mhurhangee/ep-ind-claims huggingface dataset:
A method of producing thioesters comprising contacting at least one thioesterase enzyme comprising the amino acid sequence disclosed in SEQ.ID. No. 6 or an amino acid sequence having at least 74%, 80%, 90% or 95% or greater sequence identity to the amino acid sequence of SEQ.ID. No. 6, and/or at least host cells comprising the nucleotide sequence of SEQ.ID. No. 5 or a nucleotide sequence having at least 75%, 80%, 90% or 95% or greater sequence identity to the nucleotide sequence of SEQ.ID. No. 5 with at least one suitable substrate comprising a C1-C8 SCFA-CoA, incubating the mixture, isolating the crude product containing the thioester and, purifying the crude product to obtain only the thioester.
A laser microscope comprising: a light source unit (3 or 4) that emits ultrashort-pulse laser light beams; a modulation unit (5 or 6) that applies different modulations to two ultrashort-pulse laser light beams of the same type emitted from the light source unit(3 or 4); an illumination optical system that simultaneously focuses the two ultrashort-pulse laser light beams, to which the different modulations are applied by the modulation unit (5 or 6), onto different positions of a sample; a fluorescence detecting device that detects fluorescence generated at a focal position of each ultrashort-pulse laser light beam and performs photoelectric conversion of the fluorescence; and a demodulation unit that demodulates an output from the fluorescence detecting device based on modulation information from the modulation unit (5 or 6), characterized in that the illumination optical system includes two independent scanners (14 and 15) that individually scan the two ultrashort-pulse laser light beams. a light source unit (3 or 4) that emits ultrashort-pulse laser light beams; a modulation unit (5 or 6) that applies different modulations to two ultrashort-pulse laser light beams of the same type emitted from the light source unit(3 or 4); an illumination optical system that simultaneously focuses the two ultrashort-pulse laser light beams, to which the different modulations are applied by the modulation unit (5 or 6), onto different positions of a sample; a fluorescence detecting device that detects fluorescence generated at a focal position of each ultrashort-pulse laser light beam and performs photoelectric conversion of the fluorescence; and a demodulation unit that demodulates an output from the fluorescence detecting device based on modulation information from the modulation unit (5 or 6), characterized in that the illumination optical system includes two independent scanners (14 and 15) that individually scan the two ultrashort-pulse laser light beams.
System for estimating the mass of particles stored in a particle filter mounted in the exhaust line of a motor vehicle internal combustion engine, comprising means (7, 8, 18) configured to measure a differential pressure across the terminals of the particle filter, characterized in that it comprises a first estimating means configured to estimate a differential flow rate of particles at the terminals of the particle filter, a second estimating means configured to estimate a differential pressure across the terminals of the particle filter, and a third estimating means configured to estimate the mass of particles stored in the particle filter from a sum between the differential flow rate of particles and a calculated value of discrepancy between the estimate and the measurement of the differential pressure.
An extractor system comprising: a positive pressure gas stream source; a negative pressure gas stream source; a positive pressure conduit configured to convey the positive pressure gas stream towards a work area; a negative pressure conduit configured to convey the negative pressure gas stream from the work area; a support assembly comprising a manifold to which the positive pressure conduit is coupled and which manifold is traversed by the negative pressure conduit, and a hood coupled to receive the positive pressure gas stream and to direct the positive pressure gas stream into a region around the work area and to draw airborne components from the work area into the negative pressure gas stream, the positive pressure conduit and the negative pressure conduit being concentrically disposed in an arm, characterized in that said arm is adapted for rotation with said concentrically disposed positive and negative pressure conduits (122, 124) and comprises joints (142, 144, 146) for pivotally moving the arm, the support assembly is configured to permit rotation of the arm while channeling the positive and negative pressure gas streams, and in that the support assembly comprises a mechanical structure (166, 180, 182, 184) for supporting the arm in rotation. a positive pressure gas stream source; a negative pressure gas stream source; a positive pressure conduit configured to convey the positive pressure gas stream towards a work area; a negative pressure conduit configured to convey the negative pressure gas stream from the work area; a support assembly comprising a manifold to which the positive pressure conduit is coupled and which manifold is traversed by the negative pressure conduit, and a hood coupled to receive the positive pressure gas stream and to direct the positive pressure gas stream into a region around the work area and to draw airborne components from the work area into the negative pressure gas stream, the positive pressure conduit and the negative pressure conduit being concentrically disposed in an arm, characterized in that said arm is adapted for rotation with said concentrically disposed positive and negative pressure conduits (122, 124) and comprises joints (142, 144, 146) for pivotally moving the arm, the support assembly is configured to permit rotation of the arm while channeling the positive and negative pressure gas streams, and in that the support assembly comprises a mechanical structure (166, 180, 182, 184) for supporting the arm in rotation.
A display apparatus comprising: a substrate; a light-emitting unit including a light-emitting element mounted on the substrate and a lens placed on an upper side of the light-emitting element; a reflective layer placed on an upper surface of the substrate; an optical sheet placed on an upper side of the reflective layer and placed at a height spaced apart from the light-emitting unit; and a display panel placed on an upper surface of the optical sheet, wherein the lens has a cutout portion formed therein by recessing a part of a side surface thereof toward a center thereof, thereby providing an anisotropic light distribution, characterized in that a part of the reflective layer is formed to be upwardly inclined towards an edge thereof; and a light extraction pattern is formed on an upper surface of the inclined part of the reflective layer. a substrate; a light-emitting unit including a light-emitting element mounted on the substrate and a lens placed on an upper side of the light-emitting element; a reflective layer placed on an upper surface of the substrate; an optical sheet placed on an upper side of the reflective layer and placed at a height spaced apart from the light-emitting unit; and a display panel placed on an upper surface of the optical sheet, wherein the lens has a cutout portion formed therein by recessing a part of a side surface thereof toward a center thereof, thereby providing an anisotropic light distribution, characterized in that a part of the reflective layer is formed to be upwardly inclined towards an edge thereof; and a light extraction pattern is formed on an upper surface of the inclined part of the reflective layer.
A tire inflation system configured to couple to a wheel including a tire, the system comprising: ▪ a drive mechanism configured to rotatably couple to the wheel, the drive mechanism having a rotational axis, the drive mechanism comprising: a) a cam comprising an arcuate bearing surface, the cam rotatable about the rotational axis; and b) an eccentric mass coupled to the cam that offsets a center of mass of the drive mechanism from the rotational axis; ▪ a pump (200, 200a) cavity rotatably coupled to the drive mechanism and configured to statically couple to the wheel, the pump cavity positioned a radial distance away from the axis of rotation, the pump cavity comprising an actuating element and a chamber; and ▪ a roller arranged between the arcuate bearing surface of the cam and the actuating element, the roller comprising a roller rotational axis, wherein an arcuate position of the roller rotation axis is fixed relative to the pump cavity, the roller configured to actuate the actuating element relative to the pump cavity, characterised in that the arcuate bearing surface has a non-uniform curvature. ▪ a drive mechanism configured to rotatably couple to the wheel, the drive mechanism having a rotational axis, the drive mechanism comprising: a) a cam comprising an arcuate bearing surface, the cam rotatable about the rotational axis; and b) an eccentric mass coupled to the cam that offsets a center of mass of the drive mechanism from the rotational axis; a) a cam comprising an arcuate bearing surface, the cam rotatable about the rotational axis; and b) an eccentric mass coupled to the cam that offsets a center of mass of the drive mechanism from the rotational axis; ▪ a pump (200, 200a) cavity rotatably coupled to the drive mechanism and configured to statically couple to the wheel, the pump cavity positioned a radial distance away from the axis of rotation, the pump cavity comprising an actuating element and a chamber; and ▪ a roller arranged between the arcuate bearing surface of the cam and the actuating element, the roller comprising a roller rotational axis, wherein an arcuate position of the roller rotation axis is fixed relative to the pump cavity, the roller configured to actuate the actuating element relative to the pump cavity,
Hose connector assembly for connecting a hose to a port of a pressurized fluid system, the assembly comprising a socket and an adapter tube, both having a through-going passage (28, 48) in fluid communication with each other, the socket being adapted to be connected to a port with one of its end portions and having a receiving opening as part of its passage in its opposite end portion, wherein the adapter tube has plug-in end portion to be pushed into the receiving opening which is adapted to cooperate with the plug-in end portion of the adapter tube to form a plug-in connection mechanism, wherein the adapter tube has, opposite to the plug-in end portion, a hose connector end fitting adapted to be received in and hold a hose end portion placed thereon to thereby retain the hose, wherein the receiving opening of the socket and the plug-in end portion of the adapter tube are provided with complementary locking surfaces (30, 50) which engage each other when the plug-in end portion of the adapter tube is connected by the plug-in connection mechanism to the socket to lock the adapter tube with respect to the socket against rotational movements about the longitudinal axis of the adapter tube within the socket, characterized in that the socket comprises a screw tube and a nut releasably connected to each other by a screw connection, wherein the receiving opening extends through the entire nut and into an adjoining part of the screw tube, the screw tube being externally threaded and being adapted to be screwed into an internal thread of the nut at the end opposite to the receiving end of the receiving opening formed in the nut, and that the locking surfaces of the socket are located on the inner wall of the screw tube.
A combination comprising: (i) a proteasome inhibitor or a pharmaceutically acceptable salt thereof; and (ii) a cyclic peptide or a pharmaceutically acceptable salt thereof, wherein the cyclic peptide or pharmaceutically acceptable salt thereof comprises an exposed Arg-Gly-Asp moiety, wherein the ratio of proteasome inhibitor or pharmaceutically acceptable salt thereof to cyclic peptide or pharmaceutically acceptable salt thereof component ranges from 1:5000 to 10:1 w/w.
Burner cap for a gas range, comprising an annular cap body, on the lower side of which is formed a gas receiving space and on the upper side of which at least two hollow mouldings are arranged, wherein a respective cavity of a moulding is connected to the gas receiving space and the mouldings continuously increase in height along the circumference of the cap body in the same direction, wherein at a higher end of the moulding a front end face is formed, which is bounded by an interior surface, an exterior surface and a top surface of the moulding, and wherein interior combustion points are in each case formed on the interior surface of the moulding, characterised in that exterior combustion points are in each case formed on the exterior surface of the moulding.
A beverage composition whose pH is 4.0 or less and which comprises: 2,000 mg/10 mL or more of a low molecular collagen peptide having an average molecular weight of 3,000 or less; and two or more kinds of acidifiers including phosphoric acid and ascorbic acid, the total: amount of the acidifiers being 100 mg/10 mL to 400 mg/10 mL with respect to the volume of the beverage composition. 2,000 mg/10 mL or more of a low molecular collagen peptide having an average molecular weight of 3,000 or less; and two or more kinds of acidifiers including phosphoric acid and ascorbic acid, the total: amount of the acidifiers being 100 mg/10 mL to 400 mg/10 mL with respect to the volume of the beverage composition.
Burner, substantially comprising a swirl generator for a combustion air stream and means for introducing fuel into the combustion air stream, the swirl generator having one or more combustion-air inlet openings for the combustion air stream which enters the burner, and the means for introducing fuel into the combustion air stream comprising one or more first fuel feeds having a group of first fuel outlet openings, which is arranged distributed around the burner axis at a combustion chamber-side end of the burner, characterized in that, outside this swirl body, there is arranged a gas feed element which radially surrounds the swirl generator and forms the first fuel feed(s), and in that the one or more first fuel feeds having the group of first fuel outlet openings are mechanically decoupled from the swirl generator.
Film storage device for an endless film, comprising deflection rollers (3, 5) which are fastened to an upper support and to a lower support in such a manner that the endless film in the storage mode can be deflected along a meander-like transport path extending between the upper and the lower support (2, 4), the distance (13, 16) between the upper and the lower support (2, 4) being variable to adapt the size of the film storage device, and the vertical positions (2a, 4a) of the upper support and of the lower support being variable, characterized in that a tension acting in the storage mode on the endless film is adjustable by presetting a weight difference between the lower and the upper support (4, 2).
A medicament delivery system for dispensing a medicament while traversing the gastrointestinal tract, said system comprising: a housing; a reservoir for storing said medicament within said housing; a valve in fluid communication with said reservoir; a control and timing circuitry for controlling said valve for opening and closing said valve for dispensing said medicament, wherein said control and timing circuitry is programmed with a dispensing timing pattern, and wherein said medicament is dispensed substantially according to said dispensing timing pattern; and remote control means (504, 510) for remotely transmitting commands to said control and timing circuitry characterized in that said control and timing circuitry comprises a start timer mechanism, timing circuitry, and a release controller, wherein said start timer mechanism transmits a signal to said timing circuitry for clocking a dispensing time period, and wherein said timing circuitry transmits a signal to said release controller for controlling said valve for dispensing said medicament substantially according to said dispensing timing pattern during said dispensing time period. a housing; a reservoir for storing said medicament within said housing; a valve in fluid communication with said reservoir; a control and timing circuitry for controlling said valve for opening and closing said valve for dispensing said medicament, wherein said control and timing circuitry is programmed with a dispensing timing pattern, and wherein said medicament is dispensed substantially according to said dispensing timing pattern; and remote control means (504, 510) for remotely transmitting commands to said control and timing circuitry characterized in that said control and timing circuitry comprises a start timer mechanism, timing circuitry, and a release controller, wherein said start timer mechanism transmits a signal to said timing circuitry for clocking a dispensing time period, and wherein said timing circuitry transmits a signal to said release controller for controlling said valve for dispensing said medicament substantially according to said dispensing timing pattern during said dispensing time period.
Cosmetic composition comprising at least one active ingredient for the reduction of skin wrinkles and/or for the reduction of the depth of skin pores and comprising an active ingredient carrier, characterized in that the composition contains: a) 0.01 to 10 wt% of hyaluronic acid as first active ingredient, b) 0.01 to 10 wt% of β-glucan as second active ingredient, c) 0.01 to 10 wt% of sphingolipids and/or galactolipids as active ingredient carrier, and d) 50 to 98 wt% of water. a) 0.01 to 10 wt% of hyaluronic acid as first active ingredient, b) 0.01 to 10 wt% of β-glucan as second active ingredient, c) 0.01 to 10 wt% of sphingolipids and/or galactolipids as active ingredient carrier, and d) 50 to 98 wt% of water.
A tyre protective element for bicycle tyres, comprising a holding element for connection with a rim flange of a bicycle rim, and a buffer element connected with the holding element for pressure absorption in the event of a deformation of a tyre casing, characterized in that the holding element comprises two opposite holding arms (18, 20) which are arranged on an inner side and an outer side of the rim flange, respectively, in a mounted state, wherein the tyre protective element is formed as a separate tyre protective element for each rim flange. a holding element for connection with a rim flange of a bicycle rim, and a buffer element connected with the holding element for pressure absorption in the event of a deformation of a tyre casing, characterized in that the holding element comprises two opposite holding arms (18, 20) which are arranged on an inner side and an outer side of the rim flange, respectively, in a mounted state, wherein the tyre protective element is formed as a separate tyre protective element for each rim flange.
A method of stabilizing virgin ion exchange resin material, the method comprising: cleansing the virgin ion exchange resin material with a preparation comprising a non-ionic detergent at a concentration below the non-ionic detergent's critical micelle concentration (as determined at about 25 °C and about atmospheric pressure) to produce a cleansed virgin ion exchange resin material, wherein the non-ionic detergent comprises ethoxylated octyl phenol, and wherein the preparation comprises less than about 0.125 g/L ethoxylated octyl phenol; introducing the cleansed virgin ion exchange resin material into a gas impermeable vessel; and hermetically sealing the vessel; wherein a feed temperature is between 5 °C and 10 °C. cleansing the virgin ion exchange resin material with a preparation comprising a non-ionic detergent at a concentration below the non-ionic detergent's critical micelle concentration (as determined at about 25 °C and about atmospheric pressure) to produce a cleansed virgin ion exchange resin material, wherein the non-ionic detergent comprises ethoxylated octyl phenol, and wherein the preparation comprises less than about 0.125 g/L ethoxylated octyl phenol; introducing the cleansed virgin ion exchange resin material into a gas impermeable vessel; and hermetically sealing the vessel; wherein a feed temperature is between 5 °C and 10 °C.
A terminal comprising: a receiving section adapted to receive a Physical Downlink Control Channel, PDCCH; and a control section adapted to, when low latency beam selection is configured by higher layer signaling, assume that a same spatial domain filter is used for transmission of the PDCCH, transmission of a Physical Downlink Shared Channel, PDSCH, and reception of a Physical Uplink Control Channel, PUCCH, wherein the control section is adapted to assume, when low latency beam selection is configured by higher layer signaling, that a downlink spatial domain reception filter used for reception of the PDCCH in a control resource set, CORESET, is same as a downlink spatial domain reception filter corresponding to a transmitted latest measurement result in order to perform PDCCH reception processing, and wherein the low latency beam selection is a beam selection in which the terminal is not notified of a new transmission configuration indicator, TCI, state for the PDCCH. a receiving section adapted to receive a Physical Downlink Control Channel, PDCCH; and a control section adapted to, when low latency beam selection is configured by higher layer signaling, assume that a same spatial domain filter is used for transmission of the PDCCH, transmission of a Physical Downlink Shared Channel, PDSCH, and reception of a Physical Uplink Control Channel, PUCCH, wherein the control section is adapted to assume, when low latency beam selection is configured by higher layer signaling, that a downlink spatial domain reception filter used for reception of the PDCCH in a control resource set, CORESET, is same as a downlink spatial domain reception filter corresponding to a transmitted latest measurement result in order to perform PDCCH reception processing, and wherein the low latency beam selection is a beam selection in which the terminal is not notified of a new transmission configuration indicator, TCI, state for the PDCCH.