mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an ice-making machine, the ice-making machine comprising: a refrigerating mechanism that circulates a refrigerant which is a combustible gas in a circuit comprising a condenser forcedly air-cooled by a cooling fan, operates the cooling fan, performs an ice-making operation of an ice-making mechanism, and carries out a deicing operation of the ice-making mechanism after the ice-making operation; and refrigerant detecting means configured to detect the refrigerant leaking from the refrigerating mechanism, characterized in that the refrigerant detecting means has a self-diagnostic function that transmits a detecting signal to controlling means when the refrigerant is detected, and transmits a failure signal to the controlling means when a failure occurs in the refrigerant detecting means, and the controlling means controls the cooling fan to continuously operate upon receiving at least one of the detection signal and the failure signal from the refrigerant detecting means.
A method comprising: submitting identification of an electronic file to a validation queue based on a detection of an update to content of the electronic file; reading a data structure for the electronic file from a cache memory associated with an application or service based on the submitted identification being received at a validation component that validates the content of the electronic file; validating content of the electronic file based on an evaluation of the data structure read from the cache memory, wherein the validating comprises applying validation rules that evaluate the data structure and properties associated with the data structure; detecting one or more invalidities in the content based on a result of the validating; updating, in the cache memory, the data structure to correct the one or more invalidities in the content; and propagating the updated data structure to a permanent distributed data storage for the application or service to enable subsequent access to the electronic file through the application or service. submitting identification of an electronic file to a validation queue based on a detection of an update to content of the electronic file; reading a data structure for the electronic file from a cache memory associated with an application or service based on the submitted identification being received at a validation component that validates the content of the electronic file; validating content of the electronic file based on an evaluation of the data structure read from the cache memory, wherein the validating comprises applying validation rules that evaluate the data structure and properties associated with the data structure; detecting one or more invalidities in the content based on a result of the validating; updating, in the cache memory, the data structure to correct the one or more invalidities in the content; and propagating the updated data structure to a permanent distributed data storage for the application or service to enable subsequent access to the electronic file through the application or service.
A hop powder blend characterized by comprising a blend of a hop powder extracted with liquid or super critical CO 2 gas for removing the hop resin and obtaining an extracted non-sticky hop powder, and one or more hop acids blended into the extracted non-sticky hop powder, wherein the one or more hop acids are selected from the group consisting of an alpha acid, a beta acid, an isoalpha acid, a rho-isoalpha acid, a tetrahydro-isoalpha acid, a hexahydro-isoalpha acid, and a hexahydro-beta acid, and wherein the hop powder blend comprises the one or more hop acids at a concentration of less than 20 % w/w..
A process for supplying an ammonia containing feed mixture to an ammoxidation reactor, the process comprising: supplying an ammonia feed mixture from outside an ammoxidation reactor, through a reactor wall of the reactor and into a fluidized bed of ammoxidation catalyst inside the reactor through a sparger, wherein the sparger includes a main header conduit, a sparger inlet in fluid communication with the main header conduit, and multiple lateral sparger conduits in fluid communication with the main header sparger conduit, the lateral sparger conduits defining feed nozzles for discharging the ammonia containing feed mixture into the fluidized bed of ammoxidation catalyst, wherein the sparger is composed of multiple feed sparger sections (100, 102, 104, 106) arranged inside the reactor in an essentially side by side relationship with respect to one another, each feed sparger section having its own sparger inlet (110, 112, 114, 116) for receiving ammonia containing feed from outside the reactor, its own main header conduit and its own system of lateral sparger conduits. supplying an ammonia feed mixture from outside an ammoxidation reactor, through a reactor wall of the reactor and into a fluidized bed of ammoxidation catalyst inside the reactor through a sparger, wherein the sparger includes a main header conduit, a sparger inlet in fluid communication with the main header conduit, and multiple lateral sparger conduits in fluid communication with the main header sparger conduit, the lateral sparger conduits defining feed nozzles for discharging the ammonia containing feed mixture into the fluidized bed of ammoxidation catalyst, wherein the sparger is composed of multiple feed sparger sections (100, 102, 104, 106) arranged inside the reactor in an essentially side by side relationship with respect to one another, each feed sparger section having its own sparger inlet (110, 112, 114, 116) for receiving ammonia containing feed from outside the reactor, its own main header conduit and its own system of lateral sparger conduits.
A method of monitoring health information for a multi-platform system, comprising: receiving health information from one or more subsystems of a plurality of platforms; analyzing the health information using one or more reasoner algorithms configured to at least one of diagnose and predict a potential failure of the one or more subsystems; upon diagnosis of a failure, providing recommended action; upon prediction of a potential failure, providing a prognostic characteristic of the one or more subsystems; translating at least some of the health information for each of the one or more subsystems into a common format; and storing the translated health information in a relational database for subsequent analysis, wherein the relational database has access to high rate data files stored externally to the relational database for specific event-driven analyses of specific data parameters. receiving health information from one or more subsystems of a plurality of platforms; analyzing the health information using one or more reasoner algorithms configured to at least one of diagnose and predict a potential failure of the one or more subsystems; upon diagnosis of a failure, providing recommended action; upon prediction of a potential failure, providing a prognostic characteristic of the one or more subsystems; translating at least some of the health information for each of the one or more subsystems into a common format; and storing the translated health information in a relational database for subsequent analysis, wherein the relational database has access to high rate data files stored externally to the relational database for specific event-driven analyses of specific data parameters.
An isolated delivery construct comprising: a carrier, wherein the carrier consists of an amino acid sequence having at least 80% sequence identity to the amino acid sequences of SEQ ID NO: 4 or SEQ ID NO: 5; and a biologically active cargo coupled to the carrier, wherein the isolated delivery construct is capable of transcytosing across a polarized epithelial cell.
A method of identifying a security document, being one of a bank note, fiscal stamp, passport or identity document, using an identifying device provided with a capacitance sensor and a second sensor, the second sensor being an imaging sensor, the method comprising: a) capacitively coupling a first element (2, 11) of the security document with the capacitance sensor; b) obtaining first data from the first element using the capacitance sensor; c) obtaining second data in the form of image data from the security document using the second sensor; and d) generating output data based upon the first and second data wherein said generating comprises analysing whether the first data and second data are related by a predetermined relationship. a) capacitively coupling a first element (2, 11) of the security document with the capacitance sensor; b) obtaining first data from the first element using the capacitance sensor; c) obtaining second data in the form of image data from the security document using the second sensor; and d) generating output data based upon the first and second data wherein said generating comprises analysing whether the first data and second data are related by a predetermined relationship.
An intumescent coating composition comprising: (a) a polyepoxy-functional compound; (b) a beta-hydroxy ester of (meth)acrylic acid comprising a plurality of beta-hydroxy (meth)acrylic ester groups; (c) a compound bearing a plurality of functional groups that are reactive with the epoxy groups of the polyepoxy-functional compound (a) and the (meth)acrylic ester groups of the beta-hydroxy ester of (meth)acrylic acid comprising a plurality of beta-hydroxy (meth)acrylic ester groups (b); and (d) a compound providing an expansion gas upon thermal decomposition; wherein compounds (a) to (d) differ from each other. (a) a polyepoxy-functional compound; (b) a beta-hydroxy ester of (meth)acrylic acid comprising a plurality of beta-hydroxy (meth)acrylic ester groups; (c) a compound bearing a plurality of functional groups that are reactive with the epoxy groups of the polyepoxy-functional compound (a) and the (meth)acrylic ester groups of the beta-hydroxy ester of (meth)acrylic acid comprising a plurality of beta-hydroxy (meth)acrylic ester groups (b); and (d) a compound providing an expansion gas upon thermal decomposition; wherein
Procedure for the calibration of the weight measurement of an electromechanical level transmitter, comprising the following: - at least a displacement element, which is connected at least to a measuring drum by means of a measuring wire that can be wound, - at least a measuring shaft to which the measuring drum is mechanically connected in a permanent manner and which is accommodated in at least a pivot bearing, - at least a weight measurement calibrated in a calibration mode, which determines the current weight force of the displacement element and the measuring wire, and - a servomotor, which is coupled to the measuring shaft and which tracks the measuring shaft in line with the weight force determined by the weight measurement, wherein the level transmitter is designed in such a way that it determines a relative movement of the measuring drum generated by a change in the level of the liquid to be measured, characterized in that calibration values are determined in the calibration mode in that - at least two weights or displacement elements, having different, defined weights or masses (m, ml, m2), are freely suspended in succession from the measuring wire to determine their weight force (G, G1, G2), - a predefined rotational movement (10, 11) of the measuring drum is performed, and - the respective weight forces (G, G1, G2) are determined as calibration values for the weight measurement. - at least a displacement element, which is connected at least to a measuring drum by means of a measuring wire that can be wound, - at least a measuring shaft to which the measuring drum is mechanically connected in a permanent manner and which is accommodated in at least a pivot bearing, - at least a weight measurement calibrated in a calibration mode, which determines the current weight force of the displacement element and the measuring wire, and - a servomotor, which is coupled to the measuring shaft and which tracks the measuring shaft in line with the weight force determined by the weight measurement, - at least two weights or displacement elements, having different, defined weights or masses (m, ml, m2), are freely suspended in succession from the measuring wire to determine their weight force (G, G1, G2), - a predefined rotational movement (10, 11) of the measuring drum is performed, and - the respective weight forces (G, G1, G2) are determined as calibration values for the weight measurement.
An electrode material for an electrode that is provided with a chip and is for use in a spark plug, the spark plug comprising a center electrode and a ground electrode creating a space with the center electrode, the chip being provided to at least one of the electrodes, the electrode material comprising nickel as a principal component, and further including silicon of which content in a range from 0.50% to 1.0% by mass, aluminum of which content in a range from 0.2% to 2.0% by mass, chromium of which content in a range from 12% to 34% by mass, at least one element selected from the group consisting of yttrium and a rare-earth element of which content in a range from 0.03% to 0.2% by mass, iron of which content is more than 0% to 20% by mass, carbon of which content is not more than 0.10% by mass, and manganese of which content is not more than 1.0% by mass, characterized in that the total content of silicon and aluminum is not less than 0.80% by mass and one tenth or less of the content of chromium.
A drainage system for polluting, flammable and/or combustible liquids, the drainage system comprising a floor and a specific number of drainage channels, the drainage channels being arranged adjacent to one another and provided under the floor, each drainage channel extends longitudinally between a first end and a second end, the floor comprising holes provided at regular intervals so that a liquid flowing over an upper face of the floor flows by gravity into a drainage channel, the system comprising a gutter which communicates with each drainage channel so as to discharge a polluting liquid flowing in the drainage channels, the gutter being connected to a polluting liquid holding tank, and the system further comprising a supply of purging liquid, the supply being connected to each drainage channel of the floor, characterized in that the drainage system comprising at least one leak sensor which is at least in the gutter, the at least one sensor being configured to trigger an alert when a polluting liquid flows at least into the gutter.
A method for preventing and extinguishing fire, wherein a fire due to burning a pyrophoric substance or a water prohibitive substance is controlled or extinguished by supplying a fire-extinguishing foam composition, and, a combustible material, which is a pyrophoric substance or a water prohibitive substance, is converted into an inert substance due to a hydration reaction.
A key locking control assembly comprising: - an input flange having an input slot and an opposite output flange having an output slot; - a set of coded washers stacked between said input and output flanges to define a passage path between said slots (38, 50); - a set of controllable pins extending facing said output slot, the pins (52, 70, 84) of said set comprising respectively a control axis (62, 76, 86) extending axially along said passage path; - a key including a coded bit terminating in a free end, said bit being adapted to be engaged inside said passage path to cooperate with said coded washers and with said control axes (62, 76, 86) when said key is driven in rotation so as to move said pins (52, 70, 84) away from said output slot; said output flange further comprising a movable flap for sealing a portion of said output slot, while another portion of said output slot is free; characterised in that said free end has an eccentric stop capable of being engaged through said other portion in order to be able to move said movable flap away from said output slot when said key is driven in rotation to be able to engage axially said bit through said output slot. - an input flange having an input slot and an opposite output flange having an output slot; - a set of coded washers stacked between said input and output flanges to define a passage path between said slots (38, 50); - a set of controllable pins extending facing said output slot, the pins (52, 70, 84) of said set comprising respectively a control axis (62, 76, 86) extending axially along said passage path; - a key including a coded bit terminating in a free end, said bit being adapted to be engaged inside said passage path to cooperate with said coded washers and with said control axes (62, 76, 86) when said key is driven in rotation so as to move said pins (52, 70, 84) away from said output slot; said output flange further comprising a movable flap for sealing a portion of said output slot, while another portion of said output slot is free; characterised in that said free end has an eccentric stop capable of being engaged through said other portion in order to be able to move said movable flap away from said output slot when said key is driven in rotation to be able to engage axially said bit through said output slot.
An injector having a triggering mechanism for spraying fuel, in order to be used in internal combustion engines, comprising at least one chamber provided inside the injector, at least one drive element provided inside the chamber, at least one drive arm connected to the drive element and which at least partially extends outwardly from the chamber, and at least one shape memory spring provided inside the chamber for providing movement of said drive arm in at least one first position and in at least one second position, characterized in that the inner section of the chamber is at least partially full of fuel and at least one heater for changing the temperature is placed inside said chamber, and the chamber comprises at least one inlet valve and at least one outlet valve for providing input-output of the fuel into/out of the chamber.
Procedure for operation of an ironing appliance comprising a reservoir for the generation of steam under pressure, comprising, during operation of the appliance, the following step: - Extraction, for example by pumping, of at least part of the water in the reservoir to send it to a device for reducing the amount of scale in the water, and characterised in that, during operation of the appliance, the following steps are performed: - Recovery of at least part of the water treated by the device to send it to a water reserve, claimed to be clean, provided on the appliance, - Sending to the reservoir, for example by pumping, of at least part of the water in the clean water reserve. - Extraction, for example by pumping, of at least part of the water in the reservoir to send it to a device for reducing the amount of scale in the water, and characterised in that, during operation of the appliance, the following steps are performed: - Recovery of at least part of the water treated by the device to send it to a water reserve, claimed to be clean, provided on the appliance, - Sending to the reservoir, for example by pumping, of at least part of the water in the clean water reserve.
Process for the preparation of the compound Nilotinib of formula: comprising the following steps: (a) providing a solution of the compound of formula free base raw material: in a mixture of C 1 -C 4 alcohol and a mineral acid; (b) adding a base to the solution of the step (a) to achieve a value of pH more than 8; (c) optionally, seeding the solution of step (b); (d) obtaining a suspension of the compound of formula; (e) isolating the product of formula. (a) providing a solution of the compound of formula free base raw material: in a mixture of C 1 -C 4 alcohol and a mineral acid; (b) adding a base to the solution of the step (a) to achieve a value of pH more than 8; (c) optionally, seeding the solution of step (b); (d) obtaining a suspension of the compound of formula; (e) isolating the product of formula.
An electric power steering control system, comprising: - torque detection means that detect a steering torque caused by a driver; - an analog phase compensator that performs phase compensation on the output of the torque detection means by means of an analog circuit; - a torque signal converter that A/D-converts the output of the analog phase compensator and fetches the output into a microcomputer; - a torque controller that computes an auxiliary torque current, which assists the steering torque, using the output of the torque signal converter; - a motor that generates a torque which assists the steering torque; - current detection means that detect a current value to be conducted to the motor; - rotating speed estimation means that estimate the rotating speed of the motor; and - a damping controller that computes a damping current, which is added to the auxiliary torque current, using the estimate value of the motor rotating speed estimated by the rotating speed estimation means, characterized in that the rotating speed estimation means include a rotating speed observer that computes the estimate value of the rotating speed of the motor using the output of a torque opposite phase compensator which adjusts the phase and gain of the output of the torque signal converter, and the output of the current detection means. - torque detection means that detect a steering torque caused by a driver; - an analog phase compensator that performs phase compensation on the output of the torque detection means by means of an analog circuit; - a torque signal converter that A/D-converts the output of the analog phase compensator and fetches the output into a microcomputer; - a torque controller that computes an auxiliary torque current, which assists the steering torque, using the output of the torque signal converter; - a motor that generates a torque which assists the steering torque; - current detection means that detect a current value to be conducted to the motor; - rotating speed estimation means that estimate the rotating speed of the motor; and - a damping controller that computes a damping current, which is added to the auxiliary torque current, using the estimate value of the motor rotating speed estimated by the rotating speed estimation means,
A rinsing device for a cleaning device, comprising: a first tank provided to collect dirty water coming from the cleaning device, a second tank provided to store clean water, and a rotary-type mechanical pumping device (15, 50) configured to pump clean water coming from the second tank in order to humidify the cleaning device, characterized in that the pumping device is configured to pump clean water when a member for activating the pumping device is driven in rotation by the cleaning device. a first tank provided to collect dirty water coming from the cleaning device, a second tank provided to store clean water, and a rotary-type mechanical pumping device (15, 50) configured to pump clean water coming from the second tank in order to humidify the cleaning device, characterized in that the pumping device is configured to pump clean water when a member for activating the pumping device is driven in rotation by the cleaning device.