mhurhangee/ep-ind-claims huggingface dataset:
A method for activating a service associated with an object (10, 11) comprising: ▪ Acquiring (REC_POS) a position (POS 1) by means of a geolocation system of a device rigidly attached to said object (10, 11); ▪ Calculating an activation code (GEN_CA 1) based on the acquired position (POS 1), the activation code (CA 1) encoding by digital compression the geographic position acquired so as to reduce the number of symbols of said acquired position; ▪ Displaying the activation code (AFF_CA) by means of a display of the device; ▪ Transmitting the activation code (CA 1) by means of an electronic mobile terminal (T 1) including a wireless interface to a remote entity (SERV 1) from a data network; ▪ Receiving a response code (CR 1) by the electronic mobile terminal (T 1), said response code (CR 1) being generated by the remote entity (SERV 1); ▪ Acquiring said response code (CR 1) by the device; ▪ Decoding the response code (CR 1) by a calculator and a memory of the device; ▪ Generating a command for unlocking a service associated with the object (10, 11) rigidly attached to said device. ▪ Acquiring (REC_POS) a position (POS 1) by means of a geolocation system of a device rigidly attached to said object (10, 11); ▪ Calculating an activation code (GEN_CA 1) based on the acquired position (POS 1), the activation code (CA 1) encoding by digital compression the geographic position acquired so as to reduce the number of symbols of said acquired position; ▪ Displaying the activation code (AFF_CA) by means of a display of the device; ▪ Transmitting the activation code (CA 1) by means of an electronic mobile terminal (T 1) including a wireless interface to a remote entity (SERV 1) from a data network; ▪ Receiving a response code (CR 1) by the electronic mobile terminal (T 1), said response code (CR 1) being generated by the remote entity (SERV 1); ▪ Acquiring said response code (CR 1) by the device; ▪ Decoding the response code (CR 1) by a calculator and a memory of the device; ▪ Generating a command for unlocking a service associated with the object (10, 11) rigidly attached to said device.
A method of forming a release sheet, the method comprising: coating a first surface of a base sheet with a release coating, wherein the release coating comprises a fatty alcohol ester of acrylic acid and a curable monomer; and curing the release coating while in contact with a forming surface such that a patterned release surface is imparted into the release coating; coating a thermoplastic layer onto the patterned release surface; positioning the thermoplastic layer adjacent to a substrate; heat transferring the thermoplastic layer to the substrate; and removing the release sheet from the substrate; wherein the release coating is free from compounds having siloxane groups and/or wherein the release coating is free from siloxanes. coating a first surface of a base sheet with a release coating, wherein the release coating comprises a fatty alcohol ester of acrylic acid and a curable monomer; and curing the release coating while in contact with a forming surface such that a patterned release surface is imparted into the release coating; coating a thermoplastic layer onto the patterned release surface; positioning the thermoplastic layer adjacent to a substrate; heat transferring the thermoplastic layer to the substrate; and removing the release sheet from the substrate; wherein the release coating is free from compounds having siloxane groups and/or wherein the release coating is free from siloxanes.
A pump assembly with an electric drive motor arranged in a stator housing and with an electronics housing arranged on the outer side of the stator housing, wherein the electronics housing in a section of an outer wall (24; 128) which does not face the stator housing comprises at least one opening (92; 144), at which a heat distributor (84; 140) arranged in the inside of the electronics housing is situated, which closes the openings (92; 144) characterised in that the heat distributor (84; 140) in the region of the opening (92; 144) is exposed to the outer side or is covered maximally by 50% of its base surface.
An air filter cartridge for fitting in an air treatment system of a vehicle, comprising a housing that contains a desiccant, and a coalescing filter/coarse dirt filter that is arranged separated from the desiccant by an inner granulate housing and connected upstream of the desiccant in order to pre-filter the compressed air that flows in via an air inlet, the inner piston-like granulate housing being arranged such that it can be moved axially in relation to the outer housing and is loaded at the end opposite the desiccant by a compression spring in order to compress the desiccant located in the housing, characterised in that the piston-like granulate housing has on the side of the coalescing filter/coarse dirt filter a first coaxial sleeve-like moulded projection for guiding the compression spring and a second coaxial sleeve-like moulded projection, which coaxially surrounds the first sleeve-shaped moulded project, for attaching the annular coalescence filter/coarse dirt filter.
A turbine array comprising: a plurality of tidal turbines; a respective electrical machine connected to each of the turbines and to an electrical grid; wherein at least one of the electrical machines is a motor-generator which can operate in a motor mode or a generator mode, and wherein the other electrical machines are generators; and a controller configured to detect a loss-of-grid event and to set the at least one motor-generator to the motor mode; wherein the controller sets the at least one motor-generator to the motor mode when a loss-of-grid event is detected, the motor-generator being driven by electrical power generated by the generators and thereby providing a load to the generators. a plurality of tidal turbines; a respective electrical machine connected to each of the turbines and to an electrical grid; wherein at least one of the electrical machines is a motor-generator which can operate in a motor mode or a generator mode, and wherein the other electrical machines are generators; and a controller configured to detect a loss-of-grid event and to set the at least one motor-generator to the motor mode;
A cleaning system for cleaning live insects, in particular live insect larvae, or live worms comprising - a collecting device (112, 212) for receiving and for mixing the insects or the worms with water to form a mixture; - a first conveying device (113, 213) for conveying the mixture from the collecting device (112, 212); - a first larvae separating device (120, 220) for separating the insects or the worms from the water of the mixture conveyed by the first conveying device (113, 213), wherein the separated water is available for further use in an insect system, in particular in the cleaning system, in particular is at least partially recirculated in the cleaning system. - a collecting device (112, 212) for receiving and for mixing the insects or the worms with water to form a mixture; - a first conveying device (113, 213) for conveying the mixture from the collecting device (112, 212); - a first larvae separating device (120, 220) for separating the insects or the worms from the water of the mixture conveyed by the first conveying device (113, 213), wherein the separated water is available for further use in an insect system, in particular in the cleaning system, in particular is at least partially recirculated in the cleaning system.
A method for manufacturing an electric resistance welded metal pipe by butting side ends of a metal strip against each other and then welding the side ends by high frequency heating to manufacture an electric resistance welded metal pipe, each side end being provided with an inner surface side corner portion and an inner peripheral surface located on an inner surface side of the electric resistance welded metal pipe, characterized in that the method comprises a step of forming an inclined surface at the inner surface side corner portion before butting the side ends of the metal strip, the inclined surface being formed on the inner side corner portion, wherein the inclined surface has a width W along the width direction of the metal strip, and extends and inclines by an angle θ relative to the inner peripheral surface of the metal strip; and wherein the side ends are butted and welded to each other such that the inclined surface remains on an excess metal of the metal pipe after electric resistance welding and a discharged metal is not welded to the excess metal. characterized in that the method comprises a step of forming an inclined surface at the inner surface side corner portion before butting the side ends of the metal strip, the inclined surface being formed on the inner side corner portion, wherein the inclined surface has a width W along the width direction of the metal strip, and extends and inclines by an angle θ relative to the inner peripheral surface of the metal strip; and wherein the side ends are butted and welded to each other such that the inclined surface remains on an excess metal of the metal pipe after electric resistance welding and a discharged metal is not welded to the excess metal.
A computer-implemented method for creating a line recognition template to replicate an anatomical feature inside an eye, the method comprising the steps of: obtaining a cross sectional image created from the anatomical feature; aligning a plurality of reference points along a linear axis; locating individual reference points with anatomically measured lengths (Δ"z" n) along the axis between adjacent reference points; and tracing an axially-symmetric surface from selected, adjacent, reference points to create the template for replicating the anatomical feature; wherein the locating step and the tracing step are based on the cross sectional image. obtaining a cross sectional image created from the anatomical feature; aligning a plurality of reference points along a linear axis; locating individual reference points with anatomically measured lengths (Δ"z" n) along the axis between adjacent reference points; and tracing an axially-symmetric surface from selected, adjacent, reference points to create the template for replicating the anatomical feature; wherein the locating step and the tracing step are based on the cross sectional image.
A wellbore servicing system (200,210,220,230,240,250,260,270) comprising: one or more tool nodes (202,212,232,242,262,272) disposed within a wellbore, the one or more tool nodes (202,212,232,242,262,272) each comprise a wellbore tool including an electronic circuit for receiving and processing a near-field communication signal; and a transitory sensing node configured to be communicated through at least a portion of the wellbore, wherein the transitory sensing node comprises a transducer for measuring at least one wellbore parameter, and the transitory sensing node is configured to initiate communication with the one or more tool nodes (202,212,232,242,262,272) and to retrieve or receive data associated with the one or more tool nodes (202,212,232,242,262,272) via the NFC signal, and a logging node (204,206,,276) disposed within the wellbore and configured to retrieve or receive at least one or more subsets of data either (i) from the transitory sensing node via the NFC signal; or (ii) from the one or more tool nodes (202,212,232,242,262,272) via the transitory sensing node via the NFC signal. one or more tool nodes (202,212,232,242,262,272) disposed within a wellbore, the one or more tool nodes (202,212,232,242,262,272) each comprise a wellbore tool including an electronic circuit for receiving and processing a near-field communication signal; and a transitory sensing node configured to be communicated through at least a portion of the wellbore, wherein the transitory sensing node comprises a transducer for measuring at least one wellbore parameter, and the transitory sensing node is configured to initiate communication with the one or more tool nodes (202,212,232,242,262,272) and to retrieve or receive data associated with the one or more tool nodes (202,212,232,242,262,272) via the NFC signal, and a logging node (204,206,,276) disposed within the wellbore and configured to retrieve or receive at least one or more subsets of data either (i) from the transitory sensing node via the NFC signal; or (ii) from the one or more tool nodes (202,212,232,242,262,272) via the transitory sensing node via the NFC signal.
A method comprising: receiving an indication of a transition gesture being performed at a touch screen display of a device in a first device state; receiving an indication of a repetition of the transition gesture in a repeated motion pattern; and causing initiation of transition from the first device state to a second device state responsive to performance of the transition gesture, the initiation of transition comprising progressively replacing a display view associated with the first device state with a display view associated with the second device state based on a degree of the repetition of the transition gesture in the repeated motion pattern. receiving an indication of a transition gesture being performed at a touch screen display of a device in a first device state; receiving an indication of a repetition of the transition gesture in a repeated motion pattern; and causing initiation of transition from the first device state to a second device state responsive to performance of the transition gesture, the initiation of transition comprising progressively replacing a display view associated with the first device state with a display view associated with the second device state based on a degree of the repetition of the transition gesture in the repeated motion pattern.
A method to detect a target/ligand interaction, comprising the steps of: (a) incubating a fusion of a target protein and a bioluminescent reporter polypeptide: (i) in the presence of a ligand to produce a test sample, and (ii) in the absence of a ligand, to produce a control sample; (b) treating said test and control samples under conditions that cause the target protein to unfold to an appropriate extent; (c) measuring signal from the reporter polypeptide in said test and control samples; and (d) comparing the measurement made in step (c) between the test and control samples, wherein increase of the signal from said reporter polypeptide in the test sample compared to the control sample indicates the presence of a target/ligand interaction; optionally wherein the reporter polypeptide is a complement polypeptide or peptide and is either added exogenously to the test and control samples prior to step (c) or is expressed within the cell, cell lysate, or reaction mixture, and wherein the bioluminescent reporter has 70% or greater sequence identity with SEQ ID NO: 1. (a) incubating a fusion of a target protein and a bioluminescent reporter polypeptide: (i) in the presence of a ligand to produce a test sample, and (ii) in the absence of a ligand, to produce a control sample; (i) in the presence of a ligand to produce a test sample, and (ii) in the absence of a ligand, to produce a control sample; (b) treating said test and control samples under conditions that cause the target protein to unfold to an appropriate extent; (c) measuring signal from the reporter polypeptide in said test and control samples; and (d) comparing the measurement made in step (c) between the test and control samples, wherein increase of the signal from said reporter polypeptide in the test sample compared to the control sample indicates the presence of a target/ligand interaction; optionally wherein the reporter polypeptide is a complement polypeptide or peptide and is either added exogenously to the test and control samples prior to step (c) or is expressed within the cell, cell lysate, or reaction mixture, and wherein the bioluminescent reporter has 70% or greater sequence identity with SEQ ID NO: 1.
Hand-held tool comprising a drive motor, an operating-medium tank (4, 14) and a motor carrier, on which the drive motor is held, the operating-medium tank (4, 14) having a first housing portion and a second housing portion, the first housing portion being formed integrally with the motor carrier, at least part of the second housing portion being formed from light-transmitting material to allow the fill level of the operating-medium tank (4, 14) to be seen, wherein the motor carrier has a light-transmitting light-conducting element (11, 111) for conducting light into the operating-medium tank (4, 14), characterised in that the light-conducting element includes the entire first housing portion of the operating-medium tank (4, 14).
A femoral system, comprising: a femoral component, comprising: an anterior portion the anterior portion having a distal edge and a lateral margin; a posterior medial condylar portion comprising a posterior medial articulating surface; and a transition portion having an edge extending laterally from the distal edge of the anterior portion to the lateral margin of the anterior portion in an anterior direction; and a transition resection guide (116, 144) having a surface arranged and oriented to locate the position of the transition portion edge of the femoral component relative to a femur. an anterior portion the anterior portion having a distal edge and a lateral margin; a posterior medial condylar portion comprising a posterior medial articulating surface; and a transition portion having an edge extending laterally from the distal edge of the anterior portion to the lateral margin of the anterior portion in an anterior direction; and a transition resection guide (116, 144) having a surface arranged and oriented to locate the position of the transition portion edge of the femoral component relative to a femur.
Method of automatically generating a user-specific measuring data recording routine for discontinuous blood glucose measurement with a blood glucose measuring device in a dataprocessing device, which has a data input interface, a storage device, a calculation unit and a data output interface, whereby the method comprises the following steps: - providing influencing parameter data which comprise measured blood glucose data from a continuous blood glucose measurement at the data input interface, - generating process data indicating an expected continuous course of the blood glucose value of a user, by the calculation unit, from the influencing parameter data, - analysing, by the calculation unit, the continuous process data by means of pattern recognition, - determining, by the calculation unit, periods in the process data in which at least one change to the user's blood glucose level is expected, - determining, by the calculation unit, of measurement times, at which a blood glucose measurement shall be conducted, by the periods, - generating of user-specific measuring routine data, which indicate a measuring routine with user-specific measuring events for a discontinuous blood glucose measurement with a blood glucose meter taking into account the process data by means of the calculation unit, wherein the measuring events are determined by the measurement times, and - providing of the user-specific measuring routine data to the data output interface for data transmission. - providing influencing parameter data which comprise measured blood glucose data from a continuous blood glucose measurement at the data input interface, - generating process data indicating an expected continuous course of the blood glucose value of a user, by the calculation unit, from the influencing parameter data, - analysing, by the calculation unit, the continuous process data by means of pattern recognition, - determining, by the calculation unit, periods in the process data in which at least one change to the user's blood glucose level is expected, - determining, by the calculation unit, of measurement times, at which a blood glucose measurement shall be conducted, by the periods, - generating of user-specific measuring routine data, which indicate a measuring routine with user-specific measuring events for a discontinuous blood glucose measurement with a blood glucose meter taking into account the process data by means of the calculation unit, wherein the measuring events are determined by the measurement times, and - providing of the user-specific measuring routine data to the data output interface for data transmission.
Method for preparing a composite material from an organic liquid, consisting of preparing a geopolymer by dissolution/polycondensation of an aluminosilicate source in an activation solution comprising said organic liquid, said method comprising the following steps: a) preparing an activation solution comprising said organic liquid and at least one surfactant, said surfactant being present in a proportion comprised between 1 and 10 % by volume based on the total volume of said solution, b) adding to the solution obtained in step (a) at least one aluminosilicate source, c) submitting the mixture obtained in step (b) to conditions allowing hardening of the geopolymer said organic liquid representing between 20 and 70% by volume based on the total volume of said composite material, and said organic liquid comprising at most 50% by mass of triglycerides based on the total dry mass of said organic liquid. a) preparing an activation solution comprising said organic liquid and at least one surfactant, said surfactant being present in a proportion comprised between 1 and 10 % by volume based on the total volume of said solution, b) adding to the solution obtained in step (a) at least one aluminosilicate source, c) submitting the mixture obtained in step (b) to conditions allowing hardening of the geopolymer
Monopile foundation for an offshore structure, in particular for a wind turbine, with a foundation pile (3, 41, 74) for supporting the structure and a foundation reinforcement (4, 22, 44, 61) adjoining the foundation pile (3, 41, 74) on the outside, wherein the foundation reinforcement (4, 22, 44, 61) has a sleeve (5, 45, 63, 75), a collar (9, 64, 76) and at least one support, wherein the sleeve (5, 45, 63, 75) is assigned to the foundation pile (3, 41, 74) and the collar (9, 64, 76) is held spaced apart outwards from the sleeve (5, 45, 63, 75) via the at least one support, wherein the foundation pile (3, 41, 74) has a foundation section for being introduced into the seabed and a reinforcement section for connecting the foundation pile (3, 41, 74) to the sleeve (5, 45, 63, 75) above the seabed, wherein the collar (9, 64, 76) is designed to be at least partially introduced into the seabed, wherein the foundation reinforcement (4, 22, 44, 61) has a plurality of, in particular two, three or four, reinforcement elements (11, 12, 20, 21, 47, 48) to be arranged next to one another in the circumferential direction of the foundation pile (3, 41, 74) and wherein the sides of the reinforcement elements (11, 12, 20, 21, 47, 48) adjacent to one another in the circumferential direction are designed to be connected to one another in a positive-locking, articulated and/or force-fitting manner, characterised in that each reinforcement element (11, 12, 20, 21, 47, 48) has a sleeve element (13, 15, 29, 30, 49, 50) of the sleeve (5, 45, 63, 75), a collar element of the collar (9, 64, 76) and at least one support element (10, 52, 53) of the support.