mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing or completely closing an opening in a inner contour of a workpiece by means of a material melted by a laser deposition welding device, comprising the steps of: - providing a workpiece with an inner contour having an opening defined by an edge portion, characterized by - forming a plurality of base webs from molten material by means of laser deposition welding by starting at said edge portion of said inner contour of the workpiece such that the formed base webs protrude from said edge portion at a predetermined angle, - joining adjacent base webs by forming base webs from molten material by means of laser deposition welding in such a way that a support structure comprising base webs and connecting webs is formed, - forming a cover layer which is made of molten material and is connected to said support structure such that the opening of the inner contour is reduced or completely closed. - providing a workpiece with an inner contour having an opening defined by an edge portion, - forming a plurality of base webs from molten material by means of laser deposition welding by starting at said edge portion of said inner contour of the workpiece such that the formed base webs protrude from said edge portion at a predetermined angle, - joining adjacent base webs by forming base webs from molten material by means of laser deposition welding in such a way that a support structure comprising base webs and connecting webs is formed, - forming a cover layer which is made of molten material and is connected to said support structure such that the opening of the inner contour is reduced or completely closed.
Device for casting aluminium shaped parts, which is formed to produce aluminium shaped parts, the device having at least one component which comprises nitride-bonded silicon nitride having a density of 1.5 - 2.1 g/cm 3, the nitride-bonded silicon nitride being porous, a liquid aluminium not penetrating into the pores of the nitride-bonded silicon nitride, the components which comprise nitride-bonded silicon nitride coming into contact with molten aluminium at least in part.
A home automation system for a building, this building being divided into several areas (Z1, Z2, Z3, Z4), the home automation system comprising: - home automation equipment items (6, 8, 10), distributed within areas (Z1, Z2, Z3, Z4) of the building, and - a communication network, to which the home automation equipment items (6, 8, 10) are connected, this communication network authorizing an intercommunication of the home automation equipment items (6, 8, 10) according to a predefined communication protocol; the communication network being a hardwired hierarchical network including: - a first network (B, SN1, SN2) of rank n, - a plurality of subnetworks (SN1, SN2, SSN1, SSN2) of lower hierarchical rank n-1, connected to the first network, each subnetwork being associated with an area (Z1, Z2, Z3, Z4) of the building, each subnetwork (SN1, SN2, SSN1, SSN2) containing at least one of the home automation equipment items (6, 8, 10); each subnetwork of lower hierarchical rank n-1 being connected to the first network of rank n by a network equipment item (22, 24), such as a router, the home automation system being characterized in that each among several of the home automation equipment items (6, 8, 10) of the communication network is configured to provide information to the other home automation equipment items (6, 8, 10) with a broadcast range adjustable by selection between: (a) a broadcast range intended solely for the subnetwork of lower hierarchical rank n-1 in which it is located; (b) a broadcast range intended for several of the subnetworks (SN1, SN2, SSN1, SSN2) of lower hierarchical rank n-1, and (c) a broadcast range intended for the entirety of the network of rank n and subnetworks with rank n-1. - home automation equipment items (6, 8, 10), distributed within areas (Z1, Z2, Z3, Z4) of the building, and - a communication network, to which the home automation equipment items (6, 8, 10) are connected, this communication network authorizing an intercommunication of the home automation equipment items (6, 8, 10) according to a predefined communication protocol; - a first network (B, SN1, SN2) of rank n, - a plurality of subnetworks (SN1, SN2, SSN1, SSN2) of lower hierarchical rank n-1, connected to the first network, each subnetwork being associated with an area (Z1, Z2, Z3, Z4) of the building, each subnetwork (SN1, SN2, SSN1, SSN2) containing at least one of the home automation equipment items (6, 8, 10); (a) a broadcast range intended solely for the subnetwork of lower hierarchical rank n-1 in which it is located; (b) a broadcast range intended for several of the subnetworks (SN1, SN2, SSN1, SSN2) of lower hierarchical rank n-1, and (c) a broadcast range intended for the entirety of the network of rank n and subnetworks with rank n-1.
A hermetically sealed multi-axis articulated arm apparatus for use within a sealable isolator chamber, the apparatus comprising: a shaft having a rotational axis, wherein the shaft is configured to pass through an opening in the sealable isolator chamber and is configured to rotate around the axis; a sealing member (124, 300), including: a mounting surface configured for mounting the sealing member on and hermetically sealing it to an inner surface of the sealable isolator chamber, such that in use the mounting surface and the inner surface continuously surround the opening in the sealable isolator chamber, a shaft sealing surface defined by the sealing member, which surrounds and seals the shaft, a plurality of interconnected hermetically sealed arm segments (110, 130), wherein one of the plurality of arm segments is a terminal arm segment, and one of the plurality of arm segments is a first arm segment operably attached to the shaft; an end effector configured for handling pharmaceutical products that is attached to the terminal arm segment; and at least one drive system for driving and controlling the shaft and the plurality of arm segments, with the drive system being fully enclosed within the articulated arm apparatus, characterised in that the sealable isolator chamber is configured to maintain an aseptic condition for pharmaceutical applications, and in that the sealing member includes an exposed cleanable radial lip seal. a shaft having a rotational axis, wherein the shaft is configured to pass through an opening in the sealable isolator chamber and is configured to rotate around the axis; a sealing member (124, 300), including: a mounting surface configured for mounting the sealing member on and hermetically sealing it to an inner surface of the sealable isolator chamber, such that in use the mounting surface and the inner surface continuously surround the opening in the sealable isolator chamber, a shaft sealing surface defined by the sealing member, which surrounds and seals the shaft, a mounting surface configured for mounting the sealing member on and hermetically sealing it to an inner surface of the sealable isolator chamber, such that in use the mounting surface and the inner surface continuously surround the opening in the sealable isolator chamber, a shaft sealing surface defined by the sealing member, which surrounds and seals the shaft, a plurality of interconnected hermetically sealed arm segments (110, 130), wherein one of the plurality of arm segments is a terminal arm segment, and one of the plurality of arm segments is a first arm segment operably attached to the shaft; an end effector configured for handling pharmaceutical products that is attached to the terminal arm segment; and at least one drive system for driving and controlling the shaft and the plurality of arm segments, with the drive system being fully enclosed within the articulated arm apparatus, characterised in that the sealable isolator chamber is configured to maintain an aseptic condition for pharmaceutical applications, and in that the sealing member includes an exposed cleanable radial lip seal.
A bodyweight unloading locomotive device comprising: a frame for supporting locomotive movement, the frame having opposed left and right sides (20, 21); a harness for supporting a user between the left and right sides (20, 21); an unloading assembly carried on each of the left and right sides, wherein each unloading assembly comprises: a spring having a first end fixed to the respective left and right side, and an opposed second end; a cam assembly having an outer cam and an inner cam; a tether routed through the outer cam of the cam assembly and extending to the harness; and a cable routed through the inner cam of the cam assembly and extending to one of an anchor on the frame and the second end of the spring; wherein each of the unloading assemblies exerts an independent unloading force on the harness with respect to the frame. a harness for supporting a user between the left and right sides (20, 21); an unloading assembly carried on each of the left and right sides, wherein each unloading assembly comprises: a spring having a first end fixed to the respective left and right side, and an opposed second end; a cam assembly having an outer cam and an inner cam; a tether routed through the outer cam of the cam assembly and extending to the harness; and a cable routed through the inner cam of the cam assembly and extending to one of an anchor on the frame and the second end of the spring; wherein each of the unloading assemblies exerts an independent unloading force on the harness with respect to the frame. a spring having a first end fixed to the respective left and right side, and an opposed second end; a cam assembly having an outer cam and an inner cam; a tether routed through the outer cam of the cam assembly and extending to the harness; and a cable routed through the inner cam of the cam assembly and extending to one of an anchor on the frame and the second end of the spring; wherein each of the unloading assemblies exerts an independent unloading force on the harness with respect to the frame.
Ignition system for a scalable munitions system, which comprises at least one explosive charge, wherein a first ignition device (a) is provided for initiating a sub-detonation mechanism by which the explosive charge can be induced to undergo deflagration, wherein a second ignition device (b) is provided for a detonative initiation of the explosive charge, and wherein the ignition devices (a, b) are triggerable independently of one another by means of a control unit and the two ignition devices (a, b) are arranged directly adjacent to one another, characterized in that arranged in the region of the outlet of the first ignition device (a) and a subdetonation mechanism corresponding thereto is a detonation sensor, which is intended for the purpose of detecting the normal function of the initiation of the first ignition device (a) or the malfunction thereof and the output signal of which is connected to the connection for enabling or disabling the second ignition device (b), which acts directly on the explosive charge (s), wherein, in the event of the first ignition device (a) malfunctioning, the detonative initiation of the explosive charge is prevented.
A composition comprising: particles of a nitrogen-containing oxidizer dispersed in a polymeric binder; and a bonding agent bonded to a surface of at least a portion the particles; wherein the bonding agent is a Lewis acid that forms a Lewis acid adduct with the nitrogen-containing oxidiser. particles of a nitrogen-containing oxidizer dispersed in a polymeric binder; and a bonding agent bonded to a surface of at least a portion the particles; wherein the bonding agent is a Lewis acid that forms a Lewis acid adduct with the nitrogen-containing oxidiser.
A coalescent ink for 3-dimensional printing, comprising: an organic-soluble near-infrared dye having a peak absorption wavelength from 800 nm to 1400 nm, wherein the near-infrared dye is selected from the group consisting of aminium dyes, tetraaryldiamine dyes, cyanine dyes, dithiolene dyes, and combinations thereof; a colorant imparting a visible color to the coalescent ink; water; and an organic co-solvent. an organic-soluble near-infrared dye having a peak absorption wavelength from 800 nm to 1400 nm, wherein the near-infrared dye is selected from the group consisting of aminium dyes, tetraaryldiamine dyes, cyanine dyes, dithiolene dyes, and combinations thereof; a colorant imparting a visible color to the coalescent ink; water; and an organic co-solvent.
A power supply for an electrical device operable in active mode and in standby mode, said power supply comprising: a transformer comprising a primary winding (301a, 301b) on the primary side and a secondary winding (301c, 301d, 301e) on the secondary side, wherein said primary winding is connectable to an AC voltage supply via a switch circuit and is arranged to comprise N turns when said electrical device is in active mode and more than N turns when said electrical device is in standby mode, wherein circuitry on said secondary side is arranged to provide an output voltage for said electrical device during active mode and a toggle circuit is configured to toggle the electric device between active mode and standby mode by closing or opening at least one switch (311, 313) on the secondary side to allow or inhibit the output voltage supply to the electrical device, wherein the primary winding of the power supply comprises a first primary winding and a second primary winding, said switch circuit being movable between a first configuration in which the first and second primary windings are connected in parallel when said electrical device is in active mode and a second configuration in which the first and second primary windings are connected in series when said electrical device is in standby mode. a transformer comprising a primary winding (301a, 301b) on the primary side and a secondary winding (301c, 301d, 301e) on the secondary side, wherein said primary winding is connectable to an AC voltage supply via a switch circuit and is arranged to comprise N turns when said electrical device is in active mode and more than N turns when said electrical device is in standby mode, wherein circuitry on said secondary side is arranged to provide an output voltage for said electrical device during active mode and a toggle circuit is configured to toggle the electric device between active mode and standby mode by closing or opening at least one switch (311, 313) on the secondary side to allow or inhibit the output voltage supply to the electrical device,
Latch comprising a locking mechanism having a catch for receiving a locking bolt and a pawl for ratcheting the catch in a ratchet position, a brake pawl being present that is able to brake a rotational movement of the catch while or after the pawl is lifted from the ratchet position thereof, and a dog mechanism being present that has transmission, characterized in that the pawl and brake pawl (6, 7) are rotatably mounted using a common axis.
A ground fault detection system, comprising: a linear filter configured to receive as input one or more signals from a static starter system during operations of the static starter system and to produce a linear filter output; a rectifier configured to rectify the linear filter output and to produce a rectifier output; a gain system configured to multiply the rectifier output by a factor to produce a gain output; and a fault indicator system configured to indicate a ground fault based on the gain output, wherein the ground fault detection system is configured to command an action based on the ground fault; characterized in that the linear filter is a recursive linear filter comprising poles and zeros tuned to allow a selected frequency component from the input, wherein the selected frequency component is between 2 to 5 times a load frequency, wherein the input comprises a false neutral voltage signal, and wherein the linear filter comprises a biquad filter. a linear filter configured to receive as input one or more signals from a static starter system during operations of the static starter system and to produce a linear filter output; a rectifier configured to rectify the linear filter output and to produce a rectifier output; a gain system configured to multiply the rectifier output by a factor to produce a gain output; and a fault indicator system configured to indicate a ground fault based on the gain output, wherein the ground fault detection system is configured to command an action based on the ground fault; characterized in that the linear filter is a recursive linear filter comprising poles and zeros tuned to allow a selected frequency component from the input, wherein the selected frequency component is between 2 to 5 times a load frequency, wherein the input comprises a false neutral voltage signal, and wherein the linear filter comprises a biquad filter.
Engineered bacteria, wherein: said engineered bacteria is Escherichia coli (E. coli) strain B or its derivative strains with the overexpression of lysine decarboxylase gene and a expression of lysine-cadaverine antiporter gene cadB; Said overexpression of lysine decarboxylase gene is place the complete or partial nucleotide sequences of modified lysine decarboxylase gene after the promoter and RBS in exogenous expression plasmids for expression; Said lysine decarboxylase gene is the modified lysine decarboxylase gene cadA, said modification is replace the second codon of the lysine decarboxylase gene cadA with a frequent second codon of E. coli, and then to replace the No. +7∼+33 base sequence of said lysine decarboxylase gene cadA with synonymous codons so as to increase the number of rare codons as well as selecting the sequence of post-transcriptional mRNA whose secondary structure with a low minimal free energy and a high translation initiation efficiency using RNAfold software to find sequences with a minimal free energy below -6.00 kcal/mol and using Salis et al "Nature biotechnology, 2009,27:946-950" software to find sequences with a translation initiation efficiency over 7000; Said expression of lysine-cadaverine antiporter gene is to place the complete or partial nucleotide sequences of said lysine-cadaverine antiporter gene with/without RBS sequence after the nucleotide sequences of lysine decarboxylase gene in exogenous expression plasmids for expression; or, replace the promoter of lysine-cadaverine antiporter gene on the chromosome of E. coli strain B or its derivative strains with a promoter capable of reducing the transcriptional repression of CadB and suitable for E. Coli.
A device for moving an elongate member relative to an elongate body through which it at least partially extends, the device comprising: a housing connectable to the elongate body; a mover associated with the housing and connectable to the elongate member for moving the elongate member relative to the housing and relative to a connected elongate body; and a pre-mover for effecting a pre-movement adjustment of the elongate member connected to the mover relative to the elongate body connected to the housing, to reduce slack between the elongate member and the elongate body in preparation for moving the elongate member with the mover, to ensure direct subsequent relative movement between the elongate member and the elongate body by the mover, the pre-mover being configured to become inoperable following pre-movement adjustment of the elongate member, wherein the housing forms a sealed unit in which the mover and pre-mover are mounted to be actuated by a user. a housing connectable to the elongate body; a mover associated with the housing and connectable to the elongate member for moving the elongate member relative to the housing and relative to a connected elongate body; and a pre-mover for effecting a pre-movement adjustment of the elongate member connected to the mover relative to the elongate body connected to the housing, to reduce slack between the elongate member and the elongate body in preparation for moving the elongate member with the mover, to ensure direct subsequent relative movement between the elongate member and the elongate body by the mover, the pre-mover being configured to become inoperable following pre-movement adjustment of the elongate member, wherein the housing forms a sealed unit in which the mover and pre-mover are mounted to be actuated by a user.
An aircraft air supply system comprising: a primary duct to supply a primary air flow to a flight deck of an aircraft; a nitrogen generating system configured for generating nitrogen enriched air and oxygen enriched air; a secondary duct for channeling the oxygen enriched air from the nitrogen generating system to the primary duct, wherein a flow of the oxygen enriched air into the primary duct and to the flight deck is controlled to reduce an effective altitude of the flight deck; a sensor that senses a percentage of volume or partial pressure of oxygen enriched air in the primary duct proximate to the flight deck; and an air flow control device in the secondary duct that controls the percentage of volume or partial pressure of oxygen enriched air that flows through a secondary duct portion into the primary duct and that flows into an overboard discharge duct, wherein the air flow control device controls the percentage of volume or partial pressure of oxygen enriched air flowing in each of the secondary duct portions connected to the primary duct and the overboard discharge duct based on input from the sensor. a primary duct to supply a primary air flow to a flight deck of an aircraft; a nitrogen generating system configured for generating nitrogen enriched air and oxygen enriched air; a secondary duct for channeling the oxygen enriched air from the nitrogen generating system to the primary duct, wherein a flow of the oxygen enriched air into the primary duct and to the flight deck is controlled to reduce an effective altitude of the flight deck; a sensor that senses a percentage of volume or partial pressure of oxygen enriched air in the primary duct proximate to the flight deck; and an air flow control device in the secondary duct that controls the percentage of volume or partial pressure of oxygen enriched air that flows through a secondary duct portion into the primary duct and that flows into an overboard discharge duct, wherein the air flow control device controls the percentage of volume or partial pressure of oxygen enriched air flowing in each of the secondary duct portions connected to the primary duct and the overboard discharge duct based on input from the sensor.
An air treatment method used in a household apparatus which is a dishwasher that has dry phases of operation and wet phases of operation, wherein the method provides the emanation of an air treatment agent during the dry phases but not during the wet phases, wherein the method employs an emanator device located inside the dishwasher that is subjected to water in a non-immersive manner during the wet phases, wherein the emanator device comprises a housing which contains a solid or liquid source of the air treatment agent, wherein the housing comprises a wall and a plurality of openings, wherein the openings are the only openings available for the emanation of the air treatment agent, wherein each of the openings is sufficiently small, that selectively during a wet phase it is closed by a film of water or plug of water, wherein the area of each opening does not exceed 4 mm 2.