mhurhangee/ep-ind-claims huggingface dataset:
An additive for hydraulic compositions, comprising a mixture of the compounds of the following formulas, and: in which: the groups (CH 2 -CH 2 -O) and (CH 2 -CH(CH 3)-O) are arranged in blocks, alternately or randomly, n, n 1 and n 2, independently of one another, are integers which vary between 1 and 150 (inclusive), m, m 1 and m 2, independently of one another, are integers which vary between 0 and 150 (inclusive), with n + m ≥ 10, with n 1 + m 1 ≥ 1, with n 2 + m 2 ≥ 1, the group R is chosen from one or more of the elements H, CH 3, C 2 H 5, C 3 H 7, C 4 H 9, PO 3 X 2 or the group NYZ in which: Y and Z are identical or different, Y represents n3 - m3 - PO 3 X 2 or n3 - m3 - H, Z represents n4 - m4 - PO 3 X 2 or n4 - m4 - H, n 3 and n 4, independently of one another, are integers which vary between 1 and 150 (inclusive) and m 3 and m 4, independently of one another, are integers which vary between 0 and 150 (inclusive), X represents H or M and M represents a monovalent, divalent or trivalent cation. the groups (CH 2 -CH 2 -O) and (CH 2 -CH(CH 3)-O) are arranged in blocks, alternately or randomly, n, n 1 and n 2, independently of one another, are integers which vary between 1 and 150 (inclusive), m, m 1 and m 2, independently of one another, are integers which vary between 0 and 150 (inclusive), with n + m ≥ 10, with n 1 + m 1 ≥ 1, with n 2 + m 2 ≥ 1, the group R is chosen from one or more of the elements H, CH 3, C 2 H 5, C 3 H 7, C 4 H 9, PO 3 X 2 or the group NYZ in which: Y and Z are identical or different, Y represents n3 - m3 - PO 3 X 2 or n3 - m3 - H, Z represents n4 - m4 - PO 3 X 2 or n4 - m4 - H, n 3 and n 4, independently of one another, are integers which vary between 1 and 150 (inclusive) and m 3 and m 4, independently of one another, are integers which vary between 0 and 150 (inclusive), Y and Z are identical or different, Y represents n3 - m3 - PO 3 X 2 or n3 - m3 - H, Z represents n4 - m4 - PO 3 X 2 or n4 - m4 - H, n 3 and n 4, independently of one another, are integers which vary between 1 and 150 (inclusive) and m 3 and m 4, independently of one another, are integers which vary between 0 and 150 (inclusive), X represents H or M and M represents a monovalent, divalent or trivalent cation.
An apparatus for automated testing of a Device Under Test, DUT, the apparatus comprising: a light sensor for detecting a display state change in the DUT; a microphone sensor for detecting a change in the level of a signal output from a speaker of the DUT; a current sensor for detecting a current state of the DUT; a serial terminal for connecting communication to the DUT; and a controller for transmitting a control command to the DUT through the serial terminal to return a test mode of the DUT to a normal mode according to a malfunction that is detected by at least one of the light sensor, the microphone sensor, the current sensor, and the serial terminal when an electrostatic pulse is applied to the DUT. a light sensor for detecting a display state change in the DUT; a microphone sensor for detecting a change in the level of a signal output from a speaker of the DUT; a current sensor for detecting a current state of the DUT; a serial terminal for connecting communication to the DUT; and a controller for transmitting a control command to the DUT through the serial terminal to return a test mode of the DUT to a normal mode according to a malfunction that is detected by at least one of the light sensor, the microphone sensor, the current sensor, and the serial terminal when an electrostatic pulse is applied to the DUT.
A method performed by an apparatus in a privacy policy system comprising: receiving, by the apparatus, a request to modify an application; determining, by the apparatus, in connection with processing the request to modify the application, whether a conflict is present between the application and a user privacy profile, comprising determining whether a sensor sequence in the application, when executed at run-time, is at least a subsequence of a sensor sequence in the user privacy profile; in an instance in which a conflict is determined, causing, by the apparatus, the determined conflict and at least one conflict resolution to be displayed; and causing, by the apparatus, a user privacy profile to be modified in an instance in which an indication of acceptance is received in response to the displayed at least one conflict resolution. receiving, by the apparatus, a request to modify an application; determining, by the apparatus, in connection with processing the request to modify the application, whether a conflict is present between the application and a user privacy profile, comprising determining whether a sensor sequence in the application, when executed at run-time, is at least a subsequence of a sensor sequence in the user privacy profile; in an instance in which a conflict is determined, causing, by the apparatus, the determined conflict and at least one conflict resolution to be displayed; and causing, by the apparatus, a user privacy profile to be modified in an instance in which an indication of acceptance is received in response to the displayed at least one conflict resolution.
A device for vehicle hands-free access start system, including a reader connected to a stationary coil in which a low-frequency current variation is directly linked to a low-frequency variation in magnetic flux passing through the stationary coil, characterized in that the reader includes a plate of magnetic material placed at just enough distance from the stationary coil so as to enable a hands-free identifier including a movable coil to be inserted between said plate and the stationary coil, and in that said plate is modelled by a process of shaping/bending so as to minimize the path of the magnetic field in said plate.
An electromechanical device comprising: - a mechanical interface structure for connecting to an external rotating element, - an electrical machine (102-104, 117), - one or more gear stages on a mechanical power transmission path between the mechanical interface structure and a rotor of the electrical machine, - mechanical structures constituting a common lubricant oil room for both the one or more gear stages and the electrical machine, and - oil channels for directing at least a part of lubricant oil circulated in the electromechanical device to flow via the one or more gear stages and at least a part of the lubricant oil to flow via bearings (118, 119) of the electrical machine, wherein the one or more gear stages comprise a first planet-gear stage and a second planet-gear stage, a planet-wheel carrier of the first planet-gear stage constituting a part of the mechanical interface structure, a sun gear shaft of the first planet-gear stage being connected to a planet-wheel carrier of the second planet-gear stage, and a sun gear shaft of the second planet-gear stage being connected to the rotor of the electrical machine (103, 104, 117), and wherein the electromechanical device further comprises connection elements on an outer surface of the electromechanical device for attaching to an external mechanical structure, a first mechanical structure supporting a stator of the electrical machine with respect to the connection elements, a second mechanical structure supporting a gear ring of the second planet-gear stage with respect to the connection elements, and a third mechanical structure supporting the rotor of the electrical machine with respect to the gear ring of the second planet-gear stage, the first mechanical structure being arranged to conduct tensions caused by electromagnetic forces acting on the stator of the electrical machine to the connection elements so that the tensions are arranged to bypass the third mechanical structure, wherein a frame of the rotor has a cupped shape opening towards the one or more gear stages and the third mechanical structure supporting the rotor of the electrical machine is arranged to extend to the semi-closed space defined by the cupped shape and the bearings (118, 119) of the electrical machine are located in the semi-closed space defined by the cupped shape. - a mechanical interface structure for connecting to an external rotating element, - an electrical machine (102-104, 117), - one or more gear stages on a mechanical power transmission path between the mechanical interface structure and a rotor of the electrical machine, - mechanical structures constituting a common lubricant oil room for both the one or more gear stages and the electrical machine, and - oil channels for directing at least a part of lubricant oil circulated in the electromechanical device to flow via the one or more gear stages and at least a part of the lubricant oil to flow via bearings (118, 119) of the electrical machine,
A contact lens manufacturing method comprising: an optical characteristics setting step of setting in an optical part a spherical aberration of a size corresponding to a coma aberration of a naked eye of a user, and of a size for which a spherical aberration of the naked eye of the user will not be offset and will be made to remain; a lens shape setting step of determining a lens shape of the optical part wherein the spherical aberration set at the optical characteristics setting step is provided as a corrective optical characteristic for a residual irregular astigmatism caused by high-order aberration in the naked eye of the user; and a lens forming step of forming a contact lens having optical characteristics in which a high-order aberration of that optical part is rotationally symmetrical around an optical axis, by means of forming the optical part to have the lens shape determined by the lens shape setting step; wherein at the optical characteristics setting step, the spherical aberration of the optical part is set with an RMS value that satisfies both of the following formulas: contact lens spherical aberration ≥ coma aberration of the naked eye of the user - spherical aberration of the naked eye of the user -0.10μm; and contact lens spherical aberration ≤ coma aberration of the naked eye of the user - spherical aberration of the naked eye of the user +0.10μm. an optical characteristics setting step of setting in an optical part a spherical aberration of a size corresponding to a coma aberration of a naked eye of a user, and of a size for which a spherical aberration of the naked eye of the user will not be offset and will be made to remain; a lens shape setting step of determining a lens shape of the optical part wherein the spherical aberration set at the optical characteristics setting step is provided as a corrective optical characteristic for a residual irregular astigmatism caused by high-order aberration in the naked eye of the user; and a lens forming step of forming a contact lens having optical characteristics in which a high-order aberration of that optical part is rotationally symmetrical around an optical axis, by means of forming the optical part to have the lens shape determined by the lens shape setting step; wherein at the optical characteristics setting step, the spherical aberration of the optical part is set with an RMS value that satisfies both of the following formulas: contact lens spherical aberration ≥ coma aberration of the naked eye of the user - spherical aberration of the naked eye of the user -0.10μm; and contact lens spherical aberration ≤ coma aberration of the naked eye of the user - spherical aberration of the naked eye of the user +0.10μm. contact lens spherical aberration ≥ coma aberration of the naked eye of the user - spherical aberration of the naked eye of the user -0.10μm; and contact lens spherical aberration ≤ coma aberration of the naked eye of the user - spherical aberration of the naked eye of the user +0.10μm.
Method for controlling the production process of a product by a system, the system being linked to a process control system controlling the system, the method comprising the steps: a. determining a first n-tuple representative of current parameters of the product by at least one input means of the process control system; b. retaining the first n-tuple in a memory of the process control system; c. displaying the product having the current parameters on a display device of the process control system; d. displaying on the display device control elements (151,152) for selecting from one or more pre-defined process actions that are compatible to be performed on the product having the current parameters as retained in the first n-tuple, each process action being representative of a first transformation matrix of a dimension that is compatible with the first n-tuple, the one or more pre-defined process actions and their corresponding first transformation matrices being retained in the memory of the process control system; e. selecting one of the one or more pre-defined process actions; f. applying the first transformation matrix corresponding to the selected process action to the first n-tuple to produce a second n-tuple of future parameters of the product and displaying the product having the future parameters of the second n-tuple on the display device of the process control system; g. providing instructions representative of the matrix elements in the first transformation matrix of the selected process action to the system for performing a process step on the product corresponding to the process action; and h. repeating the above steps a. to g. a. determining a first n-tuple representative of current parameters of the product by at least one input means of the process control system; b. retaining the first n-tuple in a memory of the process control system; c. displaying the product having the current parameters on a display device of the process control system; d. displaying on the display device control elements (151,152) for selecting from one or more pre-defined process actions that are compatible to be performed on the product having the current parameters as retained in the first n-tuple, each process action being representative of a first transformation matrix of a dimension that is compatible with the first n-tuple, the one or more pre-defined process actions and their corresponding first transformation matrices being retained in the memory of the process control system; e. selecting one of the one or more pre-defined process actions; f. applying the first transformation matrix corresponding to the selected process action to the first n-tuple to produce a second n-tuple of future parameters of the product and displaying the product having the future parameters of the second n-tuple on the display device of the process control system; g. providing instructions representative of the matrix elements in the first transformation matrix of the selected process action to the system for performing a process step on the product corresponding to the process action; and h. repeating the above steps a. to g.
A urea spraying system comprising a common rail, said common rail comprises a housing, and a pressure detection apparatus and a pressure control valve installed on said housing; said housing comprises a singular inlet passage where a urea solution can enter, a singular outlet passage where the urea solution can flow out, whereby said inlet passage and said outlet passage are parallel to each other, said housing comprises a plurality of conveyance ports connected to said inlet passage, and a plurality of return flow ports connected to said outlet passage; said pressure detection apparatus is connected to said inlet passage; said pressure control valve is connected between said inlet passage and said outlet passage, and said pressure control valve is able to connect or disconnect said inlet passage and said outlet passage to maintain a set pressure within said inlet passage.
A method, performed in an accessory device, for communicating a leakage state of an ostomy appliance comprising a base plate configured to be placed on a skin surface of a user, the base plate comprising a plurality of electrodes configured to detect presence of fluid on a proximal side of a first adhesive layer of the base plate in a primary sensing zone and a secondary sensing zone separate from the primary sensing zone, the plurality of electrodes including a first leakage electrode, a second leakage electrode, and a third leakage electrode, wherein the accessory device comprises an interface configured to communicate with a monitor device of an ostomy system comprising the ostomy appliance, the method comprising: - obtaining (301, 301a, 301b) monitor data from the monitor device, the monitor data comprising ostomy data obtained from the plurality of electrodes of the base plate by the monitor device, the monitor data being representative of detection of fluid on the proximal side in the primary sensing zone and secondary sensing zone; - determining the leakage state at the proximal side of the first adhesive layer of the base plate based on the monitor data, wherein determining the leakage state comprises determining one or more moisture pattern types based on the monitor data; and - communicating the leakage state of the base plate via the interface. - obtaining (301, 301a, 301b) monitor data from the monitor device, the monitor data comprising ostomy data obtained from the plurality of electrodes of the base plate by the monitor device, the monitor data being representative of detection of fluid on the proximal side in the primary sensing zone and secondary sensing zone; - determining the leakage state at the proximal side of the first adhesive layer of the base plate based on the monitor data, wherein determining the leakage state comprises determining one or more moisture pattern types based on the monitor data; and - communicating the leakage state of the base plate via the interface.
A method of making a wind turbine blade, comprising: obtaining a plurality of wind turbine blade components (26, 32, 34, 40), at least one of the wind turbine blade components including a wall having a first surface and a second surface spaced from the first surface to define a wall thickness; and assembling the plurality of wind turbine blade components (26, 32, 34, 40) to produce the wind turbine blade, characterised by measuring the wall thickness of the at least one wind turbine blade component (26, 32, 34, 40), comprising: associating a reflective element with one of the first or second surfaces (50, 48) of the wall of the component; locating a measurement device adjacent to the other of the first or second surfaces (50, 48) of the wall of the component and generally opposite to the reflective element; emitting a signal from the measurement device that travels through the wall of the component and interacts with the reflective element to produce a return signal; receiving the return signal at the measurement device; and determining the wall thickness between the first and second surfaces (50, 48) using information from the signal and return signal. obtaining a plurality of wind turbine blade components (26, 32, 34, 40), at least one of the wind turbine blade components including a wall having a first surface and a second surface spaced from the first surface to define a wall thickness; and assembling the plurality of wind turbine blade components (26, 32, 34, 40) to produce the wind turbine blade, characterised by measuring the wall thickness of the at least one wind turbine blade component (26, 32, 34, 40), comprising: associating a reflective element with one of the first or second surfaces (50, 48) of the wall of the component; locating a measurement device adjacent to the other of the first or second surfaces (50, 48) of the wall of the component and generally opposite to the reflective element; emitting a signal from the measurement device that travels through the wall of the component and interacts with the reflective element to produce a return signal; receiving the return signal at the measurement device; and determining the wall thickness between the first and second surfaces (50, 48) using information from the signal and return signal. associating a reflective element with one of the first or second surfaces (50, 48) of the wall of the component; locating a measurement device adjacent to the other of the first or second surfaces (50, 48) of the wall of the component and generally opposite to the reflective element; emitting a signal from the measurement device that travels through the wall of the component and interacts with the reflective element to produce a return signal; receiving the return signal at the measurement device; and determining the wall thickness between the first and second surfaces (50, 48) using information from the signal and return signal.
An apparatus for supporting medical device positioning, comprising: an input port for receiving i) an X-ray projection image of an object and of a medical device and ii) a signal indicative of a current application position of the medical device in or around said object; a user interface generator configured to generate for display on a screen a marker overlaid on said image, the marker indicating a next application position for the device at a first pre-determined distance from said current application position, the user interface generator responsive to overlay a second marker for a second application position at a second pre-determined distance from the next application position upon receipt, at the input port, of a signal indicative of said second application position. an input port for receiving i) an X-ray projection image of an object and of a medical device and ii) a signal indicative of a current application position of the medical device in or around said object; i) an X-ray projection image of an object and of a medical device and ii) a signal indicative of a current application position of the medical device in or around said object; a user interface generator configured to generate for display on a screen a marker overlaid on said image, the marker indicating a next application position for the device at a first pre-determined distance from said current application position, the user interface generator responsive to overlay a second marker for a second application position at a second pre-determined distance from the next application position upon receipt, at the input port, of a signal indicative of said second application position.