mhurhangee/ep-ind-claims huggingface dataset:
A laser drilling method of producing shaped holes in a workpiece utilizing a high power fiber laser comprising the following steps: emitting a sequence of light beam pulses, each propagating through the workpiece and having a Gaussian beam shape, from a non-circular fiber core, wherein the pulses each have a peak power range varying between a kW level to a MW level; focusing each light beam pulse on the workpiece with a pulse duration from about 1 millisecond to about 15 milliseconds so as to form a desired noncircular beam spot on an entrance surface of the workpiece, wherein a waist of the beam is formed at a predetermined distance downstream from the entrance surface within the workpiece, thereby forming a tapered diffuser portion of a shaped hole with a non-circular cross-section between the entrance surface of the workpiece and the waist of the beam, and a metering portion of the shaped hole formed between the waist of the beam and an exit surface of the workpiece, wherein the metering portion of each shaped hole opens into the exit surface and has a substantially uniform diameter. emitting a sequence of light beam pulses, each propagating through the workpiece and having a Gaussian beam shape, from a non-circular fiber core, wherein the pulses each have a peak power range varying between a kW level to a MW level; focusing each light beam pulse on the workpiece with a pulse duration from about 1 millisecond to about 15 milliseconds so as to form a desired noncircular beam spot on an entrance surface of the workpiece, wherein a waist of the beam is formed at a predetermined distance downstream from the entrance surface within the workpiece, thereby forming a tapered diffuser portion of a shaped hole with a non-circular cross-section between the entrance surface of the workpiece and the waist of the beam, and a metering portion of the shaped hole formed between the waist of the beam and an exit surface of the workpiece, wherein the metering portion of each shaped hole opens into the exit surface and has a substantially uniform diameter. a tapered diffuser portion of a shaped hole with a non-circular cross-section between the entrance surface of the workpiece and the waist of the beam, and a metering portion of the shaped hole formed between the waist of the beam and an exit surface of the workpiece, wherein the metering portion of each shaped hole opens into the exit surface and has a substantially uniform diameter.
A first device requesting a second device to execute a task, the first device comprising: a communication unit configured to communicate with the second device; and a processor configured to: in response to an event that is generated on the first device for requesting execution of the task, transmit an application execution file for requesting to execute the task to the second device through the communication unit, wherein the event comprises a request to execute an application downloaded to the first device and the application execution file corresponds to the downloaded application, and receive result data obtained when the second device executes the task through the communication unit, wherein the processor is further configured to transmit, to the second device, access request information for accessing to private data of the second device stored in a memory of the second device to execute the task by using the private data. a communication unit configured to communicate with the second device; and a processor configured to: in response to an event that is generated on the first device for requesting execution of the task, transmit an application execution file for requesting to execute the task to the second device through the communication unit, wherein the event comprises a request to execute an application downloaded to the first device and the application execution file corresponds to the downloaded application, and receive result data obtained when the second device executes the task through the communication unit, wherein the processor is further configured to transmit, to the second device, access request information for accessing to private data of the second device stored in a memory of the second device to execute the task by using the private data. in response to an event that is generated on the first device for requesting execution of the task, transmit an application execution file for requesting to execute the task to the second device through the communication unit, wherein the event comprises a request to execute an application downloaded to the first device and the application execution file corresponds to the downloaded application, and receive result data obtained when the second device executes the task through the communication unit, wherein the processor is further configured to transmit, to the second device, access request information for accessing to private data of the second device stored in a memory of the second device to execute the task by using the private data.
An application programming interface call filtering system to filter API call requests received, via a network, from a device that is network-connected and configured to run endpoint application hardware and/or software, to secure an API service that accepts API call requests and provides API call responses thereto, the system comprising: at least one computing device configured to implement one or more services, wherein the one or more services are configured to: a) monitor, at an API filter, API call requests received from an endpoint application directed to a server configured to provide, at least in part, the API service; b) compile performance indicators of the API call requests, wherein the performance indicators include at least an authentication indicator related to the API call requests; c) analyze the compiled performance indicators; and d) create at least one report based at least in part, on the analyzed performance indicators, wherein the at least one report includes analysis of the performance indicators and at least one recommendation of an action or non-action to take in response to each of at least some of the API call requests. a) monitor, at an API filter, API call requests received from an endpoint application directed to a server configured to provide, at least in part, the API service; b) compile performance indicators of the API call requests, wherein the performance indicators include at least an authentication indicator related to the API call requests; c) analyze the compiled performance indicators; and d) create at least one report based at least in part, on the analyzed performance indicators, wherein the at least one report includes analysis of the performance indicators and at least one recommendation of an action or non-action to take in response to each of at least some of the API call requests.
A compound represented by Formula I, or an optical isomer, a diastereomer, a racemate or the mixture of the three, or a pharmaceutically acceptable salt or a solvate thereof;
An X-ray scanning system comprising a scanner and processing means, the scanner comprising: an X-ray source having a plurality of source units which are spaced around a scanning region in a substantially circular arrangement and can be activated individually, wherein each source unit comprises an electron source and two target areas of different materials arranged to produce X-rays of two different energy spectra; and detectors arranged to detect the X-rays from each of the target areas to produce two respective scanner outputs, wherein the scanner is arranged to scan a plurality of regions of an object, and the processing means is arranged to process signals from the detectors so as to generate a plurality of tomographic image data sets and to combine the data sets to generate a three dimensional image of the object, wherein the processing means is arranged to combine the two scanner outputs to produce the image data sets. an X-ray source having a plurality of source units which are spaced around a scanning region in a substantially circular arrangement and can be activated individually, wherein each source unit comprises an electron source and two target areas of different materials arranged to produce X-rays of two different energy spectra; and detectors arranged to detect the X-rays from each of the target areas to produce two respective scanner outputs, wherein the scanner is arranged to scan a plurality of regions of an object, and the processing means is arranged to process signals from the detectors so as to generate a plurality of tomographic image data sets and to combine the data sets to generate a three dimensional image of the object, wherein the processing means is arranged to combine the two scanner outputs to produce the image data sets.
An isolated antibody or antigen-binding fragment thereof that binds a SARS-CoV-2 spike protein comprising the amino acid sequence set forth in SEQ ID NO: 832, wherein said isolated antibody or antigen-binding fragment comprises a heavy chain variable region (HCVR) comprising the amino acid sequence set forth in SEQ ID NO: 202, and a light chain variable region (LCVR) comprising the amino acid sequence set forth in SEQ ID NO: 210.
An apparatus for calibrating an antenna array including a first set of one or more antennas, a second set of one or more antennas and a third set of one or more antennas, the apparatus comprising: a calibration transceiver; a switcher connected to the calibration transceiver; a plurality of couplers (712 1toN) including a first coupler configured to be operably connected to the first set of one or more antennas, a second coupler configured to be operably connected to the second set of one or more antennas and a third coupler configured to be operably connected to the third set of one or more antennas; a plurality of T-junctions (710 1toN), each of the plurality of T-junctions operably connecting couplers for a respective pair of adjacent sets of one or more antennas to the calibration transceiver via the switcher; and a controller configured to perform a calibration on at least one or more transmit/receive paths for the first second and third sets of one or more antennas based on at least one or more signals received from or transmitted to the couplers via the switcher by the calibration transceiver; wherein a number of the plurality of couplers is the same as a number of the plurality of T-junctions. a calibration transceiver; a switcher connected to the calibration transceiver; a plurality of couplers (712 1toN) including a first coupler configured to be operably connected to the first set of one or more antennas, a second coupler configured to be operably connected to the second set of one or more antennas and a third coupler configured to be operably connected to the third set of one or more antennas; a plurality of T-junctions (710 1toN), each of the plurality of T-junctions operably connecting couplers for a respective pair of adjacent sets of one or more antennas to the calibration transceiver via the switcher; and a controller configured to perform a calibration on at least one or more transmit/receive paths for the first second and third sets of one or more antennas based on at least one or more signals received from or transmitted to the couplers via the switcher by the calibration transceiver; wherein a number of the plurality of couplers is the same as a number of the plurality of T-junctions.
A remote-control device comprising a portable remote control and a wall mounting, the portable remote control comprising a housing having a rear surface and a front surface, located on either side of and at a distance from a median plane of the housing, the housing including a recess open at least on the rear surface, the wall mounting having a surface for bearing against a wall along a bearing plane and a head projecting from the bearing plane, the head penetrating into the recess in an anchoring position of the portable remote control so as to pass through the median plane of the housing, characterized in that the recess is shaped so as to match the shape of the head, in that the head projects in an upward oblique direction relative to the bearing plane, and has at least one first oblique surface (34, 36), which, in the anchoring position, is in surface contact with at least one first oblique wall (48.1, 48.2) of the recess.
A medical tubing system comprising: a medical fluid cassette comprising a base member, a flexible membrane attached to the base member such that the membrane and the base member cooperate to define one or more fluid flow paths within the medical fluid cassette, and a tube (300, 400, 600, 800, 5) extending from the medical fluid cassette and in fluid communication with the one or more fluid flow paths, the tube defining a central longitudinal axis at a geometric center of a cross-section of the tube, characterised by the tube including internal ribs (310, 810) extending inwardly from an inner wall of the tube toward the central longitudinal axis at the geometric center of the cross-section of the tube; and a tube closure device comprising a sleeve defining an opening that slidingly receives the tube, a set of jaws coupled to the sleeve and radially deflectable in relation to the sleeve, and a clamp collar positioned around at least portions of set of jaws and longitudinally movable in relation to the set of jaws. a medical fluid cassette comprising a base member, a flexible membrane attached to the base member such that the membrane and the base member cooperate to define one or more fluid flow paths within the medical fluid cassette, and a tube (300, 400, 600, 800, 5) extending from the medical fluid cassette and in fluid communication with the one or more fluid flow paths, the tube defining a central longitudinal axis at a geometric center of a cross-section of the tube, characterised by the tube including internal ribs (310, 810) extending inwardly from an inner wall of the tube toward the central longitudinal axis at the geometric center of the cross-section of the tube; and a base member, a flexible membrane attached to the base member such that the membrane and the base member cooperate to define one or more fluid flow paths within the medical fluid cassette, and a tube (300, 400, 600, 800, 5) extending from the medical fluid cassette and in fluid communication with the one or more fluid flow paths, the tube defining a central longitudinal axis at a geometric center of a cross-section of the tube, characterised by the tube including internal ribs (310, 810) extending inwardly from an inner wall of the tube toward the central longitudinal axis at the geometric center of the cross-section of the tube; and a tube closure device comprising a sleeve defining an opening that slidingly receives the tube, a set of jaws coupled to the sleeve and radially deflectable in relation to the sleeve, and a clamp collar positioned around at least portions of set of jaws and longitudinally movable in relation to the set of jaws. a sleeve defining an opening that slidingly receives the tube, a set of jaws coupled to the sleeve and radially deflectable in relation to the sleeve, and a clamp collar positioned around at least portions of set of jaws and longitudinally movable in relation to the set of jaws.
An airbag comprising at least one opening which is provided in an airbag shell and to which a closing element having at least one discharge port is attached, wherein the closing element includes at least two superposed cut portions (18a - 318a, 18b - 318b), the cut portions (18a - 318a, 18b - 318b) being connected to the airbag shell along a peripheral edge, characterized in that at least one of the cut portions (18b - 318b) includes one or more stitched down folds and/or is composed of plural cut parts (164b - 364b) by at least one curved seam (162 - 362) so that the cut portion (18b - 318b) cannot be flatly spread and takes an arcuately preformed shape so that stabilization of the shape of the closing element in the opened position is obtained.
A pair sinker for knitting a double fleece knit fabric by a circular knitting machine by knitting a ground knit fabric from a tie-in yarn (t) and a knit-in yarn (k) and entangling a lay-in yarn with the tie-in yarn (t) to form a loop of the lay-in yarn (r) on a back surface of the ground knit fabric, wherein the pair sinker is constituted by a first sinker and a second sinker respective base portions (12a, 13a) of which are suitable to be located in a same sinker groove of the circular knitting machine and that are plate members movable independently from each other in a radial direction of a rotating cylinder of the circular knitting machine, the first sinker extends from the base portion of the first sinker in the radial direction of the rotating cylinder and includes an upper support portion that is suitable to support the lay-in yarn (r), the tie-in yarn (t), and the knit-in yarn (k) and a lower support portion located more downward than the upper support portion, and the second sinker extends from the base portion of the second sinker in the radial direction of the rotating cylinder and includes an insertion portion that is suitable to be inserted in the loop of the lay-in yarn (r) and a second sinker engaging portion that extends upward from a base portion of the insertion portion and is suitable to push in the lay-in yarn (r) and the tie-in yarn (t), in a state when the pair sinker is placed in the circular knitting machine, characterised in that, the insertion portion has an upper end surface located more downward than an upper end surface of the upper support portion and more upward than an upper end surface of the lower support portion. the pair sinker is constituted by a first sinker and a second sinker respective base portions (12a, 13a) of which are suitable to be located in a same sinker groove of the circular knitting machine and that are plate members movable independently from each other in a radial direction of a rotating cylinder of the circular knitting machine, the first sinker extends from the base portion of the first sinker in the radial direction of the rotating cylinder and includes an upper support portion that is suitable to support the lay-in yarn (r), the tie-in yarn (t), and the knit-in yarn (k) and a lower support portion located more downward than the upper support portion, and the second sinker extends from the base portion of the second sinker in the radial direction of the rotating cylinder and includes an insertion portion that is suitable to be inserted in the loop of the lay-in yarn (r) and a second sinker engaging portion that extends upward from a base portion of the insertion portion and is suitable to push in the lay-in yarn (r) and the tie-in yarn (t), in a state when the pair sinker is placed in the circular knitting machine, characterised in that, the insertion portion has an upper end surface located more downward than an upper end surface of the upper support portion and more upward than an upper end surface of the lower support portion.
A water vapor cryopump comprising; a refrigerator, a cryopanel, contained in a vacuum chamber, cold gas transfer lines (18,19) which transfer cold gas between said refrigerator and said cryopanel, said cryopump being characterized by: said refrigerator being a Gas Balanced Brayton cycle refrigerator in a vacuum housing, said Gas Balanced Brayton cycle refrigerator comprising at least a compressor, a counterflow heat exchanger, and a Gas Balanced Brayton Cycle engine which are connected with said compressor by a high pressure gas line and a low pressure gas line, the compressor outputtting compressed gas at room temperature to the warm end of the high pressure side of the counterflow heat exchanger where it is cooled by gas returning to the compressor through the low pressure side of the counterflow heat exchanger after being expanded in the Gas Balanced Brayton cycle engine,. a first and a second transfer line (22, 23) such that cold gas at low pressure is outputted through the first transfer line to the cryopanel in the vacuum chamber, said cold gas returning to the cold end of the low pressure side of the counterflow heat exchanger through the second transfer line, said first and second transfer lines (22, 23) separating the Cryopump vacuum chamber from the Gas Balanced Brayton cycle engine. said refrigerator being a Gas Balanced Brayton cycle refrigerator in a vacuum housing, said Gas Balanced Brayton cycle refrigerator comprising at least a compressor, a counterflow heat exchanger, and a Gas Balanced Brayton Cycle engine which are connected with said compressor by a high pressure gas line and a low pressure gas line, the compressor outputtting compressed gas at room temperature to the warm end of the high pressure side of the counterflow heat exchanger where it is cooled by gas returning to the compressor through the low pressure side of the counterflow heat exchanger after being expanded in the Gas Balanced Brayton cycle engine,. a first and a second transfer line (22, 23) such that cold gas at low pressure is outputted through the first transfer line to the cryopanel in the vacuum chamber, said cold gas returning to the cold end of the low pressure side of the counterflow heat exchanger through the second transfer line, said first and second transfer lines (22, 23) separating the Cryopump vacuum chamber from the Gas Balanced Brayton cycle engine.
A method for interaction between a data processing device such as a personal computer and a mobile device such as a smartphone for the activation of a software action in form of an activation of a software application installed in the data processing device, comprising the method steps: ― representation of request information in form of a coded image information for activation the software application on a display unit of the data processing device, ― acquisition of the request information with an optical sensor of the mobile device, ― generation of reply information in form of an activation-code in the mobile device or by retriving from a server via a communication connection by the mobile device, and ― representation of the activation-code on a display of the mobile device, wherein the activation-code in the form of a coded image information is generated on the basis of the detected request information or is requested from the server, wherein the coded image information is read by means of an optical reading device coupled to the data processing device from the display of the mobile device and is transmitted to the data processing device, wherein the data processing device is not connected to the data network at least during the data transmission and wherein the data processing device is configured, to detect the coded image information and automatically activate the software-application. ― representation of request information in form of a coded image information for activation the software application on a display unit of the data processing device, ― acquisition of the request information with an optical sensor of the mobile device, ― generation of reply information in form of an activation-code in the mobile device or by retriving from a server via a communication connection by the mobile device, and ― representation of the activation-code on a display of the mobile device,