mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a modification of a web resource comprising: generating , by a hardware processor, on the basis of data about the structure and content of the web resource , a script for verifying the integrity of the web resource , wherein the script is configured to select one or more objects of the web resource and calculate a hash for each selected object of the web resource ; embedding , by the hardware processor, the generated script in the web resource ; receiving , by the hardware processor, a plurality of hashes of a plurality of objects of the web resource after the web resource is executed, wherein the hashes are calculated in accordance with the embedded script for verifying the integrity of the web resource and wherein the hash comprises at least one of fuzzy hash or locality-sensitive hash, LSH; generating , by the hardware processor, an image of the web resource based on the plurality of hashed, wherein the image of the web resource being a vector representation of the contents of the web resource ; wherein the method is characterized by further comprising the following step: verifying , by the hardware processor, whether the web resource is modified using an integrity verification model trained based on: previously analyzed web resources and/or the web resource being analyzed prior to the web resource being executed, wherein verifying includes applying to the generated image of the web resource a set of rules that calculate probability of a modification of the web resource . generating , by a hardware processor, on the basis of data about the structure and content of the web resource , a script for verifying the integrity of the web resource , wherein the script is configured to select one or more objects of the web resource and calculate a hash for each selected object of the web resource ; embedding , by the hardware processor, the generated script in the web resource ; receiving , by the hardware processor, a plurality of hashes of a plurality of objects of the web resource after the web resource is executed, wherein the hashes are calculated in accordance with the embedded script for verifying the integrity of the web resource and wherein the hash comprises at least one of fuzzy hash or locality-sensitive hash, LSH; generating , by the hardware processor, an image of the web resource based on the plurality of hashed, wherein the image of the web resource being a vector representation of the contents of the web resource ; wherein the method is characterized by further comprising the following step: verifying , by the hardware processor, whether the web resource is modified using an integrity verification model trained based on: previously analyzed web resources and/or the web resource being analyzed prior to the web resource being executed, wherein verifying includes applying to the generated image of the web resource a set of rules that calculate probability of a modification of the web resource .
A metering chamber for dispensing a cryogenic liquid comprising: a. a liquid inlet line adapted to communicate with a source of cryogenic liquid so that the metering chamber may receive cryogenic liquid from the source; b. a meter run including a metering element , a dispensing line and a dispensing valve ; c. a stabilizing column positioned within the metering chamber and including a sidewall defining an interior of the stabilizing column, said sidewall including a plurality of vertically spaced openings ; d. a first pressure sensor in communication with the interior of the stabilizing column and configured to detect a first pressure within the interior of the stabilizing column; e. a second pressure sensor in communication with the interior of the stabilizing column, configured to detect a second pressure within the interior of the stabilizing column and vertically spaced from the first pressure sensor; and f. a controller in communication with the metering element, the first and second pressure sensors and the dispensing valve, said controller configured to determine a density of a cryogenic liquid in the metering chamber using pressures from the first and second pressure sensors. a. a liquid inlet line adapted to communicate with a source of cryogenic liquid so that the metering chamber may receive cryogenic liquid from the source; b. a meter run including a metering element , a dispensing line and a dispensing valve ; c. a stabilizing column positioned within the metering chamber and including a sidewall defining an interior of the stabilizing column, said sidewall including a plurality of vertically spaced openings ; d. a first pressure sensor in communication with the interior of the stabilizing column and configured to detect a first pressure within the interior of the stabilizing column; e. a second pressure sensor in communication with the interior of the stabilizing column, configured to detect a second pressure within the interior of the stabilizing column and vertically spaced from the first pressure sensor; and f. a controller in communication with the metering element, the first and second pressure sensors and the dispensing valve, said controller configured to determine a density of a cryogenic liquid in the metering chamber using pressures from the first and second pressure sensors.
Actuation device, comprising: a base plate with an opening defined by an inner edge portion of the base plate with at least two edge surface sections which are oriented opposed to each other and which at least partially define said opening in the base plate , an actuation plate which is fixed to the base plate such that an actuation portion of the actuation plate extends over the opening , wherein the actuation plate has a first surface which is provided for being pressed by a user in order to execute an actuation movement of the actuation portion and a second surface which is oriented opposed to the first surface , the actuation plate comprising an abutment portion which joins the actuation portion and which at least partially surrounds the actuation portion , characterized in that the abutment portion comprises an abutment surface which abuts the inner edge portion of the base plate , wherein the material the actuation plate is made of is an elastomer so that the actuation movement of the actuation portion is a bulge deformation of the same, wherein the actuation portion protrudes from the abutment portion and extends into the opening , wherein the actuation portion comprises a cross-joint surface which joins the abutment surface and which abuts the edge surface sections of the base plate . a base plate with an opening defined by an inner edge portion of the base plate with at least two edge surface sections which are oriented opposed to each other and which at least partially define said opening in the base plate , an actuation plate which is fixed to the base plate such that an actuation portion of the actuation plate extends over the opening , wherein the actuation plate has a first surface which is provided for being pressed by a user in order to execute an actuation movement of the actuation portion and a second surface which is oriented opposed to the first surface , the actuation plate comprising an abutment portion which joins the actuation portion and which at least partially surrounds the actuation portion , characterized in that the abutment portion comprises an abutment surface which abuts the inner edge portion of the base plate , wherein the material the actuation plate is made of is an elastomer so that the actuation movement of the actuation portion is a bulge deformation of the same, wherein the actuation portion protrudes from the abutment portion and extends into the opening , wherein the actuation portion comprises a cross-joint surface which joins the abutment surface and which abuts the edge surface sections of the base plate .
A chemical complex for oxidative dehydrogenation of lower alkanes, the chemical complex comprising in cooperative arrangement: i) at least two mixers for premixing an oxygen containing gas and a lower alkane containing gas to produce a mixed feedstock stream and additionally comprising a cleaning loop; and ii) at least one oxidative dehydrogenation reactor; wherein the at least two mixers are connected in parallel to the at least one oxidative dehydrogenation reactor so that either a first gas mixing unit or a second gas mixing unit is connected to the at least one oxidative dehydrogenation reactor during normal operations; and wherein an oxidative dehydrogenation catalyst contained within the at least one oxidative dehydrogenation reactor reacts with the mixed feed stock stream to produce a product stream comprising the corresponding alkene. i) at least two mixers for premixing an oxygen containing gas and a lower alkane containing gas to produce a mixed feedstock stream and additionally comprising a cleaning loop; and ii) at least one oxidative dehydrogenation reactor;
Device for behaviourally monitoring and for measuring physical parameters of an individual , comprising means for detecting and for measuring parameters which are representative of the movements and positions of the eyelids and of the eyes of the individual wearing said device on their head, and comprising: - an emitter of light, in a direction directed towards at least one eye, when the device is worn; - a sensor of the light reflected by said eye, delivering a signal which may vary as a function of the covering of the eye by the eyelid; - the device being able to be installed on, mounted on, attached to a device which is able to be worn on the head of an individual in the vicinity of the eyes; characterized in that the processing and comparison means comprise: - an exponential moving average filter of the signal originating from the sensor, referred to as the raw signal; - an adder which is able to compute the difference between the filtered signal and the raw signal; - two comparators (K+, K-) which are able to compare the filtered signal with constants; - two multipliers which are able to multiply the result of the difference between the filtered signal and the raw signal by the result from each comparator; - an adder for adding the results from the two multipliers; - a differentiator for differentiating the signal thus obtained; - detection means for detecting, on the basis of the differentiated signal, whether the device is actually being worn on the head of the individual. - an emitter of light, in a direction directed towards at least one eye, when the device is worn; - a sensor of the light reflected by said eye, delivering a signal which may vary as a function of the covering of the eye by the eyelid; - the device being able to be installed on, mounted on, attached to a device which is able to be worn on the head of an individual in the vicinity of the eyes; - an exponential moving average filter of the signal originating from the sensor, referred to as the raw signal; - an adder which is able to compute the difference between the filtered signal and the raw signal; - two comparators (K+, K-) which are able to compare the filtered signal with constants; - two multipliers which are able to multiply the result of the difference between the filtered signal and the raw signal by the result from each comparator; - an adder for adding the results from the two multipliers; - a differentiator for differentiating the signal thus obtained; - detection means for detecting, on the basis of the differentiated signal, whether the device is actually being worn on the head of the individual.
Child car seat, designed to be mounted on the seat of a motor vehicle, including a seat bottom , a seat back , and a support leg connected at its upper end to said seat back , said support leg being pivotably mounted with respect to the seat back between a folded storage position and a deployed use position in which its lower end is supported by the floor of said vehicle, characterized in that said seat back is capable of rotating with respect to said seat bottom , the rotation movement of said seat back with respect to said seat bottom being free when the seat back approaches the seat bottom.
Method for the preparation of a sheet including a homogenized material containing alkaloids, said method comprising: - forming a mixture comprising particles of a material containing alkaloids and starch, and a quantity of a first additive comprising a component selected from the group consisting of water, aerosol-former and binder, wherein the quantity of the first additive is comprised between about 0.1 percent and about 50 percent by weight of the total weight of the mixture; - applying to the mixture a mechanical energy of at least about 20 watt-hour per kilogram of the mixture; - combining the mixture with a quantity of a second additive comprising a component selected from the group consisting of water, aerosol-former, and binder, to form a slurry, wherein the quantity of water is between about 55 and about 90 percent by weight of the total weight of the slurry; and - forming a sheet from the slurry. - forming a mixture comprising particles of a material containing alkaloids and starch, and a quantity of a first additive comprising a component selected from the group consisting of water, aerosol-former and binder, wherein the quantity of the first additive is comprised between about 0.1 percent and about 50 percent by weight of the total weight of the mixture; - applying to the mixture a mechanical energy of at least about 20 watt-hour per kilogram of the mixture; - combining the mixture with a quantity of a second additive comprising a component selected from the group consisting of water, aerosol-former, and binder, to form a slurry, wherein the quantity of water is between about 55 and about 90 percent by weight of the total weight of the slurry; and - forming a sheet from the slurry.
An apparatus for providing navigation data for a vehicle , comprising: a narrow linewidth emitter having a linewidth of 100kHz or less; a dynamic beam director ; said narrow linewidth emitter being configured to emit a modulated continuous wave signal in a direction directed by said dynamic beam director so as to point at a target of interest; an area range and velocity sensor configured to receive a reflection of the emitted signal; the area range and velocity sensor being configured to measure the frequency of the reflection returning from the target to determine range and velocity of said vehicle relative to said target; a further narrow linewidth emitter having a linewidth of 100kHz or less; a static beam director ; said further narrow linewidth emitter being configured to emit a second continuous wave signal through said static beam director toward a universal reference plane; and, a navigation reference sensor configured to receive a reflection of the second emitted signal and determine velocity of said vehicle relative to said universal reference plane. a narrow linewidth emitter having a linewidth of 100kHz or less; a dynamic beam director ; said narrow linewidth emitter being configured to emit a modulated continuous wave signal in a direction directed by said dynamic beam director so as to point at a target of interest; an area range and velocity sensor configured to receive a reflection of the emitted signal; the area range and velocity sensor being configured to measure the frequency of the reflection returning from the target to determine range and velocity of said vehicle relative to said target; a further narrow linewidth emitter having a linewidth of 100kHz or less; a static beam director ; said further narrow linewidth emitter being configured to emit a second continuous wave signal through said static beam director toward a universal reference plane; and, a navigation reference sensor configured to receive a reflection of the second emitted signal and determine velocity of said vehicle relative to said universal reference plane.
A roof coating comprising a bitumen layer with embedded particles, wherein said particles comprise particles that are fired mixtures of - from 40 to 70% by weight clay minerals; - from 0 to 32% by weight crystalline silicas; - from 28 to 45% by weight feldspar; - from 0 to 15% by weight other aggregates; wherein said fired mixture has an open porosity of 0 to 14% by volume as measured according to DIN 993-1. - from 40 to 70% by weight clay minerals; - from 0 to 32% by weight crystalline silicas; - from 28 to 45% by weight feldspar; - from 0 to 15% by weight other aggregates;
A composition comprising spermidine and/or a pharmaceutically acceptable salt thereof for use in the prevention and/or alleviation of adverse effects on the glucose and/or insulin homeostasis caused by nicotinamide and/or a pharmaceutically acceptable salt thereof.
Device for dispensing a fluid, in particular under aseptic conditions, comprising a conveying device and a container having a variable internal volume, the conveying device comprising a cylinder having at least three openings arranged in a row along a longitudinal center axis (L), via which the fluid can be conveyed, and a first and a second piston , the first and the second piston being arranged in the cylinder so as to be displaceable along the longitudinal center axis (L) and delimiting a variable fluid volume between their end faces , together with a portion of the inner cylinder wall , and it being possible for the first opening to be brought into fluidic communication with a dispensing opening of the device and for the second opening to be brought into fluidic communication with the container , characterized in that the first and the second piston each comprise at least three seals (16, 16', 16") which are arranged offset in the longitudinal direction and close the cylinder in a sealing manner, adjacent seals (16, 16' or 16', 16") on a piston having an inner distance (di) which is at most equal to the shortest distance (a1) between two adjacent openings (5, 6 or 6, 7).
Dynamic transaction card comprising: - a EuroPay-MasterCard-Visa-processor as EMV-processor storing existing firmware and version data associated with the existing firmware; - an EMV plate connectively coupled to the EMV processor (212, ...); - a bootloader ; and - an input/output interface for receiving an updated firmware program from a firmware provider system ; wherein - the EMV-processor (212, ...) is configured to receive , via contacts on the EMV plate, an update component associated with the updated firmware program transmitted from the firmware provider system during a secure communication with the firmware provider system via a secure terminal , wherein the update component is used to validate the received updated firmware program; - the bootloader is configured to load the updated firmware program on the dynamic transaction card (120, ...) in response to the validation of the updated firmware program and execute the updated firmware program overwriting the existing firmware; and - the EMV-processor (212, ...) is configured to store and use the updated firmware program in response to the bootloader loading and executing the updated firmware program; characterized in that the dynamic transaction card (120, ...) comprises at least one plastic jumper which connects electrical components of the dynamic transaction card (120, ...), wherein upon tampering with the dynamic transaction card (120, ...), the at least one plastic jumper dissolves to break the connection between the electrical components. - a EuroPay-MasterCard-Visa-processor as EMV-processor storing existing firmware and version data associated with the existing firmware; - an EMV plate connectively coupled to the EMV processor (212, ...); - a bootloader ; and - an input/output interface for receiving an updated firmware program from a firmware provider system ; wherein - the EMV-processor (212, ...) is configured to receive , via contacts on the EMV plate, an update component associated with the updated firmware program transmitted from the firmware provider system during a secure communication with the firmware provider system via a secure terminal , wherein the update component is used to validate the received updated firmware program; - the bootloader is configured to load the updated firmware program on the dynamic transaction card (120, ...) in response to the validation of the updated firmware program and execute the updated firmware program overwriting the existing firmware; and - the EMV-processor (212, ...) is configured to store and use the updated firmware program in response to the bootloader loading and executing the updated firmware program; characterized in that the dynamic transaction card (120, ...) comprises at least one plastic jumper which connects electrical components of the dynamic transaction card (120, ...), wherein upon tampering with the dynamic transaction card (120, ...), the at least one plastic jumper dissolves to break the connection between the electrical components.
System for processing lengths of tubing , comprising a transport device for transporting lengths of tubing , at least one processing station , with at least one processing means for processing the lengths of tubing , and at least one positioning element for positioning the processing means relative to the lengths of tubing to be processed, characterised in that the positioning element is electrically controllable and the processing means is positionable relative to the lengths of tubing by the at least one positioning element in order to compensate for a malpositioning of lengths of tubing before and/or during the processing of the malpositioned lengths of tubing , wherein a detection unit for recording data for determining an actual positioning of lengths of tubing , a processing unit for determining a deviation of an actual positioning from a target positioning of lengths of tubing and a controller for controlling a positioning element are provided in order to compensate for a deviation of an actual positioning from a target positioning before and/or during the processing of malpositioned lengths of tubing . the positioning element is electrically controllable and the processing means is positionable relative to the lengths of tubing by the at least one positioning element in order to compensate for a malpositioning of lengths of tubing before and/or during the processing of the malpositioned lengths of tubing , wherein a detection unit for recording data for determining an actual positioning of lengths of tubing , a processing unit for determining a deviation of an actual positioning from a target positioning of lengths of tubing and a controller for controlling a positioning element are provided in order to compensate for a deviation of an actual positioning from a target positioning before and/or during the processing of malpositioned lengths of tubing .