mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented machine learning system for material design to generate a structure for a target property of a material, the machine learning system comprising a generative adversarial network, wherein the GAN comprises: a latent space vector generator (210, 410) configured to generate random vectors, a generator network (230, 431, 432) configured to receive the random vectors as input and to generate a tuple comprising both a simulated structure and a simulated property, and a discriminator network (250, 450) configured to be trained with the simulated structure and the simulated property being concatenated to each other and from a database comprising real structures and real properties of materials, to distinguish the simulated structure and the simulated property from the real structure and the real property, and to send a loss function to the generator network (230, 431, 432), wherein the latent space vector generator (210, 410), the generator network (230, 431, 432), and the discriminator network (250, 450) are arranged to learn an underlying joint probability distribution of structure-property p(S, P) simultaneously, wherein the generating of the structure for the target property comprises randomly generating a large number of samples (S,P) utilizing the underlying joint probability distribution and filtering those that meet the target property. a latent space vector generator (210, 410) configured to generate random vectors, a generator network (230, 431, 432) configured to receive the random vectors as input and to generate a tuple comprising both a simulated structure and a simulated property, and a discriminator network (250, 450) configured to be trained with the simulated structure and the simulated property being concatenated to each other and from a database comprising real structures and real properties of materials, to distinguish the simulated structure and the simulated property from the real structure and the real property, and to send a loss function to the generator network (230, 431, 432), wherein the latent space vector generator (210, 410), the generator network (230, 431, 432), and the discriminator network (250, 450) are arranged to learn an underlying joint probability distribution of structure-property p(S, P) simultaneously, wherein the generating of the structure for the target property comprises randomly generating a large number of samples (S,P) utilizing the underlying joint probability distribution and filtering those that meet the target property.
An electric contact structure comprising a plate spring fixing structure, comprising: a plate spring that has an electric conductivity; and a first molded resin part to which the plate spring is partially fixed, the plate spring having a fixed portion and a spring portion, the fixed portion being embedded in and fixed to the first molded resin part, the spring portion having a spring property and being not fixed to the first molded resin part, the fixed portion having a face which is not in contact with the first molded resin part, the spring portion serving as an electric contact, wherein the first molded resin part has a hole for housing and holding a coin type cell, wherein the fixed portion has an unfixed face (12a1), the unfixed face (12a1) is the face which is not in contact with the first molded resin part, and the fixed portion is embedded in the first molded resin part such that the unfixed face (12a1) of the fixed portion is flush with or substantially flush with a surface of the first molded resin part, characterized in that the first molded resin part having a wiring circuit comprising conductive ink printed wires on a surface thereof, in which the fixed portion of the plate spring is embedded, the wiring circuit being connected to the plate spring, wherein the wires are electrically connected to the unfixed face (12a1) of the plate spring and extend out of the first molded resin part. a plate spring that has an electric conductivity; and a first molded resin part to which the plate spring is partially fixed, the plate spring having a fixed portion and a spring portion, the fixed portion being embedded in and fixed to the first molded resin part, the spring portion having a spring property and being not fixed to the first molded resin part, the fixed portion having a face which is not in contact with the first molded resin part, the spring portion serving as an electric contact, wherein the first molded resin part has a hole for housing and holding a coin type cell, wherein the fixed portion has an unfixed face (12a1), the unfixed face (12a1) is the face which is not in contact with the first molded resin part, and the fixed portion is embedded in the first molded resin part such that the unfixed face (12a1) of the fixed portion is flush with or substantially flush with a surface of the first molded resin part, characterized in that the first molded resin part having a wiring circuit comprising conductive ink printed wires on a surface thereof, in which the fixed portion of the plate spring is embedded, the wiring circuit being connected to the plate spring, wherein the wires are electrically connected to the unfixed face (12a1) of the plate spring and extend out of the first molded resin part.
A circular loom bed plate turntable system comprising: a positive lay down delivery station; a rotating table located adjacent to the positive lay down delivery station, wherein the rotating table comprises a plurality of pass-through grooves; a mobile robotic sewing head comprising a needle configured to pass through a first subset of the plurality of pass-through grooves; and a fabric packaging station located adjacent to the rotating table, wherein the fabric packaging station is configured to remove a substantially continuous sewn helical fabric from the rotating table. a positive lay down delivery station; a rotating table located adjacent to the positive lay down delivery station, wherein the rotating table comprises a plurality of pass-through grooves; a mobile robotic sewing head comprising a needle configured to pass through a first subset of the plurality of pass-through grooves; and a fabric packaging station located adjacent to the rotating table, wherein the fabric packaging station is configured to remove a substantially continuous sewn helical fabric from the rotating table.
A system for addressing electrodes in an electrode array for synthesizing a molecule, the system comprising an array of electrode cells, each electrode cell comprising: i. an access transistor having - a gate, - a source, and - a drain; and ii. a storage circuit; characterized in that - the electrodes are nanoelectrodes, - the electrode array is a nanoelectrode array, - the gate is resistively coupled to a word line, - the source is resistively coupled to a bit line, and - the storage circuit is resistively coupled to the drain and comprises a nanoelectrode. i. an access transistor having - a gate, - a source, and - a drain; and - a gate, - a source, and - a drain; and ii. a storage circuit; - the electrodes are nanoelectrodes, - the electrode array is a nanoelectrode array, - the gate is resistively coupled to a word line, - the source is resistively coupled to a bit line, and - the storage circuit is resistively coupled to the drain and comprises a nanoelectrode.
A process for preparing an alkyl diamine compound of formula I: wherein n is an integer from 1 to 5; R 1 and R 2 are independently H or C 1 -C 6 alkyl, or R 1 and R 2 together with the carbon to which they are attached form C 3 -C 12 cycloalkyl; and R 3 and R 4 at each occurrence are independently H or C 1 -C 6 alkyl, the process comprising reducing a corresponding nitroamine compound represented by the following formula: wherein n is an integer from 1 to 5; R 1 and R 2 are independently H or C 1 -C 6 alkyl, or R 1 and R 2 together with the carbon to which they are attached form C 3 -C 12 cycloalkyl; and R 3 and R 4 at each occurrence are independently H or C 1 -C 6 alkyl, wherein the reduction is conducted in the presence of an alkylamine compound of formula II: wherein R 5 is H or C 1 -C 6 alkyl and R 6 is C 1 -C 6 alkyl, wherein, in each formula, an alkyl group may be optionally substituted with 1, 2, or 3 substituents selected from the group consisting of nitro, halogen, carboxylic acids and C 2 -C 6 alkene, and a cycloalkyl group may be optionally substituted with 1, 2, or 3 substituents selected from the group consisting of C 1 -C 6 alkyl, nitro, halogen, carboxylic acids, and C 2 -C 6 alkene.
A hitch control system for a tractor comprising: a means configured to creating a force signal indicative of the current pull force necessary to pull an implement attached to a hitch; and a control means configured to receiving the force signal and inputs entered by a tractor operator indicative of the required operating condition of the implement, and wherein the said system is configured to adjust the vertical position of the hitch relative to the tractor in response to the variations in the force signal to maintain the required operating condition of the implement, characterised in that the system further comprises a brake sensing means which is configured to provide a brake signal to the control means indicative of the application of the brakes, and wherein the system is configured such that during the detection of the brake signal, the change in force signal is ignored and there is no movement of the hitch. a means configured to creating a force signal indicative of the current pull force necessary to pull an implement attached to a hitch; and a control means configured to receiving the force signal and inputs entered by a tractor operator indicative of the required operating condition of the implement, and wherein the said system is configured to adjust the vertical position of the hitch relative to the tractor in response to the variations in the force signal to maintain the required operating condition of the implement, characterised in that the system further comprises a brake sensing means which is configured to provide a brake signal to the control means indicative of the application of the brakes, and wherein the system is configured such that during the detection of the brake signal, the change in force signal is ignored and there is no movement of the hitch.
A ketone for use in treating cancer in an animal; wherein the treatment comprises a ketogenic diet supplemented with said ketone and wherein the treatment further comprises subjecting the animal to a hyperbaric, oxygen-enriched environment.
A boot binding and interface system for securing a boot binding to a gliding board having a ride mode interface and a ski touring mode interface mounted thereon, said system comprising: a boot binding baseplate (101, 201) having a toe latch pedal mechanism (103, 203) mounted anteriorly thereon, said toe latch pedal mechanism comprising a pivotable toe pedal plate (104, 204) with detent member (106, 206) inferiorly mounted thereon, wherein said toe pedal plate is pivotable between a release position and a lock position when lockingly engaging said ski touring mode interface or said ride mode interface in alternation. a boot binding baseplate (101, 201) having a toe latch pedal mechanism (103, 203) mounted anteriorly thereon, said toe latch pedal mechanism comprising a pivotable toe pedal plate (104, 204) with detent member (106, 206) inferiorly mounted thereon, wherein said toe pedal plate is pivotable between a release position and a lock position when lockingly engaging said ski touring mode interface or said ride mode interface in alternation.
Method for producing a card body for a chip card, comprising the steps of: - providing a metal main body with two opposite main surfaces (12, 13) and a peripheral circumferential surface connecting the two main surfaces (12, 13), wherein a module opening for receiving a chip module is already made in the main body or is yet to be made in a module opening zone, and - producing a slot on the circumferential surface between the two main surfaces (12, 13), wherein the slot is formed from the circumferential surface up to the module opening or up to the module opening zone, and wherein an entry angle (α) of the slot at least into one of the two main surfaces is not equal to ninety degrees with respect to the main surface, characterized in that at least a region of the slot is formed in an arched shape from one main side to the other main side so that a first wall of the slot has a concave region and an opposite second wall of the slot has a convex region, wherein the convex region engages in the concave region. - providing a metal main body with two opposite main surfaces (12, 13) and a peripheral circumferential surface connecting the two main surfaces (12, 13), wherein a module opening for receiving a chip module is already made in the main body or is yet to be made in a module opening zone, and - producing a slot on the circumferential surface between the two main surfaces (12, 13), wherein the slot is formed from the circumferential surface up to the module opening or up to the module opening zone, and
A recombinant interferon encoded by SEQ ID NO: 2 for use in eliminating or reducing malignant pleural effusion, malignant ascites, and/or malignant pericardial effusion in a subject with tumor.
A method of controlling the level of a liquid in a tank in the face of intermittent liquid removal from said tank, in which said tank has desired minimum and maximum liquid levels L min and L max, said method comprising the steps of: (a) choosing a setpoint level, s; and (b) choosing two monitoring levels, m 1 and m 2, such that L min <m 2 <m 1 <s<L max; (c) monitoring the level of liquid in the tank and initiating a refill cycle to add liquid to the tank when the level falls below s; (d) periodically reviewing the setpoint level, s, by: (i) determining the lowest level, L low, of the liquid over a setpoint review interval; (ii) if L low <m 2, then: increasing s by an amount; and optionally increasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max; (iii) otherwise if L low <m 1 then: maintaining setpoint at s; (iv) otherwise: decreasing s by an amount; and optionally decreasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max s. (a) choosing a setpoint level, s; and (b) choosing two monitoring levels, m 1 and m 2, such that L min <m 2 <m 1 <s<L max; (c) monitoring the level of liquid in the tank and initiating a refill cycle to add liquid to the tank when the level falls below s; (d) periodically reviewing the setpoint level, s, by: (i) determining the lowest level, L low, of the liquid over a setpoint review interval; (ii) if L low <m 2, then: increasing s by an amount; and optionally increasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max; (iii) otherwise if L low <m 1 then: maintaining setpoint at s; (iv) otherwise: decreasing s by an amount; and optionally decreasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max s. (i) determining the lowest level, L low, of the liquid over a setpoint review interval; (ii) if L low <m 2, then: increasing s by an amount; and optionally increasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max; increasing s by an amount; and optionally increasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max; (iii) otherwise if L low <m 1 then: maintaining setpoint at s; maintaining setpoint at s; (iv) otherwise: decreasing s by an amount; and optionally decreasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max s. decreasing s by an amount; and optionally decreasing m 1 and m 2 by an amount, whilst maintaining L min < m 2 < m 1 < s < L max s.
A transporting apparatus for rolling ingots, having at least one travelling carriage, which comprises a tilting frame and a guide frame, wherein the tilting frame comprises at least one longitudinally displaceable transporting carriage with a rail section for receiving an ingot rest and, for the purpose of forming a rail extension, can be positioned collinearly in relation to a furnace rail, and the guide frame has at least one hook carriage, which can be moved substantially parallel to the transporting carriage and comprises at least one tiltable hook for engaging in the ingot rest, and wherein the transporting carriage can be moved transversely to a movement direction of the travelling carriage.
A diverter system for a fluid-bearing household appliance comprising a supply path, a first discharge path, a second discharge path, and a fluid diverter with a moveable fluid distribution element, wherein the moveable fluid distribution element is moveable for selectively connecting the supply path to one of the first discharge path and the second discharge path in a flow direction, characterized in that a low pressure barrier device having an inlet side and an outlet side downstream of the inlet side in the flow direction is provided in the first discharge path, which is configured to prevent fluid flow from the inlet side to the outlet side when a pressure differential between the inlet side and the outlet side is below a cracking pressure.
A tire (100; 200; 400) comprising: a tread (115; 205; 405) having at least four circumferential grooves that define at least five circumferential ribs (125; 210; 410), the tread (115; 205; 305; 405) including a base layer (160; 215; 415) and a cap layer (165; 220; 320; 420) disposed above the base layer (160; 215; 415), wherein the base layer (160; 215; 415) is constructed of a first rubber composition having a first complex dynamic modulus and a first glass transition temperature, wherein the cap layer (165; 220; 420) is constructed of a second rubber composition having a second complex dynamic modulus greater than the first complex dynamic modulus and a second glass transition temperature greater than the first glass transition temperature, wherein the base layer (160; 215; 415) has a shaped geometry with a bottom portion that is wider than a top portion, characterized in that each of the at least five ribs (125; 210; 410) includes a single radial projection (175; 230; 430) of the base layer (160; 215; 415) that extends to a surface of the tread (115; 205; 405) when the tire (100; 200; 400) is new, such that: S 1 S 2 > 0 where S 1 is a surface area of the first rubber composition, and S 2 is a surface area of the second rubber composition, and wherein, S 1 S 2 increases as the tread (115; 205; 305; 405) wears. wherein the base layer (160; 215; 415) is constructed of a first rubber composition having a first complex dynamic modulus and a first glass transition temperature, wherein the cap layer (165; 220; 420) is constructed of a second rubber composition having a second complex dynamic modulus greater than the first complex dynamic modulus and a second glass transition temperature greater than the first glass transition temperature, wherein the base layer (160; 215; 415) has a shaped geometry with a bottom portion that is wider than a top portion, characterized in that each of the at least five ribs (125; 210; 410) includes a single radial projection (175; 230; 430) of the base layer (160; 215; 415) that extends to a surface of the tread (115; 205; 405) when the tire (100; 200; 400) is new, such that: S 1 S 2 > 0 where S 1 is a surface area of the first rubber composition, and S 2 is a surface area of the second rubber composition, and wherein, S 1 S 2 increases as the tread (115; 205; 305; 405) wears. where S 1 is a surface area of the first rubber composition, and S 2 is a surface area of the second rubber composition, and wherein, S 1 S 2 increases as the tread (115; 205; 305; 405) wears.
A rotary internal combustion engine comprising: a housing having a rotor cavity; and a rotor received in the rotor cavity and cooperating with the housing to define a plurality of combustion chambers in the rotor cavity, each of the combustion chambers having a respective working volume that is variable and a theoretical volumetric ratio defined as a ratio of a maximum value of the respective working volume to a minimum value of the respective working volume throughout one revolution of the rotor, wherein at least a first and a second of the combustion chambers have unequal theoretical volumetric ratios, and the first combustion chamber is bordered by a first flank of the rotor and the second combustion chamber is bordered by a second flank of the rotor, characterised in that: the first and second flanks have different shapes from each other; the first flank includes a recess having a volume unequal to that of a recess of the second flank; or the first flank includes a recess and the second flank is free of recesses. a housing having a rotor cavity; and a rotor received in the rotor cavity and cooperating with the housing to define a plurality of combustion chambers in the rotor cavity, each of the combustion chambers having a respective working volume that is variable and a theoretical volumetric ratio defined as a ratio of a maximum value of the respective working volume to a minimum value of the respective working volume throughout one revolution of the rotor, wherein at least a first and a second of the combustion chambers have unequal theoretical volumetric ratios, and the first combustion chamber is bordered by a first flank of the rotor and the second combustion chamber is bordered by a second flank of the rotor, the first and second flanks have different shapes from each other; the first flank includes a recess having a volume unequal to that of a recess of the second flank; or the first flank includes a recess and the second flank is free of recesses.
A variable valve device for an internal combustion engine comprising: a shaft member that is configured by turnably encasing an inner camshaft in an outer camshaft formed of a pipe member and can be driven by crank output of an internal combustion engine; a reference cam disposed in an outer periphery of the outer camshaft; a movable cam disposed to be turnable around an axis of the outer camshaft; and connecting means that connects the movable cam and the inner camshaft together while allowing relative displacement of the outer camshaft and the inner camshaft, in which the relative displacement of the outer camshaft and the inner camshaft makes the movable cam variable in phase on the basis of the reference cam, the connecting means including: a pin-like member that is movably inserted so as to penetrate the movable cam, the outer camshaft and the inner camshaft along a diametrical direction of the shaft member, and transmits relative displacement between the shafts (17a, 17b) to the movable cam; and an escape-preventing portion that restricts the pin-like member from escaping, characterized in that: the pin-like member is axially displaceable while escape thereof is restricted by the escape-preventing portion. a shaft member that is configured by turnably encasing an inner camshaft in an outer camshaft formed of a pipe member and can be driven by crank output of an internal combustion engine; a reference cam disposed in an outer periphery of the outer camshaft; a movable cam disposed to be turnable around an axis of the outer camshaft; and connecting means that connects the movable cam and the inner camshaft together while allowing relative displacement of the outer camshaft and the inner camshaft, in which the relative displacement of the outer camshaft and the inner camshaft makes the movable cam variable in phase on the basis of the reference cam, the connecting means including: a pin-like member that is movably inserted so as to penetrate the movable cam, the outer camshaft and the inner camshaft along a diametrical direction of the shaft member, and transmits relative displacement between the shafts (17a, 17b) to the movable cam; and an escape-preventing portion that restricts the pin-like member from escaping, the pin-like member is axially displaceable while escape thereof is restricted by the escape-preventing portion.