mhurhangee/ep-ind-claims huggingface dataset:
A package substrate comprising: a substrate (200, 300, 400, 500, 600, 800) having opposing first surface and second surface; at least one vent hole (210, 310, 410, 510, 610, 810) extending through the first surface and the second surface of the substrate, the vent hole comprising at least a long-strip hole; characterized in that a passivation layer is formed on the inner wall of the vent hole and on an inner wall of the long-strip hole formed by connecting a plurality of continuous circular holes (601, 801). a substrate (200, 300, 400, 500, 600, 800) having opposing first surface and second surface; at least one vent hole (210, 310, 410, 510, 610, 810) extending through the first surface and the second surface of the substrate, the vent hole comprising at least a long-strip hole; characterized in that a passivation layer is formed on the inner wall of the vent hole and on an inner wall of the long-strip hole formed by connecting a plurality of continuous circular holes (601, 801).
A connecting device for a piece of furniture, in particular for connecting foot elements, especially table legs, comprising: a holding element connected to a furniture plate, and a mounting part which can be coupled to the foot element, wherein the furniture plate is formed as a honeycomb plate including a honeycomb material layer having a plurality of hollow chambers, said honeycomb material layer being disposed between two plates (12, 13), characterized in that the base of the holding element is adhesively bonded to the first plate and the flange of the holding element is adhesively bonded to the second plate of the honeycomb plate and wherein an intermediate piece preferably made of metal is connected to the holding element, whereby the mounting part is mounted to the intermediate piece.
A system comprising: a fuse including a pair of fuse terminals, a fusible element electrically connecting the fuse terminals, and a housing made of synthetic resin and accommodating the fuse terminals so as to cover the fusible element; and an electric connection box comprising: a fuse cavity, made of synthetic resin, into which the fuse can be inserted from an upper side; and a pair of cavity terminals configured to come in contact with the fuse terminals to be electrically connected thereto when the fuse is inserted into the fuse cavity, wherein a lower face of the housing of the fuse inserted in the fuse cavity is configured to abut against an inner bottom portion of the fuse cavity, so that the fuse is positioned in the fuse cavity in a downward direction; the inner bottom portion has a projecting portion formed on an inner bottom face of the inner bottom portion and extending upwardly from the inner bottom face, an upper face of the projecting portion abuts against the lower face of the housing, and a gap is formed between the inner bottom face and the lower face of the housing by the projecting portion, characterized in that the projecting portion is projected on the inner bottom face so that the gap is formed between a lower face of a portion of the housing of the fuse located right beneath the fusible element and the inner bottom face of the fuse cavity, in a state where the fuse is accommodated in the fuse cavity. a fuse including a pair of fuse terminals, a fusible element electrically connecting the fuse terminals, and a housing made of synthetic resin and accommodating the fuse terminals so as to cover the fusible element; and an electric connection box comprising: a fuse cavity, made of synthetic resin, into which the fuse can be inserted from an upper side; and a pair of cavity terminals configured to come in contact with the fuse terminals to be electrically connected thereto when the fuse is inserted into the fuse cavity, wherein a fuse cavity, made of synthetic resin, into which the fuse can be inserted from an upper side; and a pair of cavity terminals configured to come in contact with the fuse terminals to be electrically connected thereto when the fuse is inserted into the fuse cavity, wherein a lower face of the housing of the fuse inserted in the fuse cavity is configured to abut against an inner bottom portion of the fuse cavity, so that the fuse is positioned in the fuse cavity in a downward direction; the inner bottom portion has a projecting portion formed on an inner bottom face of the inner bottom portion and extending upwardly from the inner bottom face, an upper face of the projecting portion abuts against the lower face of the housing, and a gap is formed between the inner bottom face and the lower face of the housing by the projecting portion, characterized in that the projecting portion is projected on the inner bottom face so that the gap is formed between a lower face of a portion of the housing of the fuse located right beneath the fusible element and the inner bottom face of the fuse cavity, in a state where the fuse is accommodated in the fuse cavity.
Actuating device or actuator for a parking and/or emergency brake within a vehicle brake comprising a coaxial drum with a wheel to which it is solidly attached, supporting a skirt crowning two shoes (92, 93) in circular arcs mounted opposite one another around its axis of rotation on a plate that is fixed with respect to the half axle that supports the wheel, said actuator comprising an actuating element (231, 232) that is movable in relation to the plate in a plane parallel to the plate, which is arranged to engage with a manoeuvring part (973, 974) of a lever arranged to pivot in the plane of the plate so as to separate the shoes from one another and press them against the interior of the drum, said actuator being characterized in that it comprises an actuating member pivotally mounted in relation to the plate around an actuator axis parallel to the axis of the wheel and is driven in rotation by an electric motor, said actuating member supporting the actuating element (231, 232) in a position separate to the actuator axis and thus forming a cam that activates the manoeuvring part (973, 974) of the lever by a crank effect.
An electronic device comprising: a housing; a tray detachably disposed in a slot formed in the housing, wherein the tray includes: a mounting portion (2141, 2142) adapted to receive a removable external component (230, 240), a tray cover having a surface exposed outside the housing, and including a metal material or a magnetic material, a connector formed between the mounting portion (2141, 2142) and the tray cover, and a sealing member (2121, 9121) disposed on the tray along an outer circumference thereof, and configured to prevent water from entering inside the housing through the slot, while maintaining the location of the tray in the slot; and a tray extraction element including a body, a tray contact area and at least one magnet exposed in the tray contact area, wherein the tray extraction element is configured to extract the tray from the slot via a magnetic force that is exerted on the tray by the at least one magnet when the tray extraction element comes in magnetic contact with the tray while the tray is inserted into the slot, wherein the tray extraction element further includes a buffer sheet attached to cover the exposed at least one magnet. a housing; a tray detachably disposed in a slot formed in the housing, wherein the tray includes: a mounting portion (2141, 2142) adapted to receive a removable external component (230, 240), a tray cover having a surface exposed outside the housing, and including a metal material or a magnetic material, a connector formed between the mounting portion (2141, 2142) and the tray cover, and a sealing member (2121, 9121) disposed on the tray along an outer circumference thereof, and configured to prevent water from entering inside the housing through the slot, while maintaining the location of the tray in the slot; and a mounting portion (2141, 2142) adapted to receive a removable external component (230, 240), a tray cover having a surface exposed outside the housing, and including a metal material or a magnetic material, a connector formed between the mounting portion (2141, 2142) and the tray cover, and a sealing member (2121, 9121) disposed on the tray along an outer circumference thereof, and configured to prevent water from entering inside the housing through the slot, while maintaining the location of the tray in the slot; and a tray extraction element including a body, a tray contact area and at least one magnet exposed in the tray contact area, wherein the tray extraction element is configured to extract the tray from the slot via a magnetic force that is exerted on the tray by the at least one magnet when the tray extraction element comes in magnetic contact with the tray while the tray is inserted into the slot, wherein the tray extraction element further includes a buffer sheet attached to cover the exposed at least one magnet.
An IgM, IgA, IgG/IgM, or IgG/IgA antibody that specifically binds to CD20, the antibody comprising a modified J-chain, wherein the modified J-chain comprises one or more extraneous binding moieties, wherein at least one binding moiety comprises a CD3 binding domain covalently attached to a J-chain, and wherein said IgG/IgM or IgG/IgA antibody is a hybrid antibody which contains an IgM or IgA tail-piece at the IgG heavy chain and has the ability to incorporate and form polymers with the modified J-chain.
A method for generating an encapsulated belt containment system, the method comprising: cutting a belt and removing rubber material from a portion of the belt to generate exposed belt end; removing excess material from exposed cables of the exposed belt end; characterized by organizing the exposed cables into a plurality of cable groups and securing each group; attaching a moisture control mechanism to the exposed cables; inserting the plurality of cable groups into a containment bag. cutting a belt and removing rubber material from a portion of the belt to generate exposed belt end; removing excess material from exposed cables of the exposed belt end; characterized by organizing the exposed cables into a plurality of cable groups and securing each group; attaching a moisture control mechanism to the exposed cables; inserting the plurality of cable groups into a containment bag.
An exercise appliance comprising a back rest structure, a head rest structure, and a suspension and retention structure that is connected to the back rest structure and that is arranged to suspend the appliance from the shoulders of a user and to hold the back rest structure pressed against the user's back, the appliance being characterized in that it further comprises: • a connection structure connecting the back rest structure to the head rest structure and presenting adjustable stiffness; • force measurement means (40, 43) sensitive to the forces exerted by the user on the head rest structure, which means are sensitive to the forces transmitted to the connection structure by the head rest structure and comprise a force sensor arranged between the connection structure and the head rest structure; and • means for transmitting force signals - or data - that are connected to the force measurement means and that are arranged to transmit the force signals - or data - delivered by the force measurement means. • a connection structure connecting the back rest structure to the head rest structure and presenting adjustable stiffness; • force measurement means (40, 43) sensitive to the forces exerted by the user on the head rest structure, which means are sensitive to the forces transmitted to the connection structure by the head rest structure and comprise a force sensor arranged between the connection structure and the head rest structure; and • means for transmitting force signals - or data - that are connected to the force measurement means and that are arranged to transmit the force signals - or data - delivered by the force measurement means.
Use of alkoxylated polypropylenimines selected from those with a polypropylenimine backbone with a molecular weight M n in the range of from 300 to 4,000 g/mol for laundry care.
A method for predicting a software build error, comprising: detecting a plurality of changes in software since the last software build; identifying a plurality of change lists, wherein a change list is identified for each of the plurality of changes in the software; identifying a characteristic for each change list in the plurality of change lists, the characteristic comprising a complexity metric based in part on a number of nested loops surrounding a changed line of software code; calculating a plurality of probabilities based on the characteristic of each of the plurality of change lists, wherein each of the probabilities indicates the likelihood of one of the plurality of change lists creating the software build error, the software build error preventing the software from being compiled into an executable file or preventing the software from being translated into machine executable code, and wherein the plurality of probabilities are calculated based on a plurality of coefficients, each coefficient corresponding to each characteristic of each of the plurality of change lists, the coefficients determined from historical data; reporting the plurality of probabilities of the software build error; building the software; detecting the software build error; determining a change from the plurality of changes in the software that resulted in the software build error; and removing the change that resulted in the software build error from the software. detecting a plurality of changes in software since the last software build; identifying a plurality of change lists, wherein a change list is identified for each of the plurality of changes in the software; identifying a characteristic for each change list in the plurality of change lists, the characteristic comprising a complexity metric based in part on a number of nested loops surrounding a changed line of software code; calculating a plurality of probabilities based on the characteristic of each of the plurality of change lists, wherein each of the probabilities indicates the likelihood of one of the plurality of change lists creating the software build error, the software build error preventing the software from being compiled into an executable file or preventing the software from being translated into machine executable code, and wherein the plurality of probabilities are calculated based on a plurality of coefficients, each coefficient corresponding to each characteristic of each of the plurality of change lists, the coefficients determined from historical data; reporting the plurality of probabilities of the software build error; building the software; detecting the software build error; determining a change from the plurality of changes in the software that resulted in the software build error; and removing the change that resulted in the software build error from the software.
A method of generating a plant that is heterozygous for a modification at a gene locus having first and second alleles, the method comprising, (a) introducing an exogenous sequence into a plant cell using a nuclease that mediates targeted integration of the exogenous sequence into a selected locus of the genome of the plant, the locus comprising at least first and second alleles; (b) identifying cells comprising (i) the exogenous sequence in the first allele of the target locus and (ii) a non-homologous end joining (NHEJ) modification in the second allele of the selected target locus (TI/NHEJ cells); and (c) allowing the TI/NHEJ cells identified in step (b) to develop into reproductively mature plants. (a) introducing an exogenous sequence into a plant cell using a nuclease that mediates targeted integration of the exogenous sequence into a selected locus of the genome of the plant, the locus comprising at least first and second alleles; (b) identifying cells comprising (i) the exogenous sequence in the first allele of the target locus and (ii) a non-homologous end joining (NHEJ) modification in the second allele of the selected target locus (TI/NHEJ cells); and (c) allowing the TI/NHEJ cells identified in step (b) to develop into reproductively mature plants.
Combination comprising cabazitaxel, which may be in the form of anhydrous base, a hydrate or a solvate, and cisplatin, said combination to be for an administration of cabazitaxel by perfusion at a dose from 15 to 25 mg/m 2 and for administration of cisplatin by perfusion at a dose of 75 mg/m 2, for its use for the treatment of cancer.
A method of detecting an analyte in a liquid sample using a capacitive sensor having electrodes and a sensor surface, and a processor linked with the electrodes, the method comprising the steps of: bringing the sample (20, 31) into contact with said sensor surface, measuring capacitance of the sample, and using said measurement to provide data concerning the analyte, characterized in that, the sample is dried, and capacitance of the dried sample is measured. bringing the sample (20, 31) into contact with said sensor surface, measuring capacitance of the sample, and using said measurement to provide data concerning the analyte, characterized in that, the sample is dried, and capacitance of the dried sample is measured.
A control unit for a climate control system for a vehicle, comprising; a monitoring module arranged to monitor at least one demand representative of an environmental parameter change within the vehicle and/or at least one active user input relating to an environmental parameter within a vehicle; storage means for storing a control policy for configuring at least one climate control element; a feedback module configured to receive the at least one demand from the monitoring module and to receive a simulated control policy from a simulation module; wherein the feedback module is configured to update the control policy, based on the simulated control policy, in response to receiving the at least one demand; and, an implementation module for controlling said at least one climate control element in accordance with said control policy.
A fixed dose combination comprising benazepril hydrochloride and pimobendan in a ratio of 2: 1, in form of a bilayer tablet, wherein the benazepril layer comprises 2.5, 5 or 10 mg benazepril hydrochloride which are contained in the form of pellets, and wherein the pimobendan layer comprises 1.25, 2.5 or 5 mg pimobendan.
A method for preparing 1,4-cyclohexanedicarboxylic acid dichloride, comprising reacting 1,4-cyclohexanedicarboxylic acid containing at least 70% cis isomers with thionyl chloride, wherein the 1,4-cyclohexanedicarboxylic acid dichloride contains at least 60% cis isomers, and the 1,4-cyclohexanedicarboxylic acid dichloride contains acidic gas in an amount of 1.0% by weight or less, wherein the reaction is carried out at 40 to 50 °C by adding thionyl chloride dropwise to 1,4-cyclohexanecarboxylic acid, further comprising removing unreacted thionyl chloride and generated acidic gas after the reaction, wherein the removal of unreacted thionyl chloride and generated acidic gas is carried out by degassing, and the degassing is carried out by passing nitrogen through the reaction solution at a reduced pressure of 13.3 kPa or lower and at a temperature of 80°C or lower.
A method for producing a fiber-reinforced plastic, the method comprising the following steps (i) to (iii): (i) a step of obtaining a material containing a prepreg base material in which a reinforcing fiber pulled and aligned in one direction is impregnated with a matrix resin and a cut is formed so as to intersect a fiber axis of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of 0° < θ < 90° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of - 90° < θ < 0° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber when anticlockwise rotation with respect to the fiber axis of the reinforcing fiber in a planar view is defined as a positive are alternately formed in a direction orthogonal to the fiber axis of the reinforcing fiber; (ii) a step of pressing the material in a state of being heated to a temperature T equal to or higher than a melting point of a matrix resin or equal to or higher than a glass transition temperature of the matrix resin when the matrix resin does not have a melting point while moving the material in one direction by setting angles formed by fiber axis directions of all reinforcing fibers with respect to a direction orthogonal to a moving direction of the material to from -20° to 20° by using a pressing device which substantially uniformly presses the material in the orthogonal direction; and (iii) a step of cooling the material pressed by the pressing device to obtain a fiber-reinforced plastic. (i) a step of obtaining a material containing a prepreg base material in which a reinforcing fiber pulled and aligned in one direction is impregnated with a matrix resin and a cut is formed so as to intersect a fiber axis of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of 0° < θ < 90° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber and a region in which a plurality of cuts to form an angle θ of - 90° < θ < 0° with the fiber axis of the reinforcing fiber are formed in a fiber axis direction of the reinforcing fiber when anticlockwise rotation with respect to the fiber axis of the reinforcing fiber in a planar view is defined as a positive are alternately formed in a direction orthogonal to the fiber axis of the reinforcing fiber; (ii) a step of pressing the material in a state of being heated to a temperature T equal to or higher than a melting point of a matrix resin or equal to or higher than a glass transition temperature of the matrix resin when the matrix resin does not have a melting point while moving the material in one direction by setting angles formed by fiber axis directions of all reinforcing fibers with respect to a direction orthogonal to a moving direction of the material to from -20° to 20° by using a pressing device which substantially uniformly presses the material in the orthogonal direction; and (iii) a step of cooling the material pressed by the pressing device to obtain a fiber-reinforced plastic.
A motion estimation method for video encoding comprising the steps of: (a) comparing a cost indicating a difference between a current block of a current picture and a block of a reference picture specified by a starting point with a predetermined threshold; (b) selectively searching for the best matching block of the current block from the starting point according to the comparison result of (a); and (h) determining the predetermined threshold that is a criterion for selecting a starting point suitable for searching in the reference picture for the best matching block of the current block, and characterised in that the step (h) of determining comprises determining the predetermined threshold using costs indicating differences between neighboring blocks of the current block and blocks of the reference picture corresponding to the neighboring blocks.. (a) comparing a cost indicating a difference between a current block of a current picture and a block of a reference picture specified by a starting point with a predetermined threshold; (b) selectively searching for the best matching block of the current block from the starting point according to the comparison result of (a); and (h) determining the predetermined threshold that is a criterion for selecting a starting point suitable for searching in the reference picture for the best matching block of the current block,