mhurhangee/ep-ind-claims huggingface dataset:
A mould structure for manufacturing a wind turbine blade or parts thereof, the mould structure comprising a scaffold attached to the mould structure, wherein the scaffold is rigidly suspended from the mould structure by a plurality of support arms extending from the mould structure, and wherein the scaffold comprises one or more guard rails and platform planks, wherein the platform planks are supported by the support arms.
A method comprising: determining, by a first device, a piece of status information of the first device, storing, by the first device, the determined piece of status information to a status information log in the first device; causing, by the first device, broadcast of the determined piece of the status information of the first device to one or more second devices belonging to the same device network; receiving in the first device as broadcast one or more pieces of status information of the one or more second devices; storing, by the first device, the received one or more pieces of status information of the one or more second devices to the status information log in the first device; and causing, by the first device, broadcast of the received one or more pieces of status information. determining, by a first device, a piece of status information of the first device, storing, by the first device, the determined piece of status information to a status information log in the first device; causing, by the first device, broadcast of the determined piece of the status information of the first device to one or more second devices belonging to the same device network; receiving in the first device as broadcast one or more pieces of status information of the one or more second devices; storing, by the first device, the received one or more pieces of status information of the one or more second devices to the status information log in the first device; and causing, by the first device, broadcast of the received one or more pieces of status information.
A recording apparatus comprising: a transport mechanism that can intermittently move a movable belt capable of supporting a recording medium; a feeding unit for feeding the recording medium left in a stretched state to the movable belt by receiving tension from the recording medium in response to the intermittent movement of the movable belt; and a recording mechanism for performing recording by causing a recording head to reciprocate in a direction which intersects a transport direction of the recording medium, wherein the feeding unit has a feeding motor serving as a drive source characterised by a load sensor of the feeding motor which can detect a load based on the tension, and wherein when the load sensor detects a load which is equal to or greater than a predetermined threshold value in the intermittent movement of the movable belt, the recording apparatus is adapted to perform a first load reduction mode for driving the feeding motor so as to feed the recording medium to the movable belt in synchronization with the intermittent movement of the movable belt. a transport mechanism that can intermittently move a movable belt capable of supporting a recording medium; a feeding unit for feeding the recording medium left in a stretched state to the movable belt by receiving tension from the recording medium in response to the intermittent movement of the movable belt; and a recording mechanism for performing recording by causing a recording head to reciprocate in a direction which intersects a transport direction of the recording medium, wherein the feeding unit has a feeding motor serving as a drive source characterised by a load sensor of the feeding motor which can detect a load based on the tension, and wherein when the load sensor detects a load which is equal to or greater than a predetermined threshold value in the intermittent movement of the movable belt, the recording apparatus is adapted to perform a first load reduction mode for driving the feeding motor so as to feed the recording medium to the movable belt in synchronization with the intermittent movement of the movable belt.
A flexible adhesive heel patch arrangement comprising: a flexible adhesive patch comprising: a backing having two sides; a therapeutic adhesive composition coated on at least a portion of one side of the backing; four secondary removable liners in contact with a surface of the therapeutic adhesive composition and configured to facilitate application of the heel patch to the heel of a mammal in need thereof, where the secondary removable liners contact less than the total surface of the surface of the therapeutic adhesive composition and wherein the four secondary removable liners appear at the edges of the surface of the therapeutic adhesive composition; and a primary release liner completely covering the therapeutic adhesive composition and the secondary removable liners, where the primary release liner contains a means for readily separating the primary release liner into a first and a second portion, with each portion remaining in contact with the adhesive composition. a flexible adhesive patch comprising: a backing having two sides; a therapeutic adhesive composition coated on at least a portion of one side of the backing; four secondary removable liners in contact with a surface of the therapeutic adhesive composition and configured to facilitate application of the heel patch to the heel of a mammal in need thereof, where the secondary removable liners contact less than the total surface of the surface of the therapeutic adhesive composition and wherein the four secondary removable liners appear at the edges of the surface of the therapeutic adhesive composition; and a backing having two sides; a therapeutic adhesive composition coated on at least a portion of one side of the backing; four secondary removable liners in contact with a surface of the therapeutic adhesive composition and configured to facilitate application of the heel patch to the heel of a mammal in need thereof, where the secondary removable liners contact less than the total surface of the surface of the therapeutic adhesive composition and wherein the four secondary removable liners appear at the edges of the surface of the therapeutic adhesive composition; and a primary release liner completely covering the therapeutic adhesive composition and the secondary removable liners, where the primary release liner contains a means for readily separating the primary release liner into a first and a second portion, with each portion remaining in contact with the adhesive composition.
A rotor for a slip ring motor, comprising a hollow shaft having an open end, a plurality of electric cables (4, 5), and a cable guide arranged in the open end guiding the electric cables (4, 5) from inside the hollow shaft towards connection points of the electric cables (4, 5) outside the hollow shaft, characterized in that the cable guide is a separate component fastened to the hollow shaft and has an inside surface which is funnel-shaped, the electric cables (4, 5) lying against the inside surface, each electric cable (4, 5) is guided inside an associated recess (39, 41) inside the cable guide, the cable guide comprises a ring member and a funnel member connected to said ring member, the ring member comprising the recesses and the funnel member comprising the inside surface, and the cable guide further comprises a fixing member releasably fixing the electric cables (4, 5) to the ring member. a hollow shaft having an open end, a plurality of electric cables (4, 5), and a cable guide arranged in the open end guiding the electric cables (4, 5) from inside the hollow shaft towards connection points of the electric cables (4, 5) outside the hollow shaft, characterized in that the cable guide is a separate component fastened to the hollow shaft and has an inside surface which is funnel-shaped, the electric cables (4, 5) lying against the inside surface, each electric cable (4, 5) is guided inside an associated recess (39, 41) inside the cable guide, the cable guide comprises a ring member and a funnel member connected to said ring member, the ring member comprising the recesses and the funnel member comprising the inside surface, and the cable guide further comprises a fixing member releasably fixing the electric cables (4, 5) to the ring member.
A method for the removal of hydrogen sulfide (H 2 S) from natural gas, said method comprising the steps of: - feeding the gas to a membrane separation unit, optionally after membrane pre-treatment, drying and/or extraction of higher hydrocarbons, - collecting the product gas from the membrane unit, - heating the permeate stream to the necessary inlet temperature for catalytic oxidation of H 2 S, and - feeding the heated permeate stream to a catalytic oxidation unit, where H 2 S is oxidized to SO 2 according to the equation H 2 S + 1.5 O 2 → SO 2 + H 2 O wherein - the membrane separation unit and the catalytic oxidation unit are placed on an off-shore facility, - the heating of the permeate stream is accomplished either by using a fraction of the feed gas to heat the permeate stream in a separate heater or by using a steam-fired heater, - the catalyst to be used in the catalytic oxidation unit is a monolithic metal oxide catalyst consisting of one or more metal oxides, and - the metal of the metal oxide in the catalyst is selected from the group comprising V, Cr, W, Ce, Mo, Nb, Fe, Si, Ti, Al, Ca and Mg, and one or more supports taken from the group comprising Al 2 O 3, SiO 2, SiC and TiO 2. - feeding the gas to a membrane separation unit, optionally after membrane pre-treatment, drying and/or extraction of higher hydrocarbons, - collecting the product gas from the membrane unit, - heating the permeate stream to the necessary inlet temperature for catalytic oxidation of H 2 S, and - feeding the heated permeate stream to a catalytic oxidation unit, where H 2 S is oxidized to SO 2 according to the equation H 2 S + 1.5 O 2 → SO 2 + H 2 O wherein - the membrane separation unit and the catalytic oxidation unit are placed on an off-shore facility, - the heating of the permeate stream is accomplished either by using a fraction of the feed gas to heat the permeate stream in a separate heater or by using a steam-fired heater, - the catalyst to be used in the catalytic oxidation unit is a monolithic metal oxide catalyst consisting of one or more metal oxides, and - the metal of the metal oxide in the catalyst is selected from the group comprising V, Cr, W, Ce, Mo, Nb, Fe, Si, Ti, Al, Ca and Mg, and one or more supports taken from the group comprising Al 2 O 3, SiO 2, SiC and TiO 2. - the membrane separation unit and the catalytic oxidation unit are placed on an off-shore facility, - the heating of the permeate stream is accomplished either by using a fraction of the feed gas to heat the permeate stream in a separate heater or by using a steam-fired heater, - the catalyst to be used in the catalytic oxidation unit is a monolithic metal oxide catalyst consisting of one or more metal oxides, and - the metal of the metal oxide in the catalyst is selected from the group comprising V, Cr, W, Ce, Mo, Nb, Fe, Si, Ti, Al, Ca and Mg, and one or more supports taken from the group comprising Al 2 O 3, SiO 2, SiC and TiO 2.
A method of testing a system having at least one electrochemical sensor for detecting an analyte gas within a housing of the system, the housing of the system having an inlet, the at least one electrochemical sensor comprising an electrochemically active working electrode in fluid connection with the inlet of the system, comprising: biasing the electrochemically active working electrode at a first potential, to detect the analyte gas; biasing the electrochemically active working electrode at a second potential, different from the first potential, such that the at least one electrochemical sensor is sensitive to a driving force created in the vicinity of the inlet to test at least one transport path of the system; wherein the driving force is created other than by application of the analyte gas or a simulant thereof to the system, and wherein creating the driving force in the vicinity of the inlet of the housing of the system comprises a change in the concentration of a gas, a change in humidity, a change in temperature, a change in pressure, or change in flow, or a change in diffusion which is created other than by the application of the analyte gas or a simulant therefor to the system; and measuring a response of the electrochemically active working electrode to the driving force. biasing the electrochemically active working electrode at a first potential, to detect the analyte gas; biasing the electrochemically active working electrode at a second potential, different from the first potential, such that the at least one electrochemical sensor is sensitive to a driving force created in the vicinity of the inlet to test at least one transport path of the system; wherein the driving force is created other than by application of the analyte gas or a simulant thereof to the system, and wherein creating the driving force in the vicinity of the inlet of the housing of the system comprises a change in the concentration of a gas, a change in humidity, a change in temperature, a change in pressure, or change in flow, or a change in diffusion which is created other than by the application of the analyte gas or a simulant therefor to the system; and measuring a response of the electrochemically active working electrode to the driving force.
A covered dental implant comprising: a dental implant (20, 110) extending from a first end (22, 112), exhibiting a hole as a receptacle for an abutment connection, to a second end (24, 114); an elongated member extending from a first end to a second end; and filler material deposited between said elongated member and said dental implant, wherein said elongated member is fitted over said dental implant (20, 110) such that the first end of said elongated member covers the first end of said dental implant and the second end of said elongated member extends towards the second end of said dental implant, and wherein said elongated member exhibits a hole in the first end of said elongated member aligned with the hole of the dental implant. a dental implant (20, 110) extending from a first end (22, 112), exhibiting a hole as a receptacle for an abutment connection, to a second end (24, 114); an elongated member extending from a first end to a second end; and filler material deposited between said elongated member and said dental implant, wherein said elongated member is fitted over said dental implant (20, 110) such that the first end of said elongated member covers the first end of said dental implant and the second end of said elongated member extends towards the second end of said dental implant, and wherein said elongated member exhibits a hole in the first end of said elongated member aligned with the hole of the dental implant.
A method of securing a memory storage in an apparatus, the method comprising: receiving a user password; reading a random number from a Trusted Platform Module, TPM, of the apparatus; receiving values of one or more Platform Configuration Registers of the Trusted Platform Module; creating a blob using the random number and the values from the one or more registers and the user password; encrypting the blob in the Trusted Platform Module; re-encrypting the encrypted blob in a Trusted Execution Environment, TEE, execution mode of the apparatus utilizing a hardware specific key and the user password; and storing the re-encrypted blob, the re-encryption further comprising: generating a salt from the user password; applying a Secure Hash Algorithm, SHA, to the salt; generating an Advanced Encryption Standard key utilising the salt and the hardware specific key; and encrypting the Advanced Encryption Standard key utilising Advanced Encryption Standard Cipher Block Chaining, AES-CBC. receiving a user password; reading a random number from a Trusted Platform Module, TPM, of the apparatus; receiving values of one or more Platform Configuration Registers of the Trusted Platform Module; creating a blob using the random number and the values from the one or more registers and the user password; encrypting the blob in the Trusted Platform Module; re-encrypting the encrypted blob in a Trusted Execution Environment, TEE, execution mode of the apparatus utilizing a hardware specific key and the user password; and storing the re-encrypted blob, the re-encryption further comprising: generating a salt from the user password; applying a Secure Hash Algorithm, SHA, to the salt; generating an Advanced Encryption Standard key utilising the salt and the hardware specific key; and encrypting the Advanced Encryption Standard key utilising Advanced Encryption Standard Cipher Block Chaining, AES-CBC. generating a salt from the user password; applying a Secure Hash Algorithm, SHA, to the salt; generating an Advanced Encryption Standard key utilising the salt and the hardware specific key; and encrypting the Advanced Encryption Standard key utilising Advanced Encryption Standard Cipher Block Chaining, AES-CBC.
A user terminal comprising: a positioning system arranged to detect a geographical location of said user terminal; a transceiver for communicating with other user terminals via a communication network; and a communication processing apparatus coupled to the transceiver and positioning system, arranged to detect communication events occurring via said transceiver and communication network in relation to other user terminals, and to maintain a log of said communication events; wherein the communication processing apparatus is configured to: capture a geographical location of said user terminal from the positioning system at a respective time of each of said communication events; organize said log in dependence on a set of multiple pre-determined geographic sites based on said geographical locations at which the user terminal was present for each of a plurality of the communication events; and output a user interface that includes a site name for each of the multiple pre-determined geographic sites and that visually associates individual site names of the multiple pre-determined geographic sites with respective communication events of the plurality of the communication events. a positioning system arranged to detect a geographical location of said user terminal; a transceiver for communicating with other user terminals via a communication network; and a communication processing apparatus coupled to the transceiver and positioning system, arranged to detect communication events occurring via said transceiver and communication network in relation to other user terminals, and to maintain a log of said communication events; wherein the communication processing apparatus is configured to: capture a geographical location of said user terminal from the positioning system at a respective time of each of said communication events; organize said log in dependence on a set of multiple pre-determined geographic sites based on said geographical locations at which the user terminal was present for each of a plurality of the communication events; and output a user interface that includes a site name for each of the multiple pre-determined geographic sites and that visually associates individual site names of the multiple pre-determined geographic sites with respective communication events of the plurality of the communication events. capture a geographical location of said user terminal from the positioning system at a respective time of each of said communication events; organize said log in dependence on a set of multiple pre-determined geographic sites based on said geographical locations at which the user terminal was present for each of a plurality of the communication events; and output a user interface that includes a site name for each of the multiple pre-determined geographic sites and that visually associates individual site names of the multiple pre-determined geographic sites with respective communication events of the plurality of the communication events.
A device comprising: - a first hydraulic machine, which can operate as a motor or as a pump, and a second hydraulic machine, which can operate as a motor or as a pump, both hydraulic machines (M1, M2) being connected by a first line and a second line allowing the intake or the discharge of oil in said hydraulic machines (M1, M2), - a booster pump (30, 32, 33), positioned between a reservoir and a booster line, the booster line being in communication with at least one of said lines (11, 12) and being able to allow the boosting of said lines (11, 12) by the booster pump, characterized in that: - both hydraulic machines (M1, M2) can be engaged by means of couplers (E1, E2) supplied hydraulically by the first and second lines (11, 12), - the booster pump (30, 32, 33) is configured to be able to aspire oil in the booster line so as to allow the decompression of said first and second lines (11, 12). - a first hydraulic machine, which can operate as a motor or as a pump, and a second hydraulic machine, which can operate as a motor or as a pump, both hydraulic machines (M1, M2) being connected by a first line and a second line allowing the intake or the discharge of oil in said hydraulic machines (M1, M2), - a booster pump (30, 32, 33), positioned between a reservoir and a booster line, the booster line being in communication with at least one of said lines (11, 12) and being able to allow the boosting of said lines (11, 12) by the booster pump, - both hydraulic machines (M1, M2) can be engaged by means of couplers (E1, E2) supplied hydraulically by the first and second lines (11, 12), - the booster pump (30, 32, 33) is configured to be able to aspire oil in the booster line so as to allow the decompression of said first and second lines (11, 12).
A method for determining the presence or absence of a drug of abuse or metabolite thereof in a hair sample of a subject comprising: providing a hair sample from a subject; determining if the hair sample is not suitable for drug analyte testing comprising: contacting the hair sample with an aqueous solution comprising a reducing agent and a protease capable of digesting keratin to result in a test sample; identifying the hair in the test sample as not suitable for drug analyte testing when the hair in the test sample has dissolved in the test sample more rapidly than the hair in a similarly contacted control sample or the hair in the test sample appears softer or less rigid as compared to the hair in the similarly contacted control sample; and if the hair in the test sample is not identified as not suitable for drug analyte testing, then determine if the drug of abuse or metabolite thereof is present or absent in the hair sample. providing a hair sample from a subject; determining if the hair sample is not suitable for drug analyte testing comprising: contacting the hair sample with an aqueous solution comprising a reducing agent and a protease capable of digesting keratin to result in a test sample; identifying the hair in the test sample as not suitable for drug analyte testing when the hair in the test sample has dissolved in the test sample more rapidly than the hair in a similarly contacted control sample or the hair in the test sample appears softer or less rigid as compared to the hair in the similarly contacted control sample; and if the hair in the test sample is not identified as not suitable for drug analyte testing, then determine if the drug of abuse or metabolite thereof is present or absent in the hair sample.