mhurhangee/ep-ind-claims huggingface dataset:
A compacting device for a machine for winding a fiber texture on an impregnation mandrel, the device comprising a frame having mounted thereon a compacting roller for bearing against the outside surface of an impregnation mandrel of a winding machine, and two compacting wheels, each designed to bear against a corner formed between the outside surface and a side plate of the impregnation mandrel, characterized in that the compaction device further comprises means for applying vibration to the compacting roller and wheels, and means for adjusting the position of the compacting roller relative to the frame, wherein the compacting roller is mounted to rotate between two plates secured to the frame, each plate having one end constrained to pivot with a toothed wheel suitable for pivoting about a horizontal axis with respect to the remaining of the frame by meshing with a wormscrew so as to enable the position of the compacting roller to be adjusted relative to the frame.
A process for the manufacture of a hydroxytyrosol carbonate ester compound represented by Formula 2 wherein R 1 is a saturated or unsaturated, branched or straight chain, substituted or unsubstituted, C 1 -C 22 aliphatic, alicyclic, or alkaryl group, comprising oxidizing a lipophilic formyltyrosol ester represented by Formula 5: with a peroxide compound; wherein R 2 is a branched or straight chain, saturated or unsaturated, substituted or unsubstituted, C 2 -C 24 aliphatic, alicyclic, or alkaryl group; wherein said peroxide comprises hydrogen peroxide; to obtain a lipophilic hydroxytyrosol ester represented by Formula 6:
An information reporting method, performed by a terminal, the method comprising: after a random access initiated by the terminal is completed, determining related information of the random access; and reporting the related information of the random access to a network device; the method being characterized by the related information of the random access comprising at least one of: a type of a carrier in which the random access initiated by the terminal is located; information of the BWP where the random access selected by the terminal is located, wherein the information of the BWP where the random access selected by the terminal is located comprises at least one of: location and bandwidth of the BWP, or a subcarrier spacing of the BWP; or a type of random access supported by the BWP where the random access selected by the terminal is located. determining related information of the random access; and reporting the related information of the random access to a network device; the method being characterized by the related information of the random access comprising at least one of: a type of a carrier in which the random access initiated by the terminal is located; information of the BWP where the random access selected by the terminal is located, wherein the information of the BWP where the random access selected by the terminal is located comprises at least one of: location and bandwidth of the BWP, or a subcarrier spacing of the BWP; or a type of random access supported by the BWP where the random access selected by the terminal is located. a type of a carrier in which the random access initiated by the terminal is located; information of the BWP where the random access selected by the terminal is located, wherein the information of the BWP where the random access selected by the terminal is located comprises at least one of: location and bandwidth of the BWP, or a subcarrier spacing of the BWP; or a type of random access supported by the BWP where the random access selected by the terminal is located.
A pair of reagents for stabilization of collagen matrices and for condensation of polymers, constituted by a first reagent comprising: a) at least one compound of formula III (2-halo-4,6-dialkoxy-1,3,5-triazine) where: R 1 and R 2 are independently chosen from: -CH 3,-CH 2 CH 3, -CH(CH 3) 2, -(CH 2) 2 CH 3, and -(CH 2) 3 CH 3; and X is Cl - or Br -; b) a buffer; c) an inorganic salt; d) a solvent, and a second reagent that is a composition comprising: a) a tertiary amine, and/or a quaternary salt thereof; b) a buffer; c) a solvent. a) at least one compound of formula III (2-halo-4,6-dialkoxy-1,3,5-triazine) where: R 1 and R 2 are independently chosen from: -CH 3,-CH 2 CH 3, -CH(CH 3) 2, -(CH 2) 2 CH 3, and -(CH 2) 3 CH 3; and X is Cl - or Br -; b) a buffer; c) an inorganic salt; d) a solvent, and a) a tertiary amine, and/or a quaternary salt thereof; b) a buffer; c) a solvent.
A removable device, adapted to connect a smart phone (220, 230, 380) to a head unit of a vehicle and comprising: a first communication module (320, 400) having a first transceiver and configured for bi-directional communication of data with the head unit; a separate, second communication module (330, 400) having a second transceiver and configured for bi-directional communication of data with the smart phone (220, 230, 380); a control unit configured to provide at least one service to the head unit via the first communication module (320, 400) based on data received via the second communication module (330, 400); and a non-volatile, rewritable memory unit storing an application programming interface, API (356, 545), implementing at least a first protocol for the communication with the head unit via the first communication module (320, 400) and a second protocol for the communication with the smart phone (220, 230, 380); wherein the control unit comprises at least one processing unit adapted to execute the API (356, 545); characterized in that the control unit is further configured to process data including control signals, received via the first communication module (320, 400), by executing the API (356, 545); and wherein the processing of the data comprises a conversion of the included control signals on the application layer between corresponding specifications of the head unit and the smart phone (220, 230, 380) to control at least one mobile app stored on the smart phone (220, 230, 380). a first communication module (320, 400) having a first transceiver and configured for bi-directional communication of data with the head unit; a separate, second communication module (330, 400) having a second transceiver and configured for bi-directional communication of data with the smart phone (220, 230, 380); a control unit configured to provide at least one service to the head unit via the first communication module (320, 400) based on data received via the second communication module (330, 400); and a non-volatile, rewritable memory unit storing an application programming interface, API (356, 545), implementing at least a first protocol for the communication with the head unit via the first communication module (320, 400) and a second protocol for the communication with the smart phone (220, 230, 380); wherein the control unit comprises at least one processing unit adapted to execute the API (356, 545); characterized in that the control unit is further configured to process data including control signals, received via the first communication module (320, 400), by executing the API (356, 545); and wherein the processing of the data comprises a conversion of the included control signals on the application layer between corresponding specifications of the head unit and the smart phone (220, 230, 380) to control at least one mobile app stored on the smart phone (220, 230, 380).
A dust box assembly, comprising - a dust box having a holding cavity, - a dust suction port, and - at least two air outlets, wherein - the dust suction port is connected to the holding cavity; - the at least two air outlets are respectively connected to the holding cavity and formed in two opposite sides of the dust box; - at least two fans are provided corresponding to the at least two air outlets; and - the fans are configured to form an air stream passing through the dust suction port, the holding cavity, and the air outlets in turn. - a dust box having a holding cavity, - a dust suction port, and - at least two air outlets, - the dust suction port is connected to the holding cavity; - the at least two air outlets are respectively connected to the holding cavity and formed in two opposite sides of the dust box; - at least two fans are provided corresponding to the at least two air outlets; and - the fans are configured to form an air stream passing through the dust suction port, the holding cavity, and the air outlets in turn.
A camera system comprising a zoom lens, in particular for use in a surveying device, having - a tubular guide system having a tube body, which defines a tube interior and an optical axis, - a sensor module, which is arranged downstream from the guide system, having an optical sensor for acquiring optical radiation, - at least one first carriage, which - has an optical assembly having at least one optical element and an optics carrier, - is arranged so it is linearly movable in the tube interior along the optical axis, and - is mounted essentially without play in a plane through the tube body perpendicular to the optical axis, and - a first drive system, which is decoupled from the guide system, for moving the first carriage along the optical axis, characterized in that - the first carriage has a first position encoder element (21, 21'), and - a first scanning sensor (71, 71') is embodied for the acquisition of the first position encoder element (21, 21') such that a position-dependent first scanning signal, which is linked to the linear position of the first carriage, can be generated, so that a linear position of the first carriage is derivable. - a tubular guide system having a tube body, which defines a tube interior and an optical axis, - a sensor module, which is arranged downstream from the guide system, having an optical sensor for acquiring optical radiation, - at least one first carriage, which - has an optical assembly having at least one optical element and an optics carrier, - is arranged so it is linearly movable in the tube interior along the optical axis, and - is mounted essentially without play in a plane through the tube body perpendicular to the optical axis, and - has an optical assembly having at least one optical element and an optics carrier, - is arranged so it is linearly movable in the tube interior along the optical axis, and - is mounted essentially without play in a plane through the tube body perpendicular to the optical axis, and - a first drive system, which is decoupled from the guide system, for moving the first carriage along the optical axis, characterized in that - the first carriage has a first position encoder element (21, 21'), and - a first scanning sensor (71, 71') is embodied for the acquisition of the first position encoder element (21, 21') such that a position-dependent first scanning signal, which is linked to the linear position of the first carriage, can be generated, so that a linear position of the first carriage is derivable.
An adjustable radio frequency filter in planar technology comprising a dielectric substrate (8, 90) and n resonators R1, R2,..Ri,...Rj,...Rk,..Rn integrated into the substrate, each resonator comprising, on a main plane PL of the substrate, a succession of segments t1, t2,..tq,..tp of planar transmission lines that each have two ends, p being the number of segments of planar transmission lines of the resonator Ri in question, p being equal to or greater than 2, q being the position of the segment, one end of a segment tq of a resonator Ri being opposite and separated by a distance d from an end of the following segment t(q+1) of the same resonator Ri, the opposite ends of the successive segments of a resonator Ri being linked by an electrical link (30, 34, 50, 52, 54) which locally raises the characteristic impedance (Zc) of the resonator Ri in question, characterised in that said electrical link comprises a high impedance HI line (30, 34) connected in parallel to at least one adjustment element (50, 52, 54).
A method of quantitatively measuring the concentration of a chemical species in a sample solution with a sensor self-contained sensor film, said method comprising: preparing a hydrogel sensor film having a chemical composition comprising an indicator that changes its optical properties upon being exposed to the chemical species in the sample solution; immobilizing the indicator in the hydrogel film by forming an ion pair between the indicator and a quaternary ammonium, quaternary phosphonium, quaternary imidazolium, quaternary pyridium, quaternany pyrrolidinium, or quaternary sulfonium ion, wherein the concentration of quaternary ammonium, quaternary phosphonium, quaternary imidazolium, quaternary pyridium, quaternany pyrrolidinium, or quaternary sulfonium salt is 5 - 1000 times greater than the stoichiometric amount required to ion pair the indicator; exposing the film to a fixed amount of the sample solution; measuring the absorbance of the self-contained sensor film at a wavelength near the maximum absorbance peak (λmax) of the indicator using optical scanning equipment; and quantifying the concentration of the chemical species in the sample solution using the average absorbance measured from the sensor film; wherein the self-contained sensor film is selected from the group consisting of a phosphate sensor, a molybdate sensor film, a magnesium sensor film, a hardness sensor film, a calcium sensor film, a sulfite sensor film, an alkalinity sensor film, and a chlorine sensor film. preparing a hydrogel sensor film having a chemical composition comprising an indicator that changes its optical properties upon being exposed to the chemical species in the sample solution; immobilizing the indicator in the hydrogel film by forming an ion pair between the indicator and a quaternary ammonium, quaternary phosphonium, quaternary imidazolium, quaternary pyridium, quaternany pyrrolidinium, or quaternary sulfonium ion, wherein the concentration of quaternary ammonium, quaternary phosphonium, quaternary imidazolium, quaternary pyridium, quaternany pyrrolidinium, or quaternary sulfonium salt is 5 - 1000 times greater than the stoichiometric amount required to ion pair the indicator; exposing the film to a fixed amount of the sample solution; measuring the absorbance of the self-contained sensor film at a wavelength near the maximum absorbance peak (λmax) of the indicator using optical scanning equipment; and quantifying the concentration of the chemical species in the sample solution using the average absorbance measured from the sensor film; wherein the self-contained sensor film is selected from the group consisting of a phosphate sensor, a molybdate sensor film, a magnesium sensor film, a hardness sensor film, a calcium sensor film, a sulfite sensor film, an alkalinity sensor film, and a chlorine sensor film.
A balloon catheter comprising: a balloon; an outer shaft joined to the balloon; and an inner shaft joined to the balloon, the inner shaft comprising an inner layer; a coil body arranged on the outer periphery of the inner layer and having a plurality of turns of a wire, wherein the coil body has a sparsely wound portion where gaps are formed between the adjacent turns of the wire; a marker member (70, 71, 72) arranged on the outer periphery of the coil body; characterized in that the balloon catheter further comprises an outer layer covering the coil body and the marker member (71, 72), at least one of a distal end part (711, 721) and a proximal end part (712, 722) of the marker member (71, 72) is arranged at a position facing a void formed between adjacent turns of the wire of the sparsely wound portion, and the at least one of the distal end part (711, 721) and the proximal end part (712, 722) of the marker member (71, 72) is curved toward the inner layer. a balloon; an outer shaft joined to the balloon; and an inner shaft joined to the balloon, the inner shaft comprising an inner layer; a coil body arranged on the outer periphery of the inner layer and having a plurality of turns of a wire, wherein the coil body has a sparsely wound portion where gaps are formed between the adjacent turns of the wire; a marker member (70, 71, 72) arranged on the outer periphery of the coil body; an inner layer; a coil body arranged on the outer periphery of the inner layer and having a plurality of turns of a wire, wherein the coil body has a sparsely wound portion where gaps are formed between the adjacent turns of the wire; a marker member (70, 71, 72) arranged on the outer periphery of the coil body; characterized in that the balloon catheter further comprises an outer layer covering the coil body and the marker member (71, 72), at least one of a distal end part (711, 721) and a proximal end part (712, 722) of the marker member (71, 72) is arranged at a position facing a void formed between adjacent turns of the wire of the sparsely wound portion, and the at least one of the distal end part (711, 721) and the proximal end part (712, 722) of the marker member (71, 72) is curved toward the inner layer.
Pulverulent mortar composition which comprises: - from 10% to 60% of an inorganic binder, - from 40% to 90% of an inert material in granule form that can be agglomerated in aqueous phase by means of said binder, - from 0.2% to 1% of a fluid additive comprising from 25% to 100% of a saturated or unsaturated, linear or branched hydrocarbon compound (i) which is liquid at ambient temperature and which includes one or more ester groups -COO- of which the total weight, relative to the molar mass of said compound (i), is between 20% and 50%. - from 10% to 60% of an inorganic binder, - from 40% to 90% of an inert material in granule form that can be agglomerated in aqueous phase by means of said binder, - from 0.2% to 1% of a fluid additive comprising from 25% to 100% of a saturated or unsaturated, linear or branched hydrocarbon compound (i) which is liquid at ambient temperature and which includes one or more ester groups -COO- of which the total weight, relative to the molar mass of said compound (i), is between 20% and 50%.
Sliding opening element, equipped with a leading upright, comprising two metallic lateral walls, joined by bridging spacers (7, 8) delimiting a channel between them which is intended to fit over a vertical element of an upright of a frame in a position where the said uprights (1, 9) meet, wherein the sliding opening element comprises a profile in an insulating material, said profile intended to be inserted into the channel of the opening element, wherein this profile has at least two flanks extending along the outside of said profile up to a base formed by the bottom of this latter, said flanks having the means to retain the profile in position wherein they are intended to interact with additional means arranged at the entrance of the channel of the opening element, characterised in that this said profile comprises guiding and centring means arranged at least partly beyond said position retaining means along the outside, wherein these guiding and centring means thus emerge from the open end of the opening element and are configured to ensure that the profile is guided relative to the vertical element of the frame around which said profile is positioned, in the situation where the said uprights (1, 9) meet.
A discharge unit comprising: a discharge electrode including an electrode supporting plate, a plurality of discharging needles (73,74) supported in a side edge portion of the electrode supporting plate and a feeder plate extending and protruding rightward from a front end portion of a right side of the electrode supporting plate; a counter electrode which is opposed to the discharge electrode and is configured with a first opposed plate and a second opposed plate; and an insulation member having a surface, which is continuous from the discharge electrode to the counter electrode, wherein a wall portion, which is configured to suppress a contaminant from adhering to the surface of the insulation member is provided on one side with respect to a discharge region formed by the discharge electrode, wherein the wall portion includes an extension portion extending from a part of the insulation member to which the counter electrode is attached to a side of the discharge electrode, wherein the insulation member includes a discharge electrode supporting portion which supports the discharge electrode, wherein the wall portion is provided closer to the side of the discharge electrode supporting portion than the discharge region, wherein a distal end portion of the extension portion is located closer to the discharging needle (73 or 74) of the discharge electrode than to the opposed plate (61 or 62) of the counter electrode, wherein the insulation member has a recessed-shape and includes a counter electrode supporting portion which supports the counter electrode. a discharge electrode including an electrode supporting plate, a plurality of discharging needles (73,74) supported in a side edge portion of the electrode supporting plate and a feeder plate extending and protruding rightward from a front end portion of a right side of the electrode supporting plate; a counter electrode which is opposed to the discharge electrode and is configured with a first opposed plate and a second opposed plate; and an insulation member having a surface, which is continuous from the discharge electrode to the counter electrode, wherein a wall portion, which is configured to suppress a contaminant from adhering to the surface of the insulation member is provided on one side with respect to a discharge region formed by the discharge electrode, wherein the wall portion includes an extension portion extending from a part of the insulation member to which the counter electrode is attached to a side of the discharge electrode, wherein the insulation member includes a discharge electrode supporting portion which supports the discharge electrode, wherein the wall portion is provided closer to the side of the discharge electrode supporting portion than the discharge region, wherein a distal end portion of the extension portion is located closer to the discharging needle (73 or 74) of the discharge electrode than to the opposed plate (61 or 62) of the counter electrode,
A composition comprising: a polythiol compound; a compound having a carbon-carbon double bond at a terminal of a molecule thereof; a photo radical generator; and a thermal radical generator, a ratio (Ene/SH) of a total molar number (Ene) of the carbon-carbon double bond contained in terminals of a molecule of the compound having a carbon-carbon double bond at a terminal of a molecule thereof to a total molar number of thiol groups contained in the polythiol compound being higher than 0.20 but equal to or less than 0.70, and wherein the compound having a carbon-carbon double bond at a terminal of a molecule thereof is a compound represented by the following Formula: wherein R 1, R 2, and R 3 each independently represent an acryloyloxy group or a methacryloyloxy group, in which at least one of R 1 to R 3 is a methacryloyloxy group; and L 1, L 2, and L 3 each independently represent an alkylene group having from 1 to 4 carbons. a polythiol compound; a compound having a carbon-carbon double bond at a terminal of a molecule thereof; a photo radical generator; and a thermal radical generator, a ratio (Ene/SH) of a total molar number (Ene) of the carbon-carbon double bond contained in terminals of a molecule of the compound having a carbon-carbon double bond at a terminal of a molecule thereof to a total molar number of thiol groups contained in the polythiol compound being higher than 0.20 but equal to or less than 0.70, and wherein the compound having a carbon-carbon double bond at a terminal of a molecule thereof is a compound represented by the following Formula: wherein R 1, R 2, and R 3 each independently represent an acryloyloxy group or a methacryloyloxy group, in which at least one of R 1 to R 3 is a methacryloyloxy group; and L 1, L 2, and L 3 each independently represent an alkylene group having from 1 to 4 carbons.