mhurhangee/ep-ind-claims huggingface dataset:
A patient monitoring system comprising: - a probe module to acquire data of a patient to be monitored, - an evaluation module to determine a patient's state of anxiety on the basis of the acquired data, and - an indicator module to feedback the determined state of anxiety to attending staff, characterized in that the probe module includes a salivary cortisol assay to measure a salivary cortisol level, and in that the evaluation module is configured to determine the patient's state on the basis of the salivary cortisol level. - a probe module to acquire data of a patient to be monitored, - an evaluation module to determine a patient's state of anxiety on the basis of the acquired data, and - an indicator module to feedback the determined state of anxiety to attending staff, characterized in that the probe module includes a salivary cortisol assay to measure a salivary cortisol level, and in that the evaluation module is configured to determine the patient's state on the basis of the salivary cortisol level.
A lighting device comprising an envelope, a base, a solid-state light source, and an optical means, wherein the solid-state light source is optically coupled to the optical means, wherein the optical means is an element inside the lighting device separate from and not integrated with the envelope, wherein the optical means is provided with a light-outcoupling surface that allows outcoupling of light from the optical means by a surface roughness of the optical means, characterized in that the surface roughness is provided such that the emission from the optical means resembles the emission of a carbon filament lamp.
Apparatus (10, 10') for bonding a first substrate surface of a first substrate to a second substrate surface of a second substrate, with: - a first substrate holder (6o, 6o') for receiving the first substrate, - a second substrate holder (6u, 6u') for receiving a second substrate, characterized in that at least the first substrate holder (6o, 6o') has a first recess with a securing device for securing the first substrate within the first recess, and a raised portion at least partly surrounding the recess: wherein the apparatus (10, 10') has a hole for evacuating and/or flushing the first recess, wherein the first recess can be flushed with a gas and/or a gas mixture having a negative Joule-Thompson coefficient before and/or during and/or after bonding of the substrates (2o, 2u), wherein the raised portion has an expansion surface for seamless expansion of the first substrate surface. - a first substrate holder (6o, 6o') for receiving the first substrate, - a second substrate holder (6u, 6u') for receiving a second substrate,
Bypass turbine engine, comprising a first annular flow duct of a primary stream and a second coaxial annular flow duct of a secondary stream extending around this first duct, the turbine engine further comprising a system for bleeding gas from the primary stream to the secondary stream, said system comprising at least one bleed duct of which one internal end opens onto an outer casing of the first duct and of which one outer end opens onto an inner casing of the second duct, said system further comprising at least one actuator of the movement of at least one moveable element between a first closed position of the duct and a second bleed and open position of the duct, characterised in that the system comprises two coaxial rings (54, 56) extending one around the other, a perforated internal first ring situated at the level of said outer casing and extending substantially in the extension of this outer casing, and a perforated external second ring mounted such that it slides circumferentially on the first ring, between said first position in which the perforations (54a, 56a) of the rings do not communicate with one another, and said second position in which the perforations of the rings communicate with one another, said actuator being located between said inner and outer casings outside of the bleed duct defined by said duct.
A method for controlling deposits made by at least one component of an exhaust gas on a device in a vacuum processing system exhaust path, the method comprising the steps of: introducing a flow of a reactant gas into the vacuum processing system exhaust path at a position upstream of the device, the reactant gas inhibiting the deposits made by the at least one component of the exhaust gas; measuring a quantity of the at least one component of the exhaust gas present at a position upstream of the device; measuring a quantity of the at least one component of the exhaust gas present at a position downstream of the device; determining from the upstream and downstream measurements whether at least a predetermined portion of the at least one component of the exhaust gas is consumed in the device; and, if so; increasing the flow of the reactant gas. introducing a flow of a reactant gas into the vacuum processing system exhaust path at a position upstream of the device, the reactant gas inhibiting the deposits made by the at least one component of the exhaust gas; measuring a quantity of the at least one component of the exhaust gas present at a position upstream of the device; measuring a quantity of the at least one component of the exhaust gas present at a position downstream of the device; determining from the upstream and downstream measurements whether at least a predetermined portion of the at least one component of the exhaust gas is consumed in the device; and, if so; increasing the flow of the reactant gas.
A signal processing device configured to perform: first volume processing to attenuate by a first attenuation amount an audio signal based on a volume value that is received from a user, low pass filter processing to extract a low frequency component of the audio signal to which the first volume processing has been performed, low frequency equalizing processing to boost the low frequency component of the audio signal to which the low pass filter processing has been performed, compression processing to compress the audio signal to which the low frequency equalizing processing has been performed in case that the level of the audio signal to which the low frequency equalizing processing has been performed is not less than a predetermined signal level, high pass filter processing to extract a high frequency component of the audio signal to which the first volume processing has been performed, second volume processing to attenuate by a second attenuation amount the audio signal to which the high pass filter processing has been performed based on the volume value that is received from the user, and addition processing to add the audio signal to which the compression processing has been performed and the audio signal to which the second volume processing has been performed. first volume processing to attenuate by a first attenuation amount an audio signal based on a volume value that is received from a user, low pass filter processing to extract a low frequency component of the audio signal to which the first volume processing has been performed, low frequency equalizing processing to boost the low frequency component of the audio signal to which the low pass filter processing has been performed, compression processing to compress the audio signal to which the low frequency equalizing processing has been performed in case that the level of the audio signal to which the low frequency equalizing processing has been performed is not less than a predetermined signal level, high pass filter processing to extract a high frequency component of the audio signal to which the first volume processing has been performed, second volume processing to attenuate by a second attenuation amount the audio signal to which the high pass filter processing has been performed based on the volume value that is received from the user, and addition processing to add the audio signal to which the compression processing has been performed and the audio signal to which the second volume processing has been performed.
A screw compressor comprising: a casing; a screw rotor inserted into a cylinder portion of the casing and defining a compression chamber; and a capacity control slide valve being slidable along a rotation axis of the screw rotor and being opposed to an outer circumferential surface of the screw rotor, wherein fluid sucked into the compression chamber is compressed by rotation of the screw rotor, a dynamic pressure generator (64, 65) is formed on a surface of the slide valve opposed to the screw rotor to generate a dynamic pressure using fluid being in contact with the opposed surface, and the slide valve is configured so that the dynamic pressure generated by the dynamic pressure generator avoids contact between the slide valve and the screw rotor. a casing; a screw rotor inserted into a cylinder portion of the casing and defining a compression chamber; and a capacity control slide valve being slidable along a rotation axis of the screw rotor and being opposed to an outer circumferential surface of the screw rotor, wherein fluid sucked into the compression chamber is compressed by rotation of the screw rotor, a dynamic pressure generator (64, 65) is formed on a surface of the slide valve opposed to the screw rotor to generate a dynamic pressure using fluid being in contact with the opposed surface, and the slide valve is configured so that the dynamic pressure generated by the dynamic pressure generator avoids contact between the slide valve and the screw rotor.
Method of managing the drive system of a hybrid vehicle including a thermal engine and an electrical machine with an energy storage means, the vehicle having information on the topology of an upcoming downgrade road section, in which method a power demand of the vehicle is predicted as a function at least of the slope of said section, in which the operating mode of the drive system is also predicted, said operating mode being chosen at least from: - coasting descent, - descent assisted by the drive system, preferably by the electrical machine alone, - descent braked by recovery of energy, and in which the level of energy in the storage system is adapted before arrival at the section as a function of said predictions. - coasting descent, - descent assisted by the drive system, preferably by the electrical machine alone, - descent braked by recovery of energy,
A printed board production method comprising: a solder paste mark setting method with an image process for a master printed circuit board on which solder paste has been deposited at specific positions on the lands (Da1, Da2, Db-Dd) of the circuit pattern (Ca1, Ca2, Cb-Cd) wherein an image of an image area (G1, G4, G5) of the master printed circuit board is captured wherein said image area (G1, G4, G5) contains solder paste areas (Ea1, Ea2, Eb-Ed) (on which solder paste is deposited) and non solder paste areas (on which solder paste is not deposited) and with a setting process for setting solder paste marks based on said solder paste areas (Ea1, Ea2, Eb-Ed) for said master printed circuit board wherein said solder paste areas (Ea1,Ea2,Eb-Dd) are identified from said image; wherein when producing printed circuit boards of the same type as the master printed circuit board, solder paste marks for the printed circuit boards in production are set, the misalignment amount between the positions of solder paste marks on the master printed circuit board and the positions of solder paste marks on printed circuit board in production is calculated, and the component mounting position correction amount is calculated based on said misalignment amount. a solder paste mark setting method with an image process for a master printed circuit board on which solder paste has been deposited at specific positions on the lands (Da1, Da2, Db-Dd) of the circuit pattern (Ca1, Ca2, Cb-Cd) wherein an image of an image area (G1, G4, G5) of the master printed circuit board is captured wherein said image area (G1, G4, G5) contains solder paste areas (Ea1, Ea2, Eb-Ed) (on which solder paste is deposited) and non solder paste areas (on which solder paste is not deposited) and with a setting process for setting solder paste marks based on said solder paste areas (Ea1, Ea2, Eb-Ed) for said master printed circuit board wherein said solder paste areas (Ea1,Ea2,Eb-Dd) are identified from said image; wherein when producing printed circuit boards of the same type as the master printed circuit board, solder paste marks for the printed circuit boards in production are set, the misalignment amount between the positions of solder paste marks on the master printed circuit board and the positions of solder paste marks on printed circuit board in production is calculated, and the component mounting position correction amount is calculated based on said misalignment amount.
A semisolid aqueous pharmaceutical composition containing tapentadol or a physiologically acceptable salt thereof, which additionally contains a preservative in an amount that in absence of tapentadol would not sufficiently preserve the pharmaceutical composition according to the Ph. Eur.
Electric installation for operation in a bus system of building automation technology with at least one transmitter and one receiver, wherein between transmitter and receiver information are exchanged to safeguard faultless operation, characterized by the fact that the transmitter provides at least one unit for transmission of commands, at least one unit for transmission of inquiries and at least one unit for reception of the status, and that at least one receiver provides at least one unit for reception of commands, at least one unit for reception of inquiries, at least one unit for transmission of the status and at least one comparison unit.
A gastric jejunal tube having a uniform outside diameter and a length, comprising a gastric lumen and a jejunal lumen that run the entire length of said tube, wherein the portions of said gastric lumen from below a most distal gastric port to a distal end of said tube are reduced in cross-sectional size and the jejunal lumen below said gastric port is enlarged in cross-sectional size relative to said lumens above the gastric port.
A planetary gear box assembly comprising a sun gear and a plurality of planet gears (4; 32) in meshing engagement with the sun gear; the planet gears (4; 32) in meshing engagement with a ring gear which encircles the plurality of planet gears (4; 32), each planet gear (4;32) mounted for rotation in a planet carrier by means of a bearing pin received in a parallel bore in the planet carrier, characterized in that the bearing pin including a small axially tapered section adjacent one or both ends and the assembly further comprising a tapered sleeve configured to interference fit between a radially inner wall surface of the parallel bore and a radially outer surface of the or each axially tapered section of the bearing pin, a gallery for the distribution of fluid to an interface between the wall surface of the parallel bore and a surface of the tapered sleeve, or to an interface between a radially outer surface of an axially tapered section of the bearing pin and a surface of the tapered sleeve, and a circumferential groove provided in the surface (47a, 47b) of the tapered sleeve at the interface.
A xylanase variant, comprising a substitution at one or more positions corresponding to positions 24, 26, 36, 37, 60, 71, 74, 75, 76, 124, 133, 155, 167, 208, 317, and 321 of SEQ ID NO: 1, wherein the substitution is selected from the group consisting of H24W, A26E, R36L, R36T, E37T, R60N, K71T, K71I, V74L, V74I, K75N, K75L, H76L, I155M, N167E, V208L, S317D and G321A, wherein the xylanase variant has xylanase activity and wherein the xylanase variant has at least 90%, but less than 100% sequence identity to SEQ ID NO: 1, 2, 3, 4, 5 or 6, and wherein the variant has improved thermostability compared to one of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5, or SEQ ID NO: 6.
A bearing wear detection assembly comprising: - a bearing enclosure; and - a fuse including a disc with a conductive portion, characterized in that the bearing wear detection assembly includes a ball cage mounted with the bearing enclosure and surrounding bearings, and in that the fuse is mounted to the bearing enclosure at a radial location approximately equal to a radial location of the ball cage such that as the bearings wear, the ball cage generates debris that break the disk and, in turn, disrupt electrical continuity in the conductive portion. - a bearing enclosure; and - a fuse including a disc with a conductive portion,
Riveting apparatus for the application and riveting a rivet to a component (2, 4) of an article (1a, 1b) being processed in a work region of the apparatus, comprising: - a rivet insertion accompanying device for accompanying the insertion of the rivet into the component, and comprising a picking group provided with a picking rod that is extendable and translatable along a picking direction; - a riveting device for the riveting of said rivet; - a rivet feed group suitable to engage the rivet and position it with its shank along an insertion direction, parallel to the riveting direction and to the picking direction; said riveting apparatus being characterized in that said rivet insertion accompanying device for accompanying the insertion of the rivet and said riveting device are mutually integral in translation along a longitudinal direction orthogonal to the picking direction and to the riveting direction and translatable along said longitudinal direction to alternately align the picking direction or the riveting direction to the insertion direction; and in that the riveting device comprises a riveting head suitable to plastically deform the free end of the rivet and translatable along a riveting direction parallel to the picking direction; wherein the picking group and the riveting device are arranged on one side of the work region, and the rivet feed group is arranged on the other side of said region. - a rivet insertion accompanying device for accompanying the insertion of the rivet into the component, and comprising a picking group provided with a picking rod that is extendable and translatable along a picking direction; - a riveting device for the riveting of said rivet; - a rivet feed group suitable to engage the rivet and position it with its shank along an insertion direction, parallel to the riveting direction and to the picking direction;
A device comprising: a local oscillator, LO, configured to generate a first signal comprising at least one of: timing information; frequency information; phase information; and combinations thereof; a prioritizer comprising at least two inputs, each input configured to receive a respective second signal comprising at least one of: timing information; frequency information; phase information; and combinations thereof, the prioritizer being characterized by being configured to: determine an accuracy of at least one second signal of the at least two second signals in relation to a primary second signal determined to be a most accurate second signal of the at least two second signals; and determine an order of the at least two second signals from most accurate to least accurate; wherein the LO is disciplined to correct an offset error of the first signal relative to a most accurate available second signal of the at least two second signals that is available to the device, wherein the most accurate available second signal is identified based on the order of the at least two second signals. a local oscillator, LO, configured to generate a first signal comprising at least one of: timing information; frequency information; phase information; and combinations thereof; a prioritizer comprising at least two inputs, each input configured to receive a respective second signal comprising at least one of: timing information; frequency information; phase information; and combinations thereof, the prioritizer being characterized by being configured to: determine an accuracy of at least one second signal of the at least two second signals in relation to a primary second signal determined to be a most accurate second signal of the at least two second signals; and determine an order of the at least two second signals from most accurate to least accurate; determine an accuracy of at least one second signal of the at least two second signals in relation to a primary second signal determined to be a most accurate second signal of the at least two second signals; and determine an order of the at least two second signals from most accurate to least accurate; wherein the LO is disciplined to correct an offset error of the first signal relative to a most accurate available second signal of the at least two second signals that is available to the device, wherein the most accurate available second signal is identified based on the order of the at least two second signals.
A method for forming a level of a tridimensional structure on a first support (30, 34) in which components are formed, comprising the steps of: forming, on a second semiconductor support, a single-crystal semiconductor substrate with an interposed thermal oxide layer; placing the free surface of the single-crystal semiconductor substrate on the upper surface of the first support; eliminating the second semiconductor support; said method being characterized by the following step: thinning the thermal oxide layer down to a thickness adapted to forming a gate insulator. forming, on a second semiconductor support, a single-crystal semiconductor substrate with an interposed thermal oxide layer; placing the free surface of the single-crystal semiconductor substrate on the upper surface of the first support; eliminating the second semiconductor support; said method being characterized by the following step: thinning the thermal oxide layer down to a thickness adapted to forming a gate insulator. thinning the thermal oxide layer down to a thickness adapted to forming a gate insulator.
Core for writing, drawing and/or colouring instruments at least comprising at least one binder, at least one wax, at least one colorant and at least one filler, characterised in that the core is present as a coloured pencil core, the colorant is formed as colour pigment, the at least one binder is present as hydroxypropylcellulose and the core comprises 10 to 35 weight % HPC (binder) 9 to 50 weight % fillers 1.5 to 14 weight % colorant (pigment) 0 to 30 weight % binder 2 0 to 30 weight % wax and/or oils 0 to 10 weight % surfactant. the core is present as a coloured pencil core, the colorant is formed as colour pigment, the at least one binder is present as hydroxypropylcellulose and the core comprises 10 to 35 weight % HPC (binder) 9 to 50 weight % fillers 1.5 to 14 weight % colorant (pigment) 0 to 30 weight % binder 2 0 to 30 weight % wax and/or oils 0 to 10 weight % surfactant.
Sandwich panel comprising a mineral wool core placed between and fixed to a first shell element and a second shell element, wherein each shell element in one end of the panel is formed into or is provided with a tongue or groove (3a, 3b or 8a, 8b), and in the opposite end of the panel is formed into or provided with a tongue or groove (3a, 3b or 8a, 8b), characterized in that at least one of said two shell elements (7a, 7b) in at least one of the ends of the panel, where the shell element is not formed into or provided with a tongue or groove (3a, 3b or 8a, 8b), is provided with a waterproof and concurrently vapor permeable band, which partly is fixed on top of the shell element such that it covers the shell element in a longitudinal area extending along the edge of the entire shell element and in addition at least some way over at least one of the tongues or grooves and which partly has a freestanding portion extending along said longitudinal area freely out over the end of the panel, and that this freestanding portion is provided with adhesive means, such that the freestanding portion correspondingly can be attached on top of a shell element of an adjacent panel.