mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the extraction of at least one phenolic compound contained in an aqueous phase, the process comprising the following steps: - providing an aqueous phase having a predetermined concentration of phenolic compound(s); - adding at least one saccharide in a predetermined amount to the aqueous phase to obtain a mixture comprising solid aggregates of phenolic compound - saccharide complexes; and - filtering the solid aggregates of phenolic compound - saccharide complexes; wherein: - the predetermined concentration of phenolic compounds in the aqueous phase is at least 20 mM; - the pH of the aqueous phase is acidic; - the predetermined amount of the at least one saccharide is at least 4 molar equivalents per molar equivalent of the at least one phenolic compound or the sum of phenolic compounds; wherein the process is carried out at a temperature not exceeding 40°C; and wherein the at least one saccharide is a cyclodextrin. - providing an aqueous phase having a predetermined concentration of phenolic compound(s); - adding at least one saccharide in a predetermined amount to the aqueous phase to obtain a mixture comprising solid aggregates of phenolic compound - saccharide complexes; and - filtering the solid aggregates of phenolic compound - saccharide complexes; - the predetermined concentration of phenolic compounds in the aqueous phase is at least 20 mM; - the pH of the aqueous phase is acidic; - the predetermined amount of the at least one saccharide is at least 4 molar equivalents per molar equivalent of the at least one phenolic compound or the sum of phenolic compounds;
Ultrasound transducer assembly , in particular for intravascular ultrasound systems, comprising: - at least one silicon substrate element including an ultrasound transducer element for emitting and receiving ultrasound waves and including electrical connectors for electrically connecting the ultrasound transducer element, wherein the at least one silicon substrate element has a top surface , a bottom surface and a side surface connecting the top surface and the bottom surface to each other, and characterized in that an isolation layer is disposed at the side surface for electrically isolating the at least one silicon substrate element, the isolation layer forming an exposed outer surface of the at least one silicon substrate element and being exposed to the outside. - at least one silicon substrate element including an ultrasound transducer element for emitting and receiving ultrasound waves and including electrical connectors for electrically connecting the ultrasound transducer element, wherein the at least one silicon substrate element has a top surface , a bottom surface and a side surface connecting the top surface and the bottom surface to each other, and characterized in that an isolation layer is disposed at the side surface for electrically isolating the at least one silicon substrate element, the isolation layer forming an exposed outer surface of the at least one silicon substrate element and being exposed to the outside. wherein the at least one silicon substrate element has a top surface , a bottom surface and a side surface connecting the top surface and the bottom surface to each other, and characterized in that an isolation layer is disposed at the side surface for electrically isolating the at least one silicon substrate element, the isolation layer forming an exposed outer surface of the at least one silicon substrate element and being exposed to the outside.
A gas turbine engine comprising: a fan drive turbine ; a gear reduction ; a fan driven by the fan drive turbine through the gear reduction , wherein said fan drive turbine drives a shaft which drives said gear reduction ; a low pressure compressor and a high pressure compressor , with said high pressure compressor driven by a high pressure turbine and said low pressure compressor driven by a low pressure compressor drive turbine through a mechanical transmission ; characterised in that : the mechanical transmission increases the speed of said low pressure compressor relative to said low pressure compressor drive turbine ; the engine further comprises a tap arranged to tap air from said low pressure compressor (112;230) and deliver the tapped air as cooling air to said high pressure turbine ; and said fan drive turbine is said low pressure compressor drive turbine . a fan drive turbine ; a gear reduction ; a fan driven by the fan drive turbine through the gear reduction , wherein said fan drive turbine drives a shaft which drives said gear reduction ; a low pressure compressor and a high pressure compressor , with said high pressure compressor driven by a high pressure turbine and said low pressure compressor driven by a low pressure compressor drive turbine through a mechanical transmission ; the mechanical transmission increases the speed of said low pressure compressor relative to said low pressure compressor drive turbine ; the engine further comprises a tap arranged to tap air from said low pressure compressor (112;230) and deliver the tapped air as cooling air to said high pressure turbine ; and said fan drive turbine is said low pressure compressor drive turbine .
Method for controlling a data interchange between a control apparatus of a motor vehicle and an external apparatus , wherein the control apparatus is used to perform a plurality of vehicle functions with each of which is associated at least one subservice which is provided for use by a plurality of vehicle functions and on the basis of which the respective vehicle function is performed; characterised in that by means of the at least one subservice , the data interchange between the control apparatus and the external apparatus is effected independently and irrespective of whether the vehicle function is currently activated or deactivated, wherein, due to the activated subservice , even if the vehicle function is not currently being controlled, a corresponding data collection as well as a data transmission from the control apparatus of the motor vehicle to the external apparatus occurs, comprising the steps: - if the control apparatus receives a deactivation signal for at least one of the vehicle functions (S6), the control apparatus deactivates this at least one vehicle function (S7) and checks whether the at least one subservice associated with the deactivated vehicle function is associated with at least one other vehicle function that is currently activated (S8); and - if the at least one subservice is not associated with a currently activated vehicle function , the control apparatus deactivates this at least one subservice and thereby terminates the data interchange effected by means of the at least one subservice between the control apparatus and the external device (S10); wherein a link between each vehicle function with the respective at least one subservice is stored in the control apparatus and the control apparatus checks, on the basis of the stored link, whether the at least one subservice associated with the deactivated vehicle function is associated with at least one other vehicle function which is currently activated. - if the control apparatus receives a deactivation signal for at least one of the vehicle functions (S6), the control apparatus deactivates this at least one vehicle function (S7) and checks whether the at least one subservice associated with the deactivated vehicle function is associated with at least one other vehicle function that is currently activated (S8); and - if the at least one subservice is not associated with a currently activated vehicle function , the control apparatus deactivates this at least one subservice and thereby terminates the data interchange effected by means of the at least one subservice between the control apparatus and the external device (S10);
Apparatus for growing arthropods including: a case having a predetermined number of walls delimiting an inner volume, a plurality of cells engaged to the case and housed at least partially in the inner volume, each cell comprising a hollow body defining a compartment configured for containing a predetermined amount of substrate for supporting arthropods, wherein at least part of each cell , in an engagement condition with the case and when said cell is at least partially housed in the inner volume of the case, is movable by rotation about an axis of rotation (X) with respect to the case for mixing the substrate, characterized by the fact that at least the hollow body of each cell is configured to swing about a respective axis of rotation (X) between a first and a second limit position. a case having a predetermined number of walls delimiting an inner volume, a plurality of cells engaged to the case and housed at least partially in the inner volume, each cell comprising a hollow body defining a compartment configured for containing a predetermined amount of substrate for supporting arthropods, wherein at least part of each cell , in an engagement condition with the case and when said cell is at least partially housed in the inner volume of the case, is movable by rotation about an axis of rotation (X) with respect to the case for mixing the substrate, characterized by the fact that at least the hollow body of each cell is configured to swing about a respective axis of rotation (X) between a first and a second limit position.
Composition for disinfecting skin and/or hands, characterized in that the composition includes the following: - an alcohol or a mixture of alcohols, - a silicone compound having quaternary ammonium groups, - a polyethylene oxide, and - a polyethylene imine. - an alcohol or a mixture of alcohols, - a silicone compound having quaternary ammonium groups, - a polyethylene oxide, and - a polyethylene imine.
Urethane-based adhesive being a two-liquid type adhesive composition which comprises: a main agent comprising (A) a urethane prepolymer having an isocyanate group at the end thereof; (B) an alkoxysilyl group-containing polyfunctional isocyanate compound which is obtained through a reaction of a silane compound having two or more alkoxysilyl groups in one molecule and a polyisocyanate having an isocyanate group at the end thereof by bonding at least one isocyanate group of a plurality of isocyanate groups which the polyisocyanate has and a functional group of the silane compound; and (C1) a first curing catalyst; and a curing product comprising (D) a polyol, and (C2) a second curing catalyst, wherein the (D) polyol is a hydrophobic polyol which is selected from a group consisted of a hydrogenated polyisoprene polyol, a rosin-modified polyol, and a polybutadiene polyol. a main agent comprising (A) a urethane prepolymer having an isocyanate group at the end thereof; (B) an alkoxysilyl group-containing polyfunctional isocyanate compound which is obtained through a reaction of a silane compound having two or more alkoxysilyl groups in one molecule and a polyisocyanate having an isocyanate group at the end thereof by bonding at least one isocyanate group of a plurality of isocyanate groups which the polyisocyanate has and a functional group of the silane compound; and (C1) a first curing catalyst; and (A) a urethane prepolymer having an isocyanate group at the end thereof; (B) an alkoxysilyl group-containing polyfunctional isocyanate compound which is obtained through a reaction of a silane compound having two or more alkoxysilyl groups in one molecule and a polyisocyanate having an isocyanate group at the end thereof by bonding at least one isocyanate group of a plurality of isocyanate groups which the polyisocyanate has and a functional group of the silane compound; and (C1) a first curing catalyst; and a curing product comprising (D) a polyol, and (C2) a second curing catalyst, wherein the (D) polyol is a hydrophobic polyol which is selected from a group consisted of a hydrogenated polyisoprene polyol, a rosin-modified polyol, and a polybutadiene polyol. (D) a polyol, and (C2) a second curing catalyst,
A method for storing a data file, 'DF', on a storage entity, 'SE', comprising the steps of: a) Chunking said DF into a number of blocks using a one-way-function being based on AES and a chunking key, which is not publically known, by a computing entity, 'CE', wherein said chunking key comprises information enabling to determine the boundaries of said blocks, wherein said boundaries are computed comprising the steps of a1) determining a byte-offset in said DF, a2) computing a checksum, a3) if said checksum matches a specific value, providing a boundary at said byte-offset, b) Computing a hash value for each of said blocks by said CE, c) Checking, by one or more proxies, 'PE', if said blocks are already stored resulting in a first number of already stored blocks and a second number of blocks not being stored, d) Encrypting, by said CE, the blocks not being stored using an encryption key, e) Transmitting, by said CE, said encrypted blocks to said SE for storing and f) Informing, by said CE, the PE about the hash values of the transmitted blocks and corresponding storage location information of said transmitted blocks. a) Chunking said DF into a number of blocks using a one-way-function being based on AES and a chunking key, which is not publically known, by a computing entity, 'CE', wherein said chunking key comprises information enabling to determine the boundaries of said blocks, wherein said boundaries are computed comprising the steps of a1) determining a byte-offset in said DF, a2) computing a checksum, a3) if said checksum matches a specific value, providing a boundary at said byte-offset, a1) determining a byte-offset in said DF, a2) computing a checksum, a3) if said checksum matches a specific value, providing a boundary at said byte-offset, b) Computing a hash value for each of said blocks by said CE, c) Checking, by one or more proxies, 'PE', if said blocks are already stored resulting in a first number of already stored blocks and a second number of blocks not being stored, d) Encrypting, by said CE, the blocks not being stored using an encryption key, e) Transmitting, by said CE, said encrypted blocks to said SE for storing and f) Informing, by said CE, the PE about the hash values of the transmitted blocks and corresponding storage location information of said transmitted blocks.
Detection device for a protective device , in particular a helmet , of a user of a vehicle , wherein the protective device comprises at least one fastening arrangement with at least one closure means , - wherein the detection device comprises at least one state sensor configured to detect a state information of the locking means , and - wherein the detection device comprises at least a first wireless communication module configured at least to transmit the detected state information via a wireless communication channel, characterised in that - the first wireless communication module is configured to receive data, wherein information about the activation of a flasher unit is transmitted as data. - wherein the detection device comprises at least one state sensor configured to detect a state information of the locking means , and - wherein the detection device comprises at least a first wireless communication module configured at least to transmit the detected state information via a wireless communication channel, characterised in that - the first wireless communication module is configured to receive data, wherein information about the activation of a flasher unit is transmitted as data.
A method comprising: displaying at a mobile apparatus a displayable first item ; causing transfer of the displayable first item to a display of a remote apparatus by causing transfer of data to the remote apparatus , the data defining features of the displayable first item ; wherein the mobile apparatus enables continuous remote, real-time user-control of interaction, in the display of the remote apparatus , between a second item displayed in the display of the remote apparatus and the transferred displayable first item ; wherein the displayable first item is a three-dimensional model of a user and the displayed second item is clothing and wherein enabling remote user-control of interaction , in the display of the remote apparatus , between a displayed second item and the transferred displayable first item comprises enabling fitting the three-dimensional model to the clothing. displaying at a mobile apparatus a displayable first item ; causing transfer of the displayable first item to a display of a remote apparatus by causing transfer of data to the remote apparatus , the data defining features of the displayable first item ; wherein the mobile apparatus enables continuous remote, real-time user-control of interaction, in the display of the remote apparatus , between a second item displayed in the display of the remote apparatus and the transferred displayable first item ; wherein the displayable first item is a three-dimensional model of a user and the displayed second item is clothing and wherein enabling remote user-control of interaction , in the display of the remote apparatus , between a displayed second item and the transferred displayable first item comprises enabling fitting the three-dimensional model to the clothing.
An automatic crankshaft homing device having speed adjusting function, comprising the following components installed in a base : a crankshaft ; a cam installed on the crankshaft and having a push path ; a slider accepting the push path action of the cam and configured to slide along a movement path from a first position towards a second position ; a resilient component configured to return the slider from the second position to the first position ; at least one first rack installed on the slider ; at least one damper having a second rack , wherein the damper comprises an energy medium input/output component; the input/output component is further provided with a flow adjustment valve ; the flow adjustment valve controls the flow of a medium that is sucked and discharged by the damper , and adjusts the push out speed produced by the second rack , wherein the damper stores energy through the moving action of the second rack , and the stored energy can provide a push out action through the second rack ; and at least one gear set connected between the first rack and the second rack to make the second rack relatively enlarge the movement of the first rack . a crankshaft ; a cam installed on the crankshaft and having a push path ; a slider accepting the push path action of the cam and configured to slide along a movement path from a first position towards a second position ; a resilient component configured to return the slider from the second position to the first position ; at least one first rack installed on the slider ; at least one damper having a second rack , wherein the damper comprises an energy medium input/output component; the input/output component is further provided with a flow adjustment valve ; the flow adjustment valve controls the flow of a medium that is sucked and discharged by the damper , and adjusts the push out speed produced by the second rack , wherein the damper stores energy through the moving action of the second rack , and the stored energy can provide a push out action through the second rack ; and at least one gear set connected between the first rack and the second rack to make the second rack relatively enlarge the movement of the first rack .
A sensor device comprising: a first detector circuit configured to detect a first stimulus, wherein the first detector circuit comprises a resistive change polymer, a capacitive shift polymer, a dielectric change polymer, a graphene based sensor, or a metal-oxide (MOX) type detector ; a sacrificial sensor circuit comprising a second detector circuit and a second membrane filter , wherein the second detector circuit has the same components as the first detector circuit and is configured to be isolated from the first stimulus using said second membrane filter that isolates the sacrificial sensor circuit from exposure to the first stimuli exposed to the first detector circuit , and wherein the sacrificial sensor circuit is configured as a reference measurement used to determine a drift in performance of the first detector circuit ; a near field communication (NFC) circuit comprising: an NFC power receiver configured to receive power from a mobile device using an NFC standard protocol and to provide operating power for the sensor device ; and an NFC data transceiver configured to transmit data to the mobile device using the NFC standard protocol, the data corresponding to the first stimulus; and a sensor package configured to house the first detector circuit , the second detector circuit and the NFC circuit . a first detector circuit configured to detect a first stimulus, wherein the first detector circuit comprises a resistive change polymer, a capacitive shift polymer, a dielectric change polymer, a graphene based sensor, or a metal-oxide (MOX) type detector ; a sacrificial sensor circuit comprising a second detector circuit and a second membrane filter , wherein the second detector circuit has the same components as the first detector circuit and is configured to be isolated from the first stimulus using said second membrane filter that isolates the sacrificial sensor circuit from exposure to the first stimuli exposed to the first detector circuit , and wherein the sacrificial sensor circuit is configured as a reference measurement used to determine a drift in performance of the first detector circuit ; a near field communication (NFC) circuit comprising: an NFC power receiver configured to receive power from a mobile device using an NFC standard protocol and to provide operating power for the sensor device ; and an NFC data transceiver configured to transmit data to the mobile device using the NFC standard protocol, the data corresponding to the first stimulus; and an NFC power receiver configured to receive power from a mobile device using an NFC standard protocol and to provide operating power for the sensor device ; and an NFC data transceiver configured to transmit data to the mobile device using the NFC standard protocol, the data corresponding to the first stimulus; and a sensor package configured to house the first detector circuit , the second detector circuit and the NFC circuit .