mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for initiating a task in a computer system, the method comprising: receiving a task for execution by a processor; receiving a status of the task relative to a target service level; characterized by: determining a current power state of the processor by checking the value of a current power state of the processor as stored in a power state register; initiating execution of the task on the processor in response to the status indicating that the task is meeting the target service level and to determining that the current power state is a low power state; and in response to the status indicating that the task is not meeting the target service level and to determining that the current power state is the low power state: determining if the processor can be moved into a high power state by checking for an indicator in the power state register, indicating that the processor can be moved into a high power state; moving the processor into the high power state in response to determining that the processor can be moved into the high power state; initiating execution of the task on the processor in response to moving the processor into the high power state; and initiating execution of the task on another processor in response to determining that the processor cannot be moved into the high power state. receiving a task for execution by a processor; receiving a status of the task relative to a target service level; determining a current power state of the processor by checking the value of a current power state of the processor as stored in a power state register; initiating execution of the task on the processor in response to the status indicating that the task is meeting the target service level and to determining that the current power state is a low power state; and in response to the status indicating that the task is not meeting the target service level and to determining that the current power state is the low power state: determining if the processor can be moved into a high power state by checking for an indicator in the power state register, indicating that the processor can be moved into a high power state; moving the processor into the high power state in response to determining that the processor can be moved into the high power state; initiating execution of the task on the processor in response to moving the processor into the high power state; and initiating execution of the task on another processor in response to determining that the processor cannot be moved into the high power state. determining if the processor can be moved into a high power state by checking for an indicator in the power state register, indicating that the processor can be moved into a high power state; moving the processor into the high power state in response to determining that the processor can be moved into the high power state; initiating execution of the task on the processor in response to moving the processor into the high power state; and initiating execution of the task on another processor in response to determining that the processor cannot be moved into the high power state.
A refrigerating device for circulating refrigerant in a refrigerant circuit to perform a refrigerating cycle, the refrigerating device comprising: a compressor in the refrigerant circuit; a first heat exchanger serving as a condenser in the refrigerating cycle; an expansion means; and a second heat exchanger serving as an evaporator in the refrigerating cycle, wherein R32 as a single refrigerant or a mixed refrigerant containing at least 70% by weight of R32 is filled in the refrigerant circuit, characterised in that: a ratio m of an internal volume (Vout) of the first heat exchanger to an internal volume (Vin) of the second heat exchanger is set to be in a range of 0.7 ≤ m ≤ 1.5 and the refrigerating device is configured to circulate that refrigerant in the refrigerant circuit in a direction opposite to the refrigerating cycle to perform a heat pump cycle, wherein the first heat exchanger serves as an evaporator in the heat pump cycle and the second heat exchanger serves as a condenser in the heat pump cycle. a compressor in the refrigerant circuit; a first heat exchanger serving as a condenser in the refrigerating cycle; an expansion means; and a second heat exchanger serving as an evaporator in the refrigerating cycle, wherein R32 as a single refrigerant or a mixed refrigerant containing at least 70% by weight of R32 is filled in the refrigerant circuit, a ratio m of an internal volume (Vout) of the first heat exchanger to an internal volume (Vin) of the second heat exchanger is set to be in a range of 0.7 ≤ m ≤ 1.5 and the refrigerating device is configured to circulate that refrigerant in the refrigerant circuit in a direction opposite to the refrigerating cycle to perform a heat pump cycle, wherein the first heat exchanger serves as an evaporator in the heat pump cycle and the second heat exchanger serves as a condenser in the heat pump cycle.
Connector configured to be inserted within a cavity of a shroud defined by a mating connector along a first axis, comprising: a connector body defining a first resilient member; and a connector position assurance device that defines a first wedge member configured to urge the first resilient member into compressive contact with the shroud of the mating connector along a second axis orthogonal to the first axis characterized in that the connector body further defines a second resilient member and wherein said connector position assurance device further includes a second wedge member configured to urge the second resilient member into compressive contact with the shroud along a third axis orthogonal to the first axis and the second axis. a connector body defining a first resilient member; and a connector position assurance device that defines a first wedge member configured to urge the first resilient member into compressive contact with the shroud of the mating connector along a second axis orthogonal to the first axis characterized in that the connector body further defines a second resilient member and wherein said connector position assurance device further includes a second wedge member configured to urge the second resilient member into compressive contact with the shroud along a third axis orthogonal to the first axis and the second axis.
Gas-fired tunnel oven comprising upper and lower heating sections (102, 104) with upper and lower heating means defining a baking chamber between them, wherein each section (102, 104) has an associated gas-fired burner arranged to provide heated gases to each heating means through ducts, wherein at least one section (102, 104) comprises a fan arranged downstream at least one heating means, said fan being arranged to drive a flow of heated gases from the burner through at least one section (102, 104) and through a recirculation duct arranged to recirculate gases from the fan to a location upstream the heating means, characterised in that the heating means comprise several individual channels arranged to lead heated gases from a distributor manifold to a collector manifold, and wherein an internal duct system is arranged in the distributor manifold so as to distribute heated gas through the channels, wherein an internal duct system is arranged in the collector manifold and wherein the collector manifold further comprises adjustable flaps so that the mass flow through the heater pipes can be varied.
A cylinder lock with a core (2, 3) rotatable in a housing with pin tumblers for the optional blocking or release of the movement of the core (2, 3), with a locking bit, with a locking channel arranged in the core (2, 3) for the introduction of a key for the actuating of the pin tumblers and for the movement of a coupling sleeve between a position released relative to the locking bit in the direction of rotation and a position connected with the locking bit in the direction of rotation, wherein the coupling sleeve has a positive-locking recess for the generation of a positive locking with the key, wherein the positive-locking recess and an opening of the core (2, 3) aligned with the positive-locking recess of the coupling sleeve are arranged exclusively on the circumferential region of the core (2, 3) and in the position of the coupling sleeve displaced exclusively in the direction of the locking bit the positive-locking recess is accessible exclusively through the opening of the core (2, 3), characterized in that the coupling sleeve engages around a center of the core (2, 3) facing the locking bit.
A soft collision target, in particular for use as part of non-destructive collision tests, having a lamp device (17, 19), characterized in that the lamp device (17, 19) is formed as areal and comprises at least one illuminant and an enveloping structure, with the enveloping structure surrounding the illuminant and being configured to absorb forces acting on the lamp device (17, 19) on a collision and/or to guide them at least partly past the illuminant, with the lamp device (17, 19) being formed as flexible such that, due to the flexibility, collision forces can be absorbed and/or a breaking of the lamp device (17, 19) as a result of a collision can be prevented, and with the lamp device (17, 19) being able to bend and subsequently adopt a planar or other basic position again.
A device for wireless communication, comprising: a plurality of single-band circuits (410-a, 410-b,..., 410-N), each single-band circuit being tuned to a different frequency band; and an amplifier (405; 600) coupled with the plurality of single-band circuits (410-a, 410-b,..., 410-N), and configured to receive a wide-band radio-frequency signal and select a single-band circuit from the plurality of single-band circuits (410-a, 410-b,..., 410-N), wherein the amplifier comprises selection circuitry that includes a plurality of transistors, wherein the amplifier is configured to output an amplified wide-band radio-frequency signal to the selected single-band circuit based at least in part on which transistor of the plurality of transistors is activated; wherein a transistor is activated when applying a voltage signal at its gate; the selected single-band circuit configured to: extract a selected frequency band signal from the amplified wide-band radio-frequency signal received from the amplifier; and downconvert the extracted selected frequency band signal. a plurality of single-band circuits (410-a, 410-b,..., 410-N), each single-band circuit being tuned to a different frequency band; and an amplifier (405; 600) coupled with the plurality of single-band circuits (410-a, 410-b,..., 410-N), and configured to receive a wide-band radio-frequency signal and select a single-band circuit from the plurality of single-band circuits (410-a, 410-b,..., 410-N), wherein the amplifier comprises selection circuitry that includes a plurality of transistors, wherein the amplifier is configured to output an amplified wide-band radio-frequency signal to the selected single-band circuit based at least in part on which transistor of the plurality of transistors is activated; wherein a transistor is activated when applying a voltage signal at its gate; the selected single-band circuit configured to: extract a selected frequency band signal from the amplified wide-band radio-frequency signal received from the amplifier; and downconvert the extracted selected frequency band signal. extract a selected frequency band signal from the amplified wide-band radio-frequency signal received from the amplifier; and downconvert the extracted selected frequency band signal.
A solid nutritional composition for use as bee nutrition and, at the same time, for use in the prophylaxis and treatment of acariosis, in particular of Varroa destructor infestations, comprising the following ingredients: a) nutritional and tonic ingredients, comprising: algae containing vegetal proteins, alone or in combination with yeasts; sugars and lower organic acids; b) natural antioxidants and antiseptics contained in the essential extracts of Origanum vulgare and Pelargonium graveolens or geranium essential oil, and in the essential extracts of one or more other aromatic or medicinal plants selected from: Crocus sativus, Monarda citriodora, Myristica fragrans, and Origanum majorana; and c) curative substances for bees, comprising at least one of thymol and essential extracts of Thymus vulgaris, and at least one of the following: oxalic acid, extracts of Aloe vera or Aloe arborescens, geraniol and extracts of Beta vulgaris cv. Altissima, and mixtures of two or more of the same. a) nutritional and tonic ingredients, comprising: algae containing vegetal proteins, alone or in combination with yeasts; sugars and lower organic acids; b) natural antioxidants and antiseptics contained in the essential extracts of Origanum vulgare and Pelargonium graveolens or geranium essential oil, and in the essential extracts of one or more other aromatic or medicinal plants selected from: Crocus sativus, Monarda citriodora, Myristica fragrans, and Origanum majorana; and c) curative substances for bees, comprising at least one of thymol and essential extracts of Thymus vulgaris, and at least one of the following: oxalic acid, extracts of Aloe vera or Aloe arborescens, geraniol and extracts of Beta vulgaris cv. Altissima, and mixtures of two or more of the same.
A food-handling apparatus comprising a door mechanism with a door pivotable about a horizontal axis which closes an opening of the apparatus in a closed position, releases the opening of the apparatus in an open position and is displaceable via a guide mechanism in a predetermined translational and/or rotational movement into a cleaning position spaced apart from the axis and differing from the open position and the closed position; characterised in that at least one retaining means is provided and disposed such that it counteracts at least partially a pressure load against the inside of the door in the cleaning position, the guide mechanism is configured such that the door is moved in a simultaneously translational and rotational manner along a predetermined path when displaced to the cleaning position and wherein the guide mechanism comprises at least two guide rods which are connected to a cantilever at one respective end and connected to a fitting at the respective opposing end.
A process for preparing water-absorbing polymer beads by polymerizing droplets of a monomer solution comprising a) at least one ethylenically unsaturated monomer, b) at least one crosslinker, c) at least one initiator, d) water, in a gas phase surrounding the droplets, wherein a water-insoluble inorganic salt is suspended in the monomer solution and the polymer beads have a mean diameter of at least 150 μm, "water insoluble" meaning a solubility of less than 2g in 100ml of water at 25°C, and the mean bead diameter being determined by light scattering and meaning the volume-average mean diameter. a) at least one ethylenically unsaturated monomer, b) at least one crosslinker, c) at least one initiator, d) water,
A light-emitting device (10; 40; 60; 70; 80; 85; 90) comprising: an at least partially doped substrate of a first conductivity type, comprising a first surface; light-emitting diodes each comprising at least one non-doped or doped three-dimensional semiconductor element of the first conductivity type, the three-dimensional semiconductor elements resting on a first continuous portion of the first surface, the three-dimensional semiconductor elements being nanowires, microwires, and/or nanometer- or micrometer-range pyramidal structures; and at least one at least partially doped semiconductor region (19, 44) forming a photodiode, of a second conductivity type opposite to the first conductivity type, wherein the light-emitting diodes are distributed in assemblies of light-emitting diodes, the light-emitting device comprising, for at least some of the assemblies, at least two semiconductor regions (19, 44, 19', 44') forming first and second photodiodes (PH, PH'), each of the two semiconductor regions being at least partially doped with a second conductivity type opposite to the first conductivity type and extending in the substrate from a second portion of the first surface different from the first portion, characterized in that the semiconductor region (19, 44) extends in the substrate from a second portion of the first surface different from the first portion; in that the semiconductor region (19, 44) is covered with a colored filter; and in that the first and second photodiodes (PH, PH') have different junction depths and/or being covered with filters of different colors (72, 72'). an at least partially doped substrate of a first conductivity type, comprising a first surface; light-emitting diodes each comprising at least one non-doped or doped three-dimensional semiconductor element of the first conductivity type, the three-dimensional semiconductor elements resting on a first continuous portion of the first surface, the three-dimensional semiconductor elements being nanowires, microwires, and/or nanometer- or micrometer-range pyramidal structures; and at least one at least partially doped semiconductor region (19, 44) forming a photodiode, of a second conductivity type opposite to the first conductivity type, wherein the light-emitting diodes are distributed in assemblies of light-emitting diodes, the light-emitting device comprising, for at least some of the assemblies, at least two semiconductor regions (19, 44, 19', 44') forming first and second photodiodes (PH, PH'), each of the two semiconductor regions being at least partially doped with a second conductivity type opposite to the first conductivity type and extending in the substrate from a second portion of the first surface different from the first portion, characterized in that the semiconductor region (19, 44) extends in the substrate from a second portion of the first surface different from the first portion; in that the semiconductor region (19, 44) is covered with a colored filter; and in that the first and second photodiodes (PH, PH') have different junction depths and/or being covered with filters of different colors (72, 72').
A communication system comprising a cellular network, the cellular network including a communication network, the system being configured to remotely operate wireless communications devices (16a-e) in the communications network, the communication system comprising: a subscriber identity module, SIM, remote access system including a first subscriber identity module bank (28a-g) having a number of positions for receiving a number of subscriber identity modules (94a-n); a first subscriber identity module server (26a-e) associated with the first subscriber identity module bank providing subscriber identity information from the subscriber identity modules; characterized in that the first subscriber identity module server provides subscriber identity information from the subscriber identity modules received at the positions of the associated subscriber identity module bank; and the communication system further comprises: a subscriber identity module librarian connected to the communication network and having a data structure defining a set of relationships between a number of subscriber identity module identifiers corresponding to respective subscriber identity modules and a network location of a respective subscriber identity module in the communications network. a subscriber identity module, SIM, remote access system including a first subscriber identity module bank (28a-g) having a number of positions for receiving a number of subscriber identity modules (94a-n); a first subscriber identity module server (26a-e) associated with the first subscriber identity module bank providing subscriber identity information from the subscriber identity modules; characterized in that the first subscriber identity module server provides subscriber identity information from the subscriber identity modules received at the positions of the associated subscriber identity module bank; and the communication system further comprises: a subscriber identity module librarian connected to the communication network and having a data structure defining a set of relationships between a number of subscriber identity module identifiers corresponding to respective subscriber identity modules and a network location of a respective subscriber identity module in the communications network. a subscriber identity module librarian connected to the communication network and having a data structure defining a set of relationships between a number of subscriber identity module identifiers corresponding to respective subscriber identity modules and a network location of a respective subscriber identity module in the communications network.
A nucleic acid molecule for producing two or more target polypeptides in a plant cell, comprising a nucleic acid sequence derived from a Beet Yellows virus and two or more heterologous target polynucleotides, wherein the nucleic acid molecule replicates in the plant cell, wherein each of the two or more heterologous target polynucleotides is under the control of a separate promoter and encodes one of the two or more target polypeptides, and wherein the nucleic acid sequence derived from the BYV encodes proteins consisting of the domain of BYV papain-like leader proteinase (L-Pro), BYV methyltransferase, helicase-like domain region of BYV replicase, and BYV RNA-dependent RNA polymerase.
Process to prepare an electrode for an electrochemical storage device by spraying an aqueous slurry composition comprising water, xanthan gum, a source of conducting carbon particles and an active material on an electrode base to obtain a covered electrode base, wherein the slurry is obtained by one of the following slurry preparation processes (a) comprising of the following in-sequence steps wherein (ai) first solid xanthan gum is mixed with the conducting carbon particles and optionally the active material, (aii) optionally adding active material to the resulting mixture in case active material was not added or not sufficiently added in step (ai) and (aiii) adding water to the resulting mixture obtained in step (ai) or (aii) such that the content of solids in the resulting aqueous slurry is between 2 and 25 wt.%, or (b) comprising of the following in-sequence steps wherein (bi) solid xanthan gum is mixed with a carbon-based active material and (bii) adding water to the resulting mixture obtained in step (bi) such that the content of solids in the resulting aqueous slurry is between 3-12 wt.%.
A single-stranded nucleic acid molecule for inhibiting expression of a target gene, which consists of a region, a linker region (Lx) and a region (Xc), wherein said region is complementary to said region (Xc), at least one of said region and said region (Xc) comprises an expression inhibitory sequence that inhibits expression of the target gene, said linker region (Lx) comprises the following formula (I-4): (wherein n is an integer in the range from 0 to 30 and m is an integer in the range from 0 to 30), a bio-related substance having a delivery function is bonded to said linker region (Lx) of the single-stranded nucleic acid molecule for inhibiting expression of a target gene, and said bio-related substance is stearic acid. said region is complementary to said region (Xc), at least one of said region and said region (Xc) comprises an expression inhibitory sequence that inhibits expression of the target gene, said linker region (Lx) comprises the following formula (I-4): (wherein n is an integer in the range from 0 to 30 and m is an integer in the range from 0 to 30), a bio-related substance having a delivery function is bonded to said linker region (Lx) of the single-stranded nucleic acid molecule for inhibiting expression of a target gene, and said bio-related substance is stearic acid.
An oral thin film, comprising at least one layer, which contains at least one polyvinyl alcohol and tris(hydroxymethyl)aminomethane in an amount of from 15 to 70 wt.% in relation to the total weight of the at least one layer.