mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling devices in a utility network, comprising: generating a command for an operation to be carried out by a device in the utility network; forwarding the command to a hardware security module; within the hardware security module, executing the following functions: counting a number of cryptographic services performed by the hardware security module in a specified time period, where the counted number of cryptographic services performed within the specified time period exceeds a threshold limit, terminating the performance of cryptographic services on received commands, and where the counted number of cryptographic services performed within the specified time period does not exceed the threshold limit, performing a cryptographic service on the command that enables a recipient of the command, upon which the service has been performed, to authenticate the command as one that the recipient is permitted to execute; and transmitting the command, upon which the cryptographic service has been performed, to the device in the utility network to carry out the operation. generating a command for an operation to be carried out by a device in the utility network; forwarding the command to a hardware security module; within the hardware security module, executing the following functions: counting a number of cryptographic services performed by the hardware security module in a specified time period, where the counted number of cryptographic services performed within the specified time period exceeds a threshold limit, terminating the performance of cryptographic services on received commands, and where the counted number of cryptographic services performed within the specified time period does not exceed the threshold limit, performing a cryptographic service on the command that enables a recipient of the command, upon which the service has been performed, to authenticate the command as one that the recipient is permitted to execute; and counting a number of cryptographic services performed by the hardware security module in a specified time period, where the counted number of cryptographic services performed within the specified time period exceeds a threshold limit, terminating the performance of cryptographic services on received commands, and where the counted number of cryptographic services performed within the specified time period does not exceed the threshold limit, performing a cryptographic service on the command that enables a recipient of the command, upon which the service has been performed, to authenticate the command as one that the recipient is permitted to execute; and transmitting the command, upon which the cryptographic service has been performed, to the device in the utility network to carry out the operation.
A process of upgrading a residual hydrocarbon oil feedstock by reducing impurities using upgrading material, the process comprising: a) cracking the residual hydrocarbon oil feedstock along the length of a vertical transport Riser with an upgrading material; b) injecting oil soluble organo-metallic additives in the form of fine droplets at multiple locations in varying doses along the length of the Riser during the cracking of step (a) wherein the doses of the organo-metallic additives is maintained maximum at the feed injection point and gradually decreased towards the top and the organo-metallic additives contain a metal selected from Na, K, Mg, Ca and Fe; c) separating the cracked products and spent upgrading material in a Stripper and partially regenerating the spent upgrading material so obtained in a Reformer with steam and oxygen containing gases; d) burning partially rejuvenated upgrading material from the Reformer in a Combustor with air or oxygen containing gases; and e) circulating regenerated upgrading material from the Combustor to the Riser. a) cracking the residual hydrocarbon oil feedstock along the length of a vertical transport Riser with an upgrading material; b) injecting oil soluble organo-metallic additives in the form of fine droplets at multiple locations in varying doses along the length of the Riser during the cracking of step (a) wherein the doses of the organo-metallic additives is maintained maximum at the feed injection point and gradually decreased towards the top and the organo-metallic additives contain a metal selected from Na, K, Mg, Ca and Fe; c) separating the cracked products and spent upgrading material in a Stripper and partially regenerating the spent upgrading material so obtained in a Reformer with steam and oxygen containing gases; d) burning partially rejuvenated upgrading material from the Reformer in a Combustor with air or oxygen containing gases; and e) circulating regenerated upgrading material from the Combustor to the Riser.
Torsional vibration damping arrangement for transmitting a rotation from a drive side to an output side, comprising the following features: a first torque transmission path, arranged between the drive side and the output side, for transmitting a first torque portion; a second torque transmission path, arranged between the drive side and the output side, for transmitting a second torque portion; a clutch arrangement for superimposing the first torque portion and the second torque portion; a phase shift arrangement for bringing about a phase shift between torsional vibrations which are transmitted to the clutch arrangement via the first torque transmission path and the torsional vibrations which are transmitted to the clutch arrangement via the second torque transmission path, wherein the phase shift arrangement comprises a system which is capable of vibrating and has a primary side which is coupled to the drive side and a secondary side which can be rotated with respect to the primary side about a rotational axis and which is connected to the clutch arrangement, wherein a rotation of the primary side relative to the secondary side takes place counter to the effect of an energy store, such as a spring arrangement (40; 42), which is arranged between the primary side and the secondary side, characterized in that an effective moment of mass inertia of the secondary side, which impedes a change in a rotational speed of the secondary side, is dependent on the rotational speed. a first torque transmission path, arranged between the drive side and the output side, for transmitting a first torque portion; a second torque transmission path, arranged between the drive side and the output side, for transmitting a second torque portion; a clutch arrangement for superimposing the first torque portion and the second torque portion; a phase shift arrangement for bringing about a phase shift between torsional vibrations which are transmitted to the clutch arrangement via the first torque transmission path and the torsional vibrations which are transmitted to the clutch arrangement via the second torque transmission path, wherein the phase shift arrangement comprises a system which is capable of vibrating and has a primary side which is coupled to the drive side and a secondary side which can be rotated with respect to the primary side about a rotational axis and which is connected to the clutch arrangement, wherein a rotation of the primary side relative to the secondary side takes place counter to the effect of an energy store, such as a spring arrangement (40; 42), which is arranged between the primary side and the secondary side, characterized in that an effective moment of mass inertia of the secondary side, which impedes a change in a rotational speed of the secondary side, is dependent on the rotational speed.
A curable composition, comprising: a component having an organic polymer containing reactive silicon groups represented by the following general formula: -Si(R 1 3-a)X a wherein R 1 represents an alkyl group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, or an aralkyl group having 7 to 20 carbon atoms, wherein X represents a hydrolyzable group, wherein each X is the same or different when two or more X are present, a is an integer from 1 to 3, when a is 1, each R 1 may be the same or different, and when a is 2 or 3, each X may be the same or different; a component having an organic polymer containing reactive silicon groups, wherein the organic polymer having a viscosity lower than 10,000 mPa·s at 23° C, and wherein the reactive silicon groups represented by the following general formula: -Si(R 2 3-b)X b wherein R 2 represents an alkyl group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, or an aralkyl group having 7 to 20 carbon atoms, wherein X represents a hydroxyl group or a hydrolyzable group, wherein each X is the same or different when two or more X are present b is an integer from 1 to 3, when b is 1, each R 2 may be the same or different, and when b is 2 or 3, each X may be the same or different; and a component having a polyolefin polymer, wherein component comprises: a polymer modified with acrylic acid moieties, maleic acid, and/or maleic anhydride; or a chlorinated polyethylene and/or chlorinated polypropylene. a component having an organic polymer containing reactive silicon groups represented by the following general formula: -Si(R 1 3-a)X a wherein R 1 represents an alkyl group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, or an aralkyl group having 7 to 20 carbon atoms, wherein X represents a hydrolyzable group, wherein each X is the same or different when two or more X are present, a is an integer from 1 to 3, when a is 1, each R 1 may be the same or different, and when a is 2 or 3, each X may be the same or different; a component having an organic polymer containing reactive silicon groups, wherein the organic polymer having a viscosity lower than 10,000 mPa·s at 23° C, and wherein the reactive silicon groups represented by the following general formula: -Si(R 2 3-b)X b wherein R 2 represents an alkyl group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, or an aralkyl group having 7 to 20 carbon atoms, wherein X represents a hydroxyl group or a hydrolyzable group, wherein each X is the same or different when two or more X are present b is an integer from 1 to 3, when b is 1, each R 2 may be the same or different, and when b is 2 or 3, each X may be the same or different; and a component having a polyolefin polymer, wherein component comprises: a polymer modified with acrylic acid moieties, maleic acid, and/or maleic anhydride; or a chlorinated polyethylene and/or chlorinated polypropylene.
A method for characterizing a heterologous target sequence in the genome of a plant, the method comprising: (a) isolating and purifying a sample of genomic DNA; (b) shearing the genomic DNA into fragments to create a library; (c) ligating the library fragments to adapter sequences having barcodes; (d) designing construct-specific PCR primers wherein one primer targets insert sequence and a second PCR primer targets the adapter; wherein the primers are designed for every 200 base pairs on alternating stands, or for every 400 base pairs on a single strand; (e) amplifying the DNA using the PCR primers of (d), thereby enriching the library for insert sequences; (f) pooling the enriched library in equal molar ratios into sample pools; (g) sequencing the sample pools to obtain reads; (h) filtering and aligning the reads to the genomic sequence of a control plant and to the target sequence of interest; (i) selecting reads that align to the target sequence of interest; (j) determining junction sequences from the selected reads; and (k) using the junction sequences to characterize the integrity of the target sequence of interest in the genome of the sample plant. (a) isolating and purifying a sample of genomic DNA; (b) shearing the genomic DNA into fragments to create a library; (c) ligating the library fragments to adapter sequences having barcodes; (d) designing construct-specific PCR primers wherein one primer targets insert sequence and a second PCR primer targets the adapter; wherein the primers are designed for every 200 base pairs on alternating stands, or for every 400 base pairs on a single strand; (e) amplifying the DNA using the PCR primers of (d), thereby enriching the library for insert sequences; (f) pooling the enriched library in equal molar ratios into sample pools; (g) sequencing the sample pools to obtain reads; (h) filtering and aligning the reads to the genomic sequence of a control plant and to the target sequence of interest; (i) selecting reads that align to the target sequence of interest; (j) determining junction sequences from the selected reads; and (k) using the junction sequences to characterize the integrity of the target sequence of interest in the genome of the sample plant.
A motor for use in a pumping system, the motor comprising: a stator wherein the stator contains a motor fluid; a primary rotor assembly configured for rotation within the stator, wherein the primary rotor assembly contains the motor fluid; a primary shaft connected to the primary rotor assembly; and an internal magnetic coupling assembly inside the stator, wherein the internal magnetic coupling assembly comprises: a secondary rotor assembly configured for rotation within the stator; a secondary shaft, connected to the secondary rotor assembly; wherein the secondary rotor assembly is isolated from the motor fluid; characterized by an impermeable liner in contact with an interior surface of the stator; and a stand off connected to the liner. a stator wherein the stator contains a motor fluid; a primary rotor assembly configured for rotation within the stator, wherein the primary rotor assembly contains the motor fluid; a primary shaft connected to the primary rotor assembly; and an internal magnetic coupling assembly inside the stator, wherein the internal magnetic coupling assembly comprises: a secondary rotor assembly configured for rotation within the stator; a secondary shaft, connected to the secondary rotor assembly; wherein the secondary rotor assembly is isolated from the motor fluid; characterized by an impermeable liner in contact with an interior surface of the stator; and a stand off connected to the liner. a secondary rotor assembly configured for rotation within the stator; a secondary shaft, connected to the secondary rotor assembly; wherein the secondary rotor assembly is isolated from the motor fluid; characterized by an impermeable liner in contact with an interior surface of the stator; and a stand off connected to the liner.
A breathing apparatus comprising a manual input-output device, wherein said manual input-output device is devised for providing a manual input for adjusting at least one patient critical operating parameter of said breathing apparatus, wherein said manual input-output device is programmable for a haptic feedback upon adjustment of said at least one patient critical operating parameter by said manual input-output device, and comprises an operating member that is adapted to provide said manual input of said at least one patient critical operating parameter, and that is adapted to provide a manual output, a detecting unit that is configured to detect a movement of said operating member upon said manual input for adjusting at least one patient critical operating parameter of said breathing apparatus, and characterized by a haptic feedback unit that is configured to apply said manual output as a mechanical output to said operating member depending on said movement detected.
Device for controlling the opening/closing of a door wing of a piece of furniture having a body comprising at least a sidewall and a back, and defining an inner cavity, said device comprising: - a casing adapted to be mounted on said piece of furniture body; - an inextensible cable, associable at a first end with said door wing and extending with respect to said casing between a retracted position, wherein said door wing is in a closed position, and an extracted position, wherein said door wing is in an opened position, tilted downwards with respect to the body of said piece of furniture; and - displacing means connected to said cable and movable with respect to said casing, said displacing means comprising elastic means (9, 10, 10'), characterized in that said casing is arrangeable outside said back, first guiding means of said device being provided for guiding said cable along said sidewall, wherein said first guiding means comprise a grooved straight conduit adapted to be associated with the inner surface of said sidewall and extending horizontally along the depth of said inner cavity defined by the piece of furniture, second guiding means of said device being provided for perpendicularly deviating said cable with respect to said first guiding means. - a casing adapted to be mounted on said piece of furniture body; - an inextensible cable, associable at a first end with said door wing and extending with respect to said casing between a retracted position, wherein said door wing is in a closed position, and an extracted position, wherein said door wing is in an opened position, tilted downwards with respect to the body of said piece of furniture; and - displacing means connected to said cable and movable with respect to said casing, said displacing means comprising elastic means (9, 10, 10'),
Horizontal bar for the forming and filling head of a machine for forming and filling containers from preforms, comprising a drive unit for the axial movement of the horizontal bar, wherein at least the part of the drive unit connected to the horizontal bar is arranged in a drive chamber, which is sealed against the areas of the forming and filling head that come into contact with the filling material, characterized in that the sealing is carried out by a seal enclosing the horizontal bar, wherein the horizontal bar is axially movable relative to the seal and can be moved to a position in which it is not in contact with the seal for a cleaning operation, wherein the horizontal bar either has a circumferential groove in an area that does not come into contact with the seal during the stretching process, or the horizontal bar can be moved upwards for cleaning to the extent that it is moved out of the seal, or the seal enclosing the horizontal bar is a pressure-resistant seal on one side.
A film dosage form for use in reducing neuroinflammation in the brain, wherein the film dosage form includes a biocompatible film layer, said film layer: comprising a leukotriene receptor antagonist selected from Montelukast and salts thereof, and being configured for transmucosal and/or enteral delivery, preferably for oral transmucosal and/or oral delivery, of the leukotriene receptor antagonist. comprising a leukotriene receptor antagonist selected from Montelukast and salts thereof, and being configured for transmucosal and/or enteral delivery, preferably for oral transmucosal and/or oral delivery, of the leukotriene receptor antagonist.
Device for introducing a liquid in a controlled manner into a container, such as in particular water into a coffee filter, comprising a bowl which is suitable for resting on said container and is formed by a peripheral wall having a bottom, and comprising a reservoir intended for receiving a total volume VT of a liquid, first dispensing means suitable for introducing a first fraction V1 of the total volume VT of liquid contained in the reservoir into the container in a first time period LT1, and second dispensing means suitable for introducing a second fraction V2 of the total volume VT of liquid contained in the reservoir into the container in a second time period LT2 following the first time period LT1, characterized in that the reservoir of the bowl is divided into a main reservoir and a secondary reservoir by means of a dish-shaped partition extending in a transverse plane over the bottom of the bowl, and in that the main reservoir is defined by the upper compartment while the secondary reservoir is defined by the lower compartment and in that the first dispensing means comprise at least one primary outlet opening formed in the bottom of the peripheral wall of the bowl and at least one conduit, of which a first liquid inlet end dips into the main reservoir, through a hole formed in the dish-shaped partition, and of which a second liquid outlet end communicates with said primary outlet opening and in that the second dispensing means comprise at least one aperture, of diameter d2, formed in the dish-shaped partition, allowing the flow of the second liquid fraction V2 from the main reservoir to the secondary reservoir, at least one secondary outlet opening, of diameter d1, formed in a bottom of a tubular protuberance extending under an external face of the bottom of the bowl, and at least one tube, of which a liquid inlet end dips into the secondary reservoir and of which a liquid outlet end communicates with said secondary outlet opening, said tube being U-shaped and having a first branch of length L1, the inlet end of which is flush with an internal face of the bottom of the bowl but does not touch it, and a second branch of length L2 greater than L1, housed in a sealed manner in said protuberance.
Laser machining head for a laser machining machine, comprising a mount for a sensor part formed from electrically conductive material, an outer insulation part made from electrically insulating material, preferably made from plastic, for electrical shielding any characterised by an inner insulation part inserted within the outer insulation part as radiation shield, said inner insulation part formed from metal as inner shielding with respect to the laser radiation and is electrically insulated from the sensor part, wherein the inner insulation part is electrically insulated from all remaining electrically conductive parts of the laser machining head..
A mercapto-modified biocompatible macromolecule derivative with a low degree of mercapto-modification, characterized in that: the mercapto-modified biocompatible macromolecule derivative contains at least three mercapto groups in its side chain, and have a degree of mercapto-modification ≤ 4.5%; the mercapto-modified biocompatible macromolecule derivative refers to a derivative obtained by chemically introducing the mercapto group into the side-chain group of the biocompatible macromolecule; the degree of mercapto-modification refers to a percentage of the amount of the introduced mercapto group in the amount of the available side-chain group of the biocompatible macromolecule for modification; and the biocompatible macromolecule refers to chondroitin sulfate, dermatan, heparin, heparan, hyaluronic acid, dermatan sulfate, pectin, and carboxymethyl chitosan, polyacrylic acid, polyaspartic acid, polytartaric acid, polyglutamic acid and polyfumaric acid, collagen, alkaline gelatin, acidic gelatin, elastin, core protein, polysaccharide laminin and fibronectin, or the salts thereof.
A photovoltaic ("PV") sensor for the early detection of potential induced degradation ("PID") comprising: a housing; a power source (64, 66) located within the housing; an electrical connection (54, 56) presented by the housing for electrically communicating the power source (64, 66) with a PV module (14a to 14n); wherein current supplied by the power source (64, 66) to the PV module (14a to 14n) is less than 10 mA; and an isolation device configured to electrically isolate the PV module (14a to 14n) from the remainder of a PV string (12a to 12n) when the current is supplied by the power source (64, 66) to the PV module (14a to 14n), wherein the isolation device includes a switch or a metal-oxide-semiconductor filed-effect transistor (MOSFET"). a housing; a power source (64, 66) located within the housing; an electrical connection (54, 56) presented by the housing for electrically communicating the power source (64, 66) with a PV module (14a to 14n); wherein current supplied by the power source (64, 66) to the PV module (14a to 14n) is less than 10 mA; and an isolation device configured to electrically isolate the PV module (14a to 14n) from the remainder of a PV string (12a to 12n) when the current is supplied by the power source (64, 66) to the PV module (14a to 14n), wherein the isolation device includes a switch or a metal-oxide-semiconductor filed-effect transistor (MOSFET").