mhurhangee/ep-ind-claims huggingface dataset:
A response determination apparatus, comprising: a question/correct answer acquiring means that acquires a question including text information and a correct answer to the question; a character-converted question generating means that converts part of a character string or character in the question into a different character string or character, by switching characters in a word, by replacing a character in a word with a character not included in the word, by adding a character, or by deleting some of the characters, and generates a character-converted question corresponding to the question; a character-converted question output means that outputs information of the character-converted question to an output destination; a response receiving means that receives an input of a response to the character-converted question; and a response determining means that determines whether or not the received response matches with the correct answer. a question/correct answer acquiring means that acquires a question including text information and a correct answer to the question; a character-converted question generating means that converts part of a character string or character in the question into a different character string or character, by switching characters in a word, by replacing a character in a word with a character not included in the word, by adding a character, or by deleting some of the characters, and generates a character-converted question corresponding to the question; a character-converted question output means that outputs information of the character-converted question to an output destination; a response receiving means that receives an input of a response to the character-converted question; and a response determining means that determines whether or not the received response matches with the correct answer.
Electric heater that can be inserted with a heating section into a receptacle of a component to be thermostated, with a heating element that can be energised via a power supply and which can be brought into thermal contact with a wall of the receptacle, an activation pin which is adjustable from a release position to an activation position to adjust the heating element from a mounting position in which it is not or only to a limited extent in thermal contact with the wall or in electrical contact with the associated power supply into an operative position in which thermal contact and/or electrical contact is ensured, the activation pin having a cantilevered actuating projection and an activation section on the heating element side that is operatively connected to the heating element for activation, the actuating projection being designed as a power supply so that an energisation takes place upon adjustment of the activation pin into its activation position, the power supply being designed to be resilient.
A stroller wheel holding mechanism comprising: a wheel shaft; a wheel mounted to the wheel shaft; a braking member through which the wheel shaft penetrates and which is slidable with respect to the wheel shaft in an axial direction of the wheel shaft, and characterized in that the stroller wheel holding mechanism further comprises a casing for housing the braking member, wherein the braking member, by its sliding movement in the axial direction of the wheel shaft, is movable between a position where the braking member is apart from the wheel and a position where the braking member is in contact with the wheel and inhibits a rotation of the wheel, wherein a surface of the braking member, facing the wheel in the axial direction of the wheel shaft, and a surface of the wheel, facing the braking member in the axial direction of the wheel shaft, are configured as complementary uneven surfaces capable of engaging each other in a circumferential area around the wheel shaft; wherein the casing has an opening formed in a position facing the braking member, and wherein a portion of the wheel, which is to make contact with the braking member, is inserted into the opening and disposed in the casing. a wheel shaft; a wheel mounted to the wheel shaft; a braking member through which the wheel shaft penetrates and which is slidable with respect to the wheel shaft in an axial direction of the wheel shaft, and characterized in that the stroller wheel holding mechanism further comprises a casing for housing the braking member, wherein the braking member, by its sliding movement in the axial direction of the wheel shaft, is movable between a position where the braking member is apart from the wheel and a position where the braking member is in contact with the wheel and inhibits a rotation of the wheel, wherein a surface of the braking member, facing the wheel in the axial direction of the wheel shaft, and a surface of the wheel, facing the braking member in the axial direction of the wheel shaft, are configured as complementary uneven surfaces capable of engaging each other in a circumferential area around the wheel shaft; wherein the casing has an opening formed in a position facing the braking member, and wherein a portion of the wheel, which is to make contact with the braking member, is inserted into the opening and disposed in the casing.
Activator composition comprising a) between 0.5% and 50% by weight of a catalyst K which is liquid at 23°C for the crosslinking of two-component adhesives, b) between 40% and 99.5% by weight of an organic solvent L, c) between 0% and 10% by weight of at least one silane S having at least one hydrolyzable silane group and preferably at least one functional group selected from mercapto, epoxy, amino, methacryloyl, vinyl and alkyl group, characterized in that the catalyst K comprises a 1,3-ketoamidate complex of a metal, and in that the solvent L is selected from the group of acetone, methyl ethyl ketone, methyl n-propyl ketone, diisobutyl ketone, methyl isobutyl ketone, methyl n-amyl ketone, methyl isoamyl ketone, acetylacetone, mesityl oxide, cyclohexanone, methylcyclohexanone, ethyl acetate, propyl acetate, isopropyl acetate, butyl acetate, n-butyl propionate, diethyl malonate, 1-methoxy-2-propyl acetate, 3-methoxy-n-butyl acetate, ethyl 3-ethoxypropionate, diisopropyl ether, diethyl ether, dibutyl ether, diethylene glycol diethyl ether, ethylene glycol diethyl ether, ethylene glycol monopropyl ether, ethylene glycol mono-2-ethylhexyl ether, ethylbenzene, toluene, xylene, heptane, octane, naphtha, white spirit, petroleum ether, benzine, methylene chloride, methanol, ethanol, isopropanol, and mixtures of these solvents. a) between 0.5% and 50% by weight of a catalyst K which is liquid at 23°C for the crosslinking of two-component adhesives, b) between 40% and 99.5% by weight of an organic solvent L, c) between 0% and 10% by weight of at least one silane S having at least one hydrolyzable silane group and preferably at least one functional group selected from mercapto, epoxy, amino, methacryloyl, vinyl and alkyl group,
A heater, comprising: an insulating base made of a ceramic; a resistor buried in the insulating base; and leads connected to end portions of the resistor, wherein both the resistor and the leads contain electrical conductors (21, 31) and insulating ceramic particles (22, 32) dispersed in the electrical conductors (21, 31), and an average particle diameter of the insulating ceramic particles contained in the resistor is smaller than an average particle diameter of the insulating ceramic particles contained in the leads, and the average particle diameter is determined by cutting the heater at a place where the resistor or the leads are buried and then observing a cross-sectional portion under a scanning electron microscope or a metallurgical microscope, and drawing five arbitrary straight lines in the obtained image and defining an average length of 50 particles crossed by the straight lines as the average particle diameter, or the average particle diameter is determined with an image-analysis device, LUZEX-FS, manufactured by Nireco Corporation. an insulating base made of a ceramic; a resistor buried in the insulating base; and leads connected to end portions of the resistor, wherein both the resistor and the leads contain electrical conductors (21, 31) and insulating ceramic particles (22, 32) dispersed in the electrical conductors (21, 31), and an average particle diameter of the insulating ceramic particles contained in the resistor is smaller than an average particle diameter of the insulating ceramic particles contained in the leads, and the average particle diameter is determined by cutting the heater at a place where the resistor or the leads are buried and then observing a cross-sectional portion under a scanning electron microscope or a metallurgical microscope, and drawing five arbitrary straight lines in the obtained image and defining an average length of 50 particles crossed by the straight lines as the average particle diameter, or the average particle diameter is determined with an image-analysis device, LUZEX-FS, manufactured by Nireco Corporation.
A control device for a fuel cell vehicle comprising: a fuel cell; an electricity converter adapted to control an output of the fuel cell; a battery adapted to store electricity of the fuel cell; and a load device (5, 21) adapted to operate by electricity of the fuel cell; characterized by further comprising a controller adapted (i) to calculate current chargeable electricity of the battery, load device electricity currently consumed by the load device (5, 21) and current generable electricity of the fuel cell, and (ii) to reduce the output of the fuel cell by the electricity converter when the generable electricity is equal-to or more-than a combined value of the chargeable electricity and the load device electricity. a fuel cell; an electricity converter adapted to control an output of the fuel cell; a battery adapted to store electricity of the fuel cell; and a load device (5, 21) adapted to operate by electricity of the fuel cell; characterized by further comprising a controller adapted (i) to calculate current chargeable electricity of the battery, load device electricity currently consumed by the load device (5, 21) and current generable electricity of the fuel cell, and (ii) to reduce the output of the fuel cell by the electricity converter when the generable electricity is equal-to or more-than a combined value of the chargeable electricity and the load device electricity.
A flush tank drain valve assembly with a water outflow regulating system, extending substantially along an axis and comprising a supporting structure which includes a vessel, a valve body which slides along the axis and is associated with a float housed inside the vessel, and a regulating system for adjusting the water level inside the vessel; the regulating system comprising a window, formed through a lateral wall of the vessel, and a gate for closing the window and movable to adjust the opening of the window; the valve assembly being characterized in that the gate is connected integrally to an adjusting rod projecting upwards, substantially parallel to the axis, from the gate; and the rod and the supporting structure are connected by a releasable coupling, so as to fix the rod to the supporting structure in at least two predetermined positions corresponding to respective operating positions of the gate with respect to the window; wherein once the coupling is released, the rod is slidable axially, parallel to the axis, together with the gate to move the gate into its various operating positions with respect to the window, and so adjust the opening of the window; and wherein the gate is movable to assume selectively at least two operating positions with respect to the window, in which the window has two different water flow sections; and the rod is connectable to the supporting structure, by means of the coupling, in as many predetermined positions, in which to support the gate axially at different heights, and which correspond to respective operating positions of the gate with respect to the window.
A system consisting of a perfumed composition and a dispensing device for multiple use in a dryer, wherein the perfumed composition comprises a particulate carrier and a perfume, and the dispensing device having, in the interior of the device, a cavity formed by one or more walls for receiving the perfumed composition and having perforations in the wall/in the walls, characterized in that the dispensing device has a recess in the outer surface which is at least partially filled with a wax, wherein the wax is dispensed onto the treated textiles over a plurality of application cycles, characterized in that the wax contains one or more ingredients selected from the group consisting of N,N'-ethylene bis fatty acid amides, quaternary ammonium compounds, glycerol esters and mixtures thereof, and the wax having a melting point in the range of from 80 to 110°C.
A method for injecting ceramic particles into a fibrous texture comprising the following steps: - placing a fibrous texture in a mould, the fibrous texture being interposed between one or more first ports and one or more second ports, - injecting through the first port(s) a first suspension comprising a powder of filtration particles having a particle size greater than the size of the interstices of the pore network of the fibrous texture; - draining the liquid phase of the first suspension by the fibrous texture, evacuating said liquid phase through the second port(s) and retaining the filtration particles by the fibrous texture so as to form a filtration layer 130 between said fibrous texture and the first port(s), - injecting a second suspension into the fibrous texture through the second port(s), the second suspension comprising a powder of refractory ceramic particles with a particle size smaller than the size of the interstices of the pore network of the fibrous texture, - draining through the filtration layer the liquid phase of the second suspension having passed through the fibrous texture and retaining refractory ceramic particle powder inside said fibrous texture by the filtration layer so as to obtain a fibrous preform comprising at least the fibrous texture filled with refractory ceramic particles and the filtration layer, the liquid phase of the second suspension being evacuated through the first port(s). - placing a fibrous texture in a mould, the fibrous texture being interposed between one or more first ports and one or more second ports, - injecting through the first port(s) a first suspension comprising a powder of filtration particles having a particle size greater than the size of the interstices of the pore network of the fibrous texture; - draining the liquid phase of the first suspension by the fibrous texture, evacuating said liquid phase through the second port(s) and retaining the filtration particles by the fibrous texture so as to form a filtration layer 130 between said fibrous texture and the first port(s), - injecting a second suspension into the fibrous texture through the second port(s), the second suspension comprising a powder of refractory ceramic particles with a particle size smaller than the size of the interstices of the pore network of the fibrous texture, - draining through the filtration layer the liquid phase of the second suspension having passed through the fibrous texture and retaining refractory ceramic particle powder inside said fibrous texture by the filtration layer so as to obtain a fibrous preform comprising at least the fibrous texture filled with refractory ceramic particles and the filtration layer, the liquid phase of the second suspension being evacuated through the first port(s).
A method of controlling a touch screen device, the method comprising: displaying a user interface for obtaining an input of direction through a touch screen; obtaining a user's touch input of dragging from a reference point where a touch is started to a current touch point through the user interface; and displaying an input direction indicator at a position farther away from the reference point than the current touch point on the user interface, in response to the user's touch input; characterized in that the input direction indicator indicates by its position with respect to the reference point an input direction from the reference point towards the current touch point; and the input direction indicator is positioned outside an area indicating a maximum range of an input of direction that the user may perform. displaying a user interface for obtaining an input of direction through a touch screen; obtaining a user's touch input of dragging from a reference point where a touch is started to a current touch point through the user interface; and displaying an input direction indicator at a position farther away from the reference point than the current touch point on the user interface, in response to the user's touch input;
A rubber composition comprising a modified lignin derivative obtained by modifying a lignin derivative with a plant-derived compound and a phenol compound, and diene based rubber, wherein the plant-derived compound is a substance containing a phenol structure, wherein the plant-derived compound containing a phenol structure includes at least one selected from cashew oil, sumac extract, cardanol, cardol, methyl cardol, anacardic acid, urushiol, laccol, thitsiol, and purification products of the same., and wherein the phenol compound is phenol or alkyl phenol.
A method for treating a ferrous metal substrate, comprising: contacting the ferrous metal substrate with an aqueous pretreatment composition having a pH of 4 to 5.5 and comprising: (a) a Group IIIB and/or IVB metal compound; (b) phosphate ions; and (c) water, wherein the phosphate ions are maintained in a bath of the pretreatment composition in an amount: (i) that results in a weight ratio of phosphate ions to ferric ions of 1 to 1.7:1; and (ii) that results in a weight ratio of group IIIB and/or IVB metal to phosphate ions of at least 2:1. contacting the ferrous metal substrate with an aqueous pretreatment composition having a pH of 4 to 5.5 and comprising: (a) a Group IIIB and/or IVB metal compound; (b) phosphate ions; and (c) water, wherein the phosphate ions are maintained in a bath of the pretreatment composition in an amount: (i) that results in a weight ratio of phosphate ions to ferric ions of 1 to 1.7:1; and (ii) that results in a weight ratio of group IIIB and/or IVB metal to phosphate ions of at least 2:1. (a) a Group IIIB and/or IVB metal compound; (b) phosphate ions; and (c) water, (i) that results in a weight ratio of phosphate ions to ferric ions of 1 to 1.7:1; and (ii) that results in a weight ratio of group IIIB and/or IVB metal to phosphate ions of at least 2:1.
A method for indicating resource assignment, comprising: obtaining, by a network side device, a number N 0 of resource blocks, RBs, wherein the number N 0 of RBs is the number of RBs that one user equipment, UE, can schedule in maximum and that can be assigned to the one UE by the network side device; calculating, by the network side device, a resource indication value, RIV, according to the N 0 of the UE and a number N RB of RBs, wherein the N RB is the number of RBs corresponding to a bandwidth that the network side device can assign to all UEs for use, and the all UEs are UEs accessing to the network side device; and sending, by the network side device, the RIV to the one UE; wherein in calculating the RIV according to the N RB and the N 0, the number n bit of binary bits for denoting the calculated RIV satisfies denoting the calculated RIV satisfies n bit = ⌈ log 2 N RB − N 0 + 1 × N 0 + N 0 N 0 − 1 / 2 ⌉. obtaining, by a network side device, a number N 0 of resource blocks, RBs, wherein the number N 0 of RBs is the number of RBs that one user equipment, UE, can schedule in maximum and that can be assigned to the one UE by the network side device; calculating, by the network side device, a resource indication value, RIV, according to the N 0 of the UE and a number N RB of RBs, wherein the N RB is the number of RBs corresponding to a bandwidth that the network side device can assign to all UEs for use, and the all UEs are UEs accessing to the network side device; and sending, by the network side device, the RIV to the one UE; wherein in calculating the RIV according to the N RB and the N 0, the number n bit of binary bits for denoting the calculated RIV satisfies denoting the calculated RIV satisfies n bit = ⌈ log 2 N RB − N 0 + 1 × N 0 + N 0 N 0 − 1 / 2 ⌉.
Method for autonomous speed planning of an at least semi-autonomously controlled mobile actor restricted to a predetermined path, having the steps: - capture of sensor data relating to the environment of the mobile actor, - detection of objects in the environment based on the captured sensor data, - division of the objects into different object classes, wherein each of the object classes is assigned at least one movement model, - determination of a future movement and/or position of the objects based on the at least one assigned movement model in each case, - determination of a speed profile of the mobile actor, in which a predetermined risk criterion is met, based on the future movement and/or position of the objects, characterised in that - the determination of a speed profile takes place with the help of a mixed-discrete-continuous optimisation method, wherein the discrete component takes into account a plurality of movement models per object, and - an "anytime optimisation algorithm" is used. - capture of sensor data relating to the environment of the mobile actor, - detection of objects in the environment based on the captured sensor data, - division of the objects into different object classes, wherein each of the object classes is assigned at least one movement model, - determination of a future movement and/or position of the objects based on the at least one assigned movement model in each case, - determination of a speed profile of the mobile actor, in which a predetermined risk criterion is met, based on the future movement and/or position of the objects, - the determination of a speed profile takes place with the help of a mixed-discrete-continuous optimisation method, wherein the discrete component takes into account a plurality of movement models per object, and - an "anytime optimisation algorithm" is used.
Façade-holding device, comprising a screw for connection to a building wall, and a holding rail for holding a façade cladding element or a substructure of a façade cladding element, a holding plate for supporting a head underside of the screw, a counterplate, which is connected to the holding rail or is formed integrally therewith, for supporting a head upper side of the screw, and a connection device for connecting the holding plate and the counterplate to one another, characterised in that the connection device comprises a screwed connection (58, 60, 62) and/or riveted connection.