mhurhangee/ep-ind-claims huggingface dataset:
A method for propagating a grass plant, comprising: (a) treating a stem of a grass plant or a segment thereof with a composition according to any one of claims 10-15; (b) harvesting the stem treated in step (a); and (c) planting the stem harvested in step (b). (a) treating a stem of a grass plant or a segment thereof with a composition according to any one of claims 10-15; (b) harvesting the stem treated in step (a); and (c) planting the stem harvested in step (b).
A self-propelled machine comprising: a control device having a central portion (14; 96) disposed between a first gripping portion (12A; 94A) and a second gripping portion (12B; 94B); and at least one pressure sensitive trigger control (36; 102) provided over either the first or the second gripping portion, wherein the trigger control (36; 102) is configured to reduce a speed of the self-propelled machine by actuating a portion of a first potentiometer (38; 114) for varying an electrical signal carried by the control device; and a rotatable knob setting (18; 100) provided over the central portion, wherein the knob setting is configured to set a maximum speed via a second potentiometer. a control device having a central portion (14; 96) disposed between a first gripping portion (12A; 94A) and a second gripping portion (12B; 94B); and at least one pressure sensitive trigger control (36; 102) provided over either the first or the second gripping portion, wherein the trigger control (36; 102) is configured to reduce a speed of the self-propelled machine by actuating a portion of a first potentiometer (38; 114) for varying an electrical signal carried by the control device; and a rotatable knob setting (18; 100) provided over the central portion, wherein the knob setting is configured to set a maximum speed via a second potentiometer.
A process for correcting the mating impairment of a Trichoderma reesei QM6a strain or a strain derived thereof having a MAT1-1 locus and that is not competent to mate with a Trichoderma reesei QM6a strain having a MAT1-2 locus or a strain derived thereof, which comprises complementing the mutated gene or genetic element SEQ ID NO: 134 by inserting the corresponding functional gene(s) and/or genetic element(s) or by transforming strain QM6a(MAT 1-1) with plasmids containing the corresponding functional gene(s) and/or genetic element(s), wherein the functional gene(s) and/or genetic element(s) is/are selected from SEQ ID NO: 216 and SEQ ID NO: 226 or a functionally equivalent sequence thereof, wherein the functionally equivalent sequence has a degree of homology to said gene/genetic element or sequence of at least 95% and corrects the mating impairment of a Trichoderma reesei QM6a strain or a strain derived thereof.
Wind energy plant which includes: - a support structure, - a rotor which includes one or multiple rotor blades, which rotor is arranged on the support structure to be freely rotatable about a rotation axis, and - a generator which is connected to the rotor and which converts the wind energy into electrical energy when the rotor is rotating, characterized in that the support structure includes a stationary ring on which the rotor is rotatably guided and on which the stator of the generator is arranged, and that the rotor comprises a rotor ring of which the diameter has a ratio to the rotor blade length of 1:2, preferably 1:1.5, and particularly preferably 1:1. - a support structure, - a rotor which includes one or multiple rotor blades, which rotor is arranged on the support structure to be freely rotatable about a rotation axis, and - a generator which is connected to the rotor and which converts the wind energy into electrical energy when the rotor is rotating,
A method for licensing on a device, comprising: executing a base application on a device; initiating, by the base application, a transaction with an application store to obtain access to a subordinate licensable item that is usable by the base application; receiving a transaction receipt corresponding to the transaction for the subordinate licensable item; and obtaining, from a license server, a subordinate license that corresponds to the subordinate licensable item by receiving the subordinate license at a license agent service on the device from the license server in response to a completion of the transaction with the application store; receiving a license status query from the base application at the license agent service; and forwarding an indication of existence of the subordinate license corresponding to the base application to the base application from the license agent service. executing a base application on a device; initiating, by the base application, a transaction with an application store to obtain access to a subordinate licensable item that is usable by the base application; receiving a transaction receipt corresponding to the transaction for the subordinate licensable item; and obtaining, from a license server, a subordinate license that corresponds to the subordinate licensable item by receiving the subordinate license at a license agent service on the device from the license server in response to a completion of the transaction with the application store; receiving a license status query from the base application at the license agent service; and forwarding an indication of existence of the subordinate license corresponding to the base application to the base application from the license agent service.
A histologic tissue sample support device for orienting and retaining tissue samples during processing, embedding and sectioning in a microtome, comprising a tissue cassette, the tissue cassette including a perforated bottom wall and at least one perforated side wall for defining a tissue sample receiving space, the cassette formed of material which can be successfully sectioned in a microtome and is resistant to degradation from solvents and chemicals used to fix, process and stain tissue, the tissue cassette including first and second elongate channels for receiving at least one tissue sample, the first and second channels being separated from each other by separating structure, the separating structure connected with and extending upwardly from the bottom wall and including an anchoring element including a surface facing the bottom wall to anchor the separating structure in embedding material during a microtome sectioning process, and tissue sample biasing structure configured to extend into the first and second channels to retain the tissue sample or samples against the bottom wall during processing and embedding, the tissue sample biasing structure further being capable of successful sectioning in the microtome, characterised in that the device further comprises fingers (140,142) on opposite sides of the first and second channels to hold the tissue sample or samples in a desired orientation.
A method for separating or extracting or reducing a hydrocarbon content from a hydrocarbon contaminated matrix, comprising the steps of: controlling a water content of a feed material comprising the hydrocarbon contaminated matrix; continuously conveying the feed material into a treatment cavity; exposing the feed material in a treatment area of the treatment cavity to electromagnetic radiation arranged to cause rapid heating of at least a portion of the water content to form steam, wherein the rapid steam formation results in thermal desorption of at least a portion of the hydrocarbon content from the matrix; and continuously removing the treated matrix from the treatment cavity; wherein the electromagnetic radiation has a frequency in the range 10MHz to 10GHz; characterised in that the water content of the feed material is controlled by blending a material of known water content, comprising treated matrix, with the hydrocarbon contaminated matrix. controlling a water content of a feed material comprising the hydrocarbon contaminated matrix; continuously conveying the feed material into a treatment cavity; exposing the feed material in a treatment area of the treatment cavity to electromagnetic radiation arranged to cause rapid heating of at least a portion of the water content to form steam, wherein the rapid steam formation results in thermal desorption of at least a portion of the hydrocarbon content from the matrix; and continuously removing the treated matrix from the treatment cavity; wherein the electromagnetic radiation has a frequency in the range 10MHz to 10GHz; characterised in that the water content of the feed material is controlled by blending a material of known water content, comprising treated matrix, with the hydrocarbon contaminated matrix.
System comprising • a high-temperature electrolyser, • a first electrolyser supply line configured to supply the electrolyser with steam, • a first electrolyser discharge line configured to discharge dihydrogen from the electrolyser, • a second electrolyser discharge line configured to discharge dioxygen from the electrolyser, • a first heat exchange module configured to provide a heat exchange between the first steam supply line and the first dihydrogen discharge line, characterised in that the system comprises a steam ejector arranged downstream of the first heat exchange module on the first dihydrogen discharge line and configured to inject steam into the first dihydrogen discharge line. • a high-temperature electrolyser, • a first electrolyser supply line configured to supply the electrolyser with steam, • a first electrolyser discharge line configured to discharge dihydrogen from the electrolyser, • a second electrolyser discharge line configured to discharge dioxygen from the electrolyser, • a first heat exchange module configured to provide a heat exchange between the first steam supply line and the first dihydrogen discharge line,
A thermoelectric material, comprising: a matrix including a plurality of grains having Cu and Se; a Cu-containing particle; and an Ag-containing structure, wherein the Ag-containing structure is a structure that includes at least Ag and has a micrometer size, and the thermoelectric material is expressed by Chemical Formula 1 below: <Chemical Formula 1> Cu 2 Ag x Se where 0<x≤0.6. a matrix including a plurality of grains having Cu and Se; a Cu-containing particle; and an Ag-containing structure, wherein the Ag-containing structure is a structure that includes at least Ag and has a micrometer size, and the thermoelectric material is expressed by Chemical Formula 1 below: <Chemical Formula 1> Cu 2 Ag x Se where 0<x≤0.6.
A method of tracking page state changes, the method comprising: receiving, at an input/output, I/O, device communicatively coupled to a host having a physical memory, a command from the host to monitor page state changes in a first region of the physical memory allocated to a process executing on the host; modifying, by the I/O device, data stored in the first region based on a request; recording, by the I/O device, the modification to a bitmap by setting a bit in the bitmap that corresponds to a location of the data in the physical memory; copying, by the I/O device or the host, sections of the first region indicated by the bitmap to a second region of physical memory, wherein the second region of physical memory can be in the physical memory of the host, or in a second physical memory of a second host, wherein transferring the contents of the bitmap to the host comprises, for each bit of the bitmap: storing, by the I/O device, the bit in a first buffer in a general purpose memory of the host; completing, by the I/O device subject to receiving an instruction from the host to initiate a migration pass, pending bitmap updates; swapping, by the host, the first buffer with a second buffer; and copying, by the host, sections of the first region indicated by the bitmap in the first buffer. receiving, at an input/output, I/O, device communicatively coupled to a host having a physical memory, a command from the host to monitor page state changes in a first region of the physical memory allocated to a process executing on the host; modifying, by the I/O device, data stored in the first region based on a request; recording, by the I/O device, the modification to a bitmap by setting a bit in the bitmap that corresponds to a location of the data in the physical memory; copying, by the I/O device or the host, sections of the first region indicated by the bitmap to a second region of physical memory, wherein the second region of physical memory can be in the physical memory of the host, or in a second physical memory of a second host, wherein transferring the contents of the bitmap to the host comprises, for each bit of the bitmap: storing, by the I/O device, the bit in a first buffer in a general purpose memory of the host; completing, by the I/O device subject to receiving an instruction from the host to initiate a migration pass, pending bitmap updates; swapping, by the host, the first buffer with a second buffer; and storing, by the I/O device, the bit in a first buffer in a general purpose memory of the host; completing, by the I/O device subject to receiving an instruction from the host to initiate a migration pass, pending bitmap updates; swapping, by the host, the first buffer with a second buffer; and
A method comprising: receiving internet protocol, IP, address information including a plurality of IP addresses to set a policy to mark traffic with an indicator wherein the indicator indicates that an IP address needs to receive a notification; receiving a first set of data packets from a user device; determining if the first set of data packets is transmitted from an IP address that matches one of the plurality of IP addresses that need to receive a notification; in response to determining that the first set of data packets is transmitted from an address that matches one of the plurality of IP addresses that need to receive the notification: marking the first set of data packets with the indicator; and transmitting (407a, 409a, 411a) the first set of data packets. receiving internet protocol, IP, address information including a plurality of IP addresses to set a policy to mark traffic with an indicator wherein the indicator indicates that an IP address needs to receive a notification; receiving a first set of data packets from a user device; determining if the first set of data packets is transmitted from an IP address that matches one of the plurality of IP addresses that need to receive a notification; in response to determining that the first set of data packets is transmitted from an address that matches one of the plurality of IP addresses that need to receive the notification: marking the first set of data packets with the indicator; and transmitting (407a, 409a, 411a) the first set of data packets. marking the first set of data packets with the indicator; and transmitting (407a, 409a, 411a) the first set of data packets.
Sensor guide wire for intravascular measurements of at least one variable in a living body, which sensor guide wire has a proximal region, a distal sensor region and a tip region, the sensor guide wire comprises: - a sensor element arranged in said sensor region, - a tip region core wire having a longitudinal axis and extending essentially along said tip region, - a coil arranged in said tip region, which coil at least partly encloses said tip region core wire, wherein a distal tip joint is arranged at a distal end of said sensor guide wire in said tip region for attaching said coil to said tip region core wire, where in the tip region core wire comprises a distal portion, an intermediate portion and a proximal portion which is the portion closest to the sensor region and that a major part of said tip region core wire has a circular cross-section in a plane perpendicular to said longitudinal axis, characterized in that said distal portion has a larger cross-sectional diameter than the intermediate portion. - a sensor element arranged in said sensor region, - a tip region core wire having a longitudinal axis and extending essentially along said tip region, - a coil arranged in said tip region, which coil at least partly encloses said tip region core wire, wherein a distal tip joint is arranged at a distal end of said sensor guide wire in said tip region for attaching said coil to said tip region core wire, where in the tip region core wire comprises a distal portion, an intermediate portion and a proximal portion which is the portion closest to the sensor region and that a major part of said tip region core wire has a circular cross-section in a plane perpendicular to said longitudinal axis, characterized in that said distal portion has a larger cross-sectional diameter than the intermediate portion.
A transmission comprising: a first compound planetary gear set having a first brake engaged with a sun gear; a second compound planetary gear set having a second brake engaged with a ring gear; the transmission input and transmission output disposed coaxially and configured to input and output torque from the same side of the transmission, characterized in that the first compound planetary gear set (11, 12) and the second planetary gear set (23, 24) are axially engageable through a first clutch and a second clutch. a first compound planetary gear set having a first brake engaged with a sun gear; a second compound planetary gear set having a second brake engaged with a ring gear; the transmission input and transmission output disposed coaxially and configured to input and output torque from the same side of the transmission, characterized in that the first compound planetary gear set (11, 12) and the second planetary gear set (23, 24) are axially engageable through a first clutch and a second clutch.
Method for transmitting frames of N>2 symbols S i, which is intended for a distributed system having at least two transmitter nodes, comprising: - a circular permutation of a frame of N symbols S i, - a multiplication of m first permuted symbols by a phase coefficient φ≠1, 0<m≤[N/2]+1, - a transmission, by one of the nodes, of the frame comprising the multiplied permuted symbols, and - a transmission, by another of the nodes, of the frame of N symbols S i. - a circular permutation of a frame of N symbols S i, - a multiplication of m first permuted symbols by a phase coefficient φ≠1, 0<m≤[N/2]+1, - a transmission, by one of the nodes, of the frame comprising the multiplied permuted symbols, and - a transmission, by another of the nodes, of the frame of N symbols S i.
A welding-type power supply, comprising: - an input circuit, disposed to receive input power and provide bus power to a common bus; - a welding-type output power circuit disposed to receive power from the common bus and provide power to a welding-type output; - an auxiliary power circuit, disposed to receive power from the common bus and to provide non-isolated auxiliary output power; and - a controller connected to control the auxiliary power circuit and the welding-type output power circuit, wherein the input circuit includes a rectifier, characterized in that the input circuit includes a dual boost circuit preregulator, and wherein the auxiliary power circuit provides a split-phase output. - an input circuit, disposed to receive input power and provide bus power to a common bus; - a welding-type output power circuit disposed to receive power from the common bus and provide power to a welding-type output; - an auxiliary power circuit, disposed to receive power from the common bus and to provide non-isolated auxiliary output power; and - a controller connected to control the auxiliary power circuit and the welding-type output power circuit, wherein the input circuit includes a rectifier, characterized in that the input circuit includes a dual boost circuit preregulator, and wherein the auxiliary power circuit provides a split-phase output.
An internal combustion engine comprising an oil circuit, wherein the oil circuit is configured to supply at least one component of the internal combustion engine with lubricating oil, and at least one oil reservoir configured to provide the lubricating oil for the oil circuit, wherein - at least one collecting container separate from the at least one oil reservoir is provided, wherein the at least one collecting container is configured to collect the lubricating oil in the oil circuit downstream of the at least one component, and - at least one oil remover is provided by means of which at least a part of the lubricating oil collected in the at least one collecting container from the at least one oil circuit is removable, characterized on that the at least one component includes at least one turbocharger and/or a blow-by filter. - at least one collecting container separate from the at least one oil reservoir is provided, wherein the at least one collecting container is configured to collect the lubricating oil in the oil circuit downstream of the at least one component, and - at least one oil remover is provided by means of which at least a part of the lubricating oil collected in the at least one collecting container from the at least one oil circuit is removable,
A method of decoding a bitstream of encoded video by reconstructing significant-coefficient flags for a transform unit, the transform unit partitioned into blocks, the bitstream encoding sets of significant-coefficient flags, each set corresponding to a respective block, the blocks of the transform unit being processed in a scan order, the method comprising the following steps: (i) for a set of significant-coefficient flags corresponding to a first block, selecting a context set from a plurality of context sets for use in decoding significant-coefficient flags of that set based on a significant-coefficient-group flag associated with a block to the right of the first block and a significant-coefficient-group flag associated with a block below the first block; (ii) entropy decoding the significant-coefficient flags of that set using the selected context set; and (iii) moving to the next block in the scan order and returning to step (i), wherein each significant-coefficient-group flag indicates whether its associated block is presumed to contain at least one non-zero significant-coefficient flag, and wherein if the significant-coefficient-group flag is zero, then there are no non-zero significant-coefficient flags in the block, and if the significant-coefficient-group flag is non-zero, then there is at least one non-zero significant-coefficient flag in the block, and wherein entropy decoding comprises context-adaptive decoding, and wherein the context sets identify the contexts to be used in context-adaptively decoding the significant-coefficient flags of that set of significant-coefficient flags, wherein selecting a context set comprises selecting a first context set if both of the significant-coefficient-group flags are non-zero, and, otherwise, selecting a different, mutually exclusive context set; wherein if the significant-coefficient-group flag of the first block is zero, then setting all of the significant-coefficient flags in the first block to zero instead of performing the selecting step and the entropy decoding step. (i) for a set of significant-coefficient flags corresponding to a first block, selecting a context set from a plurality of context sets for use in decoding significant-coefficient flags of that set based on a significant-coefficient-group flag associated with a block to the right of the first block and a significant-coefficient-group flag associated with a block below the first block; (ii) entropy decoding the significant-coefficient flags of that set using the selected context set; and (iii) moving to the next block in the scan order and returning to step (i),