mhurhangee/patent-ind-claim-en huggingface dataset:
A computer system for selecting an execution cost efficient query plan, comprising: at least one processor ; and memory including instructions that, when executed by the at least one processor , cause the at least one processor to: receive a first query plan and a second query plan for performing a query with a database, wherein the first query plan is different from the second query plan ; characterized in that the instructions cause the at least one processor to: use a classifier model to determine relative execution cost efficiency between the first query plan and the second query plan, wherein the classifier model is trained using pairs of query plans and an indication of which query plan of each pair of query plans has a more efficient relative execution cost for the database ; and output a ranking of the first query plan and second query plan, wherein the first query plan and second query plan are ranked based on execution cost efficiency , wherein the first query plan is based on a first index configuration for the database and the second query plan is based on a second index configuration for the database. at least one processor ; and memory including instructions that, when executed by the at least one processor , cause the at least one processor to: receive a first query plan and a second query plan for performing a query with a database, wherein the first query plan is different from the second query plan ; characterized in that the instructions cause the at least one processor to: use a classifier model to determine relative execution cost efficiency between the first query plan and the second query plan, wherein the classifier model is trained using pairs of query plans and an indication of which query plan of each pair of query plans has a more efficient relative execution cost for the database ; and output a ranking of the first query plan and second query plan, wherein the first query plan and second query plan are ranked based on execution cost efficiency , wherein the first query plan is based on a first index configuration for the database and the second query plan is based on a second index configuration for the database. receive a first query plan and a second query plan for performing a query with a database, wherein the first query plan is different from the second query plan ; characterized in that the instructions cause the at least one processor to: use a classifier model to determine relative execution cost efficiency between the first query plan and the second query plan, wherein the classifier model is trained using pairs of query plans and an indication of which query plan of each pair of query plans has a more efficient relative execution cost for the database ; and output a ranking of the first query plan and second query plan, wherein the first query plan and second query plan are ranked based on execution cost efficiency , wherein the first query plan is based on a first index configuration for the database and the second query plan is based on a second index configuration for the database.
A system, comprising: a subscriber identity module 'SIM' application ; a physical SIM driver configured to be coupled to a physical SIM card; a first simulated SIM driver ; a second simulated SIM driver ; a control switch that selectively couples the SIM application to the physical SIM driver or the first simulated SIM driver , wherein the SIM application , when coupled to the physical SIM driver , is configured to read and write on the physical SIM card ; and a SIM simulator in communication with the control switch and the first simulated SIM driver , wherein the SIM simulator is configured to control the selective coupling of the control switch , and to receive at least one request comprising an authentication request from the first simulated SIM driver and transmit at least one response comprising an authentication response to the first simulated SIM driver , wherein the authentication request is received by the first simulated SIM driver from a communication network, and the SIM simulator is configured to: relay the authentication request received from the first simulated SIM driver to a remote server via a data communication link established by the second simulated SIM driver , receive the authentication response transmitted to the first simulated SIM driver from the remote server via the data communication link established by the second simulated SIM driver , and if no authentication response is received from the remote server within a predetermined period of time after relaying the authentication request, send a time-out indication to the first simulated SIM driver . a subscriber identity module 'SIM' application ; a physical SIM driver configured to be coupled to a physical SIM card; a first simulated SIM driver ; a second simulated SIM driver ; a control switch that selectively couples the SIM application to the physical SIM driver or the first simulated SIM driver , wherein the SIM application , when coupled to the physical SIM driver , is configured to read and write on the physical SIM card ; and a SIM simulator in communication with the control switch and the first simulated SIM driver , wherein the SIM simulator is configured to control the selective coupling of the control switch , and to receive at least one request comprising an authentication request from the first simulated SIM driver and transmit at least one response comprising an authentication response to the first simulated SIM driver , wherein the authentication request is received by the first simulated SIM driver from a communication network, and the SIM simulator is configured to: relay the authentication request received from the first simulated SIM driver to a remote server via a data communication link established by the second simulated SIM driver , receive the authentication response transmitted to the first simulated SIM driver from the remote server via the data communication link established by the second simulated SIM driver , and if no authentication response is received from the remote server within a predetermined period of time after relaying the authentication request, send a time-out indication to the first simulated SIM driver .
Attenuator for an array antenna control node , configured to attenuate a radiofrequency signal according to a control signal, said attenuator comprising a plurality of first attenuation cells (A 1 , A N-1 ), each first attenuation cell being configured to attenuate said radiofrequency signal by a predetermined value and being activated according to a particular bit of the control signal , the attenuator being characterized in that it comprises a means for implementing a combinatorial logic on the bits of the control signal that are used to control the first attenuation cells, and at least one second attenuation cell (B 1 , B M ), each second attenuation cell being configured to attenuate said radiofrequency signal by a predetermined value and being activated according to a particular output of the means for implementing the combinatorial logic.
Device for circulating transport of containers , which comprises a turntable with format parts arranged above one another, which have at their respective outer circumferences a plurality of pocket openings, which collectively form star wheel pockets , for receiving a respective container per star wheel pocket , wherein at least one of the format parts can be rotated in the circumferential direction relative to at least one other, and therefore the star wheel pockets can be adjusted in common in respect of their amount of opening, wherein in each case two format parts arranged above one another each have at least one control element (5, 6; 21, 22), wherein the control elements (5, 6; 21, 22) of format parts (1, 2; 17, 18) arranged directly above one another have a different orientation, inclination path, or deflection radius in relation to the radial direction, wherein at least one radially movable adjusting element is provided, which engages both into the control element (5, 6; 21, 22) of the one format part (1, 2; 17, 18) and into the control element (5, 6; 21, 22) of the other format part (1, 2; 17, 18), wherein the adjusting element (7; 24), with which at least one actuating element (12; 23) can be connected, by means of which the actuating element (12; 23) can be driven directly or indirectly in the radial direction, wherein the at least one actuating element represents the only radially running guide element, characterized in that arranged above a first plane with star wheel pockets is a second plane with container clamps , and each container clamp comprises two clamping arms , each with a clamping jaw which can be rotated about an axis of rotation aligned in the longitudinal axis direction of the clamping arms .
A safety device, intended to be implemented on a steam generator, including: - at least two pressure switches for excess steam pressure; - at least two water level probes each having a safety integrity level SIL of at least 3; - at least two emergency stops each having a safety integrity level SIL of at least 3; said safety device further including: - a safety controller connected to the at least two pressure switches , to the at least two probes and to the at least two emergency stops ; - a relay assembly connected to the outputs of said safety controller and able to act on a combustion controller , a feed pump and a regulation controller of said steam generator to stop the latter in case of emergency; where: - the at least two pressure switches each have a safety integrity level SIL of at least 2; - the pressure switches , the probes and the emergency stops are independent of each other in their operation, and in which device the safety integrity level SIL is defined in accordance with the requirements of standard IEC 61511. - at least two pressure switches for excess steam pressure; - at least two water level probes each having a safety integrity level SIL of at least 3; - at least two emergency stops each having a safety integrity level SIL of at least 3; said safety device further including: - a safety controller connected to the at least two pressure switches , to the at least two probes and to the at least two emergency stops ; - a relay assembly connected to the outputs of said safety controller and able to act on a combustion controller , a feed pump and a regulation controller of said steam generator to stop the latter in case of emergency; where: - the at least two pressure switches each have a safety integrity level SIL of at least 2; - the pressure switches , the probes and the emergency stops are independent of each other in their operation, and in which device the safety integrity level SIL is defined in accordance with the requirements of standard IEC 61511. - a safety controller connected to the at least two pressure switches , to the at least two probes and to the at least two emergency stops ; - a relay assembly connected to the outputs of said safety controller and able to act on a combustion controller , a feed pump and a regulation controller of said steam generator to stop the latter in case of emergency; where: - the at least two pressure switches each have a safety integrity level SIL of at least 2; - the pressure switches , the probes and the emergency stops are independent of each other in their operation, and in which device the safety integrity level SIL is defined in accordance with the requirements of standard IEC 61511. - the at least two pressure switches each have a safety integrity level SIL of at least 2; - the pressure switches , the probes and the emergency stops are independent of each other in their operation,
An apparatus for correcting defective pixel values, comprising: an image sensor comprising a plurality of pixels configured to convert light provided from a subject into an electrical signal, and output image data corresponding to the electrical signal; a data memory configured to store location information about one or more defective pixels among the plurality of pixels, the location information being encoded a location information decoder configured to decode the encoded location information about the defective pixels stored in the data memory; and a pixel corrector configured to identify the defective pixels among the plurality of pixels using the decoded location information, and to interpolate pixel values of the defective pixels using at least one pixel value of one or more neighboring pixels adjacent to each of the defective pixels, wherein the location information decoder is configured to select one of a first decoding method and a second decoding method based on a distance between the defective pixels, and decode the encoded location information about the defective pixels using the selected decoding method, wherein the distance between the defective pixels is a distance between defective pixels adjacent to each other in a scan order, wherein the scan order is a horizontal direction raster scan order, and characterized in that : the encoded location information comprises, as a unit, non-compressed horizontal coordinate information and compressed vertical coordinate information. an image sensor comprising a plurality of pixels configured to convert light provided from a subject into an electrical signal, and output image data corresponding to the electrical signal; a data memory configured to store location information about one or more defective pixels among the plurality of pixels, the location information being encoded a location information decoder configured to decode the encoded location information about the defective pixels stored in the data memory; and a pixel corrector configured to identify the defective pixels among the plurality of pixels using the decoded location information, and to interpolate pixel values of the defective pixels using at least one pixel value of one or more neighboring pixels adjacent to each of the defective pixels, wherein the location information decoder is configured to select one of a first decoding method and a second decoding method based on a distance between the defective pixels, and decode the encoded location information about the defective pixels using the selected decoding method, wherein the distance between the defective pixels is a distance between defective pixels adjacent to each other in a scan order, wherein the scan order is a horizontal direction raster scan order, and characterized in that : the encoded location information comprises, as a unit, non-compressed horizontal coordinate information and compressed vertical coordinate information.
A hydrogel network comprising a plurality of hydrogel objects, wherein each of said hydrogel objects comprises: (a) a hydrogel body, and (b) an outer layer of amphipathic molecules, on at least part of the surface of the hydrogel body, wherein each of said hydrogel objects contacts another of said hydrogel objects to form an interface between the contacting hydrogel objects, wherein said plurality of hydrogel objects comprises a first hydrogel object and a second hydrogel object, wherein each of the first and second hydrogel objects comprises: (a) a hydrogel body, and (b) an outer layer of amphipathic molecules, on at least part of the surface of the hydrogel body, wherein the first hydrogel object contacts the second hydrogel object to form a said interface between the first and second objects, the hydrogel body of the first hydrogel object is in direct contact with the hydrogel body of the second object, at the interface between the first and second objects and the interface between the first and second objects does not comprise a bilayer of amphipathic molecules. (a) a hydrogel body, and (b) an outer layer of amphipathic molecules, on at least part of the surface of the hydrogel body, (a) a hydrogel body, and (b) an outer layer of amphipathic molecules, on at least part of the surface of the hydrogel body,
A multi-motor system comprising a plurality of motor units , each of the plurality of motor units including: a motor ; a communication circuit to receive a command (12A- 12D) which is transmitted from an external device outside the motor unit ; a control circuit to generate a control signal for rotating the motor with a controlled variable that is designated by the command (12A - 12D); and a motor driving circuit to flow a current in the motor based on the control signal, wherein, the command (12A - 12D) includes: control data (C1, C2, D1, D2) indicating the controlled variable of the motor in fixed-point data, the controlled variable being expressed by using an integer part and a fractional part; and position-designating data (A1, A2) designating a position of a radix point in the control data (C1, C2, D1, D2), the position-designating data (A1, A2) is independently determined for each motor unit by the external device , and the control circuit extracts the integer part and the fractional part from the control data (C1, C2, D1, D2) by using the position-designating data (A1, A2), and generates the control signal in accordance with the controlled variable being composed of the extracted integer part and fractional part. each of the plurality of motor units including: a motor ; a communication circuit to receive a command (12A- 12D) which is transmitted from an external device outside the motor unit ; a control circuit to generate a control signal for rotating the motor with a controlled variable that is designated by the command (12A - 12D); and a motor driving circuit to flow a current in the motor based on the control signal, wherein, a motor ; a communication circuit to receive a command (12A- 12D) which is transmitted from an external device outside the motor unit ; a control circuit to generate a control signal for rotating the motor with a controlled variable that is designated by the command (12A - 12D); and a motor driving circuit to flow a current in the motor based on the control signal, wherein, the command (12A - 12D) includes: control data (C1, C2, D1, D2) indicating the controlled variable of the motor in fixed-point data, the controlled variable being expressed by using an integer part and a fractional part; and position-designating data (A1, A2) designating a position of a radix point in the control data (C1, C2, D1, D2), control data (C1, C2, D1, D2) indicating the controlled variable of the motor in fixed-point data, the controlled variable being expressed by using an integer part and a fractional part; and position-designating data (A1, A2) designating a position of a radix point in the control data (C1, C2, D1, D2), the position-designating data (A1, A2) is independently determined for each motor unit by the external device , and the control circuit extracts the integer part and the fractional part from the control data (C1, C2, D1, D2) by using the position-designating data (A1, A2), and generates the control signal in accordance with the controlled variable being composed of the extracted integer part and fractional part.
Medical kit for use in negative pressure therapy of endoluminal wound sites in the gastrointestinal tract, comprising at least two absorbent bodies , wherein each of the at least two absorbent bodies comprises a sponge body and a suction hose connected non-detachably to the sponge body by means of adhesive , wherein each of the sponge bodies is substantially cylindrical, in particular in the form of a vertical circular cylinder, wherein each of the sponge bodies has a diameter d and a length 1, wherein at least one opening is present in the suction hose , and wherein each of the sponge bodies present in the kit differs, in at least one of the sizes chosen from diameter d and/or length 1, from every other of the sponge bodies present in the kit , characterized in that at least two of the sponge bodies present in the kit differ, in only a single size chosen from diameter d or length 1, from each of the other sponge bodies present in the kit , wherein the kit comprises at least two sponge bodies that have an identical length 1 and a different diameter d. comprising at least two absorbent bodies , wherein each of the at least two absorbent bodies comprises a sponge body and a suction hose connected non-detachably to the sponge body by means of adhesive , wherein each of the sponge bodies is substantially cylindrical, in particular in the form of a vertical circular cylinder, wherein each of the sponge bodies has a diameter d and a length 1, wherein at least one opening is present in the suction hose , and wherein each of the sponge bodies present in the kit differs, in at least one of the sizes chosen from diameter d and/or length 1, from every other of the sponge bodies present in the kit , characterized in that at least two of the sponge bodies present in the kit differ, in only a single size chosen from diameter d or length 1, from each of the other sponge bodies present in the kit , wherein the kit comprises at least two sponge bodies that have an identical length 1 and a different diameter d.
An automatic analyzer comprising: a reagent container adapted to contain a reagent ; a nozzle adapted to suck the reagent from the reagent container; a reagent probe adapted to dispense the reagent sucked from the reagent container to a reaction vessel ; an emission unit provided outside the reagent container and adapted to emit light so as to pass through inside the reagent container, the light having a wavelength selected based on a material of the reagent container and a type of the reagent; a light receiving unit provided outside the reagent container and adapted to receive the light emitted from the emission unit; a management unit adapted to manage a liquid volume of the reagent in the reagent container and including a calculation unit adapted to calculate a remaining liquid amount of the reagent in the reagent container as a management liquid volume based on a suction liquid volume sucked from the reagent container and an initial liquid volume contained in a new reagent container; and a determination unit adapted to detect, based on the light emitted from the emission unit and received by the light receiving unit, a liquid level inside the reagent container, and to determine whether the liquid volume in the reagent container becomes equal to or less than a predetermined value from the liquid level; wherein the management unit is adapted to correct the management liquid volume to the predetermined value when the determination unit has determined that the liquid volume inside the reagent container becomes equal to or less than the predetermined value. a reagent container adapted to contain a reagent ; a nozzle adapted to suck the reagent from the reagent container; a reagent probe adapted to dispense the reagent sucked from the reagent container to a reaction vessel ; an emission unit provided outside the reagent container and adapted to emit light so as to pass through inside the reagent container, the light having a wavelength selected based on a material of the reagent container and a type of the reagent; a light receiving unit provided outside the reagent container and adapted to receive the light emitted from the emission unit; a management unit adapted to manage a liquid volume of the reagent in the reagent container and including a calculation unit adapted to calculate a remaining liquid amount of the reagent in the reagent container as a management liquid volume based on a suction liquid volume sucked from the reagent container and an initial liquid volume contained in a new reagent container; and a determination unit adapted to detect, based on the light emitted from the emission unit and received by the light receiving unit, a liquid level inside the reagent container, and to determine whether the liquid volume in the reagent container becomes equal to or less than a predetermined value from the liquid level; wherein the management unit is adapted to correct the management liquid volume to the predetermined value when the determination unit has determined that the liquid volume inside the reagent container becomes equal to or less than the predetermined value.