mhurhangee/ep-ind-claims huggingface dataset:
A payload power amplification device of a data broadcasting multibeam satellite, comprising: • a plurality of broadcast antennas (40, 41, 42, 43, 44) each adapted to be able to broadcast a data signal to be broadcast, • a plurality of power amplification circuits each including an input adapted to receive a data signal to be broadcast, • connection means between the power amplification circuits and the antennas, these connection means being adapted to enable the broadcast, by the antennas, of the amplified signals delivered by the amplification circuits, • for each power amplification circuit, a switch including an input terminal connected to the output of the power amplification circuit, and at least two output terminals (14, 15), • summing networks (20, 25, 26, 27, 28, 29) connecting at least one of the output terminals (14, 15) of each switch to a broadcast antenna (40, 41, 42, 43, 44), each output terminal being connected to at most one summing network and each broadcast antenna being connected to one and only one summing network, • means for controlling the switches, where • each summing network includes at least one node (30, 31, 32) connecting two input branches (21, 22) to an output branch, characterized in that • the means for controlling the switches are adapted to maneuver said switches such that the two input branches of each node of a summing network are simultaneously supplied by a data signal which is identical and of the same power, the device including 2 n amplification circuits connected to a summing network including n ranks of nodes to deliver, on a broadcast antenna, a power equal to 2 n times the elementary power of an amplification circuit, n being greater than or equal to two. • a plurality of broadcast antennas (40, 41, 42, 43, 44) each adapted to be able to broadcast a data signal to be broadcast, • a plurality of power amplification circuits each including an input adapted to receive a data signal to be broadcast, • connection means between the power amplification circuits and the antennas, these connection means being adapted to enable the broadcast, by the antennas, of the amplified signals delivered by the amplification circuits, • for each power amplification circuit, a switch including an input terminal connected to the output of the power amplification circuit, and at least two output terminals (14, 15), • summing networks (20, 25, 26, 27, 28, 29) connecting at least one of the output terminals (14, 15) of each switch to a broadcast antenna (40, 41, 42, 43, 44), each output terminal being connected to at most one summing network and each broadcast antenna being connected to one and only one summing network, • means for controlling the switches, where • each summing network includes at least one node (30, 31, 32) connecting two input branches (21, 22) to an output branch, characterized in that • the means for controlling the switches are adapted to maneuver said switches such that the two input branches of each node of a summing network are simultaneously supplied by a data signal which is identical and of the same power,
Printed circuit arrangement comprising a printed circuit board having a corrosion test circuit comprising at least two conductive pads (18, 20) which are in a measuring area located proximate to each other, the arrangement further comprising a measuring device, wherein one pad (18, 20) is an excitation pad, being connected to an excitation signal source (GND, Out2), and the other pad (20, 18) is a response pad, whereby the measuring device is connected at least to the response pad, wherein at least one pad comprises connective through holes through the board and is located on both sides thereof and wherein the two pads (18, 20) are at least in the measuring area arranged in a meandering layout.
A process for coating a substrate, comprising - providing at least two magnetron cathodes in a vacuum chamber, - of which a first cathode is provided with a sputtering target of a first metal composition comprising predominantly aluminum as a first metal, - and a second cathode is provided with a sputtering target of a second metal composition comprising at least a 50 at.-% portion of a second metal selected from groups IV A - VI A of the periodic table, - generating a plasma in said vacuum chamber by supplying electrical power to said cathodes (24, 26) such that said targets (28, 30) are sputtered, - where said electrical power is supplied to said first cathode as pulsed electrical power according to high power impulse magnetron sputtering with a first peak current density, - and where said electrical power is supplied to said second cathode with a second peak current density lower than said first peak current density, - arranging said substrate in said vacuum chamber such that particles from said plasma deposit onto said substrate forming a coating. - providing at least two magnetron cathodes in a vacuum chamber, - of which a first cathode is provided with a sputtering target of a first metal composition comprising predominantly aluminum as a first metal, - and a second cathode is provided with a sputtering target of a second metal composition comprising at least a 50 at.-% portion of a second metal selected from groups IV A - VI A of the periodic table, - of which a first cathode is provided with a sputtering target of a first metal composition comprising predominantly aluminum as a first metal, - and a second cathode is provided with a sputtering target of a second metal composition comprising at least a 50 at.-% portion of a second metal selected from groups IV A - VI A of the periodic table, - generating a plasma in said vacuum chamber by supplying electrical power to said cathodes (24, 26) such that said targets (28, 30) are sputtered, - where said electrical power is supplied to said first cathode as pulsed electrical power according to high power impulse magnetron sputtering with a first peak current density, - and where said electrical power is supplied to said second cathode with a second peak current density lower than said first peak current density, - where said electrical power is supplied to said first cathode as pulsed electrical power according to high power impulse magnetron sputtering with a first peak current density, - and where said electrical power is supplied to said second cathode with a second peak current density lower than said first peak current density, - arranging said substrate in said vacuum chamber such that particles from said plasma deposit onto said substrate forming a coating.
A cable tray for a transport vehicle, in particular a rail vehicle, the cable tray comprising an attachment portion and fixing lugs (86, 87) secured to the attachment portion, in which: - the attachment portion has an elongated shape defining a cabling axis and comprises two outer edges opposite and parallel to the cabling axis, - the fixing lugs (86, 87) are intended to be attached to a fixing device of a body of the vehicle, so as to keep the attachment portion immobile in an internal volume of the body, and - the fixing lugs (86, 87) and the attachment portion are made in one piece, the fixing lugs extending from a respective outer edge of the attachment portion, - the attachment portion comprising a top panel and a bottom panel, each having an internal flange parallel to the wiring axis, the two internal flanges facing each other, characterised - in that the inner edges of the top and bottom panels are connected to each other by intermediate fixing lugs, which are separated by recesses and which are configured to be fixed to an intermediate rail of the fixing device, the recesses being configured to free access, from the internal volume, to portions of the intermediate rail I located between the intermediate fixing lugs, and - in that the intermediate fixing lugs are made in one piece with the top and bottom panels. - the attachment portion has an elongated shape defining a cabling axis and comprises two outer edges opposite and parallel to the cabling axis, - the fixing lugs (86, 87) are intended to be attached to a fixing device of a body of the vehicle, so as to keep the attachment portion immobile in an internal volume of the body, and - the fixing lugs (86, 87) and the attachment portion are made in one piece, the fixing lugs extending from a respective outer edge of the attachment portion, - the attachment portion comprising a top panel and a bottom panel, each having an internal flange parallel to the wiring axis, the two internal flanges facing each other, - in that the inner edges of the top and bottom panels are connected to each other by intermediate fixing lugs, which are separated by recesses and which are configured to be fixed to an intermediate rail of the fixing device, the recesses being configured to free access, from the internal volume, to portions of the intermediate rail I located between the intermediate fixing lugs, and - in that the intermediate fixing lugs are made in one piece with the top and bottom panels.
A key (8, 31) for a lock cylinder (1, 36) having a shaft (7, 30) and having at least one locking recess (12, 24, 27, 32) arranged in the shaft (7, 30) for pin tumblers (5, 38) of the lock cylinder (1, 36), wherein the locking recess (12, 24, 27, 32) has a flank (15, 16, 19, 20, 25, 26, 34, 35) arranged inclined relative to the vertical on the shaft (7, 30), wherein the flank (15, 16, 19, 20, 25, 26, 35) is convexly shaped, characterized in that a deepest section (17, 21, 28) of the locking recess (12, 24, 27) has a smaller angle of inclination to the vertical on the shaft than a shallowest section (18, 23, 29) and that a middle section has a rounded contour and transitions steplessly to the deepest section and to the shallowest section.
Pipe clamp, comprising: a clamp body having a first bracket and a second bracket, for enclosing and supporting a pipe or a hose; hinge means for pivotally connecting a first end of the first bracket and a first end of the second bracket; a threaded member with an internal thread, wherein the threaded member is pivotally supported at a second end of the first bracket and comprises a plurality of flats; an elastic member for exerting a force on the threaded member for resiliently holding the threaded member in a predetermined angular position, wherein the elastic member has a plurality of tongues, wherein each tongue lies against one of the plurality of flats. a clamp body having a first bracket and a second bracket, for enclosing and supporting a pipe or a hose; hinge means for pivotally connecting a first end of the first bracket and a first end of the second bracket; a threaded member with an internal thread, wherein the threaded member is pivotally supported at a second end of the first bracket and comprises a plurality of flats; an elastic member for exerting a force on the threaded member for resiliently holding the threaded member in a predetermined angular position, wherein the elastic member has a plurality of tongues, wherein each tongue lies against one of the plurality of flats.
Dishwasher with an accommodating space that serves to accommodate items to be washed, wherein the accommodating space is delimited towards the outside by walls of a dishwasher cavity and a door, and wherein the dishwasher has at least one heat storage unit, which is arranged outside the dishwasher cavity and which is spaced apart from at least one wall of the dishwasher cavity, at least for the most part, by a gap, characterised in that the gap is or forms part of a hollow space which is closed off and filled with a gas, wherein the hollow space has no fluid connection with the accommodating space, and wherein the dishwasher has at least one fan, which is integrated into the hollow space and has an active connection with a control and/or regulation unit of the dishwasher, which is embodied to operate the fan only during selected program sections of a washing program stored in the control and/or regulation unit and therefore to bring about a temporary circulation of the gas located in the hollow space, in order to hereby improve the transfer of heat between the dishwasher cavity and the heat storage unit.
A method for affecting a maximum power reduction, comprising: transmitting an allocation of uplink data resources comprising at least two clusters of sub carriers extending over at least one gap of resource blocks reserved for an uplink control channel to a user device, characterized by at least one of: signalling, by a base station, whether a maximum power reduction designated for contiguous allocations may be applied to a transmission in the allocated uplink data resources; and signalling, by a base station, a maximum gap size for determining whether a maximum power reduction designated for contiguous allocations may be applied to a transmission in the allocated uplink data resources. transmitting an allocation of uplink data resources comprising at least two clusters of sub carriers extending over at least one gap of resource blocks reserved for an uplink control channel to a user device, at least one of: signalling, by a base station, whether a maximum power reduction designated for contiguous allocations may be applied to a transmission in the allocated uplink data resources; and signalling, by a base station, a maximum gap size for determining whether a maximum power reduction designated for contiguous allocations may be applied to a transmission in the allocated uplink data resources. signalling, by a base station, whether a maximum power reduction designated for contiguous allocations may be applied to a transmission in the allocated uplink data resources; and signalling, by a base station, a maximum gap size for determining whether a maximum power reduction designated for contiguous allocations may be applied to a transmission in the allocated uplink data resources.
A refrigerator unit and/or a freezer unit having at least one inner space for receiving refrigerated or frozen product and having at least one door for closing the inner space, wherein at least one container that has at least one opening is arranged in the inner space, and wherein at least one door pocket (20, 30) is arranged at the door, with the at least one door pocket (20, 30) having a depth selected such that the door pocket (20, 30) serves as a complete cover for the at least one opening of the container with a closed door, characterized in that the container is located in a recess in the bottom of the unit; and in that the at least one door pocket (20, 30) is configured as removable from the door.
A circuit, comprising: a controller configured to produce a pulse-width-modulated signal to control current supply to an electrical load, the pulse-width-modulated signal having a duty-cycle, redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L) configured to measure the current in said electrical load and provide a first and a second current measurement signal, monitor circuitry (24, 26) coupled to the redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L), the monitor circuitry (24, 26) configured to assert a current monitor signal (HS-LS COMP) in response to the first and second current measurement signals being found to be matching with each other, characterized in that the monitor circuitry (24, 26) is configured to: detect the absence of an asserted current monitor signal (HS-LS COMP) prior to expiry of a threshold time interval (FTTI), and in response to detecting the absence of said asserted current monitor signal (HS-LS COMP), force the controller to produce, prior to expiry of the threshold time interval (FTTI), at least one pulse-width-modulated signal pulse having a controlled duty-cycle. a controller configured to produce a pulse-width-modulated signal to control current supply to an electrical load, the pulse-width-modulated signal having a duty-cycle, redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L) configured to measure the current in said electrical load and provide a first and a second current measurement signal, monitor circuitry (24, 26) coupled to the redundant current measurement circuitry (S1, 10H, 12H, 14H; S2, 10L, 12L, 14L), the monitor circuitry (24, 26) configured to assert a current monitor signal (HS-LS COMP) in response to the first and second current measurement signals being found to be matching with each other, characterized in that the monitor circuitry (24, 26) is configured to: detect the absence of an asserted current monitor signal (HS-LS COMP) prior to expiry of a threshold time interval (FTTI), and in response to detecting the absence of said asserted current monitor signal (HS-LS COMP), force the controller to produce, prior to expiry of the threshold time interval (FTTI), at least one pulse-width-modulated signal pulse having a controlled duty-cycle. detect the absence of an asserted current monitor signal (HS-LS COMP) prior to expiry of a threshold time interval (FTTI), and in response to detecting the absence of said asserted current monitor signal (HS-LS COMP), force the controller to produce, prior to expiry of the threshold time interval (FTTI), at least one pulse-width-modulated signal pulse having a controlled duty-cycle.
Induction sealing device for heat sealing packaging material for producing sealed packages of pourable food products, comprising at least one inductor coil partly encapsulated in a supporting body, wherein said at least one inductor coil is provided with at least one elongated sealing surface (12a, 12b) for cooperation with the packaging material during sealing, wherein said at least one sealing surface (12a, 12b) is exposed on an outer surface of the supporting body for cooperation with the packaging material, wherein surfaces of the coil, except for surfaces of power connections, are provided with a coating for protecting the coil from at least corrosion, characterized in that the coating comprises one or more of the following materials: nickel (Ni), chromium (Cr), silver (Ag), tantalum (Ta), hard gold, diamond-like carbon and chromium carbide, and wherein the coating is multi-layered and comprises an inner layer protecting the surfaces of the coil against corrosion and an outer layer protecting the coil and the inner layer against wear.
A compound capable of reducing or inhibiting (a) the biological activity of ADP-dependent glucokinase (ADPGK) or (b) the expression of the gene encoding ADPGK for use in a method of treating a neoplasm, an autoimmune disease or Graft-versus-Host-Disease (GvHD), wherein said compound is - an antisense oligonucleotide or an siRNA reducing or inhibiting the expression of the gene encoding ADPGK, - an antibody directed against ADPGK or a fragment thereof having the same specificity, - an inactive version of ADPGK, or - a polynucleic acid encoding an inactive version of ADPGK. - an antisense oligonucleotide or an siRNA reducing or inhibiting the expression of the gene encoding ADPGK, - an antibody directed against ADPGK or a fragment thereof having the same specificity, - an inactive version of ADPGK, or - a polynucleic acid encoding an inactive version of ADPGK.
An assembly for use in an additive manufacturing system to print a three-dimensional part, the assembly comprising: an extruder comprising a gear and a motor that turns the gear, wherein rotation of the gear regulates a flow of material out of the extruder; and a controller, configured for providing a control signal to the motor to control the rate at which the motor turns the gear, the controller configured for incorporating a time-varying signal into the control signal to reduce ripples in the material output by the extruder, characterized in that the extruder further comprises a gear assembly, the gear assembly comprising a casing assembly having an interior cavity and an outlet opening wherein the gear is a pump member within the interior cavity of the casing assembly; and wherein the motor is configured to move the pump member. an extruder comprising a gear and a motor that turns the gear, wherein rotation of the gear regulates a flow of material out of the extruder; and a controller, configured for providing a control signal to the motor to control the rate at which the motor turns the gear, the controller configured for incorporating a time-varying signal into the control signal to reduce ripples in the material output by the extruder, characterized in that the extruder further comprises a gear assembly, the gear assembly comprising a casing assembly having an interior cavity and an outlet opening wherein the gear is a pump member within the interior cavity of the casing assembly; and wherein the motor is configured to move the pump member.
A cosmetic cooling gel having plant extracts, characterized in that the gel is an aqueous gel which, in addition to other cosmetic auxiliaries, contains a monovalent C 2 -C 4 alcohol and the gel comprises at least three plant extracts which are selected from the extracts of wormwood, willow bark, Schisandra berries, guarana fruits and frankincense resin, wherein the content of monovalent C 2 -C 4 alcohol is in the range of 5 to 13% by weight and the content of the individual plant extracts is respectively in the range of 0.001 to 2% by weight, based on the total weight of the gel.
A method of measuring natural killer cell activity, comprising: stimulating NK cells in a whole blood sample by incubating the whole blood sample with an agent comprising at least one stimulating cytokine selected from the group consisting of interleukin 2, interleukin 15 and interleukin 18, thereby artificially activating the NK cells to generate and secrete NK cell-secreting cytokines; and measuring an amount of the NK cell-secreting cytokines secreted into the whole blood sample and using the amount as a measure to evaluate NK cell activity; wherein the NK cell-secreting cytokines comprise interferon gamma (IFN-γ), tumor necrosis factor-alpha (TNF-α), or both. stimulating NK cells in a whole blood sample by incubating the whole blood sample with an agent comprising at least one stimulating cytokine selected from the group consisting of interleukin 2, interleukin 15 and interleukin 18, thereby artificially activating the NK cells to generate and secrete NK cell-secreting cytokines; and measuring an amount of the NK cell-secreting cytokines secreted into the whole blood sample and using the amount as a measure to evaluate NK cell activity; wherein the NK cell-secreting cytokines comprise interferon gamma (IFN-γ), tumor necrosis factor-alpha (TNF-α), or both.
A method for notifying an attribute of an Internet Protocol address, comprising: when a new Serving Gateway serves a User Equipment, notifying the new SGW of an attribute of the UE's IP address, characterized in that the notifying comprises at least one of: passing, by a mobility management unit, the attribute of the UE's IP address to the new SGW in a session establishment request message; or passing, by a Packet Data Network Gateway, the attribute of the UE's IP address to the new SGW, after the UE moves and the new SGW serves the UE; wherein the attribute of the UE's IP address comprises a dynamic-IP-address attribute and a static-IP-address attribute. when a new Serving Gateway serves a User Equipment, notifying the new SGW of an attribute of the UE's IP address, characterized in that the notifying comprises at least one of: passing, by a mobility management unit, the attribute of the UE's IP address to the new SGW in a session establishment request message; or passing, by a Packet Data Network Gateway, the attribute of the UE's IP address to the new SGW, after the UE moves and the new SGW serves the UE; wherein the attribute of the UE's IP address comprises a dynamic-IP-address attribute and a static-IP-address attribute. passing, by a mobility management unit, the attribute of the UE's IP address to the new SGW in a session establishment request message; or passing, by a Packet Data Network Gateway, the attribute of the UE's IP address to the new SGW, after the UE moves and the new SGW serves the UE; wherein the attribute of the UE's IP address comprises a dynamic-IP-address attribute and a static-IP-address attribute.