mhurhangee/patent-ind-claim-en huggingface dataset:
Process for synthesis of a mercaptan starting from a terminal olefin and hydrogen sulfide comprising at least the following successive steps: - A- catalytic addition of hydrogen sulfide to a terminal olefin catalysed by an acid catalyst, then - B- separation of the products of the addition reaction into a light fraction comprising the excess hydrogen sulfide and the olefins, and a heavy fraction comprising at least one mercaptan and optionally one or more thioethers, - C- finishing step, passing the light fraction obtained from step B over an acid catalyst, then - D- separation of the products from the finishing step into a fraction rich in hydrogen sulfide and a fraction rich in addition products and then - E- recycling of the fraction rich in hydrogen sulfide to the step of catalytic addition A. - A- catalytic addition of hydrogen sulfide to a terminal olefin catalysed by an acid catalyst, then - B- separation of the products of the addition reaction into a light fraction comprising the excess hydrogen sulfide and the olefins, and a heavy fraction comprising at least one mercaptan and optionally one or more thioethers, - C- finishing step, passing the light fraction obtained from step B over an acid catalyst, then - D- separation of the products from the finishing step into a fraction rich in hydrogen sulfide and a fraction rich in addition products and then - E- recycling of the fraction rich in hydrogen sulfide to the step of catalytic addition A.
An emulsifying tool for machinery for preparing food products, comprising a support which extends along a main plane (X-X) with respect to which there are defined an emulsion area above and an emulsion area below, which communicate with each other mainly through communication openings which are formed in the support , a movement transmission member being positioned centrally on the support in order to transmit a rotational movement about a centre axis (Z) which is perpendicular to the main plane (X-X) thereto during use, cutting members being mounted to be loose on the periphery of the support so as to oscillate with respect to the above-mentioned main plane (X-X).
External loading test apparatus comprising: - a structure with at least three pillars and a platform , said platform being supported by the at least three pillars , the platform being configured to receive a podded electric propulsion motor in a hanging position while allowing operation of said pod, - at least a test subsystem , for applying a force on the pod or pod propeller to simulate full scale external loading, characterized by a test subsystem comprising a pod actuator interface , an actuator and an actuator structure interface , the actuator structure interface comprises a frame intended to be removably fixed to the structure and means forming a rotational joint with the actuator , so that the actuator is anchored to the structure while retaining at least one degree of rotation, the actuator comprising an actuator body and an actuator rod configured so that the actuator rod extends from or retracts into the actuator body upon command. - a structure with at least three pillars and a platform , said platform being supported by the at least three pillars , the platform being configured to receive a podded electric propulsion motor in a hanging position while allowing operation of said pod, - at least a test subsystem , for applying a force on the pod or pod propeller to simulate full scale external loading, characterized by a test subsystem comprising a pod actuator interface , an actuator and an actuator structure interface , the actuator structure interface comprises a frame intended to be removably fixed to the structure and means forming a rotational joint with the actuator , so that the actuator is anchored to the structure while retaining at least one degree of rotation, the actuator comprising an actuator body and an actuator rod configured so that the actuator rod extends from or retracts into the actuator body upon command.
A multifunctional phase separation apparatus comprising: a porous tube comprising a first entry port connectable to a recirculation line of a pump and an exit port; a phase separator within the porous tube comprising a second entry port connectable to a system return and configured to generate centrifugal motion to force a medium from the system return to flow along an outer perimeter of the phase separator; a porous media enclosing an outside surface of the phase separator and configured to capture liquid from the medium and to merge the captured liquid via the porous tube to the medium from the recirculation line; a plurality of liquid collecting modules ; and a reservoir configured on a first end of the plurality of liquid collecting modules outside the porous tube configured to receive a remaining portion of the medium following capture of the liquid by the porous media. a porous tube comprising a first entry port connectable to a recirculation line of a pump and an exit port; a phase separator within the porous tube comprising a second entry port connectable to a system return and configured to generate centrifugal motion to force a medium from the system return to flow along an outer perimeter of the phase separator; a porous media enclosing an outside surface of the phase separator and configured to capture liquid from the medium and to merge the captured liquid via the porous tube to the medium from the recirculation line; a plurality of liquid collecting modules ; and a reservoir configured on a first end of the plurality of liquid collecting modules outside the porous tube configured to receive a remaining portion of the medium following capture of the liquid by the porous media.
A bale wrapper, which has a frame, a wrapping table which is moveable in relation to the frame, which wrapping table has a front edge and a rear edge , over which rear edge a wrapped bale is arranged to roll off the wrapping table, and which frame comprises at least one support rail , which has a longitudinal direction, and the wrapping table has first support members , with which the wrapping table is supported to said support rail to be moveable in the longitudinal direction of the support rail, a receiving station , whereto the wrapping table can be moved to receive a bale , a wrapping station , whereto the wrapping table can be moved for the duration of the wrapping of a protective film, an actuator configured to move the wrapping table between the receiving station and the wrapping station and a wrapping device configured to wrap a protective film around the bale , characterized in that said wrapping table is supported by its front edge to the frame with at least one rocker .
An apparatus for producing measurement data of a foot , wherein the foot , when being photographed, is placed against a transparent surface on a first side (A) of the transparent surface, characterized in that the apparatus comprises: - at least one light source , - at least one optical element arranged to be placed in the line of propagation of a beam of light produced by the at least one light source for spreading out the beam of light into a set of patterns of light so that the patterns of light are projected directly from the optical element at least partly on the sole of the foot placed for photography for determining the length of the foot, - at least one additional light source for producing a beam of light directed to at least one side wall of the apparatus for determining the width of the foot, wherein the at least one additional light source is an LED light, and - a camera for photographing directly the patterns of light which are projected on at least the sole of the foot placed for photography and which follow the shapes of the sole of the foot and the beam of light produced by the at least one additional light source directed to at least one side wall simultaneously or at different time. - at least one light source , - at least one optical element arranged to be placed in the line of propagation of a beam of light produced by the at least one light source for spreading out the beam of light into a set of patterns of light so that the patterns of light are projected directly from the optical element at least partly on the sole of the foot placed for photography for determining the length of the foot, - at least one additional light source for producing a beam of light directed to at least one side wall of the apparatus for determining the width of the foot, wherein the at least one additional light source is an LED light, and - a camera for photographing directly the patterns of light which are projected on at least the sole of the foot placed for photography and which follow the shapes of the sole of the foot and the beam of light produced by the at least one additional light source directed to at least one side wall simultaneously or at different time.
A method for detecting a battery state of health, comprising performing distribution of relaxation times, DRT, processing on test data and obtaining a DRT spectrogram when performing an electrochemical impedance test on a power battery and obtaining the test data (S101); determining peak parameters of at least some peaks among a plurality of peaks of the DRT spectrogram, wherein the peak parameters comprise a peak frequency and/or an integrated area of a peak (S102); wherein the method is characterised by calculating deviations of the determined peak parameters from peak parameters of corresponding peaks in a DRT spectrogram corresponding to a reference power battery (S103); determining a capacity loss rate corresponding to the calculated deviations according to a corresponding relationship between a predetermined deviation and a predetermined capacity loss rate of each of the plurality of peaks (S104); and determining the battery state of health of the power battery according to the determined capacity loss rate (S105). processing on test data and obtaining a DRT spectrogram when performing an electrochemical impedance test on a power battery and obtaining the test data (S101); determining peak parameters of at least some peaks among a plurality of peaks of the DRT spectrogram, wherein the peak parameters comprise a peak frequency and/or an integrated area of a peak (S102); wherein the method is characterised by calculating deviations of the determined peak parameters from peak parameters of corresponding peaks in a DRT spectrogram corresponding to a reference power battery (S103); determining a capacity loss rate corresponding to the calculated deviations according to a corresponding relationship between a predetermined deviation and a predetermined capacity loss rate of each of the plurality of peaks (S104); and determining the battery state of health of the power battery according to the determined capacity loss rate (S105).
A method for producing propylene, comprising: (a) directing methane (CH 4 ) and oxygen (O 2 ) into an oxidative coupling of methane (OCM) reactor that reacts the CH 4 and the O 2 to yield an OCM product stream comprising hydrocarbon compounds containing at least two carbon atoms (C 2+ compounds) including ethylene; (b) directing the OCM product stream into a separations unit that yields an ethylene stream comprising ethylene from the OCM product stream; (c) directing a first portion of ethylene from the ethylene stream into a dimerization reactor that reacts the ethylene in a dimerization reaction to yield a butene stream comprising butene compounds; (d) directing the butene stream into a C 4 separations unit that yields a butene-2 stream comprising butene-2 from the butene stream; and (e) directing the butene-2 stream and a second portion of ethylene from the ethylene stream into a metathesis reactor that reacts the butene-2 and the ethylene to yield a metathesis product stream comprising C 2+ compounds including propylene. (a) directing methane (CH 4 ) and oxygen (O 2 ) into an oxidative coupling of methane (OCM) reactor that reacts the CH 4 and the O 2 to yield an OCM product stream comprising hydrocarbon compounds containing at least two carbon atoms (C 2+ compounds) including ethylene; (b) directing the OCM product stream into a separations unit that yields an ethylene stream comprising ethylene from the OCM product stream; (c) directing a first portion of ethylene from the ethylene stream into a dimerization reactor that reacts the ethylene in a dimerization reaction to yield a butene stream comprising butene compounds; (d) directing the butene stream into a C 4 separations unit that yields a butene-2 stream comprising butene-2 from the butene stream; and (e) directing the butene-2 stream and a second portion of ethylene from the ethylene stream into a metathesis reactor that reacts the butene-2 and the ethylene to yield a metathesis product stream comprising C 2+ compounds including propylene.
A lubricating composition comprising a major amount of an oil of lubricating viscosity and 0.01 to 25 percent by weight, based on the weight of the composition, of a poly(2-oxazoline) polymer having the repeat unit: -N(COR 1 )CH 2 CH 2 - wherein the number of repeat units (n) in the polymer is an integer between 4 and 1000, such as between 4 and 500; wherein the polymer carries an inorganic or organic nucleophilic polymerisation terminating group (t), and an initiator group (i) connected to the N atom of a repeat unit, the initiator group (i) being effective to initiate the polymerisation of linear, branched or cyclic hydrocarbyl moieties; and wherein at least 5% of the total number of the groups R 1 in the polymer comprise alkenyl groups having between 15 and 20 carbon atoms.
An integrated circuit, comprising - at least one supply voltage terminal configured to receive a supply voltage (Vdd) for operation of the integrated circuit; - at least one input terminal configured to receive an analog input signal corresponding to an audio signal; - a differential signal output comprising two output terminals configured to provide an analog output signal; and - a signal strength detector configured to detect a signal strength of the analog input signal provided at the at least one input terminal , wherein the integrated circuit is configured to amplify the audio signal wherein an amplification setting is selected based on the detected signal strength and to output a corresponding amplified signal corresponding to the analog output signal at the differential signal output ); wherein the integrated circuit further comprises a signaling circuit configured to indicate the amplification setting of the integrated circuit at the differential signal output wherein the signaling circuit comprises a DC shifter and is connected to the two output terminals , the signaling circuit being configured to generate a predetermined first offset voltage and to superimpose a common mode output voltage of the two output terminals with the predetermined first offset voltage corresponding to a DC shift if the amplification setting of the integrated circuit is a first amplification setting, and not to superimpose the common mode output voltage of the two output terminals with the predetermined offset voltage or to superimpose the common mode output voltage of the two output terminals with a predetermined second offset voltage, if the amplification setting of the integrated circuit is a second amplification setting. - at least one supply voltage terminal configured to receive a supply voltage (Vdd) for operation of the integrated circuit; - at least one input terminal configured to receive an analog input signal corresponding to an audio signal; - a differential signal output comprising two output terminals configured to provide an analog output signal; and - a signal strength detector configured to detect a signal strength of the analog input signal provided at the at least one input terminal , wherein the integrated circuit is configured to amplify the audio signal wherein an amplification setting is selected based on the detected signal strength and to output a corresponding amplified signal corresponding to the analog output signal at the differential signal output );
A method for identifying a chemical compound or agent able to induce ubiquitination of a protein of interest, the method comprising: (i) contacting a chemical compound or agent of interest with an isolated eukaryotic cell comprising and/or expressing the protein of interest and manipulating said cell to comprise enhanced cullin-RING ubiquitin ligase (CRL) activity; (ii) determining the level of at least one member of an E3 ligase complex present in the cell; wherein said chemical compound or agent is identified to induce ubiquitination of the protein of interest if the level of the at least one member of the E3 ligase complex is increased compared to the level determined in the absence of said chemical compound or agent of interest. the method comprising: (i) contacting a chemical compound or agent of interest with an isolated eukaryotic cell comprising and/or expressing the protein of interest and manipulating said cell to comprise enhanced cullin-RING ubiquitin ligase (CRL) activity; (ii) determining the level of at least one member of an E3 ligase complex present in the cell; (i) contacting a chemical compound or agent of interest with an isolated eukaryotic cell comprising and/or expressing the protein of interest and manipulating said cell to comprise enhanced cullin-RING ubiquitin ligase (CRL) activity; (ii) determining the level of at least one member of an E3 ligase complex present in the cell; wherein said chemical compound or agent is identified to induce ubiquitination of the protein of interest if the level of the at least one member of the E3 ligase complex is increased compared to the level determined in the absence of said chemical compound or agent of interest.
A station, STA, comprising: a receiver configured to receive, from an access point, AP, in a basic service set, BSS, that the STA is associated with, a BSS color change announcement element that includes a BSS color information field and a color switching time field, wherein the BSS color information field indicates a new BSS color to be used by the AP, and the color switching time field indicates when the AP will switch to the new BSS color; and a transmitter configured to transmit the new BSS color for communication with the AP after the AP switches to the new BSS color. a receiver configured to receive, from an access point, AP, in a basic service set, BSS, that the STA is associated with, a BSS color change announcement element that includes a BSS color information field and a color switching time field, wherein the BSS color information field indicates a new BSS color to be used by the AP, and the color switching time field indicates when the AP will switch to the new BSS color; and a transmitter configured to transmit the new BSS color for communication with the AP after the AP switches to the new BSS color.
A gas turbine engine rotor disk comprising: a web that extends inward in a radial direction from a rim to a bore that circumscribes an axis (X); a ridge that extends axially from a side of the web ; and a balancing cut in the ridge , wherein the ridge is proud of a generally planar surface of the web , wherein the ridge is annular and circumscribes the axis (X) substantially 360°, characterised in that the balancing cut includes a fillet extending in the radial direction, wherein the balancing cut has spaced apart lateral fillets provided in a circumferential direction, and wherein the side has a generally planar surface, the fillet in the radial direction has spaced apart first and second axial heights relative to the generally planar surface at radial extremities of the balancing cut , the second axial height is arranged at a greater axial distance from the axis (X) than the first axial height , the second axial height greater than the first axial height . a web that extends inward in a radial direction from a rim to a bore that circumscribes an axis (X); a ridge that extends axially from a side of the web ; and a balancing cut in the ridge , wherein the ridge is proud of a generally planar surface of the web , wherein the ridge is annular and circumscribes the axis (X) substantially 360°, characterised in that the balancing cut includes a fillet extending in the radial direction, wherein the balancing cut has spaced apart lateral fillets provided in a circumferential direction, and wherein the side has a generally planar surface, the fillet in the radial direction has spaced apart first and second axial heights relative to the generally planar surface at radial extremities of the balancing cut , the second axial height is arranged at a greater axial distance from the axis (X) than the first axial height , the second axial height greater than the first axial height .
Synthetic peptide for use in the treatment of a disease, disorder or condition related to inflammation, wherein the synthetic peptide consists of 7 consecutive amino acid residues set forth as X 1 X 2 X 3 X 4 X 5 X 6 X 7 (SEQ ID NO: 1), wherein, X 1 is alanine (A), aspartic acid (D), asparagine (N), leucine (L), phenylalanine (F) or valine (V); X 2 is alanine (A), isoleucine (I), leucine (L) or valine (V); X 3 is phenylalanine (F), tyrosine (Y) or tryptophan (W); X4 is arginine (R) or lysine (K); X 5 is valine (V), methionine (M), isoleucine (I), leucine (L) or glutamine (Q); X 6 is arginine (R), glutamine (Q), lysine (K) or proline (P); X 7 is serine (S) or threonine (T); each X 2 , X 3 , X 4 , X 6 and X 7 are independently L-form amino acid residues; wherein the synthetic peptide has the amino acid sequence that is any of SEQ ID NOs: 2, 3, 4, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 or 21; and the disease, disorder or condition related to inflammation is psoriasis, skin fibrosis, rheumatoid arthritis, asthma, allergy or allergic conjunctivitis.
A device for removal/evacuation of a silicone implant from a subject, the device comprising a collection container comprising a connector for connection to a suction source and a rimmed opening sized and shaped to adhere to or juxtapose the implant , such that when suction is applied, the implant is sucked into said collection container, characterized by the collection container including a skeleton configured to resist collapse of the collection container , when suction is applied, wherein the skeleton is internal to or embedded within a wall of the collection container; and further characterized in that the rimmed opening is essentially elliptical and has a major axis in a range of 2 cm to 6 cm. characterized by the collection container including a skeleton configured to resist collapse of the collection container , when suction is applied, wherein the skeleton is internal to or embedded within a wall of the collection container; and further characterized in that the rimmed opening is essentially elliptical and has a major axis in a range of 2 cm to 6 cm.