mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operation of a spoken language understanding (SLU) system comprising: receiving, with a processor in the SLU system, a plurality of words in a text phrase; generating, with the processor, a first encoded representation of the plurality of words based on an output of a recurrent neural network (RNN) encoder using the plurality of words as inputs to the RNN encoder; generating, with the processor, an intent label corresponding to the plurality of words based on an output of a first RNN decoder using the first encoded representation as input to the first RNN decoder; generating, with the processor, a corrected plurality of words based on an output of a second RNN decoder using the first encoded representation and the intent label as inputs to the second RNN decoder, the corrected plurality of words including at least one word that is different than one of the plurality of words in the text phrase; generating, with the processor, a second encoded representation corresponding to the plurality of corrected words based on another output of the RNN encoder using the plurality of corrected words as inputs to the RNN encoder; and generating, with the processor, a machine-readable dialogue phrase that includes at least one word in the plurality of corrected words assigned to at least one slot in the machine-readable dialogue phrase based on an output of a third RNN decoder using the second encoded representation of the plurality of corrected words and the intent label as inputs to the third RNN decoder. receiving, with a processor in the SLU system, a plurality of words in a text phrase; generating, with the processor, a first encoded representation of the plurality of words based on an output of a recurrent neural network (RNN) encoder using the plurality of words as inputs to the RNN encoder; generating, with the processor, an intent label corresponding to the plurality of words based on an output of a first RNN decoder using the first encoded representation as input to the first RNN decoder; generating, with the processor, a corrected plurality of words based on an output of a second RNN decoder using the first encoded representation and the intent label as inputs to the second RNN decoder, the corrected plurality of words including at least one word that is different than one of the plurality of words in the text phrase; generating, with the processor, a second encoded representation corresponding to the plurality of corrected words based on another output of the RNN encoder using the plurality of corrected words as inputs to the RNN encoder; and generating, with the processor, a machine-readable dialogue phrase that includes at least one word in the plurality of corrected words assigned to at least one slot in the machine-readable dialogue phrase based on an output of a third RNN decoder using the second encoded representation of the plurality of corrected words and the intent label as inputs to the third RNN decoder.
An oleaginous yeast of the species Trichosporon oleaginosus filed on May 17, 2017 according to the Budapest treaty at the Leibniz-Institut DSMZ - Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH - Inhoffenstraße 7 B 38124 Braunschweig (Germany), deposit number DSM 32508.
Tank valve , wherein the tank valve seals a tank nozzle against the environment, wherein the tank valve has an inlet chamber , wherein the inlet chamber has an inlet opening for filling, wherein the inlet opening is surrounded by an inlet rim of the inlet chamber , wherein the inlet chamber has an outlet opening , wherein the outlet opening is connected to a tank, wherein the tank valve has an inlet closure , wherein the tank valve has a force element , wherein the force element presses the inlet closure against the inlet edge with a first force from the inside towards the outside and seals the inlet opening from the inside of the inlet chamber , characterised in that the inlet closure is designed to close the inlet opening, wherein the inlet closure is arranged in the inlet chamber , wherein the inlet closure is connected to an outer seal via a spacer element , wherein the outer seal is arranged outside the inlet chamber , wherein the outer seal can be pressed sealingly against the inlet edge with a second force from the outside in the direction of the inside, which is greater than the first force.
A method implemented in a honeypot system for triggering malicious activities by applications, comprising: determining , via a processor of a computing device, whether an application currently executing on the computing device is potentially malicious; designating the application as the target application in response to determining that the application is potentially malicious; predicting , via the processor, a triggering condition of the target application in response to determining that the target application is potentially malicious, wherein the triggering condition will cause the target application to exhibit malicious activities; provisioning , via the processor, one or more resources based, at least in part, on the predicted triggering condition; monitoring , via the processor, activities of the target application corresponding to the provisioned one or more resources; and determining , via the processor, whether or not the target application is a malicious application based, at least in part, on the monitored activities. determining , via a processor of a computing device, whether an application currently executing on the computing device is potentially malicious; designating the application as the target application in response to determining that the application is potentially malicious; predicting , via the processor, a triggering condition of the target application in response to determining that the target application is potentially malicious, wherein the triggering condition will cause the target application to exhibit malicious activities; provisioning , via the processor, one or more resources based, at least in part, on the predicted triggering condition; monitoring , via the processor, activities of the target application corresponding to the provisioned one or more resources; and determining , via the processor, whether or not the target application is a malicious application based, at least in part, on the monitored activities.
Cleaning device (4; 12) for cleaning an application device which, in operation, applies coating agent jets of a coating agent to a component, with a) a jet checking device (6-10; 16) integrated in the cleaning device (4; 12) in order to check the coating agent jets emitted by the application device , so that the cleaning device (4; 12) forms a structural unit with the jet checking device (6-10; 16), b) wherein the jet checking device (6-10; 16) comprises a sensor for detecting the coating agent jets , c) wherein the jet checking device (6-10; 16) comprises an evaluation unit which is connected at the input side to the sensor , characterized in d) that the evaluation unit determines from the sensor signal at least one of the following variables: d1) parallelism of the coating agent jets relative to each other, d2) delay time of the individual coating agent jets between a valve opening command and the detection of the associated coating agent jet , the delay time being determined individually for the individual coating agent jets . a) a jet checking device (6-10; 16) integrated in the cleaning device (4; 12) in order to check the coating agent jets emitted by the application device , so that the cleaning device (4; 12) forms a structural unit with the jet checking device (6-10; 16), b) wherein the jet checking device (6-10; 16) comprises a sensor for detecting the coating agent jets , c) wherein the jet checking device (6-10; 16) comprises an evaluation unit which is connected at the input side to the sensor , characterized in d) that the evaluation unit determines from the sensor signal at least one of the following variables: d1) parallelism of the coating agent jets relative to each other, d2) delay time of the individual coating agent jets between a valve opening command and the detection of the associated coating agent jet , the delay time being determined individually for the individual coating agent jets . d1) parallelism of the coating agent jets relative to each other, d2) delay time of the individual coating agent jets between a valve opening command and the detection of the associated coating agent jet , the delay time being determined individually for the individual coating agent jets .
Universal device for the winding and time-setting of a watch comprising an oscillating resonator arranged to generate an oscillation at a nominal frequency N0, said universal device comprising means for rewinding and correcting the state of said watch , comprising an automatic winding mechanism for a mechanical or automatic watch which comprises at least one watch reception support , said universal device comprising state measurement means for measuring the state of said watch relative to a reference clock to which refer said state measurement means which comprise a viewing system , where said universal device comprises stoppage monitoring means arranged to observe the stoppage or running of a said oscillating resonator of a watch , and control means which are arranged, upon the observation of a stoppage by said stoppage monitoring means , to identify according to data transmitted by said state measurement means the stoppage time displayed by said watch in the stoppage position thereof, and to compute the time remaining until a synchronisation between the actual time indicated by said reference clock and said stoppage time, and, when said remaining time has elapsed, to activate said automatic winding mechanism for rewinding the power storage means of said watch , characterised in that said universal device comprises running monitoring means of a said oscillating resonator , and in that in the event of activation of said automatic winding mechanism , said control means are arranged to await the determination of the stabilisation of the running of said oscillating resonator at said nominal frequency N0 thereof by said running monitoring means , before allowing a fine adjustment of the state of said watch .
Total isolation diverter valve comprising a valve body whereon a main fluid inlet conduit for inletting a fluid, a first fluid outlet conduit for outletting the fluid and at least one second fluid outlet conduit for outletting the fluid are obtained, wherein the first fluid outlet conduit is provided with a first fluid adhesion inner surface and the second fluid outlet conduit is provided with a second fluid adhesion inner surface , between the main fluid inlet conduit and said first and second fluid outlet conduits a connection channel being interposed on which at least one device for perturbing at least one of said first fluid adhesion inner surface and said second fluid adhesion inner surface is provided, the perturbation device being configured so as to cause a deviation of the fluid flow from said first fluid outlet conduit to said second fluid outlet conduit or vice-versa, the perturbation device comprising: - at least one perturbation orifice (26; 26A, 26B) that faces said first fluid adhesion inner surface ; and - at least one opening/closing element (28; 32) configured to carry out the opening and sealingly closing a respective perturbation orifice (26; 26A, 26B), characterized in that the perturbation device comprises an actuator device arranged outside the valve body and comprising a wire manufactured with a shape memory alloy, said wire being configured to deform when passed through by an electric current and to apply a traction on a plunger operatively connected to said at least one opening/closing element (28; 32), the movement of said plunger determining the opening of said at least one opening/closing element (28; 32). - at least one perturbation orifice (26; 26A, 26B) that faces said first fluid adhesion inner surface ; and - at least one opening/closing element (28; 32) configured to carry out the opening and sealingly closing a respective perturbation orifice (26; 26A, 26B),
A combination of an anti-PD-1 antagonist antibody and an anti-TIM-4 antagonist antibody for use in a method for treating cancer in a subject, wherein the method results in both antagonist antibodies being simultaneously present in the subject.
An autonomously guided industrial truck comprising: - a vehicle body that defines a longitudinal direction (L) and a width direction (B) of the industrial truck along with an outline thereof in sections in plan view of the industrial truck ; - a pair of support arms extending from the vehicle body, each having at least one load wheel ; - a pair of support wheels or drive wheels located underneath the vehicle body on a driving surface and which are opposite one another relative to the width direction (B); and - a pair of scanner units arranged vertically above the support wheels or drive wheels , which scanning units define a scanning plane (E) with their respective scanning regions (S1, S2) and are symmetrically opposite one another within the outline of the vehicle body in the width direction (B) of the industrial truck . - a vehicle body that defines a longitudinal direction (L) and a width direction (B) of the industrial truck along with an outline thereof in sections in plan view of the industrial truck ; - a pair of support arms extending from the vehicle body, each having at least one load wheel ; - a pair of support wheels or drive wheels located underneath the vehicle body on a driving surface and which are opposite one another relative to the width direction (B); and - a pair of scanner units arranged vertically above the support wheels or drive wheels , which scanning units define a scanning plane (E) with their respective scanning regions (S1, S2) and are symmetrically opposite one another within the outline of the vehicle body in the width direction (B) of the industrial truck .
Method for delivering postal items , - in which different postal item chambers of a postal item magazine are loaded at a delivery base with different postal items , - in which during the loading of the postal item magazine different postal item chambers are moved successively to a receiving position for receiving at least one postal item and are then moved to a storage position for the temporary storage of the received postal items , - in which the allocation of the loaded postal item chambers to the postal items received in each case in the postal item chambers is documented, - in which the postal item magazine loaded with postal items is transferred to a vehicle for the delivery of the postal items, preferably according to one of claims 7-14, and - in which the postal item chambers loaded with postal items are moved successively to a release position for releasing the postal item allocated to the respective postal item chamber , for the purposes of delivery. - in which different postal item chambers of a postal item magazine are loaded at a delivery base with different postal items , - in which during the loading of the postal item magazine different postal item chambers are moved successively to a receiving position for receiving at least one postal item and are then moved to a storage position for the temporary storage of the received postal items , - in which the allocation of the loaded postal item chambers to the postal items received in each case in the postal item chambers is documented, - in which the postal item magazine loaded with postal items is transferred to a vehicle for the delivery of the postal items, preferably according to one of claims 7-14, and - in which the postal item chambers loaded with postal items are moved successively to a release position for releasing the postal item allocated to the respective postal item chamber , for the purposes of delivery.
A device comprising: a handle that necks down to a tool shaft ; a bevelled platform operably attached to said handle , wherein said bevelled platform comprises an anterior end, a first side , a second side and a posterior end; an insertion blade tip on said anterior end of said bevelled platform ; a ramp from said insertion blade tip back towards said posterior end of said bevelled platform , and a first lateral blade along said first side and a second lateral blade along said second side of said bevelled platform characterised in that an angle between the ramp and the handle is between 90 and 120 degrees. a handle that necks down to a tool shaft ; a bevelled platform operably attached to said handle , wherein said bevelled platform comprises an anterior end, a first side , a second side and a posterior end; an insertion blade tip on said anterior end of said bevelled platform ; a ramp from said insertion blade tip back towards said posterior end of said bevelled platform , and a first lateral blade along said first side and a second lateral blade along said second side of said bevelled platform characterised in that an angle between the ramp and the handle is between 90 and 120 degrees.
A welding device for a packaging machine for making and sealing at least one package (P) containing a product (A) comprising: - a first and a second sealing and cutting equipment , wherein each sealing and cutting equipment is configured to receive a respective tubular envelope (F2) and to seal it transversally and wherein each sealing and cutting equipment comprises at least one cutting blade adapted to separate a portion of the respective tubular envelope (F2) for making a package (P) containing a product (A); - a support body bearing said first and second sealing and cutting equipment arranged in opposite positions along an extension direction (Y) of said support body , said support body being connectible to a packaging machine , preferably to a rotary drum of a packaging machine; wherein each of said first and second sealing and cutting equipments comprises an arm and an abutment body , said arm being rotatably constrained with respect to said support body and reversibly movable between a plurality of positions comprised between an active position, wherein it is substantially in abutment on said abutment body and an inactive position in which it is raised with respect to said abutment body ; and wherein each arm comprises a portion of locking means adapted to lock said arms in said active position. - a first and a second sealing and cutting equipment , wherein each sealing and cutting equipment is configured to receive a respective tubular envelope (F2) and to seal it transversally and wherein each sealing and cutting equipment comprises at least one cutting blade adapted to separate a portion of the respective tubular envelope (F2) for making a package (P) containing a product (A); - a support body bearing said first and second sealing and cutting equipment arranged in opposite positions along an extension direction (Y) of said support body , said support body being connectible to a packaging machine , preferably to a rotary drum of a packaging machine;
A processor comprising: a decoder configured to decode a matrix transpose and multiply instruction having a format including an opcode field configured to specify an opcode, a first destination operand field configured to specify a destination matrix location, a first source operand field configured to specify a first source matrix location, storing a first plurality of elements each comprising a group of values, and a second source operand field configured to specify a second source matrix location storing a second plurality of elements each comprising a group of values; and execution circuitry configured to, in response to the decoded matrix transpose and multiply instruction, transpose a first source matrix from the first source matrix location to generate a transposed first source matrix, perform a matrix multiplication using the transposed first source matrix and a second source matrix from the second source matrix location to generate a result, and store the result in the destination matrix location; wherein each element has an element width, wherein the execution circuitry is configured to transpose the first source matrix based on a granularity equal to the element width; and wherein to perform the matrix multiplication separate multiplications are performed between each value of the first plurality of elements and each value of the second plurality of elements. a decoder configured to decode a matrix transpose and multiply instruction having a format including an opcode field configured to specify an opcode, a first destination operand field configured to specify a destination matrix location, a first source operand field configured to specify a first source matrix location, storing a first plurality of elements each comprising a group of values, and a second source operand field configured to specify a second source matrix location storing a second plurality of elements each comprising a group of values; and execution circuitry configured to, in response to the decoded matrix transpose and multiply instruction, transpose a first source matrix from the first source matrix location to generate a transposed first source matrix, perform a matrix multiplication using the transposed first source matrix and a second source matrix from the second source matrix location to generate a result, and store the result in the destination matrix location; wherein each element has an element width, wherein the execution circuitry is configured to transpose the first source matrix based on a granularity equal to the element width; and wherein to perform the matrix multiplication separate multiplications are performed between each value of the first plurality of elements and each value of the second plurality of elements.
A polymer complex comprising the reaction product of one or more polymers having a terminal or pendant hydroxyl group, with at least one metal complex and at least one alkyl phosphate wherein said one or more polymers are selected from ketone-formaldehyde copolymers.