mhurhangee/ep-ind-claims huggingface dataset:
An optical communication device comprising: a transmitting optical output unit for transmitting information by optical communication; a receiving optical sensor for receiving information by optical communication; an optical switch that is connected to the transmitting optical output unit and the receiving optical sensor via an optical splitter; a plurality of head parts that are connected to the optical switch; and a control unit configured to transmit information by emitting laser light from each of the plurality of head parts by switching and guiding a light output by the transmitting optical output unit to the plurality of head parts with the optical switch, and to receive information by switching a light received by the plurality of head parts with the optical switch and guiding the light to the receiving optical sensor, wherein each of the plurality of head parts has a lens part comprising an end face lens that is arranged at one end of an optical fiber in which the other end is connected to the optical switch, and a focusing lens for adjusting a focus, and each of the plurality of head parts has a mirror for direction adjustment that is arranged with respect to the lens part, for adjusting a direction of a light emitted from the lens part and adjusting a direction of a light from the outside with respect to the lens part. a transmitting optical output unit for transmitting information by optical communication; a receiving optical sensor for receiving information by optical communication; an optical switch that is connected to the transmitting optical output unit and the receiving optical sensor via an optical splitter; a plurality of head parts that are connected to the optical switch; and a control unit configured to transmit information by emitting laser light from each of the plurality of head parts by switching and guiding a light output by the transmitting optical output unit to the plurality of head parts with the optical switch, and to receive information by switching a light received by the plurality of head parts with the optical switch and guiding the light to the receiving optical sensor, wherein each of the plurality of head parts has a lens part comprising an end face lens that is arranged at one end of an optical fiber in which the other end is connected to the optical switch, and a focusing lens for adjusting a focus, and each of the plurality of head parts has a mirror for direction adjustment that is arranged with respect to the lens part, for adjusting a direction of a light emitted from the lens part and adjusting a direction of a light from the outside with respect to the lens part.
A method for enabling multicast forwarding, comprising: receiving (S1001, S2001), by a switching device, a multicast protocol message; determining (S1002, S2002), by the switching device, a sender of the multicast protocol message according to a port from which the multicast protocol message is received, wherein the port is a routing device port or a host port; and forwarding (S1003, S2003), by the switching device, the multicast protocol message to another routing device or switching device directly if the sender of the multicast protocol message is a routing device or switching device, or enabling a multicast proxy function and terminating the multicast protocol message according to the multicast proxy function only when the sender of the multicast protocol message is a host of a multicast user; wherein, the determining the sender of the multicast protocol message according to the port from which the multicast protocol message is received comprises: determining that the sender of the multicast protocol message is a routing device or switching device if the multicast protocol message is received through a routing device port, or determining that the sender of the multicast protocol message is a host of a multicast user if the multicast protocol message is received through a host port. receiving (S1001, S2001), by a switching device, a multicast protocol message; determining (S1002, S2002), by the switching device, a sender of the multicast protocol message according to a port from which the multicast protocol message is received, wherein the port is a routing device port or a host port; and forwarding (S1003, S2003), by the switching device, the multicast protocol message to another routing device or switching device directly if the sender of the multicast protocol message is a routing device or switching device, or enabling a multicast proxy function and terminating the multicast protocol message according to the multicast proxy function only when the sender of the multicast protocol message is a host of a multicast user; wherein, the determining the sender of the multicast protocol message according to the port from which the multicast protocol message is received comprises: determining that the sender of the multicast protocol message is a routing device or switching device if the multicast protocol message is received through a routing device port, or determining that the sender of the multicast protocol message is a host of a multicast user if the multicast protocol message is received through a host port. determining that the sender of the multicast protocol message is a routing device or switching device if the multicast protocol message is received through a routing device port, or determining that the sender of the multicast protocol message is a host of a multicast user if the multicast protocol message is received through a host port.
Active ingredient consisting of a plurality of polylysine compounds, said polylysine compounds consisting of at least one small molecule conjugated to a polylysine, said active ingredient comprising at least the following polylysine compounds: - coenzyme Q10-polylysine, - retinoic acid-polylysine, - cysteine-polylysine, - taurine-polylysine, and - glutathione-polylysine, - α-tocopherol-polylysine, - ascorbic acid-polylysine, - methionine-polylysine, for use in humans or animals, to prevent strokes and/or treat the inflammatory phase following a stroke. - coenzyme Q10-polylysine, - retinoic acid-polylysine, - cysteine-polylysine, - taurine-polylysine, and - glutathione-polylysine, - α-tocopherol-polylysine, - ascorbic acid-polylysine, - methionine-polylysine,
A method of producing a virus comprising: adhering adhesive cells to a support, to which is chemically bonded a polypeptide having, per molecule, 4 to 50 cell-adhesive minimum amino acid sequences having a property of being recognized by an integrin receptor of a cell and thus facilitating adhering of the cell to a substrate and 4 to 51 auxiliary amino acid sequences with a function improving the thermal stability of the polypeptide and a sequence having Gly and/or Ala, and is free from animal-origin components; culturing the adhesive cells in a medium free from animal-origin components; subculturing the cultured adhesive cells using a cell dispersing agent free from animal-origin components; and then inoculating and proliferating a virus in the cells obtained by culturing the adhesive cells.
A radionuclide generation system, the system comprising: a tube system configured to permit insertion and removal of irradiation targets into an instrumentation finger of a nuclear reactor, an irradiation target drive system configured to insert the irradiation targets into the instrumentation finger and to remove the irradiation targets from the instrumentation finger, and an instrumentation and control unit, the instrumentation and control unit configured to be linked to an online core monitoring system and being configured to calculate preferred irradiation locations of the irradiation targets in the instrumentation finger based on the actual state of the reactor as provided by the online core monitoring system. a tube system configured to permit insertion and removal of irradiation targets into an instrumentation finger of a nuclear reactor, an irradiation target drive system configured to insert the irradiation targets into the instrumentation finger and to remove the irradiation targets from the instrumentation finger, and an instrumentation and control unit, the instrumentation and control unit configured to be linked to an online core monitoring system and being configured to calculate preferred irradiation locations of the irradiation targets in the instrumentation finger based on the actual state of the reactor as provided by the online core monitoring system.
Centrifuge comprising a drum rotatable about a axis of rotation, in particular a separator with a vertical axis of rotation, in which at least one integrally formed separating device is arranged which supports a clarifying and/or separating process and which comprises at least two or more wall sections (13a-c) spaced axially from one another and oriented obliquely to the axis of rotation, and a plurality of webs axially connecting the wall sections (13a-c), wherein the wall sections and the webs delimit separating chambers, each having at least one radially outer and at least one radially further inner drain opening (18, 19), characterized in that the separating chambers of the separating device at least partially have a different volume in order to achieve a clarification and/or separation behavior precisely adjusted to the respective clarifying or separating task.
Apparatus for unlocking a device, the device having a computing unit and at least one operator control unit, which is electrically connectable to the computing unit, characterized in that the apparatus has the following units: a) a first reception unit for receiving electrical signals (ESIG) from the at least one operator control unit, the first reception unit being in particular designed to receive the electrical signals (ESIG) by means of an electrically conductive cable or wirelessly; b) a transmission unit for transmitting the electrical signals (ESIG) of the at least one operator control unit to the computing unit; c) a second reception unit for receiving at least one access message transmitted by means of an electromagnetic signal and sent out by a token; d) an authorization unit for generating a switching signal (SSIG) if a check on the access message sent out by the token reveals that unlocking of the device is permitted by means of the access message; and e) an unlocking unit for unlocking the transmission of the electrical signals (ESIG) from the first reception unit to the transmission unit on the basis of the generated switching signal (SSIG), wherein - the transmission unit is connected to the computing unit via a further electrically conductive cable for the purpose of sending the electrical signals (ESIG), and - the apparatus additionally has the further cable, which is inseparably connected to the apparatus. a) a first reception unit for receiving electrical signals (ESIG) from the at least one operator control unit, the first reception unit being in particular designed to receive the electrical signals (ESIG) by means of an electrically conductive cable or wirelessly; b) a transmission unit for transmitting the electrical signals (ESIG) of the at least one operator control unit to the computing unit; c) a second reception unit for receiving at least one access message transmitted by means of an electromagnetic signal and sent out by a token; d) an authorization unit for generating a switching signal (SSIG) if a check on the access message sent out by the token reveals that unlocking of the device is permitted by means of the access message; and e) an unlocking unit for unlocking the transmission of the electrical signals (ESIG) from the first reception unit to the transmission unit on the basis of the generated switching signal (SSIG), wherein - the transmission unit is connected to the computing unit via a further electrically conductive cable for the purpose of sending the electrical signals (ESIG), and - the apparatus additionally has the further cable, which is inseparably connected to the apparatus.
A method for treating an object in a process chamber, comprising: introducing a cleaning liquid to submerge at least a portion of the object; alternating pressure and vacuum within the process chamber to cause decompression bubbles to form and terminate at a submerged surface of the object; and characterized by flowing a chemical active liquid or agent to aid in the generation of the bubbles at the object surface. introducing a cleaning liquid to submerge at least a portion of the object; alternating pressure and vacuum within the process chamber to cause decompression bubbles to form and terminate at a submerged surface of the object; and characterized by flowing a chemical active liquid or agent to aid in the generation of the bubbles at the object surface.
A printing blanket (10, 40) comprising an elastic body which is nonlinear in plan view and which has a pair of side surfaces (2, 3) arranged in a substantially V-shape in side view such that the side surfaces (2, 3) are smoothly connected,wherein the pair of side surfaces (2, 3) are protruding surfaces which protrude laterally and the pair of side surfaces (2, 3) are connected by ridge lines which are substantially arc-shaped in section, wherein the printing blanket (10, 40) is used for printing on a printing surface (6, 7)which is a protruding or recessed surface in side view and is ring-shaped or arc-shaped in plan view, and wherein the radius of curvature of a pitch line connecting the highest points of the protruding surface or a pitch line connecting the lowest points of the recessed surface substantially coincides with the radius of curvature of a pitch line (5, 9) connecting the central points of the ridge lines.
A guide wire, comprising: a core shaft that includes a distal end portion stepwisely reducing in diameter toward a distal end direction; an inner coil body that is wound to cover at least a part of an outer periphery of the distal end portion reduced in diameter; an outer coil body that is wound to cover at least an outer periphery of the inner coil body; and a distal end fixing portion that fixes the distal end of the core shaft, a distal end of the inner coil body, and a distal end of the outer coil body to one another, wherein the distal end portion of the core shaft includes: a small diameter portion that is continuous with the distal end fixing portion, a large diameter portion that is located inside the inner coil body and the outer coil body in a proximal end direction than the small diameter portion and has a larger outer diameter than a diameter of the small diameter portion, and a tapered portion that is continuous with the small diameter portion and the large diameter portion and increases in diameter from the small diameter portion toward the large diameter portion, characterised in that, a marker part containing a radiopaque substance is formed on an outer peripheral surface of the tapered portion, and a gap is provided between the marker part and the inner coil body. an inner coil body that is wound to cover at least a part of an outer periphery of the distal end portion reduced in diameter; an outer coil body that is wound to cover at least an outer periphery of the inner coil body; and a distal end fixing portion that fixes the distal end of the core shaft, a distal end of the inner coil body, and a distal end of the outer coil body to one another, wherein the distal end portion of the core shaft includes: a small diameter portion that is continuous with the distal end fixing portion, a large diameter portion that is located inside the inner coil body and the outer coil body in a proximal end direction than the small diameter portion and has a larger outer diameter than a diameter of the small diameter portion, and a tapered portion that is continuous with the small diameter portion and the large diameter portion and increases in diameter from the small diameter portion toward the large diameter portion, characterised in that, a marker part containing a radiopaque substance is formed on an outer peripheral surface of the tapered portion, and a gap is provided between the marker part and the inner coil body. a small diameter portion that is continuous with the distal end fixing portion, a large diameter portion that is located inside the inner coil body and the outer coil body in a proximal end direction than the small diameter portion and has a larger outer diameter than a diameter of the small diameter portion, and a tapered portion that is continuous with the small diameter portion and the large diameter portion and increases in diameter from the small diameter portion toward the large diameter portion, characterised in that, a marker part containing a radiopaque substance is formed on an outer peripheral surface of the tapered portion, and a gap is provided between the marker part and the inner coil body.
A method for wireless communication, comprising: using a first sequence for exchanging information in a first time interval, the first sequence being modulated by the first information, wherein using the first sequence for exchanging information comprises generating a first modulated sequence based on a first sequence and a first modulation symbol, and sending K symbols for the first modulated sequence on K consecutive subcarriers in a first time interval; and using a second sequence for exchanging information in a second time interval wherein using the second sequence for exchanging information comprises generating a second modulated sequence based on the second sequence and a second modulation symbol, and sending K symbols for the second modulated sequence on K consecutive subcarriers in the second time interval, the second sequence being a cyclic shift of the first sequence and being modulated by the second information, and further comprising: generating the first sequence by cyclically shifting a base sequence by a first amount; and generating the second sequence by cyclically shifting the base sequence by a second amount, wherein the cyclic shift for the first and second sequences are determined based on a cell specific hopping pattern. using a first sequence for exchanging information in a first time interval, the first sequence being modulated by the first information, wherein using the first sequence for exchanging information comprises generating a first modulated sequence based on a first sequence and a first modulation symbol, and sending K symbols for the first modulated sequence on K consecutive subcarriers in a first time interval; and using a second sequence for exchanging information in a second time interval wherein using the second sequence for exchanging information comprises generating a second modulated sequence based on the second sequence and a second modulation symbol, and sending K symbols for the second modulated sequence on K consecutive subcarriers in the second time interval, the second sequence being a cyclic shift of the first sequence and being modulated by the second information, and further comprising: generating the first sequence by cyclically shifting a base sequence by a first amount; and generating the second sequence by cyclically shifting the base sequence by a second amount, wherein the cyclic shift for the first and second sequences are determined based on a cell specific hopping pattern. generating the first sequence by cyclically shifting a base sequence by a first amount; and generating the second sequence by cyclically shifting the base sequence by a second amount, wherein the cyclic shift for the first and second sequences are determined based on a cell specific hopping pattern.
An optical fiber distribution element comprising: a chassis defining an interior; a movable tray portion slidably movable from within the chassis to a position at least partially outside the chassis; a slide mechanism which connects the movable tray portion to the chassis, the slide mechanism including a radius limiter portion which moves with synchronized movement relative to the chassis and the tray portion during slidable movement of the tray portion, wherein a cable entering and/or exiting the movable tray portion follows an S-shaped pathway; characterized by further comprising a pivotable snap-fit cover provided on the tray portion, the cover movable between an open position and a closed position for closing at least a portion of the S-shaped pathway to retain the cable therein; and a mechanism for preventing slidable closure of the tray portion with respect to the chassis when the pivotable snap-fit cover is in the open position, wherein the mechanism is configured to allow slidable closure of the tray portion with respect to the chassis via abutment of the cover with the radius limiter portion to disengage the radius limiter portion from the tray portion to allow movement of the tray portion with respect to the chassis. a chassis defining an interior; a movable tray portion slidably movable from within the chassis to a position at least partially outside the chassis; a slide mechanism which connects the movable tray portion to the chassis, the slide mechanism including a radius limiter portion which moves with synchronized movement relative to the chassis and the tray portion during slidable movement of the tray portion, wherein a cable entering and/or exiting the movable tray portion follows an S-shaped pathway; characterized by further comprising a pivotable snap-fit cover provided on the tray portion, the cover movable between an open position and a closed position for closing at least a portion of the S-shaped pathway to retain the cable therein; and a mechanism for preventing slidable closure of the tray portion with respect to the chassis when the pivotable snap-fit cover is in the open position, wherein the mechanism is configured to allow slidable closure of the tray portion with respect to the chassis via abutment of the cover with the radius limiter portion to disengage the radius limiter portion from the tray portion to allow movement of the tray portion with respect to the chassis.
A metal-supported, planar cell arrangement comprising: at least one pair of cells, each cell comprising a metal substrate having first and second sides and a porous region providing fluid communication between the sides, planar cell chemistry layers comprising fuel electrode, electrolyte, and air electrode layers being coated or deposited over, and supported by, the porous region on the first side; wherein: the metal substrates are in a stacked arrangement with their cell chemistry layers overlying each other such that either both their first sides, or, both their second sides face inwardly in a spaced, opposed relationship, the inwardly facing sides thereby defining a common first fluid volume between them for one of fuel or oxidant, and at least one of the metal substrates comprises flanged perimeter features, and the metal substrates are sealed together around the flanged perimeter features to form the common first fluid volume therebetween. at least one pair of cells, each cell comprising a metal substrate having first and second sides and a porous region providing fluid communication between the sides, planar cell chemistry layers comprising fuel electrode, electrolyte, and air electrode layers being coated or deposited over, and supported by, the porous region on the first side; the metal substrates are in a stacked arrangement with their cell chemistry layers overlying each other such that either both their first sides, or, both their second sides face inwardly in a spaced, opposed relationship, the inwardly facing sides thereby defining a common first fluid volume between them for one of fuel or oxidant, and at least one of the metal substrates comprises flanged perimeter features, and the metal substrates are sealed together around the flanged perimeter features to form the common first fluid volume therebetween.