mhurhangee/ep-ind-claims huggingface dataset:
Process for processing hydrogen chloride from isocyanate production comprising the steps of: a) providing hydrogen chloride b) purifying the provided hydrogen chloride and further comprising step c) or step d): c) contacting the purified hydrogen chloride with water and/or with hydrochloric acid not saturated with respect to absorption of hydrogen chloride d) further processing the purified hydrogen chloride to afford chlorine by partial oxidation characterized in that the hydrogen chloride provided in step a) contains organic and/or nitrogen-containing impurities and wherein in step b) the purification is carried out such that hydrogen chloride is contacted with hydrochloric acid saturated to an extent of ≥ 90% with respect to absorption of hydrogen chloride at least in a first gas scrubber and this hydrochloric acid is at least partially circulated through the first gas scrubber. a) providing hydrogen chloride b) purifying the provided hydrogen chloride and further comprising step c) or step d): c) contacting the purified hydrogen chloride with water and/or with hydrochloric acid not saturated with respect to absorption of hydrogen chloride d) further processing the purified hydrogen chloride to afford chlorine by partial oxidation characterized in that the hydrogen chloride provided in step a) contains organic and/or nitrogen-containing impurities and wherein in step b) the purification is carried out such that hydrogen chloride is contacted with hydrochloric acid saturated to an extent of ≥ 90% with respect to absorption of hydrogen chloride at least in a first gas scrubber and this hydrochloric acid is at least partially circulated through the first gas scrubber. the hydrogen chloride provided in step a) contains organic and/or nitrogen-containing impurities and wherein in step b) the purification is carried out such that hydrogen chloride is contacted with hydrochloric acid saturated to an extent of ≥ 90% with respect to absorption of hydrogen chloride at least in a first gas scrubber and this hydrochloric acid is at least partially circulated through the first gas scrubber.
Mobility scooter for individual mobility of a person, comprising a chassis, two front wheels (20, 21) aside the chassis and at least one rear wheel (22, 23) that are rotatable connected with the chassis and of which at least the front wheels are steered with respect to the chassis by means of a powered front steering mechanism, a seat for the person on the chassis, and a footrest on the chassis that extends in the forward driving direction between the seat and the front wheels, wherein the seat comprises a seat base, a backrest and two armrests (35, 36), wherein at least one of the group of the at least one of the armrests (35, 36) and the seat base has a driving position and a boarding position, wherein the at least one of the armrests is hingeable (B1, B2) with respect to the backrest to swing between an arm supporting position in its driving position and an outspread position in its boarding position, and wherein the seat base is rotatable (C1, C2) with respect to the chassis around a vertical axis to swing between a forward position in its driving position and an oblique position in its boarding position, wherein the mobility scooter comprises an electronic controller assembly that is configured to drive the rotation of the wheels and to power at least the front steering mechanism, wherein the mobility scooter has a driving mode and a boarding mode, wherein in the driving mode the seat base and the armrests (35, 36) are in their driving position, and wherein in the boarding mode at least one of the group of the seat base and the at least one of the armrests is in its boarding position, characterized in that the electronic controller assembly is configured to steer the front wheels (20, 21) in the boarding mode into the sideward steering direction (D1, D2) that is opposite to the side to which the seat base or the armrest is swung in its boarding position.
A computer-implemented method for obtaining a three-dimensional map of an eardrum comprising the steps of: - obtaining a two-dimensional representation of a reflection (302, 502) comprising a deformed illumination pattern of a structured illumination pattern (301, 500) projected onto the eardrum; and - constructing by a trained deep learning model the three-dimensional map based on the reflection (302, 502); and wherein the deep learning model is trained by a training dataset comprising a plurality of height maps and corresponding two-dimensional representations of a reflection comprising a deformed illumination pattern. - obtaining a two-dimensional representation of a reflection (302, 502) comprising a deformed illumination pattern of a structured illumination pattern (301, 500) projected onto the eardrum; and - constructing by a trained deep learning model the three-dimensional map based on the reflection (302, 502);
Suspension strut for a motor vehicle, having a vibration damper, having a supporting spring and having a height adjustment device by means of which the height of the vehicle body of the motor vehicle can be varied, and wherein the suspension strut has an auxiliary spring, and wherein the auxiliary spring is integrated in the height adjustment device, wherein the height adjustment device comprises a cylinder element and a piston accommodated in the cylinder element, and wherein the piston movably delimits a pressure chamber in the cylinder element, and wherein the auxiliary spring is arranged in the pressure chamber, and wherein the cylinder element has a pressure medium port, and wherein the auxiliary spring is accommodated in the cylinder element and is braced between the piston and the cylinder element, such that an intermediate spring plate is formed by the piston and the piston is acted on by the auxiliary spring with a force directed toward the supporting spring, characterized in that the vibration damper has a piston rod which is led through the piston in the longitudinal direction of the suspension strut, wherein a sealing element is provided for the sealing of the piston with respect to the piston rod, and wherein the piston rod is connected to the cylinder element, wherein the auxiliary spring has a lower spring rate than the supporting spring, by means of which a residual preload can be generated in the supporting spring when the vibration damper is in an extended state.
A sheet material consisting of a mixture consisting essentially of: a) 10-50 percent by weight of random-oriented fibres, and b) 90-50 percent by weight of a thermoplastic or thermoplastic elastomer; the weight percentages being based on the mixture; characterised in that the sheet material has at room temperature a Shore D hardness of 40 to 60 and in that in the mixture the fibres a) are uniformly distributed through the thermoplastic or thermoplastic elastomer b). a) 10-50 percent by weight of random-oriented fibres, and b) 90-50 percent by weight of a thermoplastic or thermoplastic elastomer; the weight percentages being based on the mixture; characterised in that the sheet material has at room temperature a Shore D hardness of 40 to 60 and in that in the mixture the fibres a) are uniformly distributed through the thermoplastic or thermoplastic elastomer b).
A method performed by a first entity implementing a common application program interface framework, CAPIF, core function, CCF, the method comprising: establishing a session with a second entity implementing an authenticating application program interface, API, invoker using a transport layers security, TLS; receiving, from the second entity, a security method request message including information on a security method for a third entity implementing an API exposing function, AEF; determining, based on the information on the security method and an access scenario, a security method for authentication between the second entity and the third entity, among at least one of a TLS-pre-shared key, TLS-PSK, a TLS-public key infrastructure, TLS-PKI, or an OAuth 2.0; and transmitting, to the second entity, the security method and security information associated with the security method. establishing a session with a second entity implementing an authenticating application program interface, API, invoker using a transport layers security, TLS; receiving, from the second entity, a security method request message including information on a security method for a third entity implementing an API exposing function, AEF; determining, based on the information on the security method and an access scenario, a security method for authentication between the second entity and the third entity, among at least one of a TLS-pre-shared key, TLS-PSK, a TLS-public key infrastructure, TLS-PKI, or an OAuth 2.0; and transmitting, to the second entity, the security method and security information associated with the security method.
A gas turbine performance testing system comprising: a remote server; a remote transducer system configured to acquire one or more functional parameters of a gas turbine; a remote signal converter communicatively coupled to the remote transducer system, the remote signal converter configured to convert the acquired one or more functional parameters into gas turbine operational data and configured to provide the gas turbine operational data to the remote server; and an automated gas chromatograph communicatively coupled to the remote server, the automated gas chromatograph configured to automatically analyze a test sample of a natural gas that is used to operate the gas turbine and to provide analysis information obtained from the test sample to the remote server; characterized in that the remote server is communicatively coupled to a local client computer via a communication network and configured to forward the gas turbine operational data and the analysis information obtained from the test sample of the natural gas to the local client computer via the communication network, the local client computer configured to combine the analysis information from the test sample with the gas turbine operational data to obtain a gas turbine performance test result. a remote server; a remote transducer system configured to acquire one or more functional parameters of a gas turbine; a remote signal converter communicatively coupled to the remote transducer system, the remote signal converter configured to convert the acquired one or more functional parameters into gas turbine operational data and configured to provide the gas turbine operational data to the remote server; and an automated gas chromatograph communicatively coupled to the remote server, the automated gas chromatograph configured to automatically analyze a test sample of a natural gas that is used to operate the gas turbine and to provide analysis information obtained from the test sample to the remote server; characterized in that the remote server is communicatively coupled to a local client computer via a communication network and configured to forward the gas turbine operational data and the analysis information obtained from the test sample of the natural gas to the local client computer via the communication network, the local client computer configured to combine the analysis information from the test sample with the gas turbine operational data to obtain a gas turbine performance test result.
A method comprising: connecting an admin device of a management system to a peripheral device through a first connection; determining a peripheral identifier corresponding to the peripheral device; sending the peripheral identifier from the admin device to a management server of the management system, wherein the management system includes the admin device and the management server; associating, by the management server, the peripheral identifier with a device identifier corresponding to a user device, the user device being connected to the management server through a separate connection from the first connection, the management server being different than the admin device; tracking, by the management server, a policy update performed at the peripheral device; determining, by the management server, whether the peripheral device needs an updated policy; sending the updated policy, based on the association between the peripheral identifier and the device identifier, from the management server to the peripheral device through the first connection, the updated policy permitting a second connection between the peripheral device and the user device; and pairing, through the first connection, the peripheral device with the user device based on the updated policy to establish the second connection between the peripheral device and the user device. connecting an admin device of a management system to a peripheral device through a first connection; determining a peripheral identifier corresponding to the peripheral device; sending the peripheral identifier from the admin device to a management server of the management system, wherein the management system includes the admin device and the management server; associating, by the management server, the peripheral identifier with a device identifier corresponding to a user device, the user device being connected to the management server through a separate connection from the first connection, the management server being different than the admin device; tracking, by the management server, a policy update performed at the peripheral device; determining, by the management server, whether the peripheral device needs an updated policy; sending the updated policy, based on the association between the peripheral identifier and the device identifier, from the management server to the peripheral device through the first connection, the updated policy permitting a second connection between the peripheral device and the user device; and pairing, through the first connection, the peripheral device with the user device based on the updated policy to establish the second connection between the peripheral device and the user device.
A method for treating a cathode electrode assembly, the method comprising the steps of: providing an electrode comprising iron disulfide; contacting the electrode with a solution comprising acid, wherein the solution has a pH value of between 2 and 4, in a manner so as to remove impurities from the electrode; and drying the electrode under conditions that result in a electrode moisture content of less than 2500ppm. providing an electrode comprising iron disulfide; contacting the electrode with a solution comprising acid, wherein the solution has a pH value of between 2 and 4, in a manner so as to remove impurities from the electrode; and drying the electrode under conditions that result in a electrode moisture content of less than 2500ppm.
A method comprising: determining a quantization step size to be used when compressing a spatial component of a sound field, the spatial component defined in a spherical harmonic domain and generated by performing a linear decomposition with respect to a plurality of spherical harmonic coefficients. determining a quantization step size to be used when compressing a spatial component of a sound field, the spatial component defined in a spherical harmonic domain and generated by performing a linear decomposition with respect to a plurality of spherical harmonic coefficients.
A transport device comprising: a transporting belt having a support face configured to support a medium and configured to transport the medium; a device main body in which the transporting belt is provided; and a cleaning unit configured to clean the support face with a liquid, wherein the cleaning unit includes a storage unit in which the liquid is stored, a flow path member (15, 17) through which the liquid discharged from the storage unit and returned to the storage unit passes, and a filter unit including a filter detachably coupled to the flow path member, characterized in that the filter unit is configured to be pulled out in a direction away from the device main body, the filter unit includes an accommodating unit configured to accommodate the filter, and the accommodating unit accommodates a valve and a pump. a transporting belt having a support face configured to support a medium and configured to transport the medium; a device main body in which the transporting belt is provided; and a cleaning unit configured to clean the support face with a liquid, wherein the cleaning unit includes a storage unit in which the liquid is stored, a flow path member (15, 17) through which the liquid discharged from the storage unit and returned to the storage unit passes, and a filter unit including a filter detachably coupled to the flow path member, characterized in that the filter unit is configured to be pulled out in a direction away from the device main body, the filter unit includes an accommodating unit configured to accommodate the filter, and the accommodating unit accommodates a valve and a pump.
A particulate filler composition useful for print systems applications, comprising functionalized infra-red absorbing particulates, the infra-red absorbing particulates being functionalized by adsorbing a polymer onto the surface of the infra-red absorbing particulates to surface passivate the infra-red absorbing particulates, wherein the polymer comprises poly-(pentafluorostyrene/Maleimide-b-pentafluorostyrene) (P(PFS/MI-b-PFS)).
An underwater object destruction system comprising: a detecting device configured to detect a target object in underwater; a laser oscillator (14A, 14B, 14C) configured to generate a laser beam (51, 52); an irradiation optical system (18A, 18B, 18C) configured to determine a direction and condensing position of the laser beam (51, 52) from the laser oscillator (14A, 14B, 14C); and a control device configured to control the laser oscillator (14A, 14B, 14C) and the irradiation optical system (18A, 18B, 18C) such that the laser beam (51, 52) is condensed in a target position in underwater, which is separated by a distance from the target object detected by the detecting device, to vaporize or plasmatize water in the target position, in order to destroy the target object by a shock due to a bubble generated by the vaporization of the water or a shock due to plasma generated by the plasmatization of the water. a detecting device configured to detect a target object in underwater; a laser oscillator (14A, 14B, 14C) configured to generate a laser beam (51, 52); an irradiation optical system (18A, 18B, 18C) configured to determine a direction and condensing position of the laser beam (51, 52) from the laser oscillator (14A, 14B, 14C); and a control device configured to control the laser oscillator (14A, 14B, 14C) and the irradiation optical system (18A, 18B, 18C) such that the laser beam (51, 52) is condensed in a target position in underwater, which is separated by a distance from the target object detected by the detecting device, to vaporize or plasmatize water in the target position, in order to destroy the target object by a shock due to a bubble generated by the vaporization of the water or a shock due to plasma generated by the plasmatization of the water.
A method for presenting a GUI, comprising: establishing at least one Web-based template defining a default GUI corresponding to a default screen resolution, the default GUI including plural elements (32, 34), each element (32, 34) having corresponding parameters in the template wherein the parameters include element width, element length, element distances from at least two orthogonal GUI window boundaries, and size of font displayed in an element; obtaining a resolution of a screen on which the GUI is to be displayed; scanning the web-based template to find elements of the GUI which require re-sizing and/or re-configuring; presenting the GUI on a display with the parameters altered as appropriate for the obtained resolution different from the default resolution, determining whether a resize timer variable which determines how often a dynamic resizing of the GUI presented on the display occurs has been previously scheduled, cancelling the resize timer variable if it has been previously scheduled, and scheduling a new resize timer variable to begin, at a future time, a dynamic resizing of the GUI presented on the display. establishing at least one Web-based template defining a default GUI corresponding to a default screen resolution, the default GUI including plural elements (32, 34), each element (32, 34) having corresponding parameters in the template wherein the parameters include element width, element length, element distances from at least two orthogonal GUI window boundaries, and size of font displayed in an element; obtaining a resolution of a screen on which the GUI is to be displayed; scanning the web-based template to find elements of the GUI which require re-sizing and/or re-configuring; presenting the GUI on a display with the parameters altered as appropriate for the obtained resolution different from the default resolution, determining whether a resize timer variable which determines how often a dynamic resizing of the GUI presented on the display occurs has been previously scheduled, cancelling the resize timer variable if it has been previously scheduled, and scheduling a new resize timer variable to begin, at a future time, a dynamic resizing of the GUI presented on the display.
An optical device adapted to be integrated into a part of an outer structure of a motor vehicle, characterized in that it comprises the following elements: a) at least one sub-unit (2, 3, 3') comprising a light curtain or a light curtain combined with a light guide and, on either side the latter, transparent plates (3, 3') each having at least one part kept transparent and at least another part made semi-transparent, b) at least one light source, preferably of the LED type, connectable to a power source and arranged so as to be able to emit light rays propagating inside the thickness of said light curtain or of a light curtain combined with a light guide, and c) optionally, sealing means adapted to ensure the tightness of said device, the transparent plates (3, 3') forming optionally a casing in which the light source and the light curtain or the light curtain combined with a light guide are integrated, said device being adapted to cooperate with at least one lamp integrated to the body of said vehicle in such a manner that said lamp can emit light rays through at least one part kept transparent of the transparent plates (3, 3'), said lamp preferably comprising at least one LED on a suitable plate. a) at least one sub-unit (2, 3, 3') comprising a light curtain or a light curtain combined with a light guide and, on either side the latter, transparent plates (3, 3') each having at least one part kept transparent and at least another part made semi-transparent, b) at least one light source, preferably of the LED type, connectable to a power source and arranged so as to be able to emit light rays propagating inside the thickness of said light curtain or of a light curtain combined with a light guide, and c) optionally, sealing means adapted to ensure the tightness of said device,