mhurhangee/ep-ind-claims huggingface dataset:
A lock device preferably for safety functions, comprising a displaceable lock bolt, the lock bolt further comprising a first lock bolt portion for locking and a second lock bolt portion for guiding the lock bolt, wherein the second lock bolt portion comprises a guiding groove (113, 913) formed to guide said lock bolt from the unlocked position to the locked position by means of a guiding means (1201, 9201) applying a force to the lock bolt, whereby said guiding means (1201, 9201) in the locked position is prevented from displacing the lock bolt to the unlocked position, characterized in that the lock device further comprises a receiver including a drive unit, a guiding part (1044, 1045) and a position sensor, wherein the drive unit being arranged to be cooperated with the lock bolt in order to provide a locked and unlocked position and, the lock bolt is arranged to be displaced from the locked position to the unlocked position through the influence of an external force applied to the first lock bolt portion, wherein the external force is applied by the drive unit of the receiver or an emergency handle.
Method for filling containers with a liquid filler, using a filling machine having a plurality of filling positions, each formed at a filling element with a liquid valve, wherein the respective container is received at a corresponding filling position and is moved at an adjustable conveying speed in a transport direction at least along a filling path between a filling path inlet and a filling path outlet, and is filled in at least one filling phase with a constant volume flow of liquid filler, wherein the liquid valve assigned to one filling position between the filling path inlet and the filling path outlet is opened at a selectable starting time of the filling phase and is closed again after a desired filling level of liquid filler is attained, wherein the attainment of the desired filling level is optically detected by means of at least one first sensor device in a fixed position outlet-side detection region along the filling path, characterised in that the starting time of the filling phase is adjusted, at least depending on the conveying speed, in such a way that the desired filling level of liquid filler in the respective container is reached in the positionally fixed outlet-side detection region.
A therapeutic agent containing 5'-hydroxy-5-nitro-indirubin-3'-oxime as cyclin-dependent kinase inhibitor as active ingredient for use in the treatment of a triple negative breast cancer (TNBC) and/or estrogen receptor positive breast cancer.
A system for testing over-current fault detection that includes a load and a capacitor connected in parallel with the load, a microcontroller, and a first switch to connect a voltage to the load and the capacitor, the system comprising: a first monitor circuit that is configured to monitor a current from the first switch to the load and to the capacitor and to provide a first output to the microcontroller, wherein the microcontroller is configured to detect an over-current fault condition based upon the first output; and a second monitor circuit that is configured to monitor a voltage across the capacitor and to provide a second output to the microcontroller; wherein the microcontroller is further configured to control a state of the first switch to connect voltage to the load; and wherein the microcontroller is configured to self-test over-current detection of the system based upon current generated during charging of the capacitor using the first output, and wherein the microcontroller is configured to indicate that the self-test failed or was successful, and wherein the microcontroller is configured to detect a short-circuit fault condition during the self-test based upon the second output. a first monitor circuit that is configured to monitor a current from the first switch to the load and to the capacitor and to provide a first output to the microcontroller, wherein the microcontroller is configured to detect an over-current fault condition based upon the first output; and a second monitor circuit that is configured to monitor a voltage across the capacitor and to provide a second output to the microcontroller; wherein the microcontroller is further configured to control a state of the first switch to connect voltage to the load; and wherein the microcontroller is configured to self-test over-current detection of the system based upon current generated during charging of the capacitor using the first output, and wherein the microcontroller is configured to indicate that the self-test failed or was successful, and wherein the microcontroller is configured to detect a short-circuit fault condition during the self-test based upon the second output.
An explosives detection system, comprising: a nuclear quadrupole resonance detector system having an NQR antenna; and a mine prodder, the arrangement being such that the NQR antenna is carried at or near a distal end of the mine prodder, the arrangement of the NQR antenna and mine prodder being such that in use the mine prodder is able to carry the NQR antenna so that the NQR antenna and mine prodder are able to penetrate through a soil-like medium when in use so as to be brought into contact with a buried object in an orientation such that the NQR antenna is brought into contact with or into the near vicinity of the buried object. a nuclear quadrupole resonance detector system having an NQR antenna; and a mine prodder, the arrangement being such that the NQR antenna is carried at or near a distal end of the mine prodder, the arrangement of the NQR antenna and mine prodder being such that in use the mine prodder is able to carry the NQR antenna so that the NQR antenna and mine prodder are able to penetrate through a soil-like medium when in use so as to be brought into contact with a buried object in an orientation such that the NQR antenna is brought into contact with or into the near vicinity of the buried object.
A device for examining an organ, wherein said organ is a bypass graft positioned on a heart after a bypass operation, said device comprising - a fixation part comprising an aperture provided with fixation elements for receiving and holding a probe steady relative to the device, - at least two skin supports (2,3) for supporting the probe when the probe is positioned in the device, and for supporting the device, against a tissue of the heart so that the skin supports stabilize the area of which examination is required, and - a cavity between the skin supports (2,3), wherein a part of the device comprising the aperture for receiving the probe is positioned above the skin supports (2,3) relative to the tissue of the heart when the device is being used together with the probe, - at least one opening (6,7) being provided between the at least two skin supports (2,3), and said at least one opening (6,7) intended for accommodating part of the bypass graft to be examined, where - the cavity is spatially defined by the two skin supports (2,3) and the at least one opening (6,7), wherein a size between the skin supports (2,3) is arranged to fit the bypass graft between the skin supports, and wherein the device enables having the probe supported exactly over the bypass graft where no pressure is applied directly on the bypass graft. - a fixation part comprising an aperture provided with fixation elements for receiving and holding a probe steady relative to the device, - at least two skin supports (2,3) for supporting the probe when the probe is positioned in the device, and for supporting the device, against a tissue of the heart so that the skin supports stabilize the area of which examination is required, and - a cavity between the skin supports (2,3), wherein a part of the device comprising the aperture for receiving the probe is positioned above the skin supports (2,3) relative to the tissue of the heart when the device is being used together with the probe, - at least one opening (6,7) being provided between the at least two skin supports (2,3), and said at least one opening (6,7) intended for accommodating part of the bypass graft to be examined, where - the cavity is spatially defined by the two skin supports (2,3) and the at least one opening (6,7),
Fibre application head for the production of composite material parts comprising - a compaction system comprising at least one compaction roller - guiding means for guiding at least one fibre towards said compaction roller, and - a retractable flap displaceable by actuation means between an active position in which said retractable flap is able to come by its distal end against the fibre exiting from the guiding means in order to bring said fibre in abutment against the compaction roller, and a retracted position in which said retractable flap is spaced apart from the compaction roller, characterized in that it comprises - a heating system able to emit thermal radiation towards the nip zone between the compaction roller and the application surface, in order to heat the fibre exiting from the guiding means, as well as the application surface and/or one or more fibres previously applied, - said retractable flap being displaceable by actuation means between its active position and its retracted position so that the compaction roller is subjected to the radiation of the heating system over a greater surface area in the retracted position than in the active position of the retractable flap. - a compaction system comprising at least one compaction roller - guiding means for guiding at least one fibre towards said compaction roller, and - a retractable flap displaceable by actuation means between an active position in which said retractable flap is able to come by its distal end against the fibre exiting from the guiding means in order to bring said fibre in abutment against the compaction roller, and a retracted position in which said retractable flap is spaced apart from the compaction roller, - a heating system able to emit thermal radiation towards the nip zone between the compaction roller and the application surface, in order to heat the fibre exiting from the guiding means, as well as the application surface and/or one or more fibres previously applied, - said retractable flap being displaceable by actuation means between its active position and its retracted position so that the compaction roller is subjected to the radiation of the heating system over a greater surface area in the retracted position than in the active position of the retractable flap.
A brace for carpal tunnel injury, comprising: a body having a proximal end and a distal end defining a longitudinal direction, the body including a forearm support at the body proximal end; a wrist support coupled to the forearm support by a neck portion, the wrist support comprising a first palmar strap support disposed on a lateral side of the wrist support; a first member and a second member extending from the wrist support in the longitudinal direction towards the distal end; a distal palmar support coupled to the wrist support by the first and second member; a proximal palmar aperture surrounded by the wrist support, the first and second members and the palmar support, the proximal palmar aperture configured to fit over a portion of the proximal palm of a hand; a palm band coupled to the first member at a proximal end and extending laterally from the first member to a distal end, the palm band comprising a second palmar strap support at the palm band distal end, the palm band configured to extend from the first member across a portion of the back of the hand when the brace is worn; and a palmar strap extending between a proximal end, attached to the first palmar strap support, to a distal end, the palmar strap configured to extend through the second palmar strap support across a portion of the back of the hand and over a purlicue of the hand, the distal end of the palmar strap configured to removably attach to the distal palmar support. a body having a proximal end and a distal end defining a longitudinal direction, the body including a forearm support at the body proximal end; a wrist support coupled to the forearm support by a neck portion, the wrist support comprising a first palmar strap support disposed on a lateral side of the wrist support; a first member and a second member extending from the wrist support in the longitudinal direction towards the distal end; a distal palmar support coupled to the wrist support by the first and second member; a proximal palmar aperture surrounded by the wrist support, the first and second members and the palmar support, the proximal palmar aperture configured to fit over a portion of the proximal palm of a hand; a palm band coupled to the first member at a proximal end and extending laterally from the first member to a distal end, the palm band comprising a second palmar strap support at the palm band distal end, the palm band configured to extend from the first member across a portion of the back of the hand when the brace is worn; and a palmar strap extending between a proximal end, attached to the first palmar strap support, to a distal end, the palmar strap configured to extend through the second palmar strap support across a portion of the back of the hand and over a purlicue of the hand, the distal end of the palmar strap configured to removably attach to the distal palmar support.
Contactless rotary joint for a CT scanner having a stationary and a rotating part, at least the rotating part comprising: a rotary joint body of a plastic material, said body having a free inner bore holding a capacitive data link having a data transmission line for transmission of data, and holding a rotating transformer having a rotating transformer magnetic core, for transmission of electrical power, having at least one winding (221, 222); the contactless rotary joint being characterized by at least one shield (141, 142) being provided for shielding electrical and/or magnetic fields generated by the rotating transformer, to reduce interference with the capacitive data link, and by at least one shield having a higher thermal conductivity than the rotary joint body and adapted to help dissipating heat from the rotating transformer, said shield being thermally connected to the rotating transformer core.
A method for RNA or protein expression by cell culture, the method comprising: introducing a double-stranded concatemeric DNA into a eukaryotic cell to generate a desired RNA or protein, wherein the double-stranded concatemeric DNA comprises a plurality of tandem repeat sequences, wherein each of the plurality of tandem repeat sequences comprises an expression sequence, wherein the double-stranded concatemeric DNA comprises one or more phosphorothioated nucleotides, wherein a ratio of phosphorothioated nucleotides to total nucleotides in the double-stranded concatemeric DNA is in a range of 1:1600 to 125:1600, 50:1600 to 125:1600 or 75:1600 to 125:1600; and wherein the double-stranded concatemeric DNA is a rolling circle amplification product DNA. introducing a double-stranded concatemeric DNA into a eukaryotic cell to generate a desired RNA or protein, wherein the double-stranded concatemeric DNA comprises a plurality of tandem repeat sequences, wherein each of the plurality of tandem repeat sequences comprises an expression sequence, wherein the double-stranded concatemeric DNA comprises one or more phosphorothioated nucleotides, wherein a ratio of phosphorothioated nucleotides to total nucleotides in the double-stranded concatemeric DNA is in a range of 1:1600 to 125:1600, 50:1600 to 125:1600 or 75:1600 to 125:1600; and wherein the double-stranded concatemeric DNA is a rolling circle amplification product DNA.
A process for obtaining a microbial oil comprising one or more polyunsaturated fatty acids from one or more microbial cells, wherein the process comprises: (a) lysing the cells comprising the microbial oil to form a lysed cell composition, wherein the lysed cell composition comprises liquid, cell debris, and microbial oil; (b) demulsifying the lysed cell composition to form a demulsified lysed cell composition; (c) separating the oil from the demulsified lysed cell composition; and (d) recovering the oil; wherein (b) comprises adding at least one enzyme; and wherein the enzyme is selected from beta-glucanase, xylanase, cellulase, pectinase, mannanase, amylase, and combinations thereof. (a) lysing the cells comprising the microbial oil to form a lysed cell composition, wherein the lysed cell composition comprises liquid, cell debris, and microbial oil; (b) demulsifying the lysed cell composition to form a demulsified lysed cell composition; (c) separating the oil from the demulsified lysed cell composition; and (d) recovering the oil; wherein (b) comprises adding at least one enzyme; and wherein the enzyme is selected from beta-glucanase, xylanase, cellulase, pectinase, mannanase, amylase, and combinations thereof.
A method for a multiple services for integrated building MSIB system to access data in elements of building automation system BAS, comprising: executing a virtual node hosting environment by a controller; generating at least one virtual node in the virtual node hosting environment for communication with elements of the BAS, where the virtual node hosting environment allocates memory and processor resources to the at least one virtual node; configuring a plurality of services for communicating with elements of the BAS where the plurality of services includes starting a plurality of mandatory services with at least a virtual node supervisor and a service supervisor with a polling time and separation timer period that are set in an at least one of the mandatory services; collecting data from the elements of the BAS via the configured services; and providing the collected data to one or more data consumers. executing a virtual node hosting environment by a controller; generating at least one virtual node in the virtual node hosting environment for communication with elements of the BAS, where the virtual node hosting environment allocates memory and processor resources to the at least one virtual node; configuring a plurality of services for communicating with elements of the BAS where the plurality of services includes starting a plurality of mandatory services with at least a virtual node supervisor and a service supervisor with a polling time and separation timer period that are set in an at least one of the mandatory services; collecting data from the elements of the BAS via the configured services; and providing the collected data to one or more data consumers.
A resin for an active-energy-ray-curable ink, the resin comprising a rosin-modified polyester resin, wherein the rosin-modified polyester resin includes a reaction product of a material component containing rosins, a dibasic acid, and a polyol, the rosin-modified polyester resin has an ester bond in an amount of 5.20 mol/kg or more and 7.20 mol/kg or less, the rosin-modified polyester resin has an acid value of 1 mgKOH/g or more and 30 mgKOH/g or less, the rosin-modified polyester resin has a hydroxyl value of 1 mgKOH/g or more and 40 mgKOH/g or less, the polyol contains a dihydric alcohol and a trihydric alcohol in combination, and a content ratio of the dihydric alcohol is 10 parts by mass or more and 60 parts by mass or less with respect to 100 parts by mass of the total amount of the dihydric alcohol and the trihydric alcohol. the rosin-modified polyester resin includes a reaction product of a material component containing rosins, a dibasic acid, and a polyol, the rosin-modified polyester resin has an ester bond in an amount of 5.20 mol/kg or more and 7.20 mol/kg or less, the rosin-modified polyester resin has an acid value of 1 mgKOH/g or more and 30 mgKOH/g or less, the rosin-modified polyester resin has a hydroxyl value of 1 mgKOH/g or more and 40 mgKOH/g or less, the polyol contains a dihydric alcohol and a trihydric alcohol in combination, and a content ratio of the dihydric alcohol is 10 parts by mass or more and 60 parts by mass or less with respect to 100 parts by mass of the total amount of the dihydric alcohol and the trihydric alcohol.
A nuclear reactor comprising: a first component; a second component abutting the first component, wherein the second component includes a groove in a surface abutting the first component; and a seal in the groove configured to seal against the first component in a first direction; wherein the abutted first and second components separate a downcomer having a first fluid flow at a first pressure from a reactor core having a second fluid flow at a second pressure different to the first pressure, and wherein the first and the second fluid flows are either parallel or antiparallel to the first direction; characterized in that the seal includes an opening into a concavity in the seal configured to drive the seal in the first direction under relative higher pressure at the opening. a first component; a second component abutting the first component, wherein the second component includes a groove in a surface abutting the first component; and a seal in the groove configured to seal against the first component in a first direction; wherein the abutted first and second components separate a downcomer having a first fluid flow at a first pressure from a reactor core having a second fluid flow at a second pressure different to the first pressure, and wherein the first and the second fluid flows are either parallel or antiparallel to the first direction; characterized in that the seal includes an opening into a concavity in the seal configured to drive the seal in the first direction under relative higher pressure at the opening.
Method for operating at least one food handling device, referred to in the following as the device, comprising the following steps: • Step A: capturing feedback information ∘ by means of a human-machine interface, HMI in the following, of the device ∘ and preferably by means of at least one sensor of the device, • Step B: forming, by means of a local control unit in the device, feedback data sets which represent the feedback information, • Step C: sending the feedback data sets from the device to a central computing unit, • Step D: classifying, by means of the central computing unit, the feedback data sets on the basis of at least one stored feedback comparative data set, • Step E: generating, by means of the central computing unit, a modification signal on the basis of the classification of at least one feedback data set, • Step F: sending the modification signal to the device, • Step G: modifying a user input request by the HMI directed to the user in the device on the basis of the modification signal. • Step A: capturing feedback information ∘ by means of a human-machine interface, HMI in the following, of the device ∘ and preferably by means of at least one sensor of the device, ∘ by means of a human-machine interface, HMI in the following, of the device ∘ and preferably by means of at least one sensor of the device, • Step B: forming, by means of a local control unit in the device, feedback data sets which represent the feedback information, • Step C: sending the feedback data sets from the device to a central computing unit, • Step D: classifying, by means of the central computing unit, the feedback data sets on the basis of at least one stored feedback comparative data set, • Step E: generating, by means of the central computing unit, a modification signal on the basis of the classification of at least one feedback data set, • Step F: sending the modification signal to the device, • Step G: modifying a user input request by the HMI directed to the user in the device on the basis of the modification signal.