mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a hybrid-electric powerplant, HEP, comprising a thermal engine and an electric motor , the method comprising: receiving a total power request for the HEP and determining, from the total power request, a thermal power request and an electric power request; converting the thermal power request into a thermal power command and the electric power request into an electric power command; transmitting the thermal power command to the thermal engine to generate a thermal power output; transmitting the electric power command to the electric motor to generate an electric power output; comparing the thermal power output to the thermal power command and the electric power output to the electric power command; detecting a fault when the thermal power output deviates from the thermal power command by more than a first threshold or when the electric power output deviates from the electric power command by more than a second threshold; and accommodating the fault by modulating the thermal power command in response to the electric power output deviating from the electric power command by more than the first threshold and modulating the electric power command in response to the thermal power output deviating from the thermal power command by more than the second threshold, characterised in that : modulating the electric power command includes providing a braking force using the electric motor to reduce a total power output from the HEP if the thermal power output is higher than it should be based on the thermal power output command. receiving a total power request for the HEP and determining, from the total power request, a thermal power request and an electric power request; converting the thermal power request into a thermal power command and the electric power request into an electric power command; transmitting the thermal power command to the thermal engine to generate a thermal power output; transmitting the electric power command to the electric motor to generate an electric power output; comparing the thermal power output to the thermal power command and the electric power output to the electric power command; detecting a fault when the thermal power output deviates from the thermal power command by more than a first threshold or when the electric power output deviates from the electric power command by more than a second threshold; and accommodating the fault by modulating the thermal power command in response to the electric power output deviating from the electric power command by more than the first threshold and modulating the electric power command in response to the thermal power output deviating from the thermal power command by more than the second threshold,
A light emitting device (LED, LED-1, LED-2, LED-3) comprising: a first electrode (EL1); a first stack (ST1) on the first electrode (EL1); a first charge generation layer (CGL1) on the first stack (ST1); a second stack (ST2) on the first charge generation layer (CGL1); and a second electrode (EL2) on the second stack (ST2), wherein the first stack (ST1) comprises a first light emitting layer (EML1) and a plurality of first organic layers, the second stack (ST2) comprises a second light emitting layer (EML2) and a plurality of second organic layers, and among the plurality of first organic layers and the plurality of second organic layers, at least one of the organic layers adjacent to each of the first light emitting layer (EML1) and the second light emitting layer (EML2) comprises a light emitting material, wherein: the first light emitting layer (EML1) and the second light emitting layer (EML2) are to generate blue light; the light emitting material is a material to generate green light, red light, and/or orange light; and characterized in that the organic layer comprising the light emitting material comprises a base substance and the light emitting material doped in the base substance. a first electrode (EL1); a first stack (ST1) on the first electrode (EL1); a first charge generation layer (CGL1) on the first stack (ST1); a second stack (ST2) on the first charge generation layer (CGL1); and a second electrode (EL2) on the second stack (ST2), wherein the first stack (ST1) comprises a first light emitting layer (EML1) and a plurality of first organic layers, the second stack (ST2) comprises a second light emitting layer (EML2) and a plurality of second organic layers, and among the plurality of first organic layers and the plurality of second organic layers, at least one of the organic layers adjacent to each of the first light emitting layer (EML1) and the second light emitting layer (EML2) comprises a light emitting material, wherein: the first light emitting layer (EML1) and the second light emitting layer (EML2) are to generate blue light; the light emitting material is a material to generate green light, red light, and/or orange light; and characterized in that the organic layer comprising the light emitting material comprises a base substance and the light emitting material doped in the base substance. the first light emitting layer (EML1) and the second light emitting layer (EML2) are to generate blue light; the light emitting material is a material to generate green light, red light, and/or orange light; and characterized in that the organic layer comprising the light emitting material comprises a base substance and the light emitting material doped in the base substance.
A data packet reception method, comprising: receiving (S120) a data packet, wherein the data packet comprises at least one pair of a delimiter and an information element; the delimiter is used to separate two adjacent information elements; the delimiter comprises an information element type field and a cyclic redundancy code field to protect the information element type field; in each pair of a delimiter and an information element, the cyclic redundancy code field is obtained through computation based on information in the information element type field, and the information element type field is used to indicate a type of the information element; and one type of information element is uniquely corresponding to one information element length; and parsing (S130) the information element based on the cyclic redundancy code field and the information element type field, wherein the cyclic redundancy code field is used to determine whether the information element type field is correctly received. receiving (S120) a data packet, wherein the data packet comprises at least one pair of a delimiter and an information element; the delimiter is used to separate two adjacent information elements; the delimiter comprises an information element type field and a cyclic redundancy code field to protect the information element type field; in each pair of a delimiter and an information element, the cyclic redundancy code field is obtained through computation based on information in the information element type field, and the information element type field is used to indicate a type of the information element; and one type of information element is uniquely corresponding to one information element length; and parsing (S130) the information element based on the cyclic redundancy code field and the information element type field, wherein the cyclic redundancy code field is used to determine whether the information element type field is correctly received.
A method for preparing a duplex adapter, comprising: annealing an elongation strand and a template strand at a complementary region to form a first intermediate duplex adapter product, wherein the template strand comprises- an identifier sequence, a first capture label attached to the template strand via a first cut site, and a second capture label attached to the template strand via a second cut site; extending the elongation strand to at least partially duplicate the identifier sequence to form a second intermediate duplex adapter product comprising a first cut site between the identifier sequence and the first capture label; cutting the second intermediate duplex adapter product to form a third intermediate duplex adapter product and a first cleaved by-product comprising the first capture label; removing undesired products comprising the first capture label; and cutting at the second cut site to form the duplex adapter and a second cleaved by-product comprising the second capture label, and removing undesired products. annealing an elongation strand and a template strand at a complementary region to form a first intermediate duplex adapter product, wherein the template strand comprises- an identifier sequence, a first capture label attached to the template strand via a first cut site, and a second capture label attached to the template strand via a second cut site; an identifier sequence, a first capture label attached to the template strand via a first cut site, and a second capture label attached to the template strand via a second cut site; extending the elongation strand to at least partially duplicate the identifier sequence to form a second intermediate duplex adapter product comprising a first cut site between the identifier sequence and the first capture label; cutting the second intermediate duplex adapter product to form a third intermediate duplex adapter product and a first cleaved by-product comprising the first capture label; removing undesired products comprising the first capture label; and cutting at the second cut site to form the duplex adapter and a second cleaved by-product comprising the second capture label, and removing undesired products.
An information processing apparatus comprising: acceptance means configured to accept a user instruction to move a position of a region for clipping a clipped image from a fisheye image ; position determination means configured to determine the position of the region in the fisheye image ; determination means configured to determine, based on where the position determined by the position determination means is located in the fisheye image , a moving amount of the position of the region for moving position according to the instruction, wherein the moving amount of the position of the region corresponds to one instruction which is for moving the position; moving means configured to, if an instruction for moving the region is received, move the position of the region by the moving amount of the position of the region determined by the determination means in a direction specified by the instruction; and output means configured to output a clipped image corresponding to the region . acceptance means configured to accept a user instruction to move a position of a region for clipping a clipped image from a fisheye image ; position determination means configured to determine the position of the region in the fisheye image ; determination means configured to determine, based on where the position determined by the position determination means is located in the fisheye image , a moving amount of the position of the region for moving position according to the instruction, wherein the moving amount of the position of the region corresponds to one instruction which is for moving the position; moving means configured to, if an instruction for moving the region is received, move the position of the region by the moving amount of the position of the region determined by the determination means in a direction specified by the instruction; and output means configured to output a clipped image corresponding to the region .
A waterborne coating composition comprising latex particles and a crosslinker, said latex particles prepared from a mixture of reactants comprising: (a) a monomer represented by formula (I): wherein R 1 is a hydrogen or methyl group and R 2 is a hydrogen, alkyl, or aryl group; (b) a multi-ethylenically unsaturated monomer comprising from 2 to 15 weight % of the latex particles based on the total weight of the monomers; and (c) a mono-ethylenically unsaturated functional monomer different from the monomer represented by formula (I), the mono-ethylenically unsaturated functional monomer comprising a functional group selected from a hydroxyl group, thiol group, group, or a mixture thereof, wherein R 9 is a hydrogen, alkyl, or aryl group comprising from 5 to 25 weight % of the latex particles based on the total weight of the monomers. (a) a monomer represented by formula (I): wherein R 1 is a hydrogen or methyl group and R 2 is a hydrogen, alkyl, or aryl group; (b) a multi-ethylenically unsaturated monomer comprising from 2 to 15 weight % of the latex particles based on the total weight of the monomers; and (c) a mono-ethylenically unsaturated functional monomer different from the monomer represented by formula (I), the mono-ethylenically unsaturated functional monomer comprising a functional group selected from a hydroxyl group, thiol group, group, or a mixture thereof, wherein R 9 is a hydrogen, alkyl, or aryl group comprising from 5 to 25 weight % of the latex particles based on the total weight of the monomers.
Selective locking assembly (1, 1', 1") of extractable components, such as at least a pair of drawers or baskets arranged side by side on a first row and adapted to be displaced along a horizontal direction between a retracted position and an extracted position with respect to a containing structure, said selective locking assembly (1, 1', 1") being adapted for preventing the simultaneous extraction of several drawers, characterized in that it comprises at least a pair of actuating means each formed by at least one rigid elongated element extending horizontally and arranged so as to be axially rotatable in proximity to a back wall of said drawers , each actuating means being operatively associable with a corresponding drawer through first coupling means and being also equipped, in correspondence with the other drawers, with stop means configured and arranged for selectively cooperating with said drawers to prevent/allow their extraction, each actuating means being adapted to be rotatably displaced, in response to the extraction movement of the drawer to which it is associated, from a first position, wherein said stop means allow the extraction of any one of the drawers, to a second position wherein said stop means interact with the other drawers thereby preventing their extraction.
Household brush or body care brush having a handle and a bristle area , which is carried by said handle and has injected bristles , which are produced by an injection moulding process, have a circular cross section and protrude from a bristle carrier formed integrally therewith, wherein a plurality of injection moulded bristles are arranged in each case in a bristle bundle and the bristle bundles are arranged in relation to one another at a bundle spacing (A), wherein the bristle carrier is common to at least some of the bristle bundles , preferably to all of the bristle bundles , wherein the common bristle carrier and the handle are injection moulded onto one another and form at least a form fit, wherein the brush front side has the exit face of the bristle carrier from which the injected bristles exit, wherein the bristle material has a Shore D hardness of 30 to 80 and wherein the ratio of the bristle length to the diameter at the bristle end amounts to 20:1 to 125:1.
A cooking device for a microwave oven, the cooking device comprising an assembly including a micro-wave heatable cooking element and two handles made of a thermo-insulating material transparent to microwaves removably attached to opposite end sections of the cooking element , the cooking element comprising: a sheet metal plate defining a cooking surface on a first side thereof and a heat absorbing surface on an opposite second side thereof; and an induction layer made of a microwave-absorbing material laid on the heat absorbing surface of the sheet metal plate in thermal contact therewith, characterized in that : the sheet metal plate of the cooking element has a smooth continuous perimetral edge with no vertexes and a shaped perimetral region adjacent to the perimetral edge , the shaped perimetral region being bent towards one side of the sheet metal plate . a sheet metal plate defining a cooking surface on a first side thereof and a heat absorbing surface on an opposite second side thereof; and an induction layer made of a microwave-absorbing material laid on the heat absorbing surface of the sheet metal plate in thermal contact therewith, characterized in that : the sheet metal plate of the cooking element has a smooth continuous perimetral edge with no vertexes and a shaped perimetral region adjacent to the perimetral edge , the shaped perimetral region being bent towards one side of the sheet metal plate .
Lipopeptides of general Formula 1: CH 3 (CH 2 ) n C(O)-Xaa1-Dab-Dab-Xaa2-NH 2 (Formula 1) wherein: CH 3 (CH 2 ) n C(O)- is a saturated fatty acid residue, wherein n=10-14; Xaa1 is D-tryptophan or D-phenylalanine amino acid residue; Xaa2 is L-leucine or L-alanine amino acid residue; Dab is L-2,4-diaminobutyric acid amino acid residue; excluding CH 3 (CH 2 ) 14 C(O)-D-Phe-Dab-Dab-Leu-NH 2 lipopeptide, wherein the lipopeptides may be in a free form or in form of any pharmaceutically or cosmetically acceptable salt. CH 3 (CH 2 ) n C(O)- is a saturated fatty acid residue, wherein n=10-14; Xaa1 is D-tryptophan or D-phenylalanine amino acid residue; Xaa2 is L-leucine or L-alanine amino acid residue; Dab is L-2,4-diaminobutyric acid amino acid residue; excluding CH 3 (CH 2 ) 14 C(O)-D-Phe-Dab-Dab-Leu-NH 2 lipopeptide, wherein the lipopeptides may be in a free form or in form of any pharmaceutically or cosmetically acceptable salt.
Trapeze harness for kitesurfing, windsurfing or sailing, with a waist belt , a front plate or hook plate , pulling means , a trapezoidal closure and adjustment devices , wherein pulling means on the one hand are connected to the trapezoidal closure via an adjustment device in a length-adjustable manner, and further pulling means on the other hand are connected to the end portion of the hook plate remote from the trapezoidal closure via an adjustment device in a length-adjustable manner, wherein the trapezoidal closure has a closing part which can be brought into clamping engagement with a retaining element of the hook plate , characterized in that the adjustment devices on the hip-belt side and the pulling means are designed in the manner of a ratchet assembly , wherein the closing part on the one hand and the hook plate on the other hand have two ratchet assemblies (30, 31; 32, 33) assigned to them with approximately parallel or approximately V-shaped cam belts which are attached to the closing part or to the hook plate , respectively.
A barrier-forming composition comprising: a carbohydrate gum; a humectant; and an antimicrobial agent; wherein the composition meets the following requirements: 0.01% ≤ C ≤ 0.4%; 4.5% ≤ H ≤ 65%; and 0.050% < A ≤ 0.1% wherein all percentages are by weight of the total composition; wherein C is the total amount of carbohydrate gums in the composition; H is the total amount of humectants in the composition; and A is the total amount of antimicrobial agents in the composition, wherein said carbohydrate gum is selected from the group consisting of xanthan gum, guar gum, gum Arabic, tragacanth, gum karaya, locust bean gum, carob gum, and pectin, wherein said humectant is a polyol. a carbohydrate gum; a humectant; and an antimicrobial agent; wherein the composition meets the following requirements: 0.01% ≤ C ≤ 0.4%; 4.5% ≤ H ≤ 65%; and 0.050% < A ≤ 0.1% 0.01% ≤ C ≤ 0.4%; 4.5% ≤ H ≤ 65%; and 0.050% < A ≤ 0.1% wherein all percentages are by weight of the total composition; wherein C is the total amount of carbohydrate gums in the composition; H is the total amount of humectants in the composition; and A is the total amount of antimicrobial agents in the composition, wherein said carbohydrate gum is selected from the group consisting of xanthan gum, guar gum, gum Arabic, tragacanth, gum karaya, locust bean gum, carob gum, and pectin, wherein said humectant is a polyol.
Device for training or for playing shootouts , designed to be fixed between two posts, including a flexible band that is elastic and has two opposite free ends , first removable fixation means that are secured to a first end of the band, and second removable fixation means that are secured to the second end of the band and include a quick-release system which comprises a first part , characterized in that first and second removable fixation means are able to guarantee an removable fixation of the flexible band directly to the two respective posts and in that the first removable fixation means include a rigid or semi-rigid end part that is secured to the first end and which comprises at least one loop for the passage of the second free end of the band to form a strapping in the shape of a slipknot, and the quick-release system of the second removable fixation means comprises, at the second end , a second part which is on the same side of the band and at a distance from the said first part , the two parts being able to be fastened removably to each other when the band is folded over on itself at the said second end .
A method for assembling an electronic product , the electronic product including a camera ; the method comprising: forming a first aperture in a first dark or opaque region of a cover formed of glass or ceramic that extends from an exterior surface of the cover to an interior surface of the cover ; disposing a transparent camera window in the first aperture , such that a perimeter of the transparent camera window is adjacent the first dark or opaque region of the cover ; securing the perimeter of the transparent camera window to the first dark or opaque region of the cover ; forming a second aperture in a second dark or opaque region of the cover, the second aperture extending from the exterior surface of the cover to the interior surface of the cover ; disposing a transparent illuminator window in the second aperture of the second dark or opaque region of the cover, such that a perimeter of the transparent illuminator window is adjacent the second dark or opaque region of the cover ; securing the perimeter of the transparent illuminator window to the second dark or opaque region of the cover; and subsequently attaching the cover to a housing for the electronic product . forming a first aperture in a first dark or opaque region of a cover formed of glass or ceramic that extends from an exterior surface of the cover to an interior surface of the cover ; disposing a transparent camera window in the first aperture , such that a perimeter of the transparent camera window is adjacent the first dark or opaque region of the cover ; securing the perimeter of the transparent camera window to the first dark or opaque region of the cover ; forming a second aperture in a second dark or opaque region of the cover, the second aperture extending from the exterior surface of the cover to the interior surface of the cover ; disposing a transparent illuminator window in the second aperture of the second dark or opaque region of the cover, such that a perimeter of the transparent illuminator window is adjacent the second dark or opaque region of the cover ; securing the perimeter of the transparent illuminator window to the second dark or opaque region of the cover; and subsequently attaching the cover to a housing for the electronic product .