mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for identifying compatibility algorithms, the method being performed by one or more processors, the method comprising: acquiring one or more compatibility algorithms, wherein each compatibility algorithm can be executed to check an application for compatibility with one or more platforms; and receiving a request for determining which of the one or more compatibility algorithms are compatible with a platform, wherein the request includes one or more attributes of the platform, wherein each of the one or more compatibility algorithms has attached metadata and executable code, wherein the attached metadata is analyzed for identifying which of the one or more compatibility algorithms is to be executed for compatibility testing an application for a platform, and wherein the attached executable code is executed to determine compatibility, with the executable code including instructions for determining whether a compatibility algorithm is to be executed, wherein the method further comprises: comparing, by the attached executable code, the one or more attributes of the platform to information in the attached metadata of each of the one or more compatibility algorithms; identifying at least one compatibility algorithm based on the comparison; and executing the at least one identified compatibility algorithm that is determined as suitable for executing. acquiring one or more compatibility algorithms, wherein each compatibility algorithm can be executed to check an application for compatibility with one or more platforms; and receiving a request for determining which of the one or more compatibility algorithms are compatible with a platform, wherein the request includes one or more attributes of the platform, wherein each of the one or more compatibility algorithms has attached metadata and executable code, wherein the attached metadata is analyzed for identifying which of the one or more compatibility algorithms is to be executed for compatibility testing an application for a platform, and wherein the attached executable code is executed to determine compatibility, with the executable code including instructions for determining whether a compatibility algorithm is to be executed, wherein the method further comprises: comparing, by the attached executable code, the one or more attributes of the platform to information in the attached metadata of each of the one or more compatibility algorithms; identifying at least one compatibility algorithm based on the comparison; and executing the at least one identified compatibility algorithm that is determined as suitable for executing. comparing, by the attached executable code, the one or more attributes of the platform to information in the attached metadata of each of the one or more compatibility algorithms; identifying at least one compatibility algorithm based on the comparison; and executing the at least one identified compatibility algorithm that is determined as suitable for executing.
A method for printing sheet-shaped recording media (2a...2c) page by page in a printing device, in which the recording media (2a...2c) are successively fed to at least one point-wise controllable printing unit (4a...4d) each time with a sheet distance (d) to a preceding recording medium (2a...2c) in a transport direction, wherein - page-wise structured document print data are subjected to a raster process in which line-wise and column-wise structured raster print data are generated, - for the document print data of one page, each time a predetermined nominal number NA of lines is provided, - the raster print data are stored successively line by line in a print data memory area of an electronic memory, - in the memory, an empty-line memory area is provided for an empty line that is not to be filled with print data, - the raster print data are read out successively line by line from the print data memory area of the memory and are fed to the printing unit (4a...4d) line by line, and - each time after reading out the nominal number NA of lines from the print data memory area the empty-line memory area is read out a number LZ times, wherein LZ is a whole number greater or equal to zero and is dependent on the sheet distance (d). - page-wise structured document print data are subjected to a raster process in which line-wise and column-wise structured raster print data are generated, - for the document print data of one page, each time a predetermined nominal number NA of lines is provided, - the raster print data are stored successively line by line in a print data memory area of an electronic memory, - in the memory, an empty-line memory area is provided for an empty line that is not to be filled with print data, - the raster print data are read out successively line by line from the print data memory area of the memory and are fed to the printing unit (4a...4d) line by line, and - each time after reading out the nominal number NA of lines from the print data memory area the empty-line memory area is read out a number LZ times, wherein LZ is a whole number greater or equal to zero and is dependent on the sheet distance (d).
A method performed using at least one intermediate service platform, an electronic device, an electronic caching device, and a network controller for providing content to a user device in a communication network, the communication network comprising an access network having a base station and one or more intermediate service platforms for routing data in the access network and a core network, the electronic device being distinct from the base station and the intermediate service platforms, wherein the network controller switches from a first network channel to a second network channel in order to conserve network resources, and the controller remains on the first channel while the electronic caching device is sourcing data content, and the network controller has a first down-switch timer having a first timer value and a first up-switch threshold count having a first threshold size wherein the method comprises performing, with the electronic device: intercepting a content request from the user device, the content request comprising a request for data content formatted according to a network interface; querying a cache provided in the electronic caching device located in the access network to determine whether the data content is present in the cache; and retrieving the data content from the cache and forwarding the data content to the user device, if it is determined that the data content is present in the cache, wherein the at least one of the intermediate service platforms causes the network controller to remain on the first network channel by activating a second down-switch timer having a second timer value less than the first timer value, and sending a ping of a second threshold size greater than the first threshold size to the core network. intercepting a content request from the user device, the content request comprising a request for data content formatted according to a network interface; querying a cache provided in the electronic caching device located in the access network to determine whether the data content is present in the cache; and retrieving the data content from the cache and forwarding the data content to the user device, if it is determined that the data content is present in the cache, wherein the at least one of the intermediate service platforms causes the network controller to remain on the first network channel by activating a second down-switch timer having a second timer value less than the first timer value, and sending a ping of a second threshold size greater than the first threshold size to the core network.
An outer column with a bracket comprising: a tubular outer column; and a column side bracket fixed to the outer column, wherein the outer column comprises slits configured to lower a rigidity of the outer column in a radial direction, wherein the slits are provided on both side portions in a width direction, which interpose a central portion in the width direction on a half portion of one side in an upper-lower direction, of the outer column in a state where the slits extend only in an axial direction respectively, and wherein the column side bracket comprises: a pair of side wall parts (26, 28) which fixed to positions, which interpose each of the slits therebetween from both sides in the width direction, of an outer peripheral surface of the outer column; and a penetration hole provided on portions, which face each other in the width direction, of the two side wall parts (26, 28) characterized in that welding parts are provided to fix the two side wall parts (26, 28) to the outer peripheral surface of the outer column respectively in a state where the welding parts bridge between: portions, which is adjacent to an opposite side of the slits in the circumferential direction with respect to the two side wall parts (26, 28), of the outer peripheral surface of the outer column; and the two side wall parts (26, 28). a tubular outer column; and a column side bracket fixed to the outer column, wherein the outer column comprises slits configured to lower a rigidity of the outer column in a radial direction, wherein the slits are provided on both side portions in a width direction, which interpose a central portion in the width direction on a half portion of one side in an upper-lower direction, of the outer column in a state where the slits extend only in an axial direction respectively, and wherein the column side bracket comprises: a pair of side wall parts (26, 28) which fixed to positions, which interpose each of the slits therebetween from both sides in the width direction, of an outer peripheral surface of the outer column; and a penetration hole provided on portions, which face each other in the width direction, of the two side wall parts (26, 28) characterized in that a pair of side wall parts (26, 28) which fixed to positions, which interpose each of the slits therebetween from both sides in the width direction, of an outer peripheral surface of the outer column; and a penetration hole provided on portions, which face each other in the width direction, of the two side wall parts (26, 28) welding parts are provided to fix the two side wall parts (26, 28) to the outer peripheral surface of the outer column respectively in a state where the welding parts bridge between: portions, which is adjacent to an opposite side of the slits in the circumferential direction with respect to the two side wall parts (26, 28), of the outer peripheral surface of the outer column; and the two side wall parts (26, 28). portions, which is adjacent to an opposite side of the slits in the circumferential direction with respect to the two side wall parts (26, 28), of the outer peripheral surface of the outer column; and the two side wall parts (26, 28).
An optical device, comprising: an array of light-emitting elements (203, 205), comprising a first subset of light-emitting elements and a second subset of light-emitting elements, wherein the first subset of light-emitting elements is configured to emit light having wavelength Li; a high refractive index material selectively disposed on the second subset of light-emitting elements but not on the first subset of light-emitting elements; and an array of optical elements positioned so as to be illuminated by the first subset of light-emitting elements and by the second subset of light-emitting elements, wherein the optical elements are regularly arranged in a common plane at a pitch P, wherein the common plane is located a distance D from the array of light-emitting elements, and wherein P 2 ≈2L 1 D/N, N being an integer greater than or equal to 1. an array of light-emitting elements (203, 205), comprising a first subset of light-emitting elements and a second subset of light-emitting elements, wherein the first subset of light-emitting elements is configured to emit light having wavelength Li; a high refractive index material selectively disposed on the second subset of light-emitting elements but not on the first subset of light-emitting elements; and an array of optical elements positioned so as to be illuminated by the first subset of light-emitting elements and by the second subset of light-emitting elements, wherein the optical elements are regularly arranged in a common plane at a pitch P, wherein the common plane is located a distance D from the array of light-emitting elements, and wherein P 2 ≈2L 1 D/N, N being an integer greater than or equal to 1.
An apparatus for detecting an RFID signal in a carrier signal, wherein the carrier frequency is a multiple M of a subcarrier frequency of the RFID signal, the apparatus comprising: a phase detector for generating a clock control signal based on the carrier signal; a pulse generator, the pulse generator configured to provide a predetermined sequence of trigger pulses when triggered by the clock control signal; a plurality of sample and hold units (490-1 to 490-8) each of the plurality of sample and hold units comprising a first storage element to store a first value of the RFID signal and a second storage element to store a second value of the RFID signal, wherein the second value is delayed by N cycles of the carrier signal relative to the first value, wherein each of the first and second storage elements are activated according to the predetermined sequence of trigger pulses; and for each of the plurality of sample and hold units, a primary comparator configured to receive the first value and the second value as inputs and output a detected value of the RFID signal for the respective sample and hold unit. a phase detector for generating a clock control signal based on the carrier signal; a pulse generator, the pulse generator configured to provide a predetermined sequence of trigger pulses when triggered by the clock control signal; a plurality of sample and hold units (490-1 to 490-8) each of the plurality of sample and hold units comprising a first storage element to store a first value of the RFID signal and a second storage element to store a second value of the RFID signal, wherein the second value is delayed by N cycles of the carrier signal relative to the first value, wherein each of the first and second storage elements are activated according to the predetermined sequence of trigger pulses; and for each of the plurality of sample and hold units, a primary comparator configured to receive the first value and the second value as inputs and output a detected value of the RFID signal for the respective sample and hold unit.
Laboratory sample distribution system, comprising - a number of sample container carriers being adapted to carry one or more sample containers, - a cleaning device, - a transport plane being adapted to support the sample container carriers and the cleaning device, - drive means being adapted to move the sample container carriers and the cleaning device on top of the transport plane, and - a control device being configured to control the movement of the sample container carriers and to control the movement of the cleaning device on top of the transport plane by driving the drive means such that the sample container carriers move along corresponding transport paths and that the cleaning device moves along a cleaning path, - wherein the cleaning device comprises cleaning means adapted for cleaning the transport plane, wherein - the cleaning device comprises electrostatic discharge means being adapted to discharge the transport plane or parts of the transport plane. - a number of sample container carriers being adapted to carry one or more sample containers, - a cleaning device, - a transport plane being adapted to support the sample container carriers and the cleaning device, - drive means being adapted to move the sample container carriers and the cleaning device on top of the transport plane, and - a control device being configured to control the movement of the sample container carriers and to control the movement of the cleaning device on top of the transport plane by driving the drive means such that the sample container carriers move along corresponding transport paths and that the cleaning device moves along a cleaning path, - wherein the cleaning device comprises cleaning means adapted for cleaning the transport plane, wherein - the cleaning device comprises electrostatic discharge means being adapted to discharge the transport plane or parts of the transport plane.
Screw comprising: an axially extending shaft portion; a thread at the shaft portion which comprises radially extending thread pitches originating from the shaft portion; a screw tip portion which is adjoining the shaft portion; at least one first scraping edge at the screw tip portion; at least one second scraping edge in a region of the shaft portion which is adjacent to the screw tip portion; wherein the at least one first scraping edge and the at least one second scraping edge are spaced from each other and extend in an axial direction over different regions of the screw; wherein ends of the at least one first scraping edge and the at least one second scraping edge which are facing each other are arranged within the same thread pitch. an axially extending shaft portion; a thread at the shaft portion which comprises radially extending thread pitches originating from the shaft portion; a screw tip portion which is adjoining the shaft portion; at least one first scraping edge at the screw tip portion; at least one second scraping edge in a region of the shaft portion which is adjacent to the screw tip portion; wherein the at least one first scraping edge and the at least one second scraping edge are spaced from each other and extend in an axial direction over different regions of the screw; wherein ends of the at least one first scraping edge and the at least one second scraping edge which are facing each other are arranged within the same thread pitch.
A method of network management using an adaptive policy, wherein the adaptive policy is defined by a plurality of sets of tasks, the method comprising: - receiving a trigger event; - obtaining information representative of at least one context in which the network operates; - performing a first task from a first set of tasks, wherein the first task is selected based on the trigger event and the information representative of the at least one context in which the network operates; - performing a subsequent task from a subsequent set of tasks, wherein the subsequent task is selected based on an output produced by performing a preceding task and the information representative of the at least one context in which the network operates, and wherein the act of performing the subsequent task is repeated until a task from a final set of tasks is selected and performed; - producing (108, 110) an action event, wherein the action event is produced by performing the task selected from the final set of tasks; and - forwarding (108, 112) for execution, the action event. - receiving a trigger event; - obtaining information representative of at least one context in which the network operates; - performing a first task from a first set of tasks, wherein the first task is selected based on the trigger event and the information representative of the at least one context in which the network operates; - performing a subsequent task from a subsequent set of tasks, wherein the subsequent task is selected based on an output produced by performing a preceding task and the information representative of the at least one context in which the network operates, and wherein the act of performing the subsequent task is repeated until a task from a final set of tasks is selected and performed; - producing (108, 110) an action event, wherein the action event is produced by performing the task selected from the final set of tasks; and - forwarding (108, 112) for execution, the action event.
Induction hob device having at least two inverters (10a-10g; 12a-12g), which are provided to operate at least one inductor in each case, and having a control unit (14a-14g) which is provided to jointly operate the at least two inverters (10a-10g; 12a-12g) in at least one time frame (16a-16g) of a continuous operation state and indeed simultaneously at least at times and/or consecutively and to divide the at least one time frame (16a-16g) into at least two time intervals ( t a, t b, t c, t d, t e, t f), characterised in that the control unit (14a-14g) is provided to embody at least one of the at least two time intervals ( t a, t b, t c, t d, t e, t f) as a transition time interval ( t trans 1, t trans 2, t trans 3) and to continuously change an overall output power ( P T) of the at least two inverters (10a - 10g; 12a-12g) in the transition time interval ( t trans 1, t trans 2, t trans 3).
A device for the electrical disintegration of cell structures, comprising - a chamber having an inlet for receiving material containing cell structures, an outlet for the discharge thereof, and a conveyor line extending between the inlet and the outlet, - an electrode unit which has an electrode body which is arranged within the chamber at least portion-wise along the conveyor line, wherein - the chamber has a wall which is portion-wise or completely electrically conductive and electrically insulated from the electrode body, and - the electrode unit is adapted to generate an electric field between the electrode body and the wall for electrical disintegration, characterised in that a conveyor screw is arranged driveably in the conveyor line for conveying the material, wherein the electrode body is accommodated in a cavity in the conveyor screw. - a chamber having an inlet for receiving material containing cell structures, an outlet for the discharge thereof, and a conveyor line extending between the inlet and the outlet, - an electrode unit which has an electrode body which is arranged within the chamber at least portion-wise along the conveyor line, wherein - the chamber has a wall which is portion-wise or completely electrically conductive and electrically insulated from the electrode body, and - the electrode unit is adapted to generate an electric field between the electrode body and the wall for electrical disintegration,