles of monoclinic zirconia". (a) more than 92% of zirconia particles, said powder comprising: more than 60% of zirconia particles having a size larger than 50 microns, called "zirconia aggregate particles", at least 90% by weight of said zirconia aggregate particles containing less than 50% by weight of monoclinic phase; more than 15% of zirconia particles having a size smaller than 50 μm, called "matrix particles of zirconia"; more than 60% of zirconia particles having a size larger than 50 microns, called "zirconia aggregate particles", at least 90% by weight of said zirconia aggregate particles containing less than 50% by weight of monoclinic phase; more than 15% of zirconia particles having a size smaller than 50 μm, called "matrix particles of zirconia"; (b) 1% to 2% of silica particles having a size smaller than 50 microns, called "fine silica particles"; (c) 0.3% to 5% of particles consisting of one, two or three oxides selected from the group formed by CaO, MgO and Y 2 O 3, called " additional oxide particles", at least 55% by weight of said additional particles have a size smaller than 50 μm; and (d) less than 1% of particles consisting of "other oxides"; - more than 5% of zirconia aggregate particles which size is larger than 1 mm; and - - from 8% to 20% of matrix particles of zirconia having a size smaller than 15 μm and comprising, to more than 95% of their mass, a monoclinic phase, called "matrix particles of monoclinic zirconia".
Seat device with a seat (10a, 12a, 14a; 10b; 10c; 10d; 10f; 10g), in particular a flight passenger seat, with a seat belt (16a, 18a, 20a; 16b; 16c; 16d; 16f; 16g) and with at least one functional unit (28a, 30a, 32a; 28b; 28c; 28d; 28f; 28g) which at least substantially differs from an opening and closing unit (22a, 24a, 26a; 22b; 22c; 22d; 22f; 22g) of the seat belt (16a, 18a, 20a; 16b; 16c; 16d; 16f; 16g), wherein the at least one functional unit (28a, 30a, 32a; 28b; 28c; 28d; 28f; 28g) is connected at least to the seat belt (16a, 18a, 20a; 16b; 16c; 16d; 16f; 16g) and/or is at least partly integrated in the seat belt (16a, 18a, 20a; 16b; 16c; 16d; 16f; 16g), wherein the at least one functional unit (28a, 30a, 32a; 28b; 28c; 28d; 28g) is embodied as an operating unit comprising at least one operating element (34a; 34b; 34c; 34d), characterised in that the at least one functional unit (28a; 28b; 28c; 28d) comprises at least one transfer element (42a; 42b; 42c; 42d) for a coupling of the operating element (34a; 34b; 34c) with an element that is to be actuated, wherein the transfer element is coupled with the seat belt (16a; 16b; 16c; 16d) and is, as a force and/or movement transfer element, configured to transfer an operating force for actuating the element that is to be actuated and is configured to actuate and/or execute a corresponding reaction.
A sliding sole made of plastic for a vacuum cleaner nozzle comprising a suction mouth molded in on its underside, which is defined by a front and a rear suction mouth edge (2, 3), a slide-on slope in the working direction in front of the suction mouth, an inclined sliding surface in the working direction behind the suction mouth and a suction opening leading into the suction mouth, wherein the front suction mouth edge extends across the entire working width of the sliding sole without interruption and, on both ends of the suction mouth, defines an end section of the suction mouth designed for the edge suctioning, and wherein a horizontal plateau is arranged between the front slide-on slope and the front suction mouth edge, which horizontal plateau extends at the level of the front suction mouth edge across the entire length of the front suction mouth edge parallel to the latter, characterized in that the slide-on slope has an incline of between 5° and 7° or is embodied as spherically shaped surface.
A sole assembly for an article of footwear comprising: a sole plate that has a foot-facing surface with a recess disposed in the foot-facing surface; an insert plate disposed in the recess; wherein the insert plate has an anterior end, a posterior end, and a length extending between the anterior end and the posterior end that is less than a length of the recess, such that the insert plate flexes free of compressive loading by the sole plate when a forefoot portion of the sole assembly is dorsiflexed in a first portion of a flexion range, and characterised in that the insert plate operatively engages with the sole plate when the forefoot portion of the sole assembly is dorsiflexed in a second portion of the flexion range that includes flex angles greater than in the first portion of the flexion range. a sole plate that has a foot-facing surface with a recess disposed in the foot-facing surface; an insert plate disposed in the recess; wherein the insert plate has an anterior end, a posterior end, and a length extending between the anterior end and the posterior end that is less than a length of the recess, such that the insert plate flexes free of compressive loading by the sole plate when a forefoot portion of the sole assembly is dorsiflexed in a first portion of a flexion range, and characterised in that the insert plate operatively engages with the sole plate when the forefoot portion of the sole assembly is dorsiflexed in a second portion of the flexion range that includes flex angles greater than in the first portion of the flexion range.
A device for nucleic acid extraction using a magnetic bead method, comprising a disc turntable in an inverted disc shape, an arc arch bridge base disposed right below the disc turntable, a supporting column connecting the disc turntable and the arc arch bridge base and disposed in a center of a disc along a vertical direction, and a magnet structural unit and a sample reaction unit both arranged on the disc turntable, wherein the disc turntable comprises a top plate; the top plate is successively provided with guide rod insertion holes and sample reaction unit insertion holes in a direction from a circumference to a circle center; the supporting column is arranged above the bottom plate; the magnetic structural unit comprises a vertical guide rod, a magnet and a magnet support for driving the magnet to move up and down synchronously when the guide rod moves up and down; both the magnet support and the magnet are arranged below the top plate, and the magnet is arranged between the guide rod and the supporting column in the radial direction of the disc; and the sample reaction unit comprises a sample tube supporting plate capable of being arranged on the sample reaction unit insertion hole, and a sample tube arranged downward from the sample tube supporting plate and adjacent to the magnet in the radial direction of the disc; the arc arch bridge base comprises a bottom plate arranged at the lowermost side and an arc supporting plate arranged on the bottom plate; the arc supporting plate corresponds to the guide rod insertion holes in position in a radial direction of the disc; the arc supporting plate comprises raised regions for jacking up a guide rod and a magnet and groove regions for allowing the guide rod and the magnet to fall.
A method for producing a mutant sugar beet plant being resistant to one or more inhibitor(s) of the acetohydroxyacid synthase enzyme comprising the steps of: - obtaining protoplasts from stomatal guard cells isolated from a sugar beet plant; - applying to an in vitro culture of the said protoplasts a composition comprising one or more ALS inhibitor(s) at a concentration that is lethal to more than 99% of the in vitro cultured cells; and - regenerating sugar beet plants from the surviving cells of the said in vitro cultured cells, wherein the said stomatal guard cells protoplasts are pre selected for their capacity to regenerate into a sugar beet plant, wherein the said pre selected protoplasts have a probability of more than 10% (number of growing protoplasts:total protoplast number put into culture) to divide and regenerate into a viable callus, wherein calli obtained by the said protoplasts have more than 10% (number of calli producing shoots:total calli number) of capacity to develop shoots, and wherein the said ALS inhibitor(s) is/are applied to more than 20 000 000 of the said protoplasts. - obtaining protoplasts from stomatal guard cells isolated from a sugar beet plant; - applying to an in vitro culture of the said protoplasts a composition comprising one or more ALS inhibitor(s) at a concentration that is lethal to more than 99% of the in vitro cultured cells; and - regenerating sugar beet plants from the surviving cells of the said in vitro cultured cells,
A magnesium-based system which can be used for skincare, characterized in that it comprises: (a) a first magnesium source in an oral preparation, in the form of a extended- and continuous-release tablet, said source supplying Mg 2+ ions to the body, the tablet form exhibiting in vitro, after 2 h in 0.1N HCl medium, a rate of dissolution (δ) of the magnesium which it comprises of (i) more than or equal to 20% and (ii) less than or equal to 60%, by weight relative to the total weight of the Mg provided by said source, and (b) a second magnesium source in a topical preparation, said source supplying Mg 2+ ions to the skin. (a) a first magnesium source in an oral preparation, in the form of a extended- and continuous-release tablet, said source supplying Mg 2+ ions to the body, the tablet form exhibiting in vitro, after 2 h in 0.1N HCl medium, a rate of dissolution (δ) of the magnesium which it comprises of (i) more than or equal to 20% and (ii) less than or equal to 60%, by weight relative to the total weight of the Mg provided by said source, and (b) a second magnesium source in a topical preparation, said source supplying Mg 2+ ions to the skin.
A computer-implemented method of managing subscribers and publication of content to the subscribers by maintaining a two-tiered bucketing system where a first level is made of slots and a second level is made of buckets, wherein a slot contains of a set of subscribers, and a bucket contains of a set of slots, on joining a real-time event, a subscriber is placed in a slot according to a decision algorithm, and the grouping of slots to buckets is based on some decision algorithm; the method comprising: allocating subscribers to the real-time event to the bucket and the slot within the bucket; monitoring a publication rate for the real-time event; adding a bucket when the publication rate exceeds a first threshold; removing a bucket when the publication rate falls below a second threshold; and publishing a first subscriber publication only to other subscribers allocated to the same bucket as the first subscriber. allocating subscribers to the real-time event to the bucket and the slot within the bucket; monitoring a publication rate for the real-time event; adding a bucket when the publication rate exceeds a first threshold; removing a bucket when the publication rate falls below a second threshold; and publishing a first subscriber publication only to other subscribers allocated to the same bucket as the first subscriber.
A solar cell comprising: a semiconductor substrate; a tunneling layer on the semiconductor substrate; and a first conductivity type region and a second conductivity type region disposed on the tunneling layer at the same side of the semiconductor substrate; wherein the first conductivity type region comprises a first main region and a first boundary region disposed at a peripheral portion of the first main region, and the first boundary region having at least one of a first varying doping concentration and a first varying doping depth, and the second conductivity type region comprises a second main region and a second boundary region disposed at a peripheral portion of the second main region, and the second boundary region having at least one of a second varying doping concentration and a second varying doping depth, wherein the first boundary region has a different width from the second boundary region. a semiconductor substrate; a tunneling layer on the semiconductor substrate; and a first conductivity type region and a second conductivity type region disposed on the tunneling layer at the same side of the semiconductor substrate; wherein the first conductivity type region comprises a first main region and a first boundary region disposed at a peripheral portion of the first main region, and the first boundary region having at least one of a first varying doping concentration and a first varying doping depth, and the second conductivity type region comprises a second main region and a second boundary region disposed at a peripheral portion of the second main region, and the second boundary region having at least one of a second varying doping concentration and a second varying doping depth, wherein the first boundary region has a different width from the second boundary region.
A drive assembly for a drug delivery device, the drive assembly being connectable with a cartridge holder and comprising: - a housing - a piston rod, the piston rod being movable in a distal direction for drug delivery, - a guide nut, the guide nut being rotatable relative to the housing around an axis of the assembly and provided for guiding the piston rod, - a locking means, the locking means being enabled to take an engaged state in which the locking means is engaged with the guide nut in order to prevent rotation of the guide nut and to take a disengaged state in which the locking means is disengaged from the guide nut in order to allow rotation of the guide nut, and - a coupling means, characterised in the coupling means being rotatable relative to the housing around the axis of the assembly and mechanically coupled with the locking means in order to change the locking means between the engaged state and the disengaged state. - a housing - a piston rod, the piston rod being movable in a distal direction for drug delivery, - a guide nut, the guide nut being rotatable relative to the housing around an axis of the assembly and provided for guiding the piston rod, - a locking means, the locking means being enabled to take an engaged state in which the locking means is engaged with the guide nut in order to prevent rotation of the guide nut and to take a disengaged state in which the locking means is disengaged from the guide nut in order to allow rotation of the guide nut, and - a coupling means,
A method performed by a radio base station for adapting a Radio Access Network, RAN, capability, in response to variations in transport characteristics, such as data transfer rate, maximum available bandwidth, and maximum used bandwidth, of a backhaul network, wherein the radio base station is arranged to communicate data between a RAN and the backhaul network, said method comprising: • obtaining (304, 302/304, 300/302/304), by a controller, information related to the transport characteristics of the backhaul network, and • determining, by the controller, based on the obtained information, an output level of the radio base station, characterized by • adjusting, by the controller, the output level of the radio base station to the determined output level by adjusting a bias voltage level of a Power Amplifier, PA, provided in the radio base station, wherein the radio base station comprises a plurality of Digital Signal Processors, DSPs, and the method further comprises: • checking, by the controller, if the adjusted output level is below a predetermined threshold, and when the adjusted output level is below the predetermined threshold, switching off at least one DSP of the plurality of DSPs. • obtaining (304, 302/304, 300/302/304), by a controller, information related to the transport characteristics of the backhaul network, and • determining, by the controller, based on the obtained information, an output level of the radio base station, characterized by • adjusting, by the controller, the output level of the radio base station to the determined output level by adjusting a bias voltage level of a Power Amplifier, PA, provided in the radio base station, • checking, by the controller, if the adjusted output level is below a predetermined threshold, and when the adjusted output level is below the predetermined threshold, switching off at least one DSP of the plurality of DSPs.
An electric energy storage and supply system comprising: a plurality of battery units where each battery unit comprises an electric energy reservoir having positive and negative voltage supply terminals, and electric contact pads on an outer surface of the unit; a tank capable of accommodating the plurality of battery units; at least two inwardly facing tank contact pads (411, 412) provided on the inside of the tank for contacting electric contact pads of neighbouring battery units and for delivering electrical energy from the system towards an external load; a tank loader for loading the battery units into the tank such that electrical contact pads of adjacent battery units are or have a high probability of being in contact and the orientation and location of individual battery units within the tank is unknown a priori; and a tank unloader for unloading the battery units from the tank, characterized in that each battery unit comprises three or more electric contact pads on an outer surface of the battery unit, and a dynamically configurable connection unit for electrically connecting each of said positive and negative voltage supply terminals to any one or more of said electric contact pads, wherein electric energy can be drawn from the electric energy reservoir via selectively different combinations of electric contact pads. a plurality of battery units where each battery unit comprises an electric energy reservoir having positive and negative voltage supply terminals, and electric contact pads on an outer surface of the unit; a tank capable of accommodating the plurality of battery units; at least two inwardly facing tank contact pads (411, 412) provided on the inside of the tank for contacting electric contact pads of neighbouring battery units and for delivering electrical energy from the system towards an external load; a tank loader for loading the battery units into the tank such that electrical contact pads of adjacent battery units are or have a high probability of being in contact and the orientation and location of individual battery units within the tank is unknown a priori; and a tank unloader for unloading the battery units from the tank, characterized in that each battery unit comprises three or more electric contact pads on an outer surface of the battery unit, and a dynamically configurable connection unit for electrically connecting each of said positive and negative voltage supply terminals to any one or more of said electric contact pads, wherein electric energy can be drawn from the electric energy reservoir via selectively different combinations of electric contact pads.