mhurhangee/ep-ind-claims huggingface dataset:
Safety system for securing a fuel assembly during a transport with a fuel assembly handling device, comprising a safety device being provided to be attached to the fuel assembly handling device and to be arranged below the fuel assembly at least during the transport, wherein the safety device is provided to alternate between a first state and a second state, wherein in the first state a passage of the fuel assembly and/or at least a part of the fuel assembly handling device through the safety device and/or laterally past the safety device is allowed and in the second state a passage of the fuel assembly through the safety device and/or laterally past the safety device is prevented, and further comprising at least one damping element (40, 540, 640) being provided to absorb energy resulting from a fall down of the fuel assembly.
A leak test arrangement for testing a structural component or a closed package / object (2"+21", 2"*) having a wall to be tested for leak-tightness, having: - a test chamber in which the structural component or the package / object (2"+21", 2"*) is arranged during the leak test; - a test gas space, which is on a first side of the wall of the structural component and the test chamber or which corresponds to the interior of the package / the object (2"+21", 2"*); - a test space, which is on a second side of the wall of the structural component and the test chamber or is between the wall of the package / object (2"+21", 2"*) and the test chamber; - a test gas feed for feeding compressed air and/or a test gas into the test gas space; - a test gas measuring arrangement for measuring or detecting the test gas in the test space using a sensor system; - a test space vacuum arrangement for evacuating the test space; wherein the sensor system has a mass spectrometer, a quadrupole mass spectrometer and/or at least two individual test gas sensors (721, 722), characterized in that the sensor system (72, 721, 722) of the test gas measuring arrangement can detect at least two test gases (TG I and TG II), and the test gas feed can be supplied with at least two different test gases (TG I, TG II), wherein either the first test gas (TG I), the second test gas (TG II) or a combination of the first (TG I) and the second test gas (TG II) can be introduced in the test gas space and there is provided a mixing arrangement for mixing the test gas(es) (TGI, TGII) with compressed air before or in the test gas space, wherein means for the homogenous mixing of the test gas (TG I, TG II) with the compressed air are provided in the mixing arrangement, wherein the test gas feed has at least three individual introduction means which are arranged so as penetrate directly into the test gas space or are arranged in the latter, wherein a first introduction means is supplied with compressed air, a second introduction means with a first test gas (TG I) and a third introduction means with a second test gas (TG II), wherein the second introduction means with the first test gas (TG I) and the third introduction means with the second test gas (TG II) are switchable. - a test chamber in which the structural component or the package / object (2"+21", 2"*) is arranged during the leak test; - a test gas space, which is on a first side of the wall of the structural component and the test chamber or which corresponds to the interior of the package / the object (2"+21", 2"*); - a test space, which is on a second side of the wall of the structural component and the test chamber or is between the wall of the package / object (2"+21", 2"*) and the test chamber; - a test gas feed for feeding compressed air and/or a test gas into the test gas space; - a test gas measuring arrangement for measuring or detecting the test gas in the test space using a sensor system; - a test space vacuum arrangement for evacuating the test space;
An antenna system configured to be in an electronic device, the antenna system (106; 150; 200) comprising: a first antenna configured to operate at sub-6 gigahertz, GHz, frequencies; and a second antenna configured to operate at millimeter-wave frequencies, wherein a feeding network of the second antenna is embedded within a transmission line medium of a signal return path of the first antenna, wherein the electronic device comprises a first printed circuit board, PCB, comprising a processor (102; 902) and a modem, characterized in that the second antenna further comprises: a flex circuit; a circuit clip, c-clip; a second PCB or a flex circuit board electrically coupled to the first PCB using the c-clip; and an integrated circuit, IC, mounted on the second PCB or the flex circuit board, the IC configured to electrically couple to the second antenna using the flex circuit. a first antenna configured to operate at sub-6 gigahertz, GHz, frequencies; and a second antenna configured to operate at millimeter-wave frequencies, wherein a feeding network of the second antenna is embedded within a transmission line medium of a signal return path of the first antenna, wherein the electronic device comprises a first printed circuit board, PCB, comprising a processor (102; 902) and a modem, characterized in that the second antenna further comprises: a flex circuit; a circuit clip, c-clip; a second PCB or a flex circuit board electrically coupled to the first PCB using the c-clip; and an integrated circuit, IC, mounted on the second PCB or the flex circuit board, the IC configured to electrically couple to the second antenna using the flex circuit. a flex circuit; a circuit clip, c-clip; a second PCB or a flex circuit board electrically coupled to the first PCB using the c-clip; and an integrated circuit, IC, mounted on the second PCB or the flex circuit board, the IC configured to electrically couple to the second antenna using the flex circuit.
A medical device (10 - 16) to be arranged in a lumen of a gastrointestinal tract, comprising: at least one cylindrical part which is opened at both ends thereof; and at least one attachment part which is arranged on at least one portion of the cylindrical part and is configured such that the medical device (10 - 16) is attachable to the lumen of the gastrointestinal tract, wherein the cylindrical part is configured to be arrangeable along at least one portion of the gastrointestinal tract and has a length of 30 cm to 9 m, and at least one portion of a side surface of the cylindrical part is configured to be followable to a shape of an inner wall of the gastrointestinal tract and to cause some of a digestive fluid and/or a digested content to permeate therethrough, characterized in that at least one portion of the cylindrical part is configured to be expandable in a diametrical direction of the cylindrical part, and wherein the cylindrical part is configured to be unstretchable in a longitudinal direction of the cylindrical part. at least one cylindrical part which is opened at both ends thereof; and at least one attachment part which is arranged on at least one portion of the cylindrical part and is configured such that the medical device (10 - 16) is attachable to the lumen of the gastrointestinal tract, wherein the cylindrical part is configured to be arrangeable along at least one portion of the gastrointestinal tract and has a length of 30 cm to 9 m, and at least one portion of a side surface of the cylindrical part is configured to be followable to a shape of an inner wall of the gastrointestinal tract and to cause some of a digestive fluid and/or a digested content to permeate therethrough, characterized in that at least one portion of the cylindrical part is configured to be expandable in a diametrical direction of the cylindrical part, and wherein the cylindrical part is configured to be unstretchable in a longitudinal direction of the cylindrical part.
A method for scheduling terminals in a system with multiple antenna elements combining into a common cell, wherein the common cell of multiple antenna elements comprises multiple antenna elements and multiple terminals, and the method comprises: receiving channel quality information fed back by the multiple terminals in the common cell, wherein the channel quality information is used to reflect channel quality of channels between the multiple terminals and each antenna element of the multiple antenna elements in the common cell; determining, according to the channel quality information fed back by the multiple terminals, all terminals capable of being bound to each antenna element; determining a first antenna element among the multiple antenna elements in the common cell on a first time domain resource within a scheduling granularity, determining a terminal to be served on the first time domain resource, and beginning to serve the terminal; and scheduling all terminals capable of being bound to the first antenna element on each remaining time domain resource within the scheduling granularity, determining a terminal to be served on each remaining time domain resource, and beginning to serve the terminal, wherein the scheduling granularity for any terminal of the multiple terminals in the common cell is greater than a time difference between receiving the channel quality information fed back by the any terminal and beginning to serve the any terminal, and all the terminals capable of being bound to the first antenna element are determined according to all the terminals capable of being bound to each antenna element. receiving channel quality information fed back by the multiple terminals in the common cell, wherein the channel quality information is used to reflect channel quality of channels between the multiple terminals and each antenna element of the multiple antenna elements in the common cell; determining, according to the channel quality information fed back by the multiple terminals, all terminals capable of being bound to each antenna element; determining a first antenna element among the multiple antenna elements in the common cell on a first time domain resource within a scheduling granularity, determining a terminal to be served on the first time domain resource, and beginning to serve the terminal; and scheduling all terminals capable of being bound to the first antenna element on each remaining time domain resource within the scheduling granularity, determining a terminal to be served on each remaining time domain resource, and beginning to serve the terminal, wherein the scheduling granularity for any terminal of the multiple terminals in the common cell is greater than a time difference between receiving the channel quality information fed back by the any terminal and beginning to serve the any terminal, and all the terminals capable of being bound to the first antenna element are determined according to all the terminals capable of being bound to each antenna element.
A nanocomposite material comprising: a base polymer including polyethylene terephthalate; and a nanoparticle that increases the strength of the base polymer, wherein the nanoparticle comprises exfoliated graphene nanoplatelets, the nanoplatelets comprising from ten to fifteen percent by weight of the nanocomposite material. a base polymer including polyethylene terephthalate; and a nanoparticle that increases the strength of the base polymer, wherein the nanoparticle comprises exfoliated graphene nanoplatelets, the nanoplatelets comprising from ten to fifteen percent by weight of the nanocomposite material.
Method for establishing a bidirectional connection between a field device (1, 2, 3, 4) and an application in a central facility by means of a bridge function running on a mobile communication terminal, which establishes a short-range radio connection with the field device (1, 2, 3, 4), establishes a long-range radio connection (8, 9) with the application in the central facility and establishes a data channel for bidirectional communication between the application in the central facility via the long-range radio connection (8, 9) and the field device (1, 2, 3, 4) via the short-range radio interface, characterised in that the bridge function runs autonomously in the background, and, in order to change and/or display data of the field device (1, 2, 3, 4) connected via the data channel to the application in the central facility in each case, the application is accessed by means of a browser contained in the mobile communication terminal via the long-range radio connection (8, 9) and data is changed by means of said application and loaded via the data channel into the connected field device (1, 2, 3, 4) or data is read from the field device (1, 2, 3, 4) via the data channel and displayed, wherein the browser and the bridge function represent mutually independent functions of the mobile communication terminal, wherein the long-range radio connection takes place via a wireless access point (14, 16, 17) of the central facility, and the long-range radio connection with the application is established automatically as soon as the communication terminal is located in radio range of the wireless access point (14, 16, 17). establishes a long-range radio connection (8, 9) with the application in the central facility and establishes a data channel for bidirectional communication between the application in the central facility via the long-range radio connection (8, 9) and the field device (1, 2, 3, 4) via the short-range radio interface, characterised in that the bridge function runs autonomously in the background, and, in order to change and/or display data of the field device (1, 2, 3, 4) connected via the data channel to the application in the central facility in each case, the application is accessed by means of a browser contained in the mobile communication terminal via the long-range radio connection (8, 9) and data is changed by means of said application and loaded via the data channel into the connected field device (1, 2, 3, 4) or data is read from the field device (1, 2, 3, 4) via the data channel and displayed, wherein the browser and the bridge function represent mutually independent functions of the mobile communication terminal, wherein the long-range radio connection takes place via a wireless access point (14, 16, 17) of the central facility, and the long-range radio connection with the application is established automatically as soon as the communication terminal is located in radio range of the wireless access point (14, 16, 17).
A composition comprising a plasmin protease domain-specific monoclonal antibody or a fragment thereof that binds and that can compete with the intact antibody for binding to plasmin, for use in a therapeutic method of inhibiting plasmin activity in a subject in need thereof, the method comprising administering to the subject an effective amount of said composition, wherein the monoclonal antibody or fragment thereof comprises variable light chain CDR sequences of CDR1 as shown in SEQ ID NO:9, CDR2 as shown in SEQ ID NO:10 and CDR3 as shown in SEQ ID NO:11, and variable heavy chain CDR sequences of CDR1 as shown in SEQ ID NO:12, CDR2 as shown in SEQ ID NO:13, and CDR3 as shown in SEQ ID NO:14.
A method of testing and/or programming a thread-type RFID tag, comprising: forming a thread-type RFID tag comprising a length of thread, an RFID chip, a first antenna section and a second antenna section, the first and second antenna sections being positioned on the length of thread on opposite sides of the RFID chip; positioning an RFID reader in electronic communication with a first coupler and a second coupler (43, 44) lying along a path; passing the thread type RFID tag along the path such that the first and second couplers (43, 44) are on opposite sides of the RFID chip; and applying a differential electric field between the first coupler and the second coupler and across the RFID chip whereby the RFID reader couples to the RFID chip and interacts with the RFID tag to carry out testing and/or programming tasks with respect to the RFID tag, characterized in that the passing is along the first and second couplers (43, 44), each coupler being a coupler roller (43, 44) along which the length of thread passes. forming a thread-type RFID tag comprising a length of thread, an RFID chip, a first antenna section and a second antenna section, the first and second antenna sections being positioned on the length of thread on opposite sides of the RFID chip; positioning an RFID reader in electronic communication with a first coupler and a second coupler (43, 44) lying along a path; passing the thread type RFID tag along the path such that the first and second couplers (43, 44) are on opposite sides of the RFID chip; and applying a differential electric field between the first coupler and the second coupler and across the RFID chip whereby the RFID reader couples to the RFID chip and interacts with the RFID tag to carry out testing and/or programming tasks with respect to the RFID tag, characterized in that the passing is along the first and second couplers (43, 44), each coupler being a coupler roller (43, 44) along which the length of thread passes.
A mechanical thrombectomy apparatus (300, 400, 500) for removing a clot (155, 255, 355) from a vessel (160, 360), the apparatus comprising: an inversion support catheter (101, 210, 307, 409, 509, 601, 700) having a proximal end, a distal end (105, 4401), and a distal end opening (411, 607, 707), wherein the distal end of the inversion support catheter is configured to expand and assume a funnel shape; a tractor (144, 203, 305, 503, 603, 711) comprising a flexible tube that extends within the inversion support catheter, inverts over the distal end opening of the inversion support catheter, and extends over the distal end of the inversion support catheter, wherein the tractor is configured to invert by rolling over the distal end opening of the inversion support catheter when a first end of the tractor is pulled proximally within the inversion support catheter; and a puller (146, 207, 309, 407, 507, 609, 713) coupled to the first end of the tractor, wherein the puller extends within the inversion support catheter to the proximal end of the inversion support catheter. an inversion support catheter (101, 210, 307, 409, 509, 601, 700) having a proximal end, a distal end (105, 4401), and a distal end opening (411, 607, 707), wherein the distal end of the inversion support catheter is configured to expand and assume a funnel shape; a tractor (144, 203, 305, 503, 603, 711) comprising a flexible tube that extends within the inversion support catheter, inverts over the distal end opening of the inversion support catheter, and extends over the distal end of the inversion support catheter, wherein the tractor is configured to invert by rolling over the distal end opening of the inversion support catheter when a first end of the tractor is pulled proximally within the inversion support catheter; and a puller (146, 207, 309, 407, 507, 609, 713) coupled to the first end of the tractor, wherein the puller extends within the inversion support catheter to the proximal end of the inversion support catheter.
A composite particle comprising a fluorescent core/shell nanoparticle and a thiol-functional silicone ligand bound to the surface of the nanoparticle of the formula: wherein each R 1 is independently an alkyl or aryl; R SH is a thiol-substituted (hetero)hydrocarbyl group; n is 0 to 2000; m may be zero; n+m is at least one; R 5 is alkyl, aryl or R SH; wherein thiol-functional silicone has at least one terminal R SH group. wherein each R 1 is independently an alkyl or aryl; R SH is a thiol-substituted (hetero)hydrocarbyl group; n is 0 to 2000; m may be zero; n+m is at least one; R 5 is alkyl, aryl or R SH; wherein thiol-functional silicone has at least one terminal R SH group.
A tissue fastening device, comprising: an elongate member extending between a working end and a control end, the working end having a firing aperture; a first arcuate needle disposed within the firing aperture of the working end and adapted to rotate about a first axis in a first direction, entering through a first section of one of a tissue and a prosthetic material, and exiting through a second section of one of the tissue and the prosthetic material; a second arcuate needle disposed within the firing aperture of the working end and adapted to rotate about a second axis in a second direction, entering through the second section of one of the tissue and the prosthetic material, and exiting through the first section of one of the tissue and the prosthetic material; a drive mechanism operatively coupled to each of the first and second arcuate needles (38, 40) and configured to engage each of the first and second arcuate needles (38, 40) between a retracted position and an extended position in response to user input received through the control end; characterized in that said tissue fastening device further comprises a ribbon cartridge holding a ribbon of a plurality of fasteners linearly disposed therealong, the ribbon cartridge being configured to hold at least one fastener over the firing aperture of the working end prior to installation so as to be engageable by the first and second arcuate needles (38, 40) upon release. an elongate member extending between a working end and a control end, the working end having a firing aperture; a first arcuate needle disposed within the firing aperture of the working end and adapted to rotate about a first axis in a first direction, entering through a first section of one of a tissue and a prosthetic material, and exiting through a second section of one of the tissue and the prosthetic material; a second arcuate needle disposed within the firing aperture of the working end and adapted to rotate about a second axis in a second direction, entering through the second section of one of the tissue and the prosthetic material, and exiting through the first section of one of the tissue and the prosthetic material; a drive mechanism operatively coupled to each of the first and second arcuate needles (38, 40) and configured to engage each of the first and second arcuate needles (38, 40) between a retracted position and an extended position in response to user input received through the control end; characterized in that said tissue fastening device further comprises a ribbon cartridge holding a ribbon of a plurality of fasteners linearly disposed therealong, the ribbon cartridge being configured to hold at least one fastener over the firing aperture of the working end prior to installation so as to be engageable by the first and second arcuate needles (38, 40) upon release.