mhurhangee/ep-ind-claims huggingface dataset:
A roller for an agricultural baler, comprising a roller core rotatable about a rotation axis, the superficies surface of which roller core is surrounded by a casing, wherein the casing consists of several shell elements surrounding the superficies surface respectively partially circumferentially, which shell elements are detachably connected with each other characterized in that said shell elements are connected with each other directly in a form-fitting manner to form a circumferentially closed casing.
A use of a 1,4,7-triazacyclononane-N,N',N"-triacetic acid complex with a metal ion of oxidation state +III selected from gallium, indium and iron as an electrically neutral marker of the electroosmotic mobility of the analytes contained in an aqueous solution to be analysed using a capillary electrophoresis device connected by direct coupling to a mass spectrometer selected from an inductively coupled plasma mass spectrometer (ICP-MS), an atomic emission mass spectrometer (ICP-OES) and an electrospray source mass spectrometer (ESI-MS).
A cathode active material for a secondary battery, the cathode active material comprising: a polythiophene derivative, and wherein the polythiophene derivative contains a repeating unit represented by General Formula below: where R 1 and R 2 each independently denote a group having from 2 through 9 carbon atoms represented by -(R 3 -S) p -R 4 (where R 3 denotes an alkylene group having from 1 through 4 carbon atoms, R 4 denotes an alkyl group having from 1 through 6 carbon atoms or an optionally substituted phenyl group or pyridyl group, and p denotes an integer of 1 or 2), Ar denotes an optionally substituted divalent or monovalent aromatic ring moiety or aromatic heterocyclic moiety, m denotes a natural number of 2 or more, and n denotes a natural number of 0 or 2 or more. a polythiophene derivative, and wherein the polythiophene derivative contains
A belt retractor comprising a safety belt reel rotatably mounted on a frame and a load limiter which acts on a rotational movement of the belt reel and has adjustable energy consumption, said load limiter having a granulate which is enclosed in a closed load limiter chamber and consists of dry, granular solid, and at least one member, the member and the granulate being arranged so that they are rotatable in relation to each other, characterised in that the bulk density of the granulate in the load limiter chamber can be varied to adjust the energy consumption, and in that the member is held fixed in a fixed position and the granulate is rotated in relation to the member.
A method of wireless communication, comprising: receiving a first component carrier and a second component carrier, the first component carrier comprising a first control channel corresponding to the first component carrier and comprising a second control channel and carrier indication information corresponding to the second component carrier, wherein the first control channel is a first type of a control channel being a legacy physical downlink control channel, PDCCH, and the second control channel is a second type of a control channel being an enhanced physical downlink control channel, EPDCCH, wherein a value of the carrier indication information identifies the second component carrier for both the first and second types of control channels, and wherein a signaling that enables or disables cross-carrier scheduling for the first and second types of control channels is the same; and processing the first and second control channels. receiving a first component carrier and a second component carrier, the first component carrier comprising a first control channel corresponding to the first component carrier and comprising a second control channel and carrier indication information corresponding to the second component carrier, wherein the first control channel is a first type of a control channel being a legacy physical downlink control channel, PDCCH, and the second control channel is a second type of a control channel being an enhanced physical downlink control channel, EPDCCH, wherein a value of the carrier indication information identifies the second component carrier for both the first and second types of control channels, and wherein a signaling that enables or disables cross-carrier scheduling for the first and second types of control channels is the same; and processing the first and second control channels.
Method for producing a lignocellulosic aggregate on the basis of chip-like processing material which is made of wood, shives and/or parts of stalk plants and provided with a mineral coating, characterized in that a chip fraction is first formed from lignocellulosic feed material in the form of fibers in the length range of between 2 mm and 50 mm and having a diameter of between 2 mm and 10mm, in that the chip fraction prepared for use is impregnated with a saline aqueous medium that is obtained from magnesium-containing, calcium-containing and/or soda-containing feed materials and water, the dissolved parts of the saline additive at least partially permeating, together with the mixed water, into the cell structure of the chips used so as to preserve them, in that the chips impregnated with additives are mixed with approximately 50% of a stabilizing amount of hydraulic binding agent and this leads to a curing coating of the individual chips while the mixed water stored in the cells of the lignocellulosic core of the individual elements is simultaneously withdrawn, the binding agent of the coating consisting of dolomite, lime and/or cement, in that the remaining amount of stabilizing binding agent is mixed with a hydrophobing agent and this mixture is added to the chip material that is already coated, and in that the coated chip material is subjected to a setting process while maintaining the bulk material characteristics of the aggregate.
Valve for metering highly pressurized fluid, having an inlet connector which is insertable in an attachment socket of a fluid supply line, and having a seal assembly which is arranged on the inlet connector and which has an elastically deformable seal ring and a support ring composed of plastic and which is supported against a radial support shoulder provided on the inlet connector and which seals against the attachment socket, wherein the support ring has, in a conventional manner, two ring-shaped end surfaces (30, 31) which run at right angles to the ring axis and an outer and inner ring surface (32, 33) which run parallel to one another and delimit the two end surfaces (30, 31), characterized in that the support ring arranged between seal ring and support shoulder is composed of an elastically deformable plastic material and is configured such that, under the fluid pressure acting on the seal ring, said support ring undergoes elastic deformation which gives rise to gap-free radial abutment against inlet connector and attachment socket, wherein the required elastic deformation of the support ring is effected through material selection.
An electronic device comprising: a wrist watch body and a wrist watch strap comprising: a first segment and a second segment linked to each other in a rotationally movable manner; a flexible circuit board installed throughout the first segment and the second segment in interiors of the first segment and the second segment; a loosening portion formed by the flexible circuit board being pushed out while being bent in the second segment; and a support unit configured to maintain a direction of pushing-out of the loosening portion to a fixed direction, wherein the first segment includes, in an end portion on the second segment side, a board installation opening configured to allow the flexible circuit board to pass through, and the support unit is formed by inclining a portion that is on an inner surface of the board installation opening and is located on an opposite side to the direction of pushing-out of the loosening portion toward the direction of pushing-out, wherein the inner surface of the board installation opening on which the support unit is formed has a projecting portion projecting further out than an edge of the inner surface of the board installation opening located on a side of the direction of pushing-out of the loosening portion, and the support unit is formed on the projecting portion. a first segment and a second segment linked to each other in a rotationally movable manner; a flexible circuit board installed throughout the first segment and the second segment in interiors of the first segment and the second segment; a loosening portion formed by the flexible circuit board being pushed out while being bent in the second segment; and a support unit configured to maintain a direction of pushing-out of the loosening portion to a fixed direction, wherein the first segment includes, in an end portion on the second segment side, a board installation opening configured to allow the flexible circuit board to pass through, and the support unit is formed by inclining a portion that is on an inner surface of the board installation opening and is located on an opposite side to the direction of pushing-out of the loosening portion toward the direction of pushing-out, wherein the inner surface of the board installation opening on which the support unit is formed has a projecting portion projecting further out than an edge of the inner surface of the board installation opening located on a side of the direction of pushing-out of the loosening portion, and the support unit is formed on the projecting portion.
A complex system of vegetation and solar cell in which a solar cell system and a plant group are installed together on the same roof surface, wherein the average height, from the roof surface, of the light-receiving surface of a solar cell module is greater than the average height of the plant group, wherein when the average height, from the roof surface, of the plant group is a, the average height, from the roof surface, of the solar cell module is b, and the projection distance between the nearest plant group and the solar cell module is c, Equation 1 below is satisfied, c ≥ b − a and wherein a heat-insulating material and/or moisture-rich material is laid between the nearest plant group and the solar cell module
Pump drive device for the propellant supply pump of a rocket engine for a spacecraft comprising the said rocket engine, propellant tanks and a circuit for supplying the said rocket engine with propellant, the said device being characterized in that it comprises an internal combustion engine (1, 1a, 1b) of aerobic type operating on an oxidant/fuel mixture of the air/hydrocarbon type and in which the supply of oxidant and fuel is performed from tanks and a circuit which are separate from the said propellant tanks and from the said propellant supply circuit of the rocket engine.
A computer-executable method, comprising: sending, by a computing device acting as a forwarding node in a Content-Centric Network, a first interest associated with an explicit strategy feedback request via an egress interface, wherein the egress interface is in a plurality of egress interfaces (212, 214) associated with a same name in a forwarding table, wherein an interest indicates a content object in a CCN, wherein the interest is routed based on the name in the CCN, and wherein the first interest is for a content object associated with the name, and the explicit strategy feedback request is piggybacked in the first interest; storing, by the computing device, one or more parameters (226, 228) received in response to the explicit strategy feedback request in an entry in the forwarding table, wherein the one or more parameters are associated with a first device, wherein the parameters received in response to the explicit strategy feedback request are one or more of server load, server disk space, server cost, storage cost, server processing power, network cost, expected service time, network congestion, network reliability, server energy load, server energy consumption, network energy load and network energy consumption, and wherein the entry comprises the name and the egress interface; and determining, by the computing device, for a second interest for a content object associated with the name, an egress interface from the plurality of egress interfaces based on the stored parameters. sending, by a computing device acting as a forwarding node in a Content-Centric Network, a first interest associated with an explicit strategy feedback request via an egress interface, wherein the egress interface is in a plurality of egress interfaces (212, 214) associated with a same name in a forwarding table, wherein an interest indicates a content object in a CCN, wherein the interest is routed based on the name in the CCN, and wherein the first interest is for a content object associated with the name, and the explicit strategy feedback request is piggybacked in the first interest; storing, by the computing device, one or more parameters (226, 228) received in response to the explicit strategy feedback request in an entry in the forwarding table, wherein the one or more parameters are associated with a first device, wherein the parameters received in response to the explicit strategy feedback request are one or more of server load, server disk space, server cost, storage cost, server processing power, network cost, expected service time, network congestion, network reliability, server energy load, server energy consumption, network energy load and network energy consumption, and wherein the entry comprises the name and the egress interface; and determining, by the computing device, for a second interest for a content object associated with the name, an egress interface from the plurality of egress interfaces based on the stored parameters.
A method for modifying the genome of Newcastle Disease Virus to produce an engineered NDV vector, wherein the method comprises the introduction into the NDV genome of an isolated polynucleotide in a non-essential region of the NDV genome, wherein the NDV genome comprises a polynucleotide having at least 99% sequence identity to a polynucleotide having the sequence as set forth in SEQ ID NO:1 or a polynucleotide complementary to a polynucleotide having at least 99% sequence identity to the polynucleotide having the sequence as set forth in SEQ ID NO:1;
A tetravalent bispecific antibody against PD-1 and VEGF, wherein the tetravalent bispecific antibody comprises two polypeptide chains and four common light chains, an amino acid sequence of the polypeptide chain is shown as SEQ ID NO. 21, and an amino acid sequence of the common light chain is shown as SEQ ID NO. 13.
An apparatus for detecting a rare particle in a fluid sample, the apparatus comprising: (a) at least one input channel; (b) at least one exit channel; (c) at least one detector; (d) a mechanism capable of directing a flow of an aliquot of fluid, wherein the aliquot comprises a plurality of particles randomly distributed throughout a three-dimensional space; and (e) a computer capable of assigning a value to the aliquot based on the presence, absence, identity, composition, or quantity of the rare particles in the aliquot, wherein the computer is in communication with the detector and the mechanism for directing the flow of the aliquot and wherein the rare particle is a cell or macromolecule present in the fluid sample at a low level comprising less than about 1 part per 10 3 of the total particle population in the fluid sample. (a) at least one input channel; (b) at least one exit channel; (c) at least one detector; (d) a mechanism capable of directing a flow of an aliquot of fluid, wherein the aliquot comprises a plurality of particles randomly distributed throughout a three-dimensional space; and (e) a computer capable of assigning a value to the aliquot based on the presence, absence, identity, composition, or quantity of the rare particles in the aliquot, wherein the computer is in communication with the detector and the mechanism for directing the flow of the aliquot and wherein the rare particle is a cell or macromolecule present in the fluid sample at a low level comprising less than about 1 part per 10 3 of the total particle population in the fluid sample.
A method of operating an electric motor, comprising: energising a plurality of stator coils in sequence to rotate a rotor, each said coil being wound around a respective stator tooth and energised with a repeating pulse sequence comprising at least a first portion and a second portion, said first and second portions repeating alternately to form said repeating pulse sequence, where power is supplied to a first coil of a pair of coils of the plurality of coils in a boost mode while power is supplied to a second coil of the pair in a buck mode, and wherein: the first portion comprises a first pattern of pulses, each pulse in the first pattern having either a first polarity or second polarity, a predetermined number of at least two consecutive pulses in the first pattern uniformly having the first polarity; the second portion comprises a second pattern of pulses, the second pattern of pulses having the predetermined number of at least two consecutive pulses having the second polarity, the second polarity being opposite the first polarity; where pulses according to the first pattern of pulses are applied to energize the first coil in the boost mode while, at the same time, pulses according to the second pattern of pulses are applied to energize the second coil in the buck mode. the first portion comprises a first pattern of pulses, each pulse in the first pattern having either a first polarity or second polarity, a predetermined number of at least two consecutive pulses in the first pattern uniformly having the first polarity; the second portion comprises a second pattern of pulses, the second pattern of pulses having the predetermined number of at least two consecutive pulses having the second polarity, the second polarity being opposite the first polarity; where pulses according to the first pattern of pulses are applied to energize the first coil in the boost mode while, at the same time, pulses according to the second pattern of pulses are applied to energize the second coil in the buck mode.
Heat pipe with micro tubes array comprises a solid heat conductor provided therein with two or more parallel micro tubes, the micro tubes being filled therein with working medium which exchanges heat through phase change, and the two ends of the heat conductor are sealed, characterized in that at least one of the two ends of the heat conductor is provided with a sealing strip of gradually shrinking shape which is formed by cold welding for sealing and that the one end of the heat conductor is squeezed by means of knife-edges, and thus is deformed, sealed and cut off.
An inter-virtual-server communication identifying system comprising: a reception-side physical server configured to assign a reception-side virtual machine ID (VMid-D, VMid-E, VMid-F) to each of a plurality of reception-side virtual machines (21-1, 21-2, 21-3); a transmission-side physical server configured to assign a transmission-side virtual machine ID (VMid-A, VMid-B, VMid-C) to each of a plurality of transmission-side virtual machines (11-1, 11-2, 11-3), encode a reception-side virtual machine ID and a transmission-side virtual machine ID to at least a part of a header field of a transmission packet in a form of an Ethernet frame when generating the transmission packet, and transmit the transmission packet from one of the plurality of said transmission-side virtual machines to one of the plurality of said reception-side virtual machines; and a physical switch (31, 32) provided on a network connecting said transmission-side physical server and said reception-side physical server, and configured to identify the transmission packet based on the reception-side virtual machine ID and the transmission-side virtual machine ID (VMid-A, VMid-B, VMid-C) which are contained in the header field, when relaying the transmission packet between said transmission-side physical server and said reception-side physical server, and collect data indicating a network condition. a reception-side physical server configured to assign a reception-side virtual machine ID (VMid-D, VMid-E, VMid-F) to each of a plurality of reception-side virtual machines (21-1, 21-2, 21-3); a transmission-side physical server configured to assign a transmission-side virtual machine ID (VMid-A, VMid-B, VMid-C) to each of a plurality of transmission-side virtual machines (11-1, 11-2, 11-3), encode a reception-side virtual machine ID and a transmission-side virtual machine ID to at least a part of a header field of a transmission packet in a form of an Ethernet frame when generating the transmission packet, and transmit the transmission packet from one of the plurality of said transmission-side virtual machines to one of the plurality of said reception-side virtual machines; and a physical switch (31, 32) provided on a network connecting said transmission-side physical server and said reception-side physical server, and configured to identify the transmission packet based on the reception-side virtual machine ID and the transmission-side virtual machine ID (VMid-A, VMid-B, VMid-C) which are contained in the header field, when relaying the transmission packet between said transmission-side physical server and said reception-side physical server, and collect data indicating a network condition.
Vehicle guidance system for providing a driving function for the automated longitudinal guidance of a vehicle at a signaling unit (200, 210); wherein the vehicle guidance system is configured, during operation of the driving function, - to determine, on the basis of environmental data from one or more environmental sensors of the vehicle, position data relating to a position of a first signaling unit (200, 210) arranged in front of the vehicle in the direction of travel relative to a position of the vehicle; - to determine, on the basis of map data relating to a road network used by the vehicle, distance data relating to a distance between the first signaling unit (200, 210) and a stop line of the first signaling unit (200, 210); and - to effect automated deceleration of the vehicle at the first signaling unit (200, 210) on the basis of the position data and the distance data. - to determine, on the basis of environmental data from one or more environmental sensors of the vehicle, position data relating to a position of a first signaling unit (200, 210) arranged in front of the vehicle in the direction of travel relative to a position of the vehicle; - to determine, on the basis of map data relating to a road network used by the vehicle, distance data relating to a distance between the first signaling unit (200, 210) and a stop line of the first signaling unit (200, 210); and - to effect automated deceleration of the vehicle at the first signaling unit (200, 210) on the basis of the position data and the distance data.