mhurhangee/patent-ind-claim-en huggingface dataset:
A magnet evaluating device , comprising an evaluation magnet , which is formed by connecting a plurality of magnetic sections with insulating material in between, a master magnet , which is formed by connecting a plurality of magnetic sections with insulating material in between, an excitation coil that is configured to generate an alternating magnetic field of a magnitude within a range corresponding to a region including an insulating material between at least one magnetic section of a magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, and another magnetic section that is adjacent to the one magnetic section , wherein a width (EC) of the excitation coil is configured to be larger than a width (M) of the magnetic section ; a detection coil that is configured to detect an eddy current occurring in the magnet, wherein a width (DC) of the detection coil is configured to be less than the width (M) of the magnetic section ; a holder configured to receive the evaluation magnet and the master magnet ; a transfer unit that is configured to transfer the holder into which are set the evaluation magnet and the master magnet through the magnetic field; and an evaluation unit that is configured to compare a measured value corresponding to a voltage or a current that is generated in the detection coil when the evaluation magnet passes through the magnetic field, with a measured value corresponding to voltage or the current that is generated in the detection coil when the master magnet passes through the magnetic field. an evaluation magnet , which is formed by connecting a plurality of magnetic sections with insulating material in between, a master magnet , which is formed by connecting a plurality of magnetic sections with insulating material in between, an excitation coil that is configured to generate an alternating magnetic field of a magnitude within a range corresponding to a region including an insulating material between at least one magnetic section of a magnet, which is formed by connecting a plurality of magnetic sections with insulating material in between, and another magnetic section that is adjacent to the one magnetic section , wherein a width (EC) of the excitation coil is configured to be larger than a width (M) of the magnetic section ; a detection coil that is configured to detect an eddy current occurring in the magnet, wherein a width (DC) of the detection coil is configured to be less than the width (M) of the magnetic section ; a holder configured to receive the evaluation magnet and the master magnet ; a transfer unit that is configured to transfer the holder into which are set the evaluation magnet and the master magnet through the magnetic field; and an evaluation unit that is configured to compare a measured value corresponding to a voltage or a current that is generated in the detection coil when the evaluation magnet passes through the magnetic field, with a measured value corresponding to voltage or the current that is generated in the detection coil when the master magnet passes through the magnetic field.
Method for detecting overheating for an electrical heating device comprising a plurality of resistive elements configured to be electrically supplied by an electrical voltage source, wherein the electrical supply of the resistive elements is driven by a pulse-width modulated drive signal depending on a power setpoint (P_(sub)system_target), or a temperature setpoint (T_(sub)system_target), or a resistance setpoint (R_(sub)system_target), or a setpoint (i_(sub)system_target) for an amplitude of an electrical current, said method comprising the following steps: - verifying whether at least one criterion of said device is representative of a cold state of said device, and inhibiting at least the following step of detecting overheating when said at least one criterion is representative of a cold state, - noting said setpoint (P_(sub) system_target, T_(sub)system_target, R_(sub)system_target, i_(sub)system_target), - noting the duty cycle (PWM_system; PWM_subsystem) of the pulse-width modulated drive signal of the predefined number of resistive elements, - defining a detection threshold value (PWM_system_lim; PWM_subsystem_lim) of the duty cycle of the pulse-width modulated drive signal of the predefined number of resistive elements, the detection threshold value being representative of overheating of the electrical heating device, said detection threshold value being defined depending on said setpoint or on a value of at least one parameter for monitoring overheating of the electrical heating device, - comparing the noted value of said duty cycle (PWM_system; PWM_subsystem) to the detection threshold value (PWM_system_lim; PWM_subsystem_lim), and - detecting overheating when the noted value of said duty cycle reaches said defined duty-cycle detection threshold value. - verifying whether at least one criterion of said device is representative of a cold state of said device, and inhibiting at least the following step of detecting overheating when said at least one criterion is representative of a cold state, - noting said setpoint (P_(sub) system_target, T_(sub)system_target, R_(sub)system_target, i_(sub)system_target), - noting the duty cycle (PWM_system; PWM_subsystem) of the pulse-width modulated drive signal of the predefined number of resistive elements, - defining a detection threshold value (PWM_system_lim; PWM_subsystem_lim) of the duty cycle of the pulse-width modulated drive signal of the predefined number of resistive elements, the detection threshold value being representative of overheating of the electrical heating device, said detection threshold value being defined depending on said setpoint or on a value of at least one parameter for monitoring overheating of the electrical heating device, - comparing the noted value of said duty cycle (PWM_system; PWM_subsystem) to the detection threshold value (PWM_system_lim; PWM_subsystem_lim), and - detecting overheating when the noted value of said duty cycle reaches said defined duty-cycle detection threshold value.
An additional module intended for equipping a surgical operating table , including a support intended for supporting a portion of the body of a patient, removable fastening means capable of being removably fastened to complementary fastening means of the operating table , hinge means located between the fastening means and the support , capable of enabling pivoting along at least one axis of rotation of said support relative to the fastening means , said module including at least one electric motor capable of being controlled so as to actuate the hinge means and pivoting the support , characterised in that the hinge means include at least one hypoid gear including an input gear wheel actuated by the motor and meshing with an output gear wheel .
A method for assembling a wind turbine blade , the method comprising the steps of: providing a root end element of the wind turbine blade , providing a tip end element of the wind turbine blade , inserting one or more alignment members at pre-defined positions in one of the root end element and the tip end element , wherein the one or more alignment members is of a pre-bent and/or pre-twisted shape, positioning the one or more alignment members within a receiver portion of other of the root end element and the tip end element , along a joining portion, joining the root end element and the tip end element , wherein, during joining, the one or more alignment members align along a longitudinal axis of at least one of the root end element and the tip end element due to gravity. providing a root end element of the wind turbine blade , providing a tip end element of the wind turbine blade , inserting one or more alignment members at pre-defined positions in one of the root end element and the tip end element , wherein the one or more alignment members is of a pre-bent and/or pre-twisted shape, positioning the one or more alignment members within a receiver portion of other of the root end element and the tip end element , along a joining portion, joining the root end element and the tip end element , wherein, during joining, the one or more alignment members align along a longitudinal axis of at least one of the root end element and the tip end element due to gravity.
Composition in gel form, suitable for topical application, consisting of: - between 10 and 35% NaCl, - between 1 and 3% hydroxyethyl cellulose, - water, - between 0.1 and 10% colloidal silica, and - optionally at least one perfuming agent and/or at least one keratolytic agent and/or at least one essential oil, the percentages being given by weight relative to the total weight of the composition. - between 10 and 35% NaCl, - between 1 and 3% hydroxyethyl cellulose, - water, - between 0.1 and 10% colloidal silica, and - optionally at least one perfuming agent and/or at least one keratolytic agent and/or at least one essential oil,
Procedure designed to commission a field device (FG) that is used in automation engineering and mounted on a component (KO), particularly on a vessel, of a measuring point (MS) using an operating unit (BE), wherein the operating unit (BE) has a display unit (AE) and a camera (KA), wherein said procedure comprises the following steps: - Identification of the field device (FG) using the operating unit (BE), - Determination of at least one parameter of the field device (FG) to be configured, - Visualization of the at least one parameter to be configured using the display unit (AE), wherein the field of vision of an operator (BD) is presented on the display unit (AE), wherein, as the field of vision of the operator (BD), the display unit (BE) visualizes an image captured by the camera (KA) and constantly updated, wherein the parameter is displayed as at least a virtual symbol (S Max , S Min , M M1 , S M2 , S M3 ), wherein the virtual symbol (S Max , S Min , M M1 , S M2 , S M3 ) is at least partially superimposed on the image shown on the display unit (AE), wherein the virtual symbol (S Max , S Min , M M1 , S M2 , S M3 ) is superimposed on the field of vision at the point that concerns the function of the at least one parameter to be configured; - Selection of at least one predefined parameter value and entry of at least one parameter value; - Confirmation of the parameter value selected or entered, and - Transmission of the confirmed parameter value to the field device (FG) and saving of the parameter value in the field device (FG). - Identification of the field device (FG) using the operating unit (BE), - Determination of at least one parameter of the field device (FG) to be configured, - Visualization of the at least one parameter to be configured using the display unit (AE), wherein the field of vision of an operator (BD) is presented on the display unit (AE), wherein, as the field of vision of the operator (BD), the display unit (BE) visualizes an image captured by the camera (KA) and constantly updated, wherein the parameter is displayed as at least a virtual symbol (S Max , S Min , M M1 , S M2 , S M3 ), wherein the virtual symbol (S Max , S Min , M M1 , S M2 , S M3 ) is at least partially superimposed on the image shown on the display unit (AE), wherein the virtual symbol (S Max , S Min , M M1 , S M2 , S M3 ) is superimposed on the field of vision at the point that concerns the function of the at least one parameter to be configured; - Selection of at least one predefined parameter value and entry of at least one parameter value; - Confirmation of the parameter value selected or entered, and - Transmission of the confirmed parameter value to the field device (FG) and saving of the parameter value in the field device (FG).
A method for depolymerising a terephthalate polymer into reusable raw material, the method comprising the steps of: a) depolymerizing a terephthalate polymer by using ethylene glycol into a depolymerised mixture comprising at least one monomer and at least one dimer, wherein said at least one monomer comprises bis (2-hydroxyethyl) terephthalate (BHET), and said at least one dimer comprises dimer of bis (2-hydroxyethyl) terephthalate (BHET-dimer); b) removing solid compounds from said depolymerised mixture in a first separator to obtain a composition comprising the at least one dimer and the at least one monomer as solutes in a mixture of ethylene glycol and water; c) crystallizing BHET-dimer from said solution , thereby obtaining a mixture of BHET-dimer crystals and a first mother liquid; d) separating the crystallized BHET-dimer from the first mother liquid, and thereafter: e) forming BHET crystals from said first mother liquid, thereby obtaining a mixture of BHET crystals and a second mother liquid; and f) recovering the BHET crystals. a) depolymerizing a terephthalate polymer by using ethylene glycol into a depolymerised mixture comprising at least one monomer and at least one dimer, wherein said at least one monomer comprises bis (2-hydroxyethyl) terephthalate (BHET), and said at least one dimer comprises dimer of bis (2-hydroxyethyl) terephthalate (BHET-dimer); b) removing solid compounds from said depolymerised mixture in a first separator to obtain a composition comprising the at least one dimer and the at least one monomer as solutes in a mixture of ethylene glycol and water; c) crystallizing BHET-dimer from said solution , thereby obtaining a mixture of BHET-dimer crystals and a first mother liquid; d) separating the crystallized BHET-dimer from the first mother liquid, and thereafter: e) forming BHET crystals from said first mother liquid, thereby obtaining a mixture of BHET crystals and a second mother liquid; and f) recovering the BHET crystals.
A product for providing cryptography to applications being performed on a device comprising: instructions for directing a processing unit to: provide a cryptographic sandbox that includes: a virtual cryptographic machine that performs cryptographic operations, wherein the virtual cryptographic machine includes a virtual machine interpreter that obfuscates operations of the virtual cryptographic machine from an underlying operating system, a tamper proof layer within the virtual cryptographic machine that protects cryptographic processing and data from unauthorized users, a sandbox interface that receives requests for cryptographic operations from a client application and transmits results of the cryptographic operations performed by the virtual cryptographic machine to the client application; and a media readable by the processing unit to store the instructions. a virtual cryptographic machine that performs cryptographic operations, wherein the virtual cryptographic machine includes a virtual machine interpreter that obfuscates operations of the virtual cryptographic machine from an underlying operating system, a tamper proof layer within the virtual cryptographic machine that protects cryptographic processing and data from unauthorized users, a sandbox interface that receives requests for cryptographic operations from a client application and transmits results of the cryptographic operations performed by the virtual cryptographic machine to the client application; and a media readable by the processing unit to store the instructions.
A headband for a pair of headphones , the headband comprising: an elongated strip made of a flexible material, wherein the elongated strip comprises a first end configured to be attached to a first earpiece and a second end configured to be attached to a second earpiece , and wherein the elongated strip is configured to extend in a curvature from the first end to the second end to form an arced strip which is configured to extend along a portion of a head of a user of the pair of headphones ; and one leg made of a rigid material, the leg abutting against the elongated strip and extending along the elongated strip from the first end to the second end , characterized in that the elongated strip comprises a groove which extends from the first end to the second end , wherein a plurality of tubular section parts (290a-j) are provided along the groove , and wherein the leg is inserted in the groove. an elongated strip made of a flexible material, wherein the elongated strip comprises a first end configured to be attached to a first earpiece and a second end configured to be attached to a second earpiece , and wherein the elongated strip is configured to extend in a curvature from the first end to the second end to form an arced strip which is configured to extend along a portion of a head of a user of the pair of headphones ; and one leg made of a rigid material, the leg abutting against the elongated strip and extending along the elongated strip from the first end to the second end , characterized in that the elongated strip comprises a groove which extends from the first end to the second end , wherein a plurality of tubular section parts (290a-j) are provided along the groove , and wherein the leg is inserted in the groove.
A method comprising: based at least partly on receipt of a first incremental snapshot at a device that caches data blocks from a data source to be stored in cloud storage, creating a synthetic baseline snapshot with the first incremental snapshot; said method characterized by : modifying eviction state data of a set of cached data blocks that are associated with a second incremental snapshot and that remain valid for the first incremental snapshot, wherein the second incremental snapshot precedes the first incremental snapshot in time; and associating a local identifier of the first incremental snapshot with the set of cached data blocks, wherein the modification of the eviction state data and association of the local identifier reduce the chances of stable cache data blocks being evicted in order to facilitate an efficient restore with cached data blocks. modifying eviction state data of a set of cached data blocks that are associated with a second incremental snapshot and that remain valid for the first incremental snapshot, wherein the second incremental snapshot precedes the first incremental snapshot in time; and associating a local identifier of the first incremental snapshot with the set of cached data blocks, wherein the modification of the eviction state data and association of the local identifier reduce the chances of stable cache data blocks being evicted in order to facilitate an efficient restore with cached data blocks.
A chemisorption based energy storage device comprising: a first chemical reactor containing a first sorbent material and a second chemical reactor containing a second sorbent material, the first and second chemical reactors being in mutual fluid connection such that a refrigerant fluid can flow from the first chemical reactor to the second chemical reactor, and from the second chemical reactor to the first chemical reactor, the first and second chemical reactors being further provided with means for putting heat in to, or taking heat out of, the first and/or the second chemical reactors; a heat exchanger module, the heat exchanger module being configured to select from a plurality of available heat sources, a heat source having the highest temperature; and an expander module selectively connected to the first chemical reactor and the second chemical reactor via the heat exchanger module; wherein the heat source is arranged to heat the refrigerant fluid prior to the refrigerant fluid passing through the expander module, and wherein the heat exchanger is configured to recover a surplus heat from the highest temperature heat source, and the expander module is configured to expand the refrigerant fluid; wherein the means for putting heat in to, or taking heat out of, the first and/or the second chemical reactors provides a flow of refrigerant fluid between the expander module and the first and second chemical reactors, and wherein the expander module is operable to expand the refrigerant fluid to provide a variable work output depending on energy storage requirements. a first chemical reactor containing a first sorbent material and a second chemical reactor containing a second sorbent material, the first and second chemical reactors being in mutual fluid connection such that a refrigerant fluid can flow from the first chemical reactor to the second chemical reactor, and from the second chemical reactor to the first chemical reactor, the first and second chemical reactors being further provided with means for putting heat in to, or taking heat out of, the first and/or the second chemical reactors; a heat exchanger module, the heat exchanger module being configured to select from a plurality of available heat sources, a heat source having the highest temperature; and an expander module selectively connected to the first chemical reactor and the second chemical reactor via the heat exchanger module; wherein the heat source is arranged to heat the refrigerant fluid prior to the refrigerant fluid passing through the expander module, and wherein the heat exchanger is configured to recover a surplus heat from the highest temperature heat source, and the expander module is configured to expand the refrigerant fluid; wherein the means for putting heat in to, or taking heat out of, the first and/or the second chemical reactors provides a flow of refrigerant fluid between the expander module and the first and second chemical reactors, and wherein the expander module is operable to expand the refrigerant fluid to provide a variable work output depending on energy storage requirements.
Method for adjusting a driving speed of a motor vehicle on a route , a control apparatus of the motor vehicle adjusting the driving speed depending on an operating position of a pedal apparatus of the motor vehicle that can be operated by a driver, which operating position is delimited by two extreme positions , the control apparatus detecting the operating position of the pedal apparatus and, depending on the detected operating position , determining, at least in a predetermined driving mode , a target driving speed corresponding to the relevant operating position , and the control apparatus adjusting, by means of a closed-loop control system, the driving speed corresponding to the relevant target driving speed irrespective of a current property of the route , as long as the relevant operating position is detected, and the target driving speed being determined by the operating position of the pedal apparatus in combination with a predetermined characteristic pedal curve of the pedal apparatus , characterized in that the predetermined characteristic pedal curve can be adapted to a relevant driving situation.