mhurhangee/ep-ind-claims huggingface dataset:
A method of recovering data, comprising: detecting tampering of an electronic device that stores data in a storage medium of the electronic device; receiving, by a processor in performing a recovery procedure, information relating to prioritizing of types of the data; detecting, by the processor in performing the recovery procedure, a communication link; and sending, by the processor in performing the recovery procedure, the data over the communication link for transfer to a recovery destination, wherein the data is sent in an order according to the information relating to prioritizing of the types of the data, further comprising in response to detecting tampering of the electronic device, first storing at least some of the data into a protected region, wherein sending the data comprises sending the at least some of the data from the protected region. detecting tampering of an electronic device that stores data in a storage medium of the electronic device; receiving, by a processor in performing a recovery procedure, information relating to prioritizing of types of the data; detecting, by the processor in performing the recovery procedure, a communication link; and sending, by the processor in performing the recovery procedure, the data over the communication link for transfer to a recovery destination, wherein the data is sent in an order according to the information relating to prioritizing of the types of the data, further comprising in response to detecting tampering of the electronic device, first storing at least some of the data into a protected region, wherein sending the data comprises sending the at least some of the data from the protected region.
A system for separating product ions from convolved precursor ions in product ion spectra collected from an information dependent analysis mass spectrometry experiment, the system comprising: a processor that is configured to: receive two or more product ion spectra collected at two or more times (201, 202, 203) across a chromatographic peak profile of a precursor ion of a compound separating over time, wherein the two or more product ion spectra are produced by separating the compound over time from a sample using a separation device and selecting and fragmenting the precursor ion at the two or more times across the chromatographic peak profile in an IDA method using a tandem mass spectrometer, wherein the tandem mass spectrometer is configured to perform a full scan ion survey scan before selecting and fragmenting said precursor ion at the two or more times across the chromatographic peak, compare intensities of product ions present in each spectrum of the two or more product ion spectra across the two or more product ion spectra, identify at least two different patterns (400, 500) that describe the change in product ion intensity across the two or more product ion spectra, group the product ions present in each spectrum of the two or more product ion spectra into at least two different groups according to the at least two different patterns, and combine peaks in the two or more product ion spectra of product ions from each group of the at least two different groups, producing a combined product ion spectrum (960, 970) for each group of the at least two different groups that includes only peaks of product ions from the each group. receive two or more product ion spectra collected at two or more times (201, 202, 203) across a chromatographic peak profile of a precursor ion of a compound separating over time, wherein the two or more product ion spectra are produced by separating the compound over time from a sample using a separation device and selecting and fragmenting the precursor ion at the two or more times across the chromatographic peak profile in an IDA method using a tandem mass spectrometer, wherein the tandem mass spectrometer is configured to perform a full scan ion survey scan before selecting and fragmenting said precursor ion at the two or more times across the chromatographic peak, compare intensities of product ions present in each spectrum of the two or more product ion spectra across the two or more product ion spectra, identify at least two different patterns (400, 500) that describe the change in product ion intensity across the two or more product ion spectra, group the product ions present in each spectrum of the two or more product ion spectra into at least two different groups according to the at least two different patterns, and combine peaks in the two or more product ion spectra of product ions from each group of the at least two different groups, producing a combined product ion spectrum (960, 970) for each group of the at least two different groups that includes only peaks of product ions from the each group.
Coaxial cable socket, comprising - a connector housing having a cable-side bore to receive the end of the outer conductor of a coaxial cable and a plug-side bore to receive an insulating material support, - a connector inner conductor having a cable-side bore to receive the inner conductor of the coaxial cable, wherein the connector inner conductor is received by an inner conductor bore of the insulating material support, and - a through bore connecting the cable-side bore of the connector housing to the plug-side bore, wherein the bore wall of the cable-side bore of the connector inner conductor has at least one radial solder receiving bore to receive a solder deposit, characterised in that a solder deposit to be melted for electrically conductive connection of the inner conductor of the coaxial cable to the connector inner conductor is held in the radial solder receiving bore. - a connector housing having a cable-side bore to receive the end of the outer conductor of a coaxial cable and a plug-side bore to receive an insulating material support, - a connector inner conductor having a cable-side bore to receive the inner conductor of the coaxial cable, wherein the connector inner conductor is received by an inner conductor bore of the insulating material support, and - a through bore connecting the cable-side bore of the connector housing to the plug-side bore,
An oral care composition, comprising: (a) a first phase comprising a safe and effective amount of a halogenated diphenyl ether and a first orally acceptable aqueous vehicle; and (b) a second phase comprising a safe and effective amount of a stannous salt and a second orally acceptable aqueous vehicle; wherein (c) said second phase comprises no less than 10 molar percent of soluble stannous ion respective to a mathematical sum of moles of said soluble stannous ion and moles of said stannous salt in said second phase. (a) a first phase comprising a safe and effective amount of a halogenated diphenyl ether and a first orally acceptable aqueous vehicle; and (b) a second phase comprising a safe and effective amount of a stannous salt and a second orally acceptable aqueous vehicle; wherein (c) said second phase comprises no less than 10 molar percent of soluble stannous ion respective to a mathematical sum of moles of said soluble stannous ion and moles of said stannous salt in said second phase.
An intershaft seal arrangement, comprising: inner and outer coaxial shafts which rotate relative to each other, having a seal located in an annular space between the shafts and maintaining an axial pressure differential between a fluid pressure on the first side of the seal and a different fluid pressure on the other, second side of the seal, the seal including: a first runner which extends circumferentially around a first one of the shafts and projects therefrom into the annular space, and a sealing ring which is coaxial with the shafts and has a first end face, the first runner forming a first annular sealing interface with the first end face of the sealing ring; characterised in that: the sealing ring has a main body portion formed of a first material having a first stiffness, and further has a retaining ring fitted to the radially outward side of the body portion and formed of a second material having a second stiffness, the second stiffness being greater than the first stiffness such that the retaining ring reduces or prevents radial growth of the sealing ring relative to the outer shaft under centrifugal loading. inner and outer coaxial shafts which rotate relative to each other, having a seal located in an annular space between the shafts and maintaining an axial pressure differential between a fluid pressure on the first side of the seal and a different fluid pressure on the other, second side of the seal, the seal including: a first runner which extends circumferentially around a first one of the shafts and projects therefrom into the annular space, and a sealing ring which is coaxial with the shafts and has a first end face, the first runner forming a first annular sealing interface with the first end face of the sealing ring; characterised in that: the sealing ring has a main body portion formed of a first material having a first stiffness, and further has a retaining ring fitted to the radially outward side of the body portion and formed of a second material having a second stiffness, the second stiffness being greater than the first stiffness such that the retaining ring reduces or prevents radial growth of the sealing ring relative to the outer shaft under centrifugal loading. a first runner which extends circumferentially around a first one of the shafts and projects therefrom into the annular space, and a sealing ring which is coaxial with the shafts and has a first end face, the first runner forming a first annular sealing interface with the first end face of the sealing ring; characterised in that: the sealing ring has a main body portion formed of a first material having a first stiffness, and further has a retaining ring fitted to the radially outward side of the body portion and formed of a second material having a second stiffness, the second stiffness being greater than the first stiffness such that the retaining ring reduces or prevents radial growth of the sealing ring relative to the outer shaft under centrifugal loading.
A method for verifying registration of images of an internal anatomic target obtained using a first imaging system and a second imaging system, the method comprising: (a) acquiring a first image of the anatomic target and at least a portion of a third imaging system using the first imaging system; (b) measuring a distance between the third imaging system and the anatomic target using the third imaging system; (c) acquiring a second image of the anatomic target using the second imaging system; (d) registering the first image and the second image using the registration; and (e) based on (i) positions of the at least a portion of the third imaging system and the anatomic target in the first image and (ii) the measured distance, computing an error in the registration. (a) acquiring a first image of the anatomic target and at least a portion of a third imaging system using the first imaging system; (b) measuring a distance between the third imaging system and the anatomic target using the third imaging system; (c) acquiring a second image of the anatomic target using the second imaging system; (d) registering the first image and the second image using the registration; and (e) based on (i) positions of the at least a portion of the third imaging system and the anatomic target in the first image and (ii) the measured distance, computing an error in the registration.
A method of producing a plate heat exchanger, comprising obtaining a titanium plate that has been cladded with a melting depressant foil on at least one side of the plate, pressing a pattern in the titanium plate, such that tops and bottoms are formed in the plate, stacking the titanium plate on a number of similar titanium plates, so as to form a stack of, clad, heat treated and pressed, titanium plates (201, 401), where contact points are formed between adjacent titanium plates (201, 401) in the stack of titanium plates (201, 401), heating the stack of titanium plates (201, 401) to a temperature above 850 oC and below the melting point of titanium, such that the melting depressant foil acts as a melting depressant for the titanium in the titanium plates (201, 401) and cause surface layers of the titanium plates (201, 401) to melt, the melted titanium thereby flowing to the contact points between adjacent titanium plates (201, 401), allowing the melted titanium to solidify and form joints at the contact points between adjacent titanium plates (201, 401).
An imaging system comprising: a high-energy x-ray source to irradiate at least a portion of an object with a beam of x-ray radiation; a detector array to detect object measurement data indicative of an interaction of x-rays with at least a portion of the object; a reference detector including a plurality of detector elements (101a, 101b,...101n) stacked in a stacking direction along an x-ray beam path to detect x-ray beam fluctuations in the high-energy x-ray source, the reference detector receiving x-rays directly from the high-energy x-ray source; and a processing unit having a central processing unit programmable to: receive object measurement data from the detector array and measurements of an x-ray beam dose and an x-ray beam attenuation from the reference detector; determine a dose correction factor or energy correction factor using the measured x-ray beam dose and the measured x-ray beam attenuation from the reference detector; and correct for x-ray beam fluctuations by applying the dose correction factor or energy correction factor to the object measurement data from the detector array. a high-energy x-ray source to irradiate at least a portion of an object with a beam of x-ray radiation; a detector array to detect object measurement data indicative of an interaction of x-rays with at least a portion of the object; a reference detector including a plurality of detector elements (101a, 101b,...101n) stacked in a stacking direction along an x-ray beam path to detect x-ray beam fluctuations in the high-energy x-ray source, the reference detector receiving x-rays directly from the high-energy x-ray source; and a processing unit having a central processing unit programmable to: receive object measurement data from the detector array and measurements of an x-ray beam dose and an x-ray beam attenuation from the reference detector; determine a dose correction factor or energy correction factor using the measured x-ray beam dose and the measured x-ray beam attenuation from the reference detector; and correct for x-ray beam fluctuations by applying the dose correction factor or energy correction factor to the object measurement data from the detector array. receive object measurement data from the detector array and measurements of an x-ray beam dose and an x-ray beam attenuation from the reference detector; determine a dose correction factor or energy correction factor using the measured x-ray beam dose and the measured x-ray beam attenuation from the reference detector; and correct for x-ray beam fluctuations by applying the dose correction factor or energy correction factor to the object measurement data from the detector array.
A black ink composition comprising a water soluble dye containing a single compound having 4 to 6 azo groups in one molecule and showing an absorption maximum at 440 to 540 nm with a half-value width of 90 nm to 200 nm for a visible region absorption spectrum in water.
A suspended ceiling system for mounting ceiling tiles to a ceiling structure, wherein the suspended ceiling system comprises said ceiling structure having a lower side from which the ceiling tiles are mounted, and wherein the suspended ceiling system comprises said ceiling tiles having an upper and a lower side, the suspended ceiling system further comprises • at least two first hook profiles are provided on the lower side of the ceiling structure in parallel with a predetermined first distance; and • at least two second hook profiles are provided on the upper side of each of the ceiling tiles in parallel with a second distance corresponding to the first distance, wherein said second hook profiles detachably engage the first hook profiles, whereby the ceiling tiles are hanging from the first hook profiles of the ceiling structure, characterised in that each of the first hook profiles have a first receiving opening facing in a first mounting direction and each of the second hook profiles have a second receiving opening facing in a second mounting direction, which is opposite said first mounting direction, when the ceiling tiles are hanging from the first hook profiles of the ceiling structure. • at least two first hook profiles are provided on the lower side of the ceiling structure in parallel with a predetermined first distance; and • at least two second hook profiles are provided on the upper side of each of the ceiling tiles in parallel with a second distance corresponding to the first distance, wherein said second hook profiles detachably engage the first hook profiles, whereby the ceiling tiles are hanging from the first hook profiles of the ceiling structure,
Operating method for a swing door drive for driving a swing door wing of a swing door which is pivotable about a lateral vertical axis, the swing door having seals in sealing planes, the swing door drive comprising an output shaft for coupling to the swing door wing and a wing position detection means connected to the output shaft for detecting the door wing position of the swing door wing by detecting the movement and/or position of the output shaft, a motor drive unit for driving the output shaft, and a control unit for controlling the drive movement in response to the door wing position detected by the wing position detection means, the method comprising the steps of: teaching-in a finger pinch protection threshold by learning a door wing position in which a main closing edge of the swing door wing is located at most 8 mm from a counter-closing edge of the swing door, and applying an increased closing force in a zone between the finger pinch protection threshold and the end position, for pulling the swing door wing closed into its end position in order to exert sufficient force on seals of the sealing planes in the end position and thus to close the swing door tightly and/or to overcome the resistance of a mechanical interlock. teaching-in a finger pinch protection threshold by learning a door wing position in which a main closing edge of the swing door wing is located at most 8 mm from a counter-closing edge of the swing door, and applying an increased closing force in a zone between the finger pinch protection threshold and the end position, for pulling the swing door wing closed into its end position in order to exert sufficient force on seals of the sealing planes in the end position and thus to close the swing door tightly and/or to overcome the resistance of a mechanical interlock.
A device for halting the extension or retraction of a retractable awning, the device comprising: a sensor configured and positionable to sense a motion parameter associated with extension or retraction motion of a retractable awning and to generate corresponding respective extension or retraction motion parameter signals; and a processor coupled to the sensor and configured to: calculate an acceleration rate of change and/or an awning portion tilt angle from the extension or retraction motion parameter signals, and generate a stop signal when the acceleration rate of change and/or when the awning portion tilt angle meets at least one predetermined criterion. a sensor configured and positionable to sense a motion parameter associated with extension or retraction motion of a retractable awning and to generate corresponding respective extension or retraction motion parameter signals; and a processor coupled to the sensor and configured to: calculate an acceleration rate of change and/or an awning portion tilt angle from the extension or retraction motion parameter signals, and generate a stop signal when the acceleration rate of change and/or when the awning portion tilt angle meets at least one predetermined criterion. calculate an acceleration rate of change and/or an awning portion tilt angle from the extension or retraction motion parameter signals, and generate a stop signal when the acceleration rate of change and/or when the awning portion tilt angle meets at least one predetermined criterion.
A locking device for locking a tongue, comprising: a main body having a tongue insertion port through which the tongue is inserted; a locking member for locking the tongue when the tongue reaches a predetermined position in the main body; a lock releasing operation member operated for releasing the lock of the tongue due to the locking member; a tongue guiding and discharging member provided in the main body so as to be slidably moved along an insertion direction of the tongue, wherein the tongue guiding and discharging member is slid along the insertion direction of the tongue in the main body to guide the tongue until the locking member locks the tongue when the tongue is inserted into the main body through the tongue insertion port and discharge the tongue from the main body when the lock of the tongue due to the locking member is released; a power generator fixedly provided in the main body, wherein the power generator has an operation member, and wherein the power generator generates electric power by utilizing external force applied from the tongue guiding and discharging member through the operation member; and a wireless transmitting part driven by the electric power generated by the power generator, characterized in that the operation member is pushed by the tongue guiding and discharging member slid in the main body along the insertion direction of the tongue and pivotally moved in a plane parallel to the tongue when the tongue is inserted into the main body. a main body having a tongue insertion port through which the tongue is inserted; a locking member for locking the tongue when the tongue reaches a predetermined position in the main body; a lock releasing operation member operated for releasing the lock of the tongue due to the locking member; a tongue guiding and discharging member provided in the main body so as to be slidably moved along an insertion direction of the tongue, wherein the tongue guiding and discharging member is slid along the insertion direction of the tongue in the main body to guide the tongue until the locking member locks the tongue when the tongue is inserted into the main body through the tongue insertion port and discharge the tongue from the main body when the lock of the tongue due to the locking member is released; a power generator fixedly provided in the main body, wherein the power generator has an operation member, and wherein the power generator generates electric power by utilizing external force applied from the tongue guiding and discharging member through the operation member; and a wireless transmitting part driven by the electric power generated by the power generator, characterized in that the operation member is pushed by the tongue guiding and discharging member slid in the main body along the insertion direction of the tongue and pivotally moved in a plane parallel to the tongue when the tongue is inserted into the main body.