mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting a call sequence anomaly in a system, the system comprising an anomaly detector, the anomaly detector comprising at least a monitor, the method comprising: receiving, at the monitor and from an operating system, OS, of the system, a message indicating an invocation of a programmatic procedure of the operating system, the message including a programmatic procedure identifier, a sender process identifier, and a receiver process identifier, wherein the invocation of the programmatic procedure is one invocation in a series of invocations of operating system programmatic procedures made from a process identified by the sender process identifier; generating, by the monitor, an invocation hash, wherein the invocation hash is a hash of at least the programmatic procedure identifier and the receiver process identifier of the received message; translating, by the monitor, the invocation hash to an invocation identifier; including, by the monitor, the invocation identifier in a translated call sequence that comprises invocation identifiers for the series of invocations; determining, by the monitor, whether the translated call sequence is included in a plurality of predetermined call sequences, each of the predetermined call sequences comprising corresponding invocation identifiers, wherein each of the corresponding invocation identifiers is mapped to invocation hashes; and identifying, by the monitor, the translated call sequence as an anomaly if the translated call sequence is not included in the predetermined call sequences, otherwise, determining the translated call sequence is not an anomaly. receiving, at the monitor and from an operating system, OS, of the system, a message indicating an invocation of a programmatic procedure of the operating system, the message including a programmatic procedure identifier, a sender process identifier, and a receiver process identifier, wherein the invocation of the programmatic procedure is one invocation in a series of invocations of operating system programmatic procedures made from a process identified by the sender process identifier; generating, by the monitor, an invocation hash, wherein the invocation hash is a hash of at least the programmatic procedure identifier and the receiver process identifier of the received message; translating, by the monitor, the invocation hash to an invocation identifier; including, by the monitor, the invocation identifier in a translated call sequence that comprises invocation identifiers for the series of invocations; determining, by the monitor, whether the translated call sequence is included in a plurality of predetermined call sequences, each of the predetermined call sequences comprising corresponding invocation identifiers, wherein each of the corresponding invocation identifiers is mapped to invocation hashes; and identifying, by the monitor, the translated call sequence as an anomaly if the translated call sequence is not included in the predetermined call sequences, otherwise, determining the translated call sequence is not an anomaly.
An accelerator mass spectrometry method for analysing a sample, comprising measuring with an accelerator mass spectrometry system at least one isotope of a first element and at least one isotope of a second element, wherein the first element and the second element are different from each other, wherein the measurement of the second element is used for normalizing the measurement of the first element, wherein at least a stable first isotope of said first element is measured, and wherein said second element is more abundant than said first element in the sample.
A method of liquid chromatography, comprising: providing an injection valve comprising a sample loop; drawing a sample from a sample source; drawing a diluent from a diluent source; diluting the sample during drawing of the sample from the sample source, by drawing and simultaneously mixing both the sample and the diluent; pushing the mixed sample and diluent onto the sample loop; and injecting the mixed sample and diluent from the sample loop into a solvent stream (291, 292) for delivery to a separation column. providing an injection valve comprising a sample loop; drawing a sample from a sample source; drawing a diluent from a diluent source; diluting the sample during drawing of the sample from the sample source, by drawing and simultaneously mixing both the sample and the diluent; pushing the mixed sample and diluent onto the sample loop; and injecting the mixed sample and diluent from the sample loop into a solvent stream (291, 292) for delivery to a separation column.
A method for coating a sliding surface of a high-temperature member, that contacts with another member under a high-temperature environment of 700°C or more, comprising the steps of: using an electrode for an electro-discharge treatment of a green compact of a material having a lubricating property at a high temperature, or of a mixture of a high-temperature hard material and the material having the lubricating property at the high temperature on a sliding surface which contacts another member under the high-temperature environment to generate a pulsed electro-discharge between the electrode and the sliding surface, wherein the material having the lubricating property at the high temperature contains 10% or more of chromium, and does not contain 20% or more of nickel, and the chromium oxidizes at the high temperature of 700°C or more to form Cr 2 O 3; and forming a coating layer of a constituting material of the electrode for the electro-discharge surface treatment or a reactant of the constituting material on the sliding surface by electro-discharge energy so that the formed coating layer includes the chromium that will oxidize at the high temperature of 700°C or more to form Cr 2 O 3. using an electrode for an electro-discharge treatment of a green compact of a material having a lubricating property at a high temperature, or of a mixture of a high-temperature hard material and the material having the lubricating property at the high temperature on a sliding surface which contacts another member under the high-temperature environment to generate a pulsed electro-discharge between the electrode and the sliding surface, wherein the material having the lubricating property at the high temperature contains 10% or more of chromium, and does not contain 20% or more of nickel, and the chromium oxidizes at the high temperature of 700°C or more to form Cr 2 O 3; and forming a coating layer of a constituting material of the electrode for the electro-discharge surface treatment or a reactant of the constituting material on the sliding surface by electro-discharge energy so that the formed coating layer includes the chromium that will oxidize at the high temperature of 700°C or more to form Cr 2 O 3.
A method for preparing a sealing fluid for setting a packer in an annulus containing a fluid In a well bore comprising the steps of: - Providing a hardenable tamposition as the sealing fluid, - measuring the density and temperature of the fluid In the annulus, and adjusting the density of the sealing fluid to the density of the fluid in the annulus within ±5% @ the temperature of the fluid In the annulus, - adjusting the Initially mixed viscosity, of the sealing fluid to above 1000 cP @ the temperature of the fluid in the annulus, - adjusting the setting time to between 2 - 30 minutes @ the temperature of the fluid in the annulus. - Providing a hardenable tamposition as the sealing fluid, - measuring the density and temperature of the fluid In the annulus, and adjusting the density of the sealing fluid to the density of the fluid in the annulus within ±5% @ the temperature of the fluid In the annulus, - adjusting the Initially mixed viscosity, of the sealing fluid to above 1000 cP @ the temperature of the fluid in the annulus, - adjusting the setting time to between 2 - 30 minutes @ the temperature of the fluid in the annulus.
Method of establishing a data communication between a mobile entity and the internet via a Wi-Fi access point with a mobile network backhaul, comprising the following steps: - Offering a service set identification (SSID) in form of a value added service set identification (VAS-SSID) by the Wi-Fi access point, - Connecting the mobile entity to the Wi-Fi access point by selecting the value added service set identification (VAS-SSID) of the Wi-Fi access point, - Forwarding a data communication from the Wi-Fi access point via the mobile network to a serving gateway of the mobile network by using an access point name specific for the selected service set identification (SSID), characterized by the following steps - Forwarding the data communication from the serving gateway directly to a PDN evolved packet data gateway (PePDG) which is directly accessible from the serving gateway via standard interfaces by using a communication located internally inside of the mobile network - Forwarding the data communication from the PDN evolved packed data gateway (PePDG) to the internet. - Offering a service set identification (SSID) in form of a value added service set identification (VAS-SSID) by the Wi-Fi access point, - Connecting the mobile entity to the Wi-Fi access point by selecting the value added service set identification (VAS-SSID) of the Wi-Fi access point, - Forwarding a data communication from the Wi-Fi access point via the mobile network to a serving gateway of the mobile network by using an access point name specific for the selected service set identification (SSID), - Forwarding the data communication from the serving gateway directly to a PDN evolved packet data gateway (PePDG) which is directly accessible from the serving gateway via standard interfaces by using a communication located internally inside of the mobile network - Forwarding the data communication from the PDN evolved packed data gateway (PePDG) to the internet.
A first layer one link aggregation master configured to control transmission of customer traffic to a receiver, the first layer one link aggregation master comprising: a first port coupled to receive customer traffic; a first channel; a second channel; an aggregation engine coupled to the first and second channels; a first switch circuit coupled to the first port and to the first channel, and configured to communicate the customer traffic from the first port over the first channel to the aggregation engine, the aggregation engine including a splitter circuit configured to use layer one information to segment at least a portion of the customer traffic into a first virtual container and a second virtual container, the aggregation engine further including an encapsulation circuit configured to encapsulate the second virtual container using Ethernet standards for transport over the second channel; a radio access card configured to generate an air frame based on the first virtual container for wireless transmission over a first wireless link of a link aggregation group to the receiver; and a second switch circuit coupled to the second channel, and configured to communicate the Ethernet-encapsulated second virtual container over an Ethernet cable to a slave switching circuit for wireless transmission over a second wireless link of the link aggregation group to the receiver. a first port coupled to receive customer traffic; a first channel; a second channel; an aggregation engine coupled to the first and second channels; a first switch circuit coupled to the first port and to the first channel, and configured to communicate the customer traffic from the first port over the first channel to the aggregation engine, the aggregation engine including a splitter circuit configured to use layer one information to segment at least a portion of the customer traffic into a first virtual container and a second virtual container, the aggregation engine further including an encapsulation circuit configured to encapsulate the second virtual container using Ethernet standards for transport over the second channel; a radio access card configured to generate an air frame based on the first virtual container for wireless transmission over a first wireless link of a link aggregation group to the receiver; and a second switch circuit coupled to the second channel, and configured to communicate the Ethernet-encapsulated second virtual container over an Ethernet cable to a slave switching circuit for wireless transmission over a second wireless link of the link aggregation group to the receiver.
Device comprising - a navigation system (17, 18) which comprises a detecting device for detecting distinctive points of an object or markers associated with the object and a processing device for determining the position of the object on the basis of the distinctive points or markers detected by the detecting device, and - a robot to which a medical, in particular a surgical instrument is secured and which comprises a robot arm having a plurality of axes of rotation, on which the detecting device of the navigation system is secured, wherein the detecting device is an integral part of the robot arm or is secured rigidly but detachably onto the robot arm, the robot is configured to re-record the markers or the distinctive points automatically at specific time intervals and is characterised in that the robot has redundant degrees of freedom in order to allow a change in the perspective of the detecting device while simultaneously maintaining the tool centre point. - a navigation system (17, 18) which comprises a detecting device for detecting distinctive points of an object or markers associated with the object and a processing device for determining the position of the object on the basis of the distinctive points or markers detected by the detecting device, and - a robot to which a medical, in particular a surgical instrument is secured and which comprises a robot arm having a plurality of axes of rotation, on which the detecting device of the navigation system is secured, wherein the detecting device is an integral part of the robot arm or is secured rigidly but detachably onto the robot arm, the robot is configured to re-record the markers or the distinctive points automatically at specific time intervals and is characterised in that the robot has redundant degrees of freedom in order to allow a change in the perspective of the detecting device while simultaneously maintaining the tool centre point.
A method for controlling a roasting process of coffee beans, comprising steps of: - sampling a first batch of coffee beans and a second batch of coffee beans from said coffee beans during roasting (S12; S42); - detecting a surface colour of the first batch of coffee beans (S14; S44); - grinding the second batch of coffee beans and detecting a powder colour of the second batch of coffee beans after grinding (S16; S46); and - controlling the roasting process at least partially based on the detected surface colour of the first batch of coffee beans and the detected powder colour of the second batch of coffee beans (S18; S48). - sampling a first batch of coffee beans and a second batch of coffee beans from said coffee beans during roasting (S12; S42); - detecting a surface colour of the first batch of coffee beans (S14; S44); - grinding the second batch of coffee beans and detecting a powder colour of the second batch of coffee beans after grinding (S16; S46); and - controlling the roasting process at least partially based on the detected surface colour of the first batch of coffee beans and the detected powder colour of the second batch of coffee beans (S18; S48).
A plant growth array device comprising: an aerial growth chamber configured to receive aerial shoot portions of a plurality of plants; a root growth chamber configured to receive root portions of the plurality of plants; and a dividing member between the aerial growth chamber and the root growth chamber and having a plurality of apertures for receiving the plurality of plants therein; wherein the plurality of apertures extend at an angle between 20 and 75 degrees with respect to the dividing member and wherein the plurality of apertures each define a channel tapered in a conical or frusto-conical shaped opening to the root growth chamber, such that the apertures are configured so that the root portions grow substantially in a common orientation; and wherein the root growth chamber includes a transparent and/or translucent side (30, 32) thereof and the root portions grow substantially in the common orientation along the transparent and/or translucent side (30/32) of the root growth chamber. an aerial growth chamber configured to receive aerial shoot portions of a plurality of plants; a root growth chamber configured to receive root portions of the plurality of plants; and a dividing member between the aerial growth chamber and the root growth chamber and having a plurality of apertures for receiving the plurality of plants therein; wherein the plurality of apertures extend at an angle between 20 and 75 degrees with respect to the dividing member and wherein the plurality of apertures each define a channel tapered in a conical or frusto-conical shaped opening to the root growth chamber, such that the apertures are configured so that the root portions grow substantially in a common orientation; and wherein the root growth chamber includes a transparent and/or translucent side (30, 32) thereof and the root portions grow substantially in the common orientation along the transparent and/or translucent side (30/32) of the root growth chamber.
A method comprising: receiving, with a controller of a chemical product dispenser in which is loaded a chemical product to be dispensed, chemical product data from an electronically readable label associated with the chemical product, wherein the chemical product data includes a chemical product identifier and a current amount corresponding to amount of chemical product; automatically calibrating, with the controller, at least one dispensing parameter based on the chemical product data; dispensing, with the chemical product dispenser, chemical product during a dispensing cycle based on the automatically calibrated dispensing parameters; determining an amount of the chemical product dispensed during the dispensing cycle; determining a current amount of chemical product remaining in the dispenser based on the amount of chemical product dispensed; updating, with the controller, the chemical product data stored on the electronically readable label including the current amount of chemical product remaining in the dispenser; characterised in that updating, with the controller, the chemical product data stored on the electronically readable label including the amount of the chemical product dispensed during the dispensing cycle and automatically updating, with the controller, the at least one dispensing parameter during a life cycle of the chemical product based on the current amount of chemical product remaining in the dispenser. receiving, with a controller of a chemical product dispenser in which is loaded a chemical product to be dispensed, chemical product data from an electronically readable label associated with the chemical product, wherein the chemical product data includes a chemical product identifier and a current amount corresponding to amount of chemical product; automatically calibrating, with the controller, at least one dispensing parameter based on the chemical product data; dispensing, with the chemical product dispenser, chemical product during a dispensing cycle based on the automatically calibrated dispensing parameters; determining an amount of the chemical product dispensed during the dispensing cycle; determining a current amount of chemical product remaining in the dispenser based on the amount of chemical product dispensed; updating, with the controller, the chemical product data stored on the electronically readable label including the current amount of chemical product remaining in the dispenser; characterised in that updating, with the controller, the chemical product data stored on the electronically readable label including the amount of the chemical product dispensed during the dispensing cycle and automatically updating, with the controller, the at least one dispensing parameter during a life cycle of the chemical product based on the current amount of chemical product remaining in the dispenser.
A wheeled transport device comprising: - at least one castor, which comprises a wheel, and - a brake system, which comprises a contact member, which comprises at least one opening, which is defined by an edge, wherein the contact member is configured to be manipulated between: ∘ an applied state, in which the edge is in contact with the wheel, and ∘ a released state, in which the edge is not in contact with the wheel, wherein - the brake system comprises a release mechanism, which is configured to selectively manipulate the brake system to the released state, characterized in that - the release mechanism is connected to the contact member via a motion converter such that the motion converter allows the contact member to be manipulated between the applied state and the released state and wherein the motion converter is configured to rotate and cause the contact member, which is a planar surface, to be manipulated between the applied state and the released state. - at least one castor, which comprises a wheel, and - a brake system, which comprises a contact member, which comprises at least one opening, which is defined by an edge, wherein the contact member is configured to be manipulated between: ∘ an applied state, in which the edge is in contact with the wheel, and ∘ a released state, in which the edge is not in contact with the wheel, wherein ∘ an applied state, in which the edge is in contact with the wheel, and ∘ a released state, in which the edge is not in contact with the wheel, - the brake system comprises a release mechanism, which is configured to selectively manipulate the brake system to the released state, - the release mechanism is connected to the contact member via a motion converter such that the motion converter allows the contact member to be manipulated between the applied state and the released state and wherein the motion converter is configured to rotate and cause the contact member, which is a planar surface, to be manipulated between the applied state and the released state.