mhurhangee/patent-ind-claim-en huggingface dataset:
A mounting device used in a mounting system including multiple mounting devices each performing a mounting process on a mounting target (DS1, DS2, DS3), the mounting target (DS1, DS2, DS3) being sequentially supplied to the mounting devices , the mounting device comprising: a mounting section configured to pick up a component (Pb, Pc) from a supply section holding the component (Pb, Pc) and perform (S120) the mounting process for the component (Pb, Pc) on the mounting target (DS2, DS3); characterized by an inspection section configured to perform (S130) an inspection process on the component (Pb, Pc) disposed on the mounting target (DS2, DS3) by using reference information ; and a control section configured to, when the reference information is updated after an error in a component (Pa) subjected to the mounting process by another mounting device of the multiple mounting devices is detected, cause the inspection section to execute (S190) the inspection process using the updated reference information on the component (Pa) subjected to the mounting process by the other mounting device . a mounting section configured to pick up a component (Pb, Pc) from a supply section holding the component (Pb, Pc) and perform (S120) the mounting process for the component (Pb, Pc) on the mounting target (DS2, DS3); characterized by an inspection section configured to perform (S130) an inspection process on the component (Pb, Pc) disposed on the mounting target (DS2, DS3) by using reference information ; and a control section configured to, when the reference information is updated after an error in a component (Pa) subjected to the mounting process by another mounting device of the multiple mounting devices is detected, cause the inspection section to execute (S190) the inspection process using the updated reference information on the component (Pa) subjected to the mounting process by the other mounting device .
Device for testing the MR-safety of an implant , comprising a phantom that has a test volume filled with a medium , wherein the test volume receives the implant to be tested, at least one RF transmitter that emits radio-frequency electromagnetic radiation into the test volume, and comprising means for detecting the heating of the implant and/or of the medium surrounding said implant, wherein the RF transmitter comprises an assembly of a plurality of antenna elements , wherein each antenna element can be supplied with an RF signal having an amplitude and/or phase that can be individually specified for said antenna element and wherein the antenna elements are applied to a wall surrounding the test volume.
An autonomous, permanently illuminating object for identifying important points in bright conditions, poor lighting, and in darkness, in particular for installation in instruments or for attachment to items which must be found quickly in emergency situations, comprising a gaseous tritium light source (GTLS) configured as a glass capsule, which is fixed in a sheath having a transparent viewing area , characterized in that a layer , which is provided with afterglowing pigments , is arranged at least in the region between the GTLS glass capsule and the viewing area .
A system, comprising: a first two-dimensional array of superconducting digital-to-analog converters (DACs) comprising a plurality of superconducting DACs arranged in a plurality of sub-arrays, each sub-array comprising a number of rows, a first column of DACs, and a second column of DACs; a first power line coupled to selectively provide a current to the DACs of the first column of each sub-array of the plurality of sub-arrays of the first two-dimensional array; a second power line coupled to selectively provide a current to the DACs of the second column of each sub-array of the plurality of sub-arrays of the first two-dimensional array ; and control lines arranged in a braided configuration, wherein each control line is positioned along a diagonal line in the two-dimensional array and communicatively coupled with respective DACs along the diagonal line; such that each DAC can be uniquely addressed with a triplet of signal lines comprising a unique combination of two of the control lines and one of the power lines . a first two-dimensional array of superconducting digital-to-analog converters (DACs) comprising a plurality of superconducting DACs arranged in a plurality of sub-arrays, each sub-array comprising a number of rows, a first column of DACs, and a second column of DACs; a first power line coupled to selectively provide a current to the DACs of the first column of each sub-array of the plurality of sub-arrays of the first two-dimensional array; a second power line coupled to selectively provide a current to the DACs of the second column of each sub-array of the plurality of sub-arrays of the first two-dimensional array ; and control lines arranged in a braided configuration, wherein each control line is positioned along a diagonal line in the two-dimensional array and communicatively coupled with respective DACs along the diagonal line; such that each DAC can be uniquely addressed with a triplet of signal lines comprising a unique combination of two of the control lines and one of the power lines .
Device for optical inspection of a security document , in particular a passport, comprising - a first optical detection device for detecting optically perceptible information, in particular one or several optically perceptible features, which is set up to optically inspect a security document in a first direction (r1), and - at least one second optical detection device for detecting optically perceptible information, which is set up to optically inspect the security document in a second direction (r2) which deviates from the first direction (r1), characterized in that the first optical detection device is set up to optically inspect a first area (B1) of the security document in the first direction (r1), whereas the second optical detection device is set up , in addition to the optical inspection of the first area (B1) by means of the first optical detection device , to optically inspect a second area (B2) of the security document in the second direction (r2), wherein the first area (B1) and the second area (B2) are spaced apart from one another, and wherein the first area (B1) of the security document is positioned in a plane extending perpendicular to the first direction (r1) and the second area (B2) of the security document is positioned in a plane extending perpendicular to the second direction (r2). - a first optical detection device for detecting optically perceptible information, in particular one or several optically perceptible features, which is set up to optically inspect a security document in a first direction (r1), and - at least one second optical detection device for detecting optically perceptible information, which is set up to optically inspect the security document in a second direction (r2) which deviates from the first direction (r1), characterized in that the first optical detection device is set up to optically inspect a first area (B1) of the security document in the first direction (r1), whereas the second optical detection device is set up , in addition to the optical inspection of the first area (B1) by means of the first optical detection device , to optically inspect a second area (B2) of the security document in the second direction (r2), wherein the first area (B1) and the second area (B2) are spaced apart from one another, and wherein the first area (B1) of the security document is positioned in a plane extending perpendicular to the first direction (r1) and the second area (B2) of the security document is positioned in a plane extending perpendicular to the second direction (r2).
A method comprising: programming, by a first computer that assists in controlling flight of a drone , a first flight pattern for the drone to a second computer that controls flight of the drone , to cause the drone to fly the first flight pattern within a facility , wherein the first computer is a remote server and the second computer is a processing unit carried by the drone; wirelessly receiving, by the first computer, sensor data, in the form of images having a field of view, from a sensor device carried by the drone ; processing, by the first computer, the sensor data to detect feature differences in features contained in the sensor data by comparing current sensor data captured by the sensor at a particular location to stored sensor data previously taken at the same location; upon detection of feature differences in the sensor data that are an indication of detected movement of a person within the field of view of the images, determining, by the first computer, a second flight pattern for the drone ; and reprogramming, by the first computer, the second flight pattern for the drone to the second computer to cause the drone to fly the second flight pattern in the facility . programming, by a first computer that assists in controlling flight of a drone , a first flight pattern for the drone to a second computer that controls flight of the drone , to cause the drone to fly the first flight pattern within a facility , wherein the first computer is a remote server and the second computer is a processing unit carried by the drone; wirelessly receiving, by the first computer, sensor data, in the form of images having a field of view, from a sensor device carried by the drone ; processing, by the first computer, the sensor data to detect feature differences in features contained in the sensor data by comparing current sensor data captured by the sensor at a particular location to stored sensor data previously taken at the same location; upon detection of feature differences in the sensor data that are an indication of detected movement of a person within the field of view of the images, determining, by the first computer, a second flight pattern for the drone ; and reprogramming, by the first computer, the second flight pattern for the drone to the second computer to cause the drone to fly the second flight pattern in the facility .
A replacement heart valve implant , comprising: a tubular anchor member actuatable between a delivery configuration and a deployed configuration, the tubular anchor member including an inflow end, an outflow end, and a plurality of anchor member intersection points , and defining a longitudinal axis extending from the inflow end of the tubular anchor member to the outflow end of the tubular anchor member ; a plurality of valve leaflets , each defining a secured end and a free end opposite the secured end; and characterized by a seal member secured to the tubular anchor member at the inflow end of the tubular anchor member , wherein the seal member includes a fabric strip fixedly attached to a polymeric seal element adjacent the inflow end of the tubular anchor member , wherein a free end of the fabric strip folds back on itself adjacent the inflow end of the tubular anchor member to form a radially inner layer and a radially outer layer , the radially inner layer including the free end , wherein each of the plurality of valve leaflets is attached to the fabric strip of the seal member at multiple locations along its secured end by one suture element , wherein an end surface of each of the plurality of valve leaflets abuts an inner-facing surface of the seal member . a tubular anchor member actuatable between a delivery configuration and a deployed configuration, the tubular anchor member including an inflow end, an outflow end, and a plurality of anchor member intersection points , and defining a longitudinal axis extending from the inflow end of the tubular anchor member to the outflow end of the tubular anchor member ; a plurality of valve leaflets , each defining a secured end and a free end opposite the secured end; and characterized by a seal member secured to the tubular anchor member at the inflow end of the tubular anchor member , wherein the seal member includes a fabric strip fixedly attached to a polymeric seal element adjacent the inflow end of the tubular anchor member , wherein a free end of the fabric strip folds back on itself adjacent the inflow end of the tubular anchor member to form a radially inner layer and a radially outer layer , the radially inner layer including the free end , wherein each of the plurality of valve leaflets is attached to the fabric strip of the seal member at multiple locations along its secured end by one suture element , wherein an end surface of each of the plurality of valve leaflets abuts an inner-facing surface of the seal member .
A system for personal searching comprising: a plurality of index servers storing a plurality of index shards , each index shard of the plurality of index shards indexing a plurality of documents , each document of the plurality of documents belonging to one of a plurality of document namespaces assigned to the index shard ; means for receiving a search query from an end-user computing device of an authenticated user; means for determining an authorized document namespace the authenticated user is authorized to access; and a distributed query processor for answering the search query and restricting, based on an identifier of the authorized document namespace, an answer to the search query to identifying documents satisfying the search query and belonging to the authorized document namespace; wherein the distributed query processor is configured to identify, based on the identifier of the authorized document namespace, an index server of the plurality of index servers that stores an index shard to which the authorized document namespace is assigned, and to send the search query to the identified index server; and wherein the distributed query processor is configured to use the identifier of the authorized document namespace at the identified index server of the plurality of index servers to determine documents indexed in the index shard satisfying the search query that belong to the authorized document namespace. a plurality of index servers storing a plurality of index shards , each index shard of the plurality of index shards indexing a plurality of documents , each document of the plurality of documents belonging to one of a plurality of document namespaces assigned to the index shard ; means for receiving a search query from an end-user computing device of an authenticated user; means for determining an authorized document namespace the authenticated user is authorized to access; and a distributed query processor for answering the search query and restricting, based on an identifier of the authorized document namespace, an answer to the search query to identifying documents satisfying the search query and belonging to the authorized document namespace; wherein the distributed query processor is configured to identify, based on the identifier of the authorized document namespace, an index server of the plurality of index servers that stores an index shard to which the authorized document namespace is assigned, and to send the search query to the identified index server; and wherein the distributed query processor is configured to use the identifier of the authorized document namespace at the identified index server of the plurality of index servers to determine documents indexed in the index shard satisfying the search query that belong to the authorized document namespace.
A method of testing a functionality in an operating Substation Automation SA system including a plurality of Intelligent Electronic Devices IEDs connected to a communication network, wherein the SA system is automating a substation in a power network and wherein the SA system is described by a System Configuration Description SCD according to IEC 61850 and including Logical Nodes LNs as data entities assigned to individual IEDs, comprising - indicating, by a testing person, an input Logical Node LN (PDIS) and an output LN (XCBR) of the functionality to be tested, characterised by - identifying, based on data flow between the LNs defined in the SCD description, an intermediate LN (PTRC) receiving data from the input LN and providing data to the output LN, wherein the intermediate LN is logically arranged between the input LN and the output LN, - setting an operation mode of the intermediate LNs to test mode; and - performing the test. - indicating, by a testing person, an input Logical Node LN (PDIS) and an output LN (XCBR) of the functionality to be tested, characterised by - identifying, based on data flow between the LNs defined in the SCD description, an intermediate LN (PTRC) receiving data from the input LN and providing data to the output LN, wherein the intermediate LN is logically arranged between the input LN and the output LN, - setting an operation mode of the intermediate LNs to test mode; and - performing the test.
An electronic device comprising: a display configured to display an image including additional information, wherein the additional information includes at least one piece of depth information and height information; and at least one processor configured to: display the image in three dimensions by displaying the image on the display according to the additional information; acquire a user input made on the image displayed on the display, sense a pressure of the input, update, according to the sensed pressure and based on a location of the user input, the additional information corresponding to the image, and the image according to the updated additional information, and display, on the display, the updated image, wherein the image includes at least one object and the depth information is information on each pixel value for expressing a depth of the at least one object included in the image, and the height information is information on each pixel value for expressing a height of the at least one object included in the image. a display configured to display an image including additional information, wherein the additional information includes at least one piece of depth information and height information; and at least one processor configured to: display the image in three dimensions by displaying the image on the display according to the additional information; acquire a user input made on the image displayed on the display, sense a pressure of the input, update, according to the sensed pressure and based on a location of the user input, the additional information corresponding to the image, and the image according to the updated additional information, and display, on the display, the updated image, display the image in three dimensions by displaying the image on the display according to the additional information; acquire a user input made on the image displayed on the display, sense a pressure of the input, update, according to the sensed pressure and based on a location of the user input, the additional information corresponding to the image, and the image according to the updated additional information, and display, on the display, the updated image, wherein the image includes at least one object and the depth information is information on each pixel value for expressing a depth of the at least one object included in the image, and the height information is information on each pixel value for expressing a height of the at least one object included in the image.
An absorbent article comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and the backsheet, the absorbent article comprising: a web having a first surface and an opposing second surface , the web comprising a plurality of discontinuities each having a distal end and sidewalls (356, 411A, 411B, 556, 557, 656, 756, S, 2636, 3756) joining the distal end to the first surface or the second surface; a plurality of openings corresponding to the discontinuities, wherein openings are disposed opposite distal ends of the discontinuities; a plurality of land areas disposed between adjacent discontinuities and adjacent openings; and wherein the web further comprises a plurality of first composition sites comprising a plurality of composition dots, wherein at least a portion of the distal ends or at least a portion of the land areas of the web comprise first composition sites; wherein the distal ends are oriented in a negative Z-direction away from a wearer-facing surface of the absorbent article such that the distal ends are subjacent to the first surface, and wherein the web forms a portion of the topsheet of the absorbent article. a web having a first surface and an opposing second surface , the web comprising a plurality of discontinuities each having a distal end and sidewalls (356, 411A, 411B, 556, 557, 656, 756, S, 2636, 3756) joining the distal end to the first surface or the second surface; a plurality of openings corresponding to the discontinuities, wherein openings are disposed opposite distal ends of the discontinuities; a plurality of land areas disposed between adjacent discontinuities and adjacent openings; and wherein the web further comprises a plurality of first composition sites comprising a plurality of composition dots, wherein at least a portion of the distal ends or at least a portion of the land areas of the web comprise first composition sites; wherein the distal ends are oriented in a negative Z-direction away from a wearer-facing surface of the absorbent article such that the distal ends are subjacent to the first surface, and wherein the web forms a portion of the topsheet of the absorbent article.
A method operable in a wireless communication, the method comprising: receiving a repetition factor indicating the number of times a first acknowledgement (ACK 0 - ACK 4 ) should be repeatedly transmitted, the first acknowledgement being transmitted in response to receiving a first data transmission (402 - 410); determining an acknowledgement transmission (ACK TX) pattern using the repetition factor, wherein the acknowledgement transmission pattern comprises frequency and time locations of a plurality of blocks used for transmitting the first acknowledgement, wherein each of the plurality of blocks is allocated different time resources and frequency resources used for transmitting the first acknowledgement; and transmitting , repeatedly, the first acknowledgement according to the acknowledgement transmission pattern, wherein the transmitting comprises frequency division multiplexing. receiving a repetition factor indicating the number of times a first acknowledgement (ACK 0 - ACK 4 ) should be repeatedly transmitted, the first acknowledgement being transmitted in response to receiving a first data transmission (402 - 410); determining an acknowledgement transmission (ACK TX) pattern using the repetition factor, wherein the acknowledgement transmission pattern comprises frequency and time locations of a plurality of blocks used for transmitting the first acknowledgement, wherein each of the plurality of blocks is allocated different time resources and frequency resources used for transmitting the first acknowledgement; and transmitting , repeatedly, the first acknowledgement according to the acknowledgement transmission pattern, wherein the transmitting comprises frequency division multiplexing.