mhurhangee/ep-ind-claims huggingface dataset:
A recombinant DNA construct for suppression of at least one native plant target gene which comprises in 5' to 3' order a promoter element operably linked to a first DNA element oriented anti-sense relative to the at least one target gene and a second DNA element oriented sense relative to the at least one target gene comprising 50 to 5000 nucleotides, wherein the sense-oriented DNA element is not more than about one-half of the length of the anti-sense-oriented DNA element, and sense-oriented RNA transcribed by the sense-oriented DNA is complementary to the 5'-most end of anti-sense-oriented RNA transcribed by the anti-sense-oriented DNA element, wherein said transcribed RNA forms a loop of anti-sense-oriented RNA for suppressing said at least one target gene, and wherein said anti-sense-oriented DNA element comprises, in series, segments from two or more genes targeted for suppression.
An apparatus, comprising: a shared memory buffer (200; 400) within a first stage of a multi-stage switch fabric configured to route a set of variable-sized cells having a bitwise width within a range of bit-wise widths, the shared memory buffer having a set of memory banks including a lead memory bank; a write multiplexing module (210; 620) having a set of input registers configured to store a set of segments including bit values from the set of variable-sized cells, each segment from the set of segments having a bit-wise width less than a minimum bit-wise width from the range of bit-wise widths of the variable sized cells, the write multiplexing module configured to distribute each segment from the set of segments identified as a trailing segment from the input registers to a memory bank from the set of memory banks mutually exclusive from the lead memory bank and to send a leading segment from a set of segments to the lead memory bank; and a control module configured to modify a flow rate of a stream of segments from the set of segments through the shared memory buffer in response to a flow control signal from a second stage of the multi-stage switch fabric downstream from the first stage of the multi-stage switch fabric. a shared memory buffer (200; 400) within a first stage of a multi-stage switch fabric configured to route a set of variable-sized cells having a bitwise width within a range of bit-wise widths, the shared memory buffer having a set of memory banks including a lead memory bank; a write multiplexing module (210; 620) having a set of input registers configured to store a set of segments including bit values from the set of variable-sized cells, each segment from the set of segments having a bit-wise width less than a minimum bit-wise width from the range of bit-wise widths of the variable sized cells, the write multiplexing module configured to distribute each segment from the set of segments identified as a trailing segment from the input registers to a memory bank from the set of memory banks mutually exclusive from the lead memory bank and to send a leading segment from a set of segments to the lead memory bank; and a control module configured to modify a flow rate of a stream of segments from the set of segments through the shared memory buffer in response to a flow control signal from a second stage of the multi-stage switch fabric downstream from the first stage of the multi-stage switch fabric.
Programmable pulse width modulating controller comprising in series (i) at least two parallel loop filters for loop-gain and signal processing, preferably at least four loop filters, each loop filter comprising multiple inputs (10, 15) and at least one output, wherein a loop filter is adapted to perform at least one of interpolation of the pulse code modulated input signal, common mode control, differential mode control, audio processing, audio filtering, audio emphasizing, and LC compensation, characterized in that each single output being in electrical connection with (ii) at least one butterfly mixer, the butterfly mixer being capable of mixing at least two inputs and of providing at least two mixed outputs to (iii) at least two parallel pulse width modulators (PWM's), wherein a pulse width modulator comprises a carrier signal with an adaptable and programmable shape, phase and frequency, wherein the carrier signal is compared by the pulse width modulator with the input signal to create an output signal, wherein (iv) loop filters, butterfly mixer, and PWM's are individually and independently programmable and adaptable, wherein loop filter input is adapted to receive at least one of a local digital PWM processed output signal, and an ADC output, and comprising at least one setting data storage means for loading, adapting and storing programmable and adaptable settings. (i) at least two parallel loop filters for loop-gain and signal processing, preferably at least four loop filters, each loop filter comprising multiple inputs (10, 15) and at least one output, wherein a loop filter is adapted to perform at least one of interpolation of the pulse code modulated input signal, common mode control, differential mode control, audio processing, audio filtering, audio emphasizing, and LC compensation, characterized in that each single output being in electrical connection with (ii) at least one butterfly mixer, the butterfly mixer being capable of mixing at least two inputs and of providing at least two mixed outputs to (iii) at least two parallel pulse width modulators (PWM's), wherein a pulse width modulator comprises a carrier signal with an adaptable and programmable shape, phase and frequency, wherein the carrier signal is compared by the pulse width modulator with the input signal to create an output signal, wherein (iv) loop filters, butterfly mixer, and PWM's are individually and independently programmable and adaptable, wherein loop filter input is adapted to receive at least one of a local digital PWM processed output signal, and an ADC output, and comprising at least one setting data storage means for loading, adapting and storing programmable and adaptable settings.
An absolute humidity difference sensor (1;2) for detecting an absolute humidity difference between a first detection air and a second detection air existing at a position different from a position of the first detection air, the absolute humidity difference sensor (1;2) comprising: a first humidity detection sensor that includes a first detection chamber, a first heat-sensitive element housed in the first detection chamber, a first ventilation window through which the first detection air is supplied to the first detection chamber, and a first reference element configured to generate a reference signal of absolute humidity; and a second humidity detection sensor that includes a second detection chamber adjacent to the first detection chamber, a second heat-sensitive element housed in the second detection chamber, a second ventilation window through which the second detection air is supplied to the second detection chamber, and a second reference element configured to generate a reference signal of absolute humidity. a first humidity detection sensor that includes a first detection chamber, a first heat-sensitive element housed in the first detection chamber, a first ventilation window through which the first detection air is supplied to the first detection chamber, and a first reference element configured to generate a reference signal of absolute humidity; and a second humidity detection sensor that includes a second detection chamber adjacent to the first detection chamber, a second heat-sensitive element housed in the second detection chamber, a second ventilation window through which the second detection air is supplied to the second detection chamber, and a second reference element configured to generate a reference signal of absolute humidity.
A method for serial communication in a ring network, the method comprising: receiving, at a slave device, a bit sequence from a master device on the ring network, the bit sequence being encoded using bi-frequency encoding; synchronizing an oversampling clock to a baud rate of the received bit sequence; parsing the bit sequence to determine that the bit sequence is addressed to the slave device and that the master device is requesting data back from the slave; filling in one of a plurality of placeholder bits in the bit sequence by inverting the bit sequence midway through the bit time; and forwarding the inverted bit sequence to a subsequent slave device on the ring network; wherein the start of each bit in the bit sequence is signaled by the master device inverting the bit sequence a first time to represent a 0 and a second time to represent a 1. receiving, at a slave device, a bit sequence from a master device on the ring network, the bit sequence being encoded using bi-frequency encoding; synchronizing an oversampling clock to a baud rate of the received bit sequence; parsing the bit sequence to determine that the bit sequence is addressed to the slave device and that the master device is requesting data back from the slave; filling in one of a plurality of placeholder bits in the bit sequence by inverting the bit sequence midway through the bit time; and forwarding the inverted bit sequence to a subsequent slave device on the ring network; wherein the start of each bit in the bit sequence is signaled by the master device inverting the bit sequence a first time to represent a 0 and a second time to represent a 1.
A filter arrangement including a plane with an opening which penetrates the plane and a filter element which is arranged over said opening for filtering a fluid, in particular a gaseous fluid, wherein the fluid is guidable from an unfiltered side through the filter element and the opening to a filter side and can be cleaned by the filter element, characterized in that the filter element extends away from the plane from said plane at least over a first portion and extends back to the plane over a second portion which connects directly or indirectly to the first portion such that the filter element extends over the plane with the portions, wherein an intermediate chamber is defined by the portions (7, 8) and the plane, and that the filter arrangement additionally includes a cleaning unit which is arranged in said intermediate chamber, wherein the cleaning unit includes air nozzles by means of which the filter element can be acted upon with compressed air, wherein deposits on the filter element can be removed from the filter element from the filter side in the direction of the unfiltered side, characterized in that the cleaning unit is movable into an end position from a rest position as a result of the pulse when air exits from the air nozzles, that the air nozzles are pivotable such that the direction of movement of the cleaning unit is modifiable, wherein the air nozzles are preferably pivotable from a first stable position into a second stable position such that in the first stable position the cleaning unit is movable from the rest position into the end position and in the second stable position the cleaning unit is movable from the end position into the rest position, or that the cleaning unit movable from the end position into the rest position by means of a counterweight.
A filter device for a flushing tank, wherein the flushing tank has at least one connection for raw water and at least one discharge, wherein the filter device comprises at least: - a housing with a first intake for the raw water, a second intake for flush water, a first outlet for clean water and a second outlet for the flush water; - a valve body arranged movably in the housing between two operating positions (13, 14) and having a valve housing which is divided into a first chamber and a second chamber, wherein the chambers (17, 18) are separated from one another by a first filter for filtering the raw water into the clean water, wherein the valve housing has a first passage and a second passage in the first chamber and a third passage and a fourth passage in the second chamber; wherein, in a normal operating position of the two operating positions, the first intake is fluidically connected to the first passage and the first outlet is fluidically connected to the third passage; wherein, in a flushing operating position of the two operating positions, the second intake is fluidically connected to the fourth passage and the second outlet is fluidically connected to the second passage; wherein in the normal operating position, the raw water flows through the first filter in a first direction and the flushing tank can be filled with clean water, and in the flushing operating position, the flushing water flows through the first filter in a second direction opposite to the first direction and the flushing water can be fed to the discharge of the flushing tank. - a housing with a first intake for the raw water, a second intake for flush water, a first outlet for clean water and a second outlet for the flush water; - a valve body arranged movably in the housing between two operating positions (13, 14) and having a valve housing which is divided into a first chamber and a second chamber, wherein the chambers (17, 18) are separated from one another by a first filter for filtering the raw water into the clean water, wherein the valve housing has a first passage and a second passage in the first chamber and a third passage and a fourth passage in the second chamber;
Apparatus for filling containers with liquids and in particular with beverages, comprising a reservoir for the liquid to be bottled and a connecting line for transporting the liquid from the reservoir to a filling device, wherein the filling device has a first valve device for controlling a liquid flow into the container, and wherein the apparatus has a second valve device arranged in the connecting line in series with the first valve device, and the first valve device and the second valve device can be switched independently of each other, wherein the amount of liquid streaming past the second valve device and the amount of liquid reaching the filling device are essentially identical, the second valve device being designed in such a way that it interrupts the liquid streaming to the filling device at least at times completely during a filling process, wherein the apparatus comprises a control device for controlling both valve devices, characterized in that the control device is designed in such a way that at the beginning of a filling process of the liquid into a certain container initially the first valve device is opened at least in part and subsequently the second valve device is opened at least in part and that at the end of the filling process of the liquid into a certain container initially the second valve device is closed at least in part and subsequently the first valve device is closed at least in part.
A distributed antenna system for routing and switching signals, the system comprising: a plurality of digital remote units, DRUs, (810A-810m) each configured to transmit one or more downlink channels and to receive one or more uplink channels; a first digital access unit, DAU, configured to communicate with at least two (810A-810C) of the plurality of DRUs and at least one base station, BTS,, wherein the first DAU is configured to determine an amount of radio resources assigned to the plurality of DRUs; a second DAU configured to communicate with at least two others of the plurality of DRUs, at least one second BTS and the first DAU, wherein the second DAU is configured to determine an amount of radio resources assigned to the at least two others of the plurality of DRUs, wherein each DAU serves as an interface between associated BTSs and the respective plurality of DRUs, and a number of radio resources received at each DRU is assigned by the corresponding DAU. a plurality of digital remote units, DRUs, (810A-810m) each configured to transmit one or more downlink channels and to receive one or more uplink channels; a first digital access unit, DAU, configured to communicate with at least two (810A-810C) of the plurality of DRUs and at least one base station, BTS,, wherein the first DAU is configured to determine an amount of radio resources assigned to the plurality of DRUs; a second DAU configured to communicate with at least two others of the plurality of DRUs, at least one second BTS and the first DAU, wherein the second DAU is configured to determine an amount of radio resources assigned to the at least two others of the plurality of DRUs, wherein each DAU serves as an interface between associated BTSs and the respective plurality of DRUs, and a number of radio resources received at each DRU is assigned by the corresponding DAU.
A Physical Uplink Shared Channel, PUSCH, power control method, comprising: receiving interference level information from adjacent cells; and counting the number of interference levels in the interference level information from the adjacent cells, and adjusting the PUSCH power for a current cell user in accordance with a counting result, wherein the counting the number of interference levels in the interference level information from the adjacent cells, and adjusting the PUSCH power for the current cell user in accordance with the counting result comprises: counting, in the interference levels of the adjacent cells, the number of the high interference levels and the number of the low interference levels, and adjusting the PUSCH power of the current cell user in accordance with a counting result; or counting, in the interference levels of the adjacent cells, the number of the high interference levels, the number of the low interference levels and the number of the intermediate interference levels, and adjusting the PUSCH power of the current cell user in accordance with a counting result, wherein the interference level information comprises a symbol representing a low interference level, an intermediate interference level or a high interference level. receiving interference level information from adjacent cells; and counting the number of interference levels in the interference level information from the adjacent cells, and adjusting the PUSCH power for a current cell user in accordance with a counting result, wherein the counting the number of interference levels in the interference level information from the adjacent cells, and adjusting the PUSCH power for the current cell user in accordance with the counting result comprises: counting, in the interference levels of the adjacent cells, the number of the high interference levels and the number of the low interference levels, and adjusting the PUSCH power of the current cell user in accordance with a counting result; or counting, in the interference levels of the adjacent cells, the number of the high interference levels, the number of the low interference levels and the number of the intermediate interference levels, and adjusting the PUSCH power of the current cell user in accordance with a counting result, wherein the interference level information comprises a symbol representing a low interference level, an intermediate interference level or a high interference level. counting, in the interference levels of the adjacent cells, the number of the high interference levels and the number of the low interference levels, and adjusting the PUSCH power of the current cell user in accordance with a counting result; or counting, in the interference levels of the adjacent cells, the number of the high interference levels, the number of the low interference levels and the number of the intermediate interference levels, and adjusting the PUSCH power of the current cell user in accordance with a counting result, wherein the interference level information comprises a symbol representing a low interference level, an intermediate interference level or a high interference level.
A search apparatus comprising: an extraction unit configured to extract fingerprints that are combinations of first communication data corresponding to requests and second communication data corresponding to responses to the requests, from communication data obtained by executing known malware; a giving unit configured to give degrees of priority corresponding to degrees of maliciousness of the malware, to the fingerprints; a generation unit configured to generate probes that are requests based on the first communication data included in the fingerprints and signatures based on the second communication data included in the fingerprints; a decision unit configured to decide, based on information about communication of sending-out destinations, search-target sending-out destinations from among the sending-out destinations; a sending-out unit configured to send out the probes generated by the generation unit to the search-target sending-out destinations decided by the decision unit in order according to the degrees of priority given by the giving unit and a determination unit configured to determine whether the search-target sending-out destinations are malicious or not, based on whether responses to the probes sent out by the sending-out unit match the signatures generated by the generation unit or not. an extraction unit configured to extract fingerprints that are combinations of first communication data corresponding to requests and second communication data corresponding to responses to the requests, from communication data obtained by executing known malware; a giving unit configured to give degrees of priority corresponding to degrees of maliciousness of the malware, to the fingerprints; a generation unit configured to generate probes that are requests based on the first communication data included in the fingerprints and signatures based on the second communication data included in the fingerprints; a decision unit configured to decide, based on information about communication of sending-out destinations, search-target sending-out destinations from among the sending-out destinations; a sending-out unit configured to send out the probes generated by the generation unit to the search-target sending-out destinations decided by the decision unit in order according to the degrees of priority given by the giving unit and a determination unit configured to determine whether the search-target sending-out destinations are malicious or not, based on whether responses to the probes sent out by the sending-out unit match the signatures generated by the generation unit or not.
A reagent composition comprising a mixture of at least two oximes, a first oxime having a structure represented by: wherein R 5 is a C 1-22 linear or branched alkyl group or a C 1-3 linear or branched alkoxy group; R 1 is a C 1-22 linear or branched alkyl or alkenyl group, a C 6 aryl group or a C 7-22 aralkyl group; R 2 -R 4 are independently hydrogen, halogen, a linear or branched C 6-12 alkyl group, OR 6 wherein R 6 is a C 1-22 linear or branched alkyl group, a C 2-22 linear or branched alkenyl group, a C 6 aryl group, or a C 7-22 aralkyl group; and a second oxime having a structure represented by: wherein R 5 is a C 1-22 linear or branched alkyl group or a C 1-3 linear or branched alkoxy group; R 1 is hydrogen; R 2 -R 4 are each independently hydrogen, halogen, a linear or branched C 6-12 alkyl group, OR 6 wherein R 6 is a C 1-22 linear or branched alkyl group, a C 2-22 linear or branched alkenyl group, a C 6 aryl group, or a C 7-22 aralkyl group.
A method of servicing a wellbore in contact with a subterranean formation, comprising placing a wellbore servicing fluid comprising a drilling fluid and lost circulation material into a lost circulation zone within the wellbore, wherein the lost circulation material comprises: a polyelectrolyte multilayer material; and a first counterion, wherein the polyelectrolyte multilayer material is prepared by contacting a base material with at least a first electrolyte, and contact of the first electrolyte results in a coating of the electrolyte on the base material to form a coated base material, and wherein the coated base material is contacted with a second electrolyte to form the polyelectrolyte multilayer material.