mhurhangee/ep-ind-claims huggingface dataset:
Washing machine comprising a suds container arranged in a housing, in which container a drum is rotatably mounted, and a dispensing device having a dispensing compartment having chambers for holding a powdered treatment agent and at least one chamber for holding a liquid treatment agent, and comprising nozzles arranged above the chambers (5, 6), through which nozzles water is directed onto the treatment agent in order to selectively dispense the treatment agent from the respective chambers (5, 6) into the suds container, the chamber for the liquid treatment agent being formed so as to receive a single-use receptacle having a portioned amount of detergent therein, which receptacle is formed as a sealed capsule container and is fitted with a removal means arranged on the base and a film-type cover which can be activated by a pivotable lid flap on the capsule container, hollow piercing pins being arranged on the underside of the lid flap for penetrating the film-type cover of the capsule container, characterised in that the nozzles are divided into at least a first sub-portion and a second sub-portion and can each be activated selectively, the first sub-portion of the nozzles being oriented in a portion above the lid flap to feed the water into the chamber and the second sub-portion of the nozzles being oriented in a portion above the lid flap to directly feed the water into the hollow piercing pins for dispensing the water into the capsule container.
A sealing profile for a windowpane of a motor vehicle, wherein the windowpane is displaceable between an open position and a closed position, and has a first lateral surface, a second lateral surface and a front face, comprising: a receiving section, which essentially is U-shaped in cross section and a first leg, a second leg and a base connecting the first leg and second leg (21, 22) to each other; a bottom lip which has a first end which is arranged at the first leg, and has a second end which is free, and a supporting section, which is provided between the bottom lip and the base and which, in the closed position, is form to support the bottom lip at the base; characterized in that the bottom lip comprises a curved contact surface, which is arranged between the first and the second end (31, 32) and which form-fittingly encompasses the front face of the windowpane in the closed position, wherein the bottom lip has a first cam section, which is adjacent to the contact surface and is formed to prevent the windowpane from moving in a direction perpendicular to a tangent plane of the lateral surface (111, 112). a receiving section, which essentially is U-shaped in cross section and a first leg, a second leg and a base connecting the first leg and second leg (21, 22) to each other; a bottom lip which has a first end which is arranged at the first leg, and has a second end which is free, and a supporting section, which is provided between the bottom lip and the base and which, in the closed position, is form to support the bottom lip at the base; characterized in that the bottom lip comprises a curved contact surface, which is arranged between the first and the second end (31, 32) and which form-fittingly encompasses the front face of the windowpane in the closed position, wherein the bottom lip has a first cam section, which is adjacent to the contact surface and is formed to prevent the windowpane from moving in a direction perpendicular to a tangent plane of the lateral surface (111, 112).
Pressure fitting for material flows, comprising a base body with a separate pressure-reducing unit arranged inside the base body, wherein the pressure-reducing unit and/or the base body and/or consist of: C 22, St. 52, heat-resistant ferritic materials, 16Mo3, 13CrMo44, 10CrMo910, 14MoV63, P91, P92, C22.8, austenitic materials, in particular 1.4571, 1.4580, 1.4404, 1.4301, 1.4550, 1.4581, 1.4401, 1.4521, 1.4552, 1.4541, 1.4520PE, PE-X, PP, PVC, copper materials, copper metal alloys, bronzes, aluminum multicomponent bronze, AB45, ESM, CW024A, CW509L, CW610N, CW613N, CW614N, CW617N, CW702R, CW706R, CW717R, CW715R, CW352H, CW354H, CW307G, CW353H, P195TR1, P195TR2, P235TR1, P235TR2, P195GH, P235GH, P265GH, 8MoB5-4, 16Mo3, X11CrMo9-1+I, 13CrMo4-5, X20CrMoV11-1, P355NH, P195GH, P285GH, 16Mo3, P355NH, materials in accordance with EN 12952/12953, P215NL, P265NL, P355N, P480NL1, P620Q, P890QH, 8460NH, L290NB, L450QB, L245NB, L555MB, L360MB, L280MB, materials in accordance with EN 10208-2, materials in accordance with AD2000 - HP110R, AD2000 - HP120R, AD2000 -W2, AD2000 - W/6, AD2000 - W6/1, AD2000 - W6/2, glass, ceramics, plastic, polyethylene, polyamide, polyvinyl chloride, polytetrafluoroethylene, polyoxymethylene; a.) the pressure-reducing unit is designed in a sleeve-like manner, which, when assembled, is inserted into the interior of the base body and interacts with an inner contact surface of the base body in a force- and/or form-fitting manner, and/or b.) the base body, when assembled, is inserted into the interior of the wall body and interacts with the wall body in a force-fitting and/or form-fitting manner, characterized in that a pre-compressed sealing element is arranged inside the base body between the pressure-reducing unit and a further sealing part following the pressure-reducing unit. a.) the pressure-reducing unit is designed in a sleeve-like manner, which, when assembled, is inserted into the interior of the base body and interacts with an inner contact surface of the base body in a force- and/or form-fitting manner, and/or b.) the base body, when assembled, is inserted into the interior of the wall body and interacts with the wall body in a force-fitting and/or form-fitting manner, characterized in that a pre-compressed sealing element is arranged inside the base body between the pressure-reducing unit and a further sealing part following the pressure-reducing unit.
Use of an effective amount of one or more lipo-chitooligosaccharides on a non-leguminous plant to initiate early flowering or fruiting in the non-leguminous plant.
A stabilized liquid enzyme composition comprising: an enzyme stabilizing agent, wherein said agent is an amphoteric surfactant; and a combination of more than one enzyme comprising at least a protease, wherein the composition does not have loss in performance for at least about 40 days in that the composition retains at least about 80% of its initial enzyme activity at ambient temperature, wherein the amphoteric surfactant is disodium cocoamphodiacetate, and wherein no additional enzyme stabilizing systems are employed in the composition selected from the group consisting of organic monocarboxylic acids, boric acid, calcium stabilizers, magnesium stabilizers or combinations of the same an enzyme stabilizing agent, wherein said agent is an amphoteric surfactant; and a combination of more than one enzyme comprising at least a protease, wherein the composition does not have loss in performance for at least about 40 days in that the composition retains at least about 80% of its initial enzyme activity at ambient temperature, wherein the amphoteric surfactant is disodium cocoamphodiacetate, and wherein no additional enzyme stabilizing systems are employed in the composition selected from the group consisting of organic monocarboxylic acids, boric acid, calcium stabilizers, magnesium stabilizers or combinations of the same
A medical imaging device comprising a medical imaging probe configured for contact with an imaging subject, said probe comprising: an indicium placement apparatus configured for, while said probe is in contact with said subject, selectively performing an instance of marking said subject so as to record a position of said probe, characterized in that said medical imaging device further comprises: a feedback module configured for determining whether an orientation, with respect to a mark resulting from said performing, that currently exists for the medical imaging probe meets a criterion of proximity to a predetermined orientation, wherein said criterion is based on proximity of a current pattern of reflection from bone, reverberation from bone, or both reverberation and reflection from bone correspondingly to a reference pattern of reflection from bone, reverberation from bone, or both reverberation and reflection from bone. an indicium placement apparatus configured for, while said probe is in contact with said subject, selectively performing an instance of marking said subject so as to record a position of said probe, a feedback module configured for determining whether an orientation, with respect to a mark resulting from said performing, that currently exists for the medical imaging probe meets a criterion of proximity to a predetermined orientation, wherein said criterion is based on proximity of a current pattern of reflection from bone, reverberation from bone, or both reverberation and reflection from bone correspondingly to a reference pattern of reflection from bone, reverberation from bone, or both reverberation and reflection from bone.
A transmission method for transmitting broadcasting data, comprising: encoding the broadcasting data according to a multi-antenna encoding scheme to generate first orthogonal frequency division multiplexing, OFDM, symbols and second OFDM symbols; inserting pilots in the first OFDM symbols and the second OFDM symbols to generate first pilot-inserted OFDM symbols and second pilot-inserted OFDM symbols, respectively; generating a first broadcasting signal based on the first pilot-inserted OFDM symbols and first Layer-1 control information; generating a second broadcasting signal based on the second pilot-inserted OFDM symbols and second Layer-1 control information, wherein the first Layer-1 control information and the second Layer-1 control information each include pattern information indicating an arrangement pattern of the pilots; transmitting the first broadcasting signal and the second broadcasting signal from a first transmit station and a second transmit station (8102A-D), respectively, wherein the first broadcasting signal and the second broadcasting signal are transmitted at an identical time and at an identical frequency band, polarized wave of the first broadcasting signal differs from polarized wave of the second broadcasting signal, wherein density of pilots in a symbol of the second pilot-inserted OFDM symbols in frequency direction is lower than density of pilots in a symbol of the first pilot-inserted OFDM symbols in frequency direction. encoding the broadcasting data according to a multi-antenna encoding scheme to generate first orthogonal frequency division multiplexing, OFDM, symbols and second OFDM symbols; inserting pilots in the first OFDM symbols and the second OFDM symbols to generate first pilot-inserted OFDM symbols and second pilot-inserted OFDM symbols, respectively; generating a first broadcasting signal based on the first pilot-inserted OFDM symbols and first Layer-1 control information; generating a second broadcasting signal based on the second pilot-inserted OFDM symbols and second Layer-1 control information, wherein the first Layer-1 control information and the second Layer-1 control information each include pattern information indicating an arrangement pattern of the pilots; transmitting the first broadcasting signal and the second broadcasting signal from a first transmit station and a second transmit station (8102A-D), respectively, wherein the first broadcasting signal and the second broadcasting signal are transmitted at an identical time and at an identical frequency band, polarized wave of the first broadcasting signal differs from polarized wave of the second broadcasting signal, wherein density of pilots in a symbol of the second pilot-inserted OFDM symbols in frequency direction is lower than density of pilots in a symbol of the first pilot-inserted OFDM symbols in frequency direction.
A liquid fabric softener composition, comprising: a) from 3.0% to 20% by weight of the total composition of a quaternary ammonium ester softening active, wherein the iodine value of the parent fatty acid compound from which the quaternary ammonium ester softening active is formed is from 25 to 50; b) from 0.01% to 5 % by weight of the composition of cellulose fibers wherein the cellulose fiber is microfibrous cellulose, and c) from 0.1% to 10 % by weight of the composition of dispersed perfume. a) from 3.0% to 20% by weight of the total composition of a quaternary ammonium ester softening active, wherein the iodine value of the parent fatty acid compound from which the quaternary ammonium ester softening active is formed is from 25 to 50; b) from 0.01% to 5 % by weight of the composition of cellulose fibers wherein the cellulose fiber is microfibrous cellulose, and c) from 0.1% to 10 % by weight of the composition of dispersed perfume.
A nanotransfer printing method comprising: coating a polymer thin film on a template substrate where a surface pattern is formed; fabricating the polymer thin film into a thin-film replica mold by using the polymer thin film and an adhesive film; forming nanostructures on the thin-film replica mold; selectively weakening an adhesive force between the adhesive film and the thin-film replica mold; and transferring the nanostructures into a target object. coating a polymer thin film on a template substrate where a surface pattern is formed; fabricating the polymer thin film into a thin-film replica mold by using the polymer thin film and an adhesive film; forming nanostructures on the thin-film replica mold; selectively weakening an adhesive force between the adhesive film and the thin-film replica mold; and transferring the nanostructures into a target object.
A system for weighing containers, comprising: - a weighing station for weighing containers; - a conveying path of the containers, extending from an infeed section, upstream of the weighing station, to an outfeed section, downstream of the weighing station; the conveying path further comprises a gripping stretch for gripping the containers and a release stretch for releasing the containers, disposed between the infeed section and the outfeed section; - conveying means, disposed along the conveying path for conveying the containers to be weighed from the infeed section to the gripping stretch, and the weighed containers from the release stretch to the outfeed section; the system being characterized in that: - the conveying means comprises at least a first group of housings and a second group of housings, adapted to receive the containers and movable along the conveying path from the infeed section to the gripping stretch; - the system also comprises gripping and transferring means for transferring the containers to be weighed from the gripping stretch to the weighing station, and the weighed containers from the weighing station to the release stretch; and in that: the first group of housings and the second group of housings of the conveying means are movable independently of each other from the infeed section to the gripping stretch. - a weighing station for weighing containers; - a conveying path of the containers, extending from an infeed section, upstream of the weighing station, to an outfeed section, downstream of the weighing station; the conveying path further comprises a gripping stretch for gripping the containers and a release stretch for releasing the containers, disposed between the infeed section and the outfeed section; - conveying means, disposed along the conveying path for conveying the containers to be weighed from the infeed section to the gripping stretch, and the weighed containers from the release stretch to the outfeed section; - the conveying means comprises at least a first group of housings and a second group of housings, adapted to receive the containers and movable along the conveying path from the infeed section to the gripping stretch; - the system also comprises gripping and transferring means for transferring the containers to be weighed from the gripping stretch to the weighing station, and the weighed containers from the weighing station to the release stretch; and in that: the first group of housings and the second group of housings of the conveying means are movable independently of each other from the infeed section to the gripping stretch.
Cassette stack composed of individual cassettes, preferably for receiving preparations for laboratory analyses, wherein the individual cassettes each have a rectangular base and four side walls (4a, 4b, 4c, 4d), of which a first side wall is a double wall and has a printable inscription field, wherein all the cassettes are provided with a first opening through which a common cord runs in order to hold the cassettes together in stack form, wherein the first opening is formed between an inner wall and an outer wall of the double wall, the outer wall having the printable inscription field, and wherein the cord has a resistance element under the lowest cassette of the cassette stack, characterized in that a second and third opening (11, 12) are formed between the inner wall and the outer wall of the double wall, which second and third opening (11, 12) each receive a tab (13a, 13b) integrally formed on a lid and guide the tab (13a, 13b) in a pivoting movement of the cover, wherein a latching portion is formed on the second side wall opposite the double wall, and a latching element is formed on the lid and comes to bear on the latching portion for the form-fit connection of the lid to the cassette.
A device for receiving and converting incident radiation into DC current, said device comprising: - a plurality of first conductors; - a plurality of tapered antennas, each antenna comprising a circular base arranged on the respective first conductor and an apex, wherein a central axis (z) connecting the apex to the centre of the base is defined, and wherein each of said antennas comprises a solid, tapered metallic structure arranged on, and protruding from, the respective first conductor, and a plasmonic coating layered on the metallic structure; - a plurality of second conductors arranged in front of the apexes of the antennas; and - a respective insulating layer layered on each of the second conductors and interposed between the apexes of the respective antennas and the respective second conductor; wherein a plurality of point-contact junctions is formed, at which each apex of the antennas contacts the respective insulating layer; wherein the central axes (z) of the antennas are parallel to each other with an error smaller than 1 degree; characterized in that the antennas and respective first and second conductors (10, 30) are arranged in a stacked configuration, the second conductor of at least one of said antennas forming the first conductor of a successive one of said antennas. - a plurality of first conductors; - a plurality of tapered antennas, each antenna comprising a circular base arranged on the respective first conductor and an apex, wherein a central axis (z) connecting the apex to the centre of the base is defined, and wherein each of said antennas comprises a solid, tapered metallic structure arranged on, and protruding from, the respective first conductor, and a plasmonic coating layered on the metallic structure; - a plurality of second conductors arranged in front of the apexes of the antennas; and - a respective insulating layer layered on each of the second conductors and interposed between the apexes of the respective antennas and the respective second conductor;
A device for preventing the output of overlapping notes of value (12 to 18), comprising at least one first sensor for determining the length of an uninterrupted value note sequence comprising at least one note of value (12 to 18), at least one second sensor for determining the thickness of the note of value (12 to 18) or the notes of value (12 to 18), at least one transport element for transporting overlapping notes of value (12 to 18) in a transport path for notes of value (12 to 18) to be sorted out, wherein the transport element is controllable by means of a control unit at least dependent on the determined length of the value note sequence and the determined thickness in order to feed the notes of value (12 to 18) to be sorted out to the transport path for notes of value (12 to 18) to be sorted out, wherein the control unit compares the determined length of the value note sequence with a preset maximum permissible length and controls the transport element such that the transport element transports the notes of value (12 to 18) of the value note sequence into the transport path for notes of value (12 to 18) to be sorted out when the determined length is greater than the preset maximum permissible length, wherein the control unit controls the transport element such that the transport element feeds the notes of value (12 to 18) of the value note sequence to the transport path for notes of value (12 to 18) to be sorted out when the determined thickness is greater than the maximum permissible thickness, characterized in that the control unit compares the determined thickness of the note of value (12 to 18) or the notes of value (12 to 18) only with a preset maximum permissible thickness when the determined length of the value note sequence does not exceed the preset maximum permissible length.
A method of preparing a conjugated diene-based polymer, comprising: polymerizing a first conjugated diene-based monomer in solution in a first polymerization reactor to prepare a first polymer solution including a first conjugated diene-based polymer; polymerizing a second conjugated diene-based monomer in solution in a second polymerization reactor to prepare a second polymer solution including a second conjugated diene-based polymer; supplying a first fluid separated from the first polymer solution to a first purification unit and purifying the first fluid; and supplying a second fluid separated from the second polymer solution to a second purification unit and purifying the second fluid, wherein the first purification unit comprises a first feed tank, a first column connected to the first feed tank, and a first' column connected to the first column, the second purification unit comprises a second feed tank, a second column connected to the second feed tank, and a second' column connected to the second column, a fluid discharged from an upper portion of the first column is supplied to the second feed tank, and the first feed tank is supplied with a third fluid from the second feed tank. polymerizing a first conjugated diene-based monomer in solution in a first polymerization reactor to prepare a first polymer solution including a first conjugated diene-based polymer; polymerizing a second conjugated diene-based monomer in solution in a second polymerization reactor to prepare a second polymer solution including a second conjugated diene-based polymer; supplying a first fluid separated from the first polymer solution to a first purification unit and purifying the first fluid; and supplying a second fluid separated from the second polymer solution to a second purification unit and purifying the second fluid, wherein the first purification unit comprises a first feed tank, a first column connected to the first feed tank, and a first' column connected to the first column, the second purification unit comprises a second feed tank, a second column connected to the second feed tank, and a second' column connected to the second column, a fluid discharged from an upper portion of the first column is supplied to the second feed tank, and the first feed tank is supplied with a third fluid from the second feed tank.