mhurhangee/ep-ind-claims huggingface dataset:
A method for fast access rights checking of configured structure data, the method performed by a data processing system and comprising: receiving a hierarchical data structure that includes a plurality of structure lines referencing persistent data objects, wherein the hierarchical data structure is a bill of material structure and the structure lines are BOM lines; receiving metadata corresponding to persistent data objects referenced by the BOM lines; computing an access control expression corresponding to each persistent object referenced by the BOM lines according to the metadata, wherein the access control expressions are string-representation Boolean expressions; storing in at least one cache table the BOM lines and the access control expressions; and granting access to portions of the BOM lines to a user based on credentials associated with the user and the access control expressions in the cache table. receiving a hierarchical data structure that includes a plurality of structure lines referencing persistent data objects, wherein the hierarchical data structure is a bill of material structure and the structure lines are BOM lines; receiving metadata corresponding to persistent data objects referenced by the BOM lines; computing an access control expression corresponding to each persistent object referenced by the BOM lines according to the metadata, wherein the access control expressions are string-representation Boolean expressions; storing in at least one cache table the BOM lines and the access control expressions; and granting access to portions of the BOM lines to a user based on credentials associated with the user and the access control expressions in the cache table.
Test device for analyzing a symmetric probe, comprising: a dielectric support substrate; a main signal line and at least one symmetrical signal line (21, 22) for providing a symmetric test signal to the symmetric probe; wherein the main signal line is connectable to a first terminal of the probe, the main signal line comprises a test signal source interface, electrically connected to a first end of the main signal line and adapted to receive the test signal, and a first impedance, adapted to terminate a second end of the main signal line; wherein the at least one symmetrical signal line (21, 22) is connectable to a second terminal of the probe, each symmetrical signal line (21, 22) comprising a second impedance, adapted to terminate a first end of the respective symmetrical signal line (21, 22); wherein the main signal line and the at least one symmetrical signal line (21, 22) are electrically conductive structures arranged on the dielectric support substrate, and wherein the main signal line and the at least one symmetrical signal line (21, 22) are arranged as coplanar conducting paths. a dielectric support substrate; a main signal line and at least one symmetrical signal line (21, 22) for providing a symmetric test signal to the symmetric probe; wherein the main signal line is connectable to a first terminal of the probe, the main signal line comprises a test signal source interface, electrically connected to a first end of the main signal line and adapted to receive the test signal, and a first impedance, adapted to terminate a second end of the main signal line; wherein the at least one symmetrical signal line (21, 22) is connectable to a second terminal of the probe, each symmetrical signal line (21, 22) comprising a second impedance, adapted to terminate a first end of the respective symmetrical signal line (21, 22); wherein the main signal line and the at least one symmetrical signal line (21, 22) are electrically conductive structures arranged on the dielectric support substrate, and wherein the main signal line and the at least one symmetrical signal line (21, 22) are arranged as coplanar conducting paths.
An aircraft cabin attendant seat comprising: a seat frame; a backrest; and a headrest characterized in that the headrest comprises a bayonet; and the aircraft cabin attendant seat comprises a locking mechanism configured to lock the bayonet within the seat frame, wherein the locking mechanism is configured to release the bayonet in response to a pressure on the backrest, wherein the locking mechanism comprises: a pawl coupled to the seat frame, wherein the pawl comprises a curved cut-out; a torsion spring coupled to the pawl, the torsion spring comprising a first end in contact with the seat frame and a second end in contact with a lever on the pawl, wherein the pawl is biased rotationally by the torsion spring; a linkage coupled to the seat frame, the linkage comprising a main body, a release member extending from the main body and located within the curved cut-out in the pawl, and a cantilevered tab perpendicular to the main body; wherein the backrest is biased in a forward position by the cantilevered tab. a seat frame; a backrest; and a headrest characterized in that the headrest comprises a bayonet; and the aircraft cabin attendant seat comprises a locking mechanism configured to lock the bayonet within the seat frame, wherein the locking mechanism is configured to release the bayonet in response to a pressure on the backrest, wherein the locking mechanism comprises: a pawl coupled to the seat frame, wherein the pawl comprises a curved cut-out; a torsion spring coupled to the pawl, the torsion spring comprising a first end in contact with the seat frame and a second end in contact with a lever on the pawl, wherein the pawl is biased rotationally by the torsion spring; a linkage coupled to the seat frame, the linkage comprising a main body, a release member extending from the main body and located within the curved cut-out in the pawl, and a cantilevered tab perpendicular to the main body; wherein the backrest is biased in a forward position by the cantilevered tab. a pawl coupled to the seat frame, wherein the pawl comprises a curved cut-out; a torsion spring coupled to the pawl, the torsion spring comprising a first end in contact with the seat frame and a second end in contact with a lever on the pawl, wherein the pawl is biased rotationally by the torsion spring; a linkage coupled to the seat frame, the linkage comprising a main body, a release member extending from the main body and located within the curved cut-out in the pawl, and a cantilevered tab perpendicular to the main body; wherein the backrest is biased in a forward position by the cantilevered tab.
An image coding method for coding an image signal containing Video Object Planes, comprising: outputting a coded image signal obtained by coding the image signal together with a display cycle identifier capable of indicating that a cycle of image display for all frames included in said image signal is fixed; and outputting display cycle data indicating the cycle of image display for all frames included in the image signal and frame position data indicating a position in display order of the respective frame for all frames included in the image signal together with the display cycle identifier when the display cycle identifier indicates that the cycle of image display is fixed. outputting a coded image signal obtained by coding the image signal together with a display cycle identifier capable of indicating that a cycle of image display for all frames included in said image signal is fixed; and outputting display cycle data indicating the cycle of image display for all frames included in the image signal and frame position data indicating a position in display order of the respective frame for all frames included in the image signal together with the display cycle identifier when the display cycle identifier indicates that the cycle of image display is fixed.
Track-securing apparatus for a track barrier for safeguarding or delimiting a section of a rail, in particular of a railway line, having a bar holder for at least one barrier bar of the track barrier, in particular for two barrier bars, and having an apparatus carrier, which has a fastening limb for fastening the track-securing apparatus in a releasable manner on a base of the rail, wherein the outer end of the apparatus carrier has provided on it a hook, which can be guided up onto one side of the rail base and can be braced there against the rail base, wherein a slide is provided, said slide being displaceable longitudinally on the fastening limb and having, at one end, a clamp, which engages over the other side of the rail base and can be moved with the slide, and wherein a clamping lever is provided as arresting means in order to lock the slide in a clamping position, characterized in that the hook is provided on a hook tube, which can be displaced longitudinally on or in the fastening limb, wherein the hook tube is spring-loaded via a spring means and is drawn in the direction of the slide by the spring force of the spring means, in that the retaining limb and the fastening limb are spaced apart from one another in the vertical direction, in that the end of the fastening portion, in the clamping position of the slide, can be displaced through the retaining limb, into the region above the fastening limb, in that the clamping lever has two lever arms (13, 14) and a joint, which connects the lever arms (13, 14), and in that the end of the fastening portion, in the clamping position of the slide, can be displaced at least into the region above the joint.
A frequency-modulated continuous-wave (FMCW) radar device comprising: an oscillator configured to oscillate a local signal; a transmitting antenna configured to emit a transmission signal based on the local signal; a receiving antenna configured to receive a reflected wave in which the transmission signal is reflected from a target; a mixer configured to multiply the reflected wave and the local signal by each other to produce a multiplied signal; a first shifter provided between the oscillator and the mixer and configured to shift a phase of the local signal, wherein: the first shifter sets a shift amount to a first value at first-time transmission of the transmission signal and sets the shift amount to a second value at second-time transmission of the transmission signal, and a difference between the first value and the second value is approximately 180 degrees; and a calculation unit configured to perform subtraction between an output of the mixer at the first-time transmission of the transmission signal and an output of the mixer at the second-time transmission of the transmission signal, characterized by further comprising: a second shifter configured to shift a phase of a signal output by the first shifter between the first shifter and the transmitting antenna. an oscillator configured to oscillate a local signal; a transmitting antenna configured to emit a transmission signal based on the local signal; a receiving antenna configured to receive a reflected wave in which the transmission signal is reflected from a target; a mixer configured to multiply the reflected wave and the local signal by each other to produce a multiplied signal; a first shifter provided between the oscillator and the mixer and configured to shift a phase of the local signal, wherein: the first shifter sets a shift amount to a first value at first-time transmission of the transmission signal and sets the shift amount to a second value at second-time transmission of the transmission signal, and a difference between the first value and the second value is approximately 180 degrees; and the first shifter sets a shift amount to a first value at first-time transmission of the transmission signal and sets the shift amount to a second value at second-time transmission of the transmission signal, and a difference between the first value and the second value is approximately 180 degrees; and a calculation unit configured to perform subtraction between an output of the mixer at the first-time transmission of the transmission signal and an output of the mixer at the second-time transmission of the transmission signal, characterized by further comprising: a second shifter configured to shift a phase of a signal output by the first shifter between the first shifter and the transmitting antenna.
A washing machine comprising: a first tub configured to store wash water; a first main heater configured to heat wash water stored in the first tub; a first sub heater configured to heat wash water stored in the first tub; a second tub; a second heater configured to provide heat to the second tub; a control panel configured to receive a first command to drive the first main heater and the first sub heater; and a controller configured to drive the first main heater and the first sub heater; wherein a power consumption required to drive the first main heater is greater than a power consumption required to drive the first sub heater, and in response to receiving the first command, the controller is configured to drive the first main heater and the first sub heater unless temperature of wash water stored in the first tub reaches a predetermined target temperature, and control the first main heater not to be driven for a first predetermined period of time, wherein the first predetermined period of time is determined as a period of time during which the second heater is in operation. a first tub configured to store wash water; a first main heater configured to heat wash water stored in the first tub; a first sub heater configured to heat wash water stored in the first tub; a second tub; a second heater configured to provide heat to the second tub; a control panel configured to receive a first command to drive the first main heater and the first sub heater; and a controller configured to drive the first main heater and the first sub heater; wherein a power consumption required to drive the first main heater is greater than a power consumption required to drive the first sub heater, and in response to receiving the first command, the controller is configured to drive the first main heater and the first sub heater unless temperature of wash water stored in the first tub reaches a predetermined target temperature, and control the first main heater not to be driven for a first predetermined period of time, wherein the first predetermined period of time is determined as a period of time during which the second heater is in operation.
A method of reproducing a stereophonic sound, the method comprising: dividing a sound signal into a plurality of adjacent sections along a time axis; dividing the sound signal into a plurality of frequency bands; calculating a plurality of powers respectively corresponding to the plurality of frequency bands of each of previous and current sections; determining a frequency band that has a power of a predetermined value or greater and is common to adjacent sections, as a common frequency band based on the calculated powers; obtaining sound depth information, which denotes a distance between at least one sound object within the sound signal and a reference position, based on a difference between the power of the common frequency band in the current section and a power of the common frequency band in the previous section; and providing sound perspective to the sound object output from a speaker, based on the sound depth information. dividing a sound signal into a plurality of adjacent sections along a time axis; dividing the sound signal into a plurality of frequency bands; calculating a plurality of powers respectively corresponding to the plurality of frequency bands of each of previous and current sections; determining a frequency band that has a power of a predetermined value or greater and is common to adjacent sections, as a common frequency band based on the calculated powers; obtaining sound depth information, which denotes a distance between at least one sound object within the sound signal and a reference position, based on a difference between the power of the common frequency band in the current section and a power of the common frequency band in the previous section; and providing sound perspective to the sound object output from a speaker, based on the sound depth information.
X-ray camera for spatially resolved detection of X-ray radiation, comprising: - a plurality of radiation detectors, each of which having a carrier substrate, one single detector layer, contact electrodes and connection lines, wherein the detector layer contains GaN and is arranged on the carrier substrate, the contact electrodes form ohmic contacts with the detector layer, and the connection lines are arranged for connecting the contact electrodes with a measuring element device, characterized in that - the detector layers of the radiation detectors each have a thickness of less than 50 μm, and - the X-ray camera comprises a holding device with a holding plate having a predetermined geometric shape, the radiation detectors being connected with the holding plate along a predetermined reference line or reference surface, wherein - the radiation detectors with the carrier substrates are arranged on the holding plate such that the carrier substrates are uniformly directed towards a common front side, which forms a radiation entry window, and the contact electrodes are uniformly directed towards a common rear side of the X-ray camera, wherein the connecting lines are located on the rear side. - a plurality of radiation detectors, each of which having a carrier substrate, one single detector layer, contact electrodes and connection lines, wherein the detector layer contains GaN and is arranged on the carrier substrate, the contact electrodes form ohmic contacts with the detector layer, and the connection lines are arranged for connecting the contact electrodes with a measuring element device, characterized in that - the detector layers of the radiation detectors each have a thickness of less than 50 μm, and - the X-ray camera comprises a holding device with a holding plate having a predetermined geometric shape, the radiation detectors being connected with the holding plate along a predetermined reference line or reference surface, wherein - the radiation detectors with the carrier substrates are arranged on the holding plate such that the carrier substrates are uniformly directed towards a common front side, which forms a radiation entry window, and the contact electrodes are uniformly directed towards a common rear side of the X-ray camera, wherein the connecting lines are located on the rear side.
A table game management system comprising: a card distributor configured to determine and display a game result on each game on a game table; a camera configured to capture an image of game tokens placed on the game table; and a management control device configured to identify and store positions, types, and number of the game tokens placed on the game table by a game participant, wherein the management control device has a calculation function of determining game participants in each game as a winner and a loser by using a game result obtained from the card distributor and the stored positions, types, and number of game tokens placed by the game participants, and performing casino-side balance calculation on the game table for each game; characterized in that: the management control device is configured, when the game token has on its side surface a plurality of different colors stacked on each other, including a colored layer and a white layer or a light-colored layer being stacked on the colored layer, so as to be configured to form a striped pattern on the side surface and allow identification of the type of the game token according to the colored layer, to determine the types of the game tokens placed on the game table by analyzing the image to measure colors of the colored layer; and to determine the number of the game tokens placed on the game table by analyzing the image to measure the number of the colored layers, the white layers, or the light-colored layers of the game tokens placed on the game table. a card distributor configured to determine and display a game result on each game on a game table; a camera configured to capture an image of game tokens placed on the game table; and a management control device configured to identify and store positions, types, and number of the game tokens placed on the game table by a game participant, wherein the management control device has a calculation function of determining game participants in each game as a winner and a loser by using a game result obtained from the card distributor and the stored positions, types, and number of game tokens placed by the game participants, and performing casino-side balance calculation on the game table for each game; the management control device is configured, when the game token has on its side surface a plurality of different colors stacked on each other, including a colored layer and a white layer or a light-colored layer being stacked on the colored layer, so as to be configured to form a striped pattern on the side surface and allow identification of the type of the game token according to the colored layer, to determine the types of the game tokens placed on the game table by analyzing the image to measure colors of the colored layer; and to determine the number of the game tokens placed on the game table by analyzing the image to measure the number of the colored layers, the white layers, or the light-colored layers of the game tokens placed on the game table.
A package comprising a deformable material configured to form at least two sealed chambers, the package comprising: a first chamber; a second chamber; and optionally additional chambers, wherein the chambers are separated by one or more barriers which are frangible or tearable, wherein the first chamber contains a low viscosity liquid solution comprising an enzyme having perhydrolytic activity, wherein the enzyme comprises SEQ ID NO: 1, and the second chamber comprises at least one acyl donor substrate, wherein the acyl donor substrate is triacetin, and wherein the second or optional additional chamber contains a peroxide source and a gellant, such that when one or more barriers between the chambers breaks upon squeezing the first chamber, the low viscosity liquid solution mixes with the peroxide source and the acyl donor substrate, the enzyme having perhydrolytic activity catalyzes a reaction between the peroxide released by the peroxide source and the acyl donor substrate to form a peracid, wherein upon mixing and formation of the peracid, an extrudable gel is formed by the liquid and the gellant, comprising the peracid, which extrudable gel is suitable for extrusion and application to a tooth surface, for sufficient time to whiten a tooth, wherein the gellant, peroxide and carboxylic acid ester compound are all in powder form, and wherein the package has an opening means, optionally a scored region, cap or plug to allow opening of the package, to provide an outlet through which the mixture can be dispensed. a first chamber; a second chamber; and optionally additional chambers,