mhurhangee/ep-ind-claims huggingface dataset:
A method, by a first node, for transaction processing between processing nodes in a cluster of a massively parallel processing database system, the method comprising: identifying, before starting a transaction, a second node involved in the transaction; requesting, from the second node, a snapshot of current transactions at the second node; receiving, from the second node, the snapshot of current transactions at the second node; combining, into a reconciled snapshot, the received snapshot of current transactions from the second node with current transactions at the first node; transmitting the reconciled snapshot to the second node; and starting the transaction using the reconciled snapshot; wherein, the method further comprises: triggering, using the transaction at the first node, a branch transaction at the second node; upon ending the transaction, performing a two phase commit protocol between the first node and the second node; and combining results of the transaction and the branch transaction. identifying, before starting a transaction, a second node involved in the transaction; requesting, from the second node, a snapshot of current transactions at the second node; receiving, from the second node, the snapshot of current transactions at the second node; combining, into a reconciled snapshot, the received snapshot of current transactions from the second node with current transactions at the first node; transmitting the reconciled snapshot to the second node; and starting the transaction using the reconciled snapshot; triggering, using the transaction at the first node, a branch transaction at the second node; upon ending the transaction, performing a two phase commit protocol between the first node and the second node; and combining results of the transaction and the branch transaction.
A supersonic compressor comprising: at least one fluid inlet; at least one fluid outlet; a fluid conduit extending between said fluid inlet and said fluid outlet; at least one supersonic compressor rotor (40, 158) disposed within said fluid conduit, said rotor comprising: a first endwall; a plurality of vanes coupled to said first endwall, each pair of said plurality of vanes defining a fluid flow channel extending therethrough, said fluid flow channel defining a flow channel inlet opening and a flow channel outlet opening, characterized by said fluid flow channel comprising a throat portion; and a second endwall; and at least one axially translatable fluid control device positioned adjacent to said rotor configured to at least partially obstruct said throat portion, said at least one axially translatable fluid control device comprising: at least one axially translatable protrusion insertable into at least a portion of said throat portion, wherein said at least one axially translatable protrusion comprises at least one of: a first protrusion extendable through said first endwall; and a second protrusion extendable through said second endwall. at least one fluid inlet; at least one fluid outlet; a fluid conduit extending between said fluid inlet and said fluid outlet; at least one supersonic compressor rotor (40, 158) disposed within said fluid conduit, said rotor comprising: a first endwall; a plurality of vanes coupled to said first endwall, each pair of said plurality of vanes defining a fluid flow channel extending therethrough, said fluid flow channel defining a flow channel inlet opening and a flow channel outlet opening, characterized by said fluid flow channel comprising a throat portion; and a second endwall; and a first endwall; a plurality of vanes coupled to said first endwall, each pair of said plurality of vanes defining a fluid flow channel extending therethrough, said fluid flow channel defining a flow channel inlet opening and a flow channel outlet opening, characterized by said fluid flow channel comprising a throat portion; and a second endwall; and at least one axially translatable fluid control device positioned adjacent to said rotor configured to at least partially obstruct said throat portion, said at least one axially translatable fluid control device comprising: at least one axially translatable protrusion insertable into at least a portion of said throat portion, wherein said at least one axially translatable protrusion comprises at least one of: a first protrusion extendable through said first endwall; and a second protrusion extendable through said second endwall. a first protrusion extendable through said first endwall; and a second protrusion extendable through said second endwall.
A method executable by a first controller device connected to at least one of a communication network and a local area network, the method comprising: defining a trigger, the trigger specifying a triggering event and an action to be performed by an accessory device in response to detecting the triggering event, wherein the action is performable by sending a control message to the accessory device, and wherein the accessory device is connected to at least one of the communication network and the local area network; delegating the trigger to a second controller device that is capable of communicating with the accessory device, wherein the second controller device is connected to at least one of the communication network and the local area network and is selected for the delegation of the trigger based at least in part on an effectiveness score; subsequently to delegating the trigger to the second controller device, monitoring a status of the second controller device to detect a condition indicating that the second controller device is unavailable to execute the trigger; and in response to detecting the condition, executing the trigger at the first controller device, wherein executing the trigger includes detecting the triggering event and sending the control message to the accessory device in response to detecting the triggering event. defining a trigger, the trigger specifying a triggering event and an action to be performed by an accessory device in response to detecting the triggering event, wherein the action is performable by sending a control message to the accessory device, and wherein the accessory device is connected to at least one of the communication network and the local area network; delegating the trigger to a second controller device that is capable of communicating with the accessory device, wherein the second controller device is connected to at least one of the communication network and the local area network and is selected for the delegation of the trigger based at least in part on an effectiveness score; subsequently to delegating the trigger to the second controller device, monitoring a status of the second controller device to detect a condition indicating that the second controller device is unavailable to execute the trigger; and in response to detecting the condition, executing the trigger at the first controller device, wherein executing the trigger includes detecting the triggering event and sending the control message to the accessory device in response to detecting the triggering event.
A method for producing a master hologram for a contact copying process, comprising the steps: arranging a diffuse scatterer, a diaphragm, a Fourier lens, and a holographic recording material on an optical arrangement axis so that an optical axis of the Fourier lens, a surface normal of the holographic recording material, and a surface normal of a diaphragm opening plane of the diaphragm are collinear with the optical arrangement axis, wherein the diaphragm is arranged between the diffuse scatterer and the Fourier lens so as to be immediately adjacent to the diffuse scatterer, and the diffuse scatterer is arranged on a focal plane of the Fourier lens, and coherent first light is radiated onto the diffuse scatterer in order to generate the diffusely scattered light, which is confined by means of the diaphragm and guided by means of the Fourier lens into the holographic recording material as an object light, and second coherent light that is coherent with the first coherent light is radiated in from a side facing away from the Fourier lens into the holographic recording material as a reference light in order to form a planar reflection volume hologram in the holographic recording material through interference of the reference light with the object light. arranging a diffuse scatterer, a diaphragm, a Fourier lens, and a holographic recording material on an optical arrangement axis so that an optical axis of the Fourier lens, a surface normal of the holographic recording material, and a surface normal of a diaphragm opening plane of the diaphragm are collinear with the optical arrangement axis, wherein the diaphragm is arranged between the diffuse scatterer and the Fourier lens so as to be immediately adjacent to the diffuse scatterer, and the diffuse scatterer is arranged on a focal plane of the Fourier lens, and coherent first light is radiated onto the diffuse scatterer in order to generate the diffusely scattered light, which is confined by means of the diaphragm and guided by means of the Fourier lens into the holographic recording material as an object light, and second coherent light that is coherent with the first coherent light is radiated in from a side facing away from the Fourier lens into the holographic recording material as a reference light in order to form a planar reflection volume hologram in the holographic recording material through interference of the reference light with the object light.
Method for rejecting an interference signal when detecting a chirp signal from an input signal, comprising the following steps: a. picking up the input signal; b. computing an output signal as a correlation from the picked-up input signal and a chirp reference signal by means of a correlator; c. computing an absolute value of the input signal from the input signal; d. computing an absolute value (R1B) of the output signal from the output signal; e. computing a phase difference between the input signal and the output signal; f. computing a synthesized interference signal from the absolute value of the input signal, the absolute value (R1B) of the output signal and the phase difference by means of a rotator; g. computing a residual signal as a difference from the output signal and the synthesized interference signal. a. picking up the input signal; b. computing an output signal as a correlation from the picked-up input signal and a chirp reference signal by means of a correlator; c. computing an absolute value of the input signal from the input signal; d. computing an absolute value (R1B) of the output signal from the output signal; e. computing a phase difference between the input signal and the output signal; f. computing a synthesized interference signal from the absolute value of the input signal, the absolute value (R1B) of the output signal and the phase difference by means of a rotator; g. computing a residual signal as a difference from the output signal and the synthesized interference signal.
An arrangement comprising two conveyor screws (2, 6) which are arranged rotatably moveably relative to each other for processing a pasty foodstuff product, having a first conveyor screw and a second conveyor screw which have interengaging helical flights (4, 4', 8, 8', 8") and which in particular are drivable in opposite relationship, characterised in that the conveyor screws (2, 6) are of different size diameters and the conveyor screws (2, 6) have a different number of flights (4, 4', 8, 8', 8"), and the surfaces of the interengaging flights (4, 4' 8, 8', 8") are so shaped and matched to each other that they are in contact with each other along a substantially continuous contact line extending substantially in the longitudinal direction of both conveyor screws (2, 6) to hinder, preferably prevent a return flow of the pasty material.
Method for producing a cooked food product, the method comprising the steps of: - selecting a raw material, comprising chick peas, - grinding the raw material to obtain a flour, - hydrating the flour with water to obtain a flour mixture, - preparing an oil mixture comprising at least olive oil and water, - mixing the flour mixture and the oil mixture to obtain a batter, - heating the batter to a temperature above the gelatinazation temperature of the starch contained therein, - cooling and storing the batter to obtain a gel, - cutting the gel to obtain individual food elements, and - cooking the food elements to obtain a cooked food product, wherein the method is characterised in that, prior to the step of mixing the flour mixture and oil mixture, the oil mixture is heated, wherein the flour mixture is heated by mixing the flour mixture and the oil mixture due to transfer of heat contained in the oil mixture. - selecting a raw material, comprising chick peas, - grinding the raw material to obtain a flour, - hydrating the flour with water to obtain a flour mixture, - preparing an oil mixture comprising at least olive oil and water, - mixing the flour mixture and the oil mixture to obtain a batter, - heating the batter to a temperature above the gelatinazation temperature of the starch contained therein, - cooling and storing the batter to obtain a gel, - cutting the gel to obtain individual food elements, and - cooking the food elements to obtain a cooked food product, wherein the method is characterised in that, prior to the step of mixing the flour mixture and oil mixture, the oil mixture is heated, wherein the flour mixture is heated by mixing the flour mixture and the oil mixture due to transfer of heat contained in the oil mixture.
Commercial vehicle brake shoe actuating device for a brake, in particular a disc brake, comprising a pivotably mountable lever element, and a translationally movable transmission element which is designed in such a way that a swivelling movement of the lever element is translated into a translational movement of the transmission element, wherein a hydraulic chamber filled with a hydraulic fluid is arranged between the brake shoe and the transmission element for the transmission of force between the brake shoe and the transmission element, wherein the chamber is deflection-free, characterised in that the transmission element has a bearing shell in which the lever element engages at least partially. a pivotably mountable lever element, and a translationally movable transmission element which is designed in such a way that a swivelling movement of the lever element is translated into a translational movement of the transmission element, wherein a hydraulic chamber filled with a hydraulic fluid is arranged between the brake shoe and the transmission element for the transmission of force between the brake shoe and the transmission element, wherein the chamber is deflection-free, characterised in that the transmission element has a bearing shell in which the lever element engages at least partially.
A cooking appliance, comprising: a cavity; a steam supply device for supplying steam to an inside of a cooking chamber defined in the cavity; an electric chamber formed above the cavity;a front panel installed at a frontside of the cavity and configured to close a front of the electric chamber; and wherein the steam supply device comprises a steam generator for generating steam and a water supply device for supplying water to the steam generator, wherein the water supply device is disposed in the electric chamber and comprises a front portion exposed at the frontside of the front panel; a guide member configured to adjust a position of the water supply device, wherein the front panel comprises an opening; and wherein the water supply device comprises: a housing disposed in the electric chamber and has an accommodating space, the housing has a front surface facing the opening; a water tank accommodated in the housing in a withdrawable manner; wherein the front portion is provided in front of the water tank, wherein the opening defines a passage for withdrawing the water tank, characterized by that the guide member is installed between the front panel and the housing. a cavity; a steam supply device for supplying steam to an inside of a cooking chamber defined in the cavity; an electric chamber formed above the cavity;a front panel installed at a frontside of the cavity and configured to close a front of the electric chamber; and wherein the steam supply device comprises a steam generator for generating steam and a water supply device for supplying water to the steam generator, wherein the water supply device is disposed in the electric chamber and comprises a front portion exposed at the frontside of the front panel; a guide member configured to adjust a position of the water supply device, wherein the front panel comprises an opening; and wherein the water supply device comprises: a housing disposed in the electric chamber and has an accommodating space, the housing has a front surface facing the opening; a water tank accommodated in the housing in a withdrawable manner; a housing disposed in the electric chamber and has an accommodating space, the housing has a front surface facing the opening; a water tank accommodated in the housing in a withdrawable manner; wherein the front portion is provided in front of the water tank, wherein the opening defines a passage for withdrawing the water tank, characterized by that the guide member is installed between the front panel and the housing.
A tank for storage of hydrocarbon liquids on the seabed, comprising: an outer sidewall and an inner side wall defining a hollow wall; an upper plate and a lower plate; vertical and horizontal bulkheads extending between the inner side wall and outer side wall to provide structural integrity to the hollow wall, wherein the hollow wall is compartmentalized to form a plurality of compartments, the compartments 18 being controllable to flood and evacuate a void space located between the outer side wall and inner side walls during sinking and recovery of the tank, the inner side wall surrounding a storage area, characterized in that an internal bottom and sides of the tank comprise two complete layers of watertight hull surface: one outer layer forming the normal hull of the tank, and a second inner hull which is some distance inboard, which forms a redundant barrier. an outer sidewall and an inner side wall defining a hollow wall; an upper plate and a lower plate; vertical and horizontal bulkheads extending between the inner side wall and outer side wall to provide structural integrity to the hollow wall, wherein the hollow wall is compartmentalized to form a plurality of compartments, the compartments 18 being controllable to flood and evacuate a void space located between the outer side wall and inner side walls during sinking and recovery of the tank, the inner side wall surrounding a storage area, characterized in that an internal bottom and sides of the tank comprise two complete layers of watertight hull surface: one outer layer forming the normal hull of the tank, and a second inner hull which is some distance inboard, which forms a redundant barrier.
Method for ascertaining a fluid variable relating to a fluid and/or a fluid flow of the fluid by way of a measuring device, in particular by way of a flowmeter, which comprises a measuring tube, which serves to receive or conduct a fluid, and a first and second oscillation transducer (5, 6) arranged on a side wall of the measuring tube, wherein the control device drives the first oscillation transducer to excite a measurement wave conducted in the side wall for a first measurement direction and drives the second oscillation transducer to excite a measurement wave conducted in the side wall for a second measurement direction, wherein the excited measurement waves are each conducted to the respective other oscillation transducer (5, 6), either directly in the side wall or indirectly through the fluid, and are captured there for the purposes of ascertaining a respective reception signal, wherein a first phase offset is ascertained between the reception signals captured for the first measurement direction and for the second measurement direction, characterized in that the first phase offset is ascertained for a first oscillation mode of the side wall, - wherein the measurement is repeated, either in every case or only if an ascertainment condition that depends on the first phase offset is satisfied, for a second oscillation mode of the side wall in order to ascertain a second phase offset, after which the fluid variable is ascertained on the basis of the first and the second phase offset in such a way that the fluid variable, or an intermediate result from which the fluid variable is calculated, is calculated by virtue of a set offset value being added to the first phase offset or to a calculation value calculated from the first phase offset if the second phase offset exceeds a specified limit, or vice versa, or - wherein the first oscillation mode is chosen on the basis of a predicted value, which relates to an expected fluid flow through the measuring tube or a variable dependent on the expected fluid flow. - wherein the measurement is repeated, either in every case or only if an ascertainment condition that depends on the first phase offset is satisfied, for a second oscillation mode of the side wall in order to ascertain a second phase offset, after which the fluid variable is ascertained on the basis of the first and the second phase offset in such a way that the fluid variable, or an intermediate result from which the fluid variable is calculated, is calculated by virtue of a set offset value being added to the first phase offset or to a calculation value calculated from the first phase offset if the second phase offset exceeds a specified limit, or vice versa, or - wherein the first oscillation mode is chosen on the basis of a predicted value, which relates to an expected fluid flow through the measuring tube or a variable dependent on the expected fluid flow.
A window system for media viewing, comprising: a tintable window having at least a bleached state and a tinted state; a display construct configured to display electronic media content, which display construct is disposed adjacent to and registered with the tintable window such that a user is able to view, through (i) the display construct and (ii) the tintable window at least when the tintable window is in the bleached state, which display construct is transparent at least in part; and a display circuitry directly wired to the display construct, which display circuitry is installed so as to be at least partially and reversibly accessible even during its operation. a tintable window having at least a bleached state and a tinted state; a display construct configured to display electronic media content, which display construct is disposed adjacent to and registered with the tintable window such that a user is able to view, through (i) the display construct and (ii) the tintable window at least when the tintable window is in the bleached state, which display construct is transparent at least in part; and a display circuitry directly wired to the display construct, which display circuitry is installed so as to be at least partially and reversibly accessible even during its operation.