mhurhangee/ep-ind-claims huggingface dataset:
Absorption column, comprising at least one external heat exchange circuit for cooling or heating the absorption liquid, comprising one or more serially connected heat exchangers (3/4), wherein the junction of the pipeline for drawing off the absorption liquid from the column is disposed above the junction of the pipeline into the first heat exchanger in the flow direction, characterised in that a dumped bed is installed in the course of this pipeline.
A system for providing a secure driver framework comprising: a hardware processor configured to: manage an unsecure operating system execution environment comprising a first user mode and a first kernel mode; manage a secure execution environment comprising a second user mode and a second kernel mode; in response to a system call from an unsecure driver (142, 202, 314) in the first kernel mode or the first user mode, the secure execution environment is configured to: create a secure device node corresponding to a reported new hardware device; load a secure driver corresponding to the secure device node, the secure driver to enable accessing a configuration space of the new hardware device and loading advanced configuration and power interface tables in the second kernel mode; and launch the unsecure driver in the first kernel mode of the unsecure operating system execution environment and enumerate a secure device in the first kernel mode; and provide one or more system services of the second kernel mode to the secure driver. manage an unsecure operating system execution environment comprising a first user mode and a first kernel mode; manage a secure execution environment comprising a second user mode and a second kernel mode; in response to a system call from an unsecure driver (142, 202, 314) in the first kernel mode or the first user mode, the secure execution environment is configured to: create a secure device node corresponding to a reported new hardware device; load a secure driver corresponding to the secure device node, the secure driver to enable accessing a configuration space of the new hardware device and loading advanced configuration and power interface tables in the second kernel mode; and launch the unsecure driver in the first kernel mode of the unsecure operating system execution environment and enumerate a secure device in the first kernel mode; and create a secure device node corresponding to a reported new hardware device; load a secure driver corresponding to the secure device node, the secure driver to enable accessing a configuration space of the new hardware device and loading advanced configuration and power interface tables in the second kernel mode; and launch the unsecure driver in the first kernel mode of the unsecure operating system execution environment and enumerate a secure device in the first kernel mode; and provide one or more system services of the second kernel mode to the secure driver.
A touch control method, adapted to an electronic apparatus having a main screen and a touch screen, wherein the touch screen is divided into a first portion and a second portion, the touch control method comprising: detecting a touch operation performed by a user on the touch screen; determining whether the touch operation is performed within the first portion or the second portion of the touch screen; controlling a frame displayed on the main screen according to the touch operation when the touch operation is performed within the first portion of the touch screen; and controlling a frame displayed on the touch screen according to the touch operation when the touch operation is performed within the second portion of the touch screen, and the touch control method being characterized by: when the touch operation is performed in both the first portion and the second portion of the touch screen, switching the touch operation performed in the first portion and the second portion of the touch screen from a first one to a second one of the following control modes: controlling only the frame displayed on the main screen; controlling only the frame displayed on the touch screen; and respectively controlling the frame displayed on the main screen and the frame displayed on the touch screen. detecting a touch operation performed by a user on the touch screen; determining whether the touch operation is performed within the first portion or the second portion of the touch screen; controlling a frame displayed on the main screen according to the touch operation when the touch operation is performed within the first portion of the touch screen; and controlling a frame displayed on the touch screen according to the touch operation when the touch operation is performed within the second portion of the touch screen, and the touch control method being characterized by: when the touch operation is performed in both the first portion and the second portion of the touch screen, switching the touch operation performed in the first portion and the second portion of the touch screen from a first one to a second one of the following control modes: controlling only the frame displayed on the main screen; controlling only the frame displayed on the touch screen; and respectively controlling the frame displayed on the main screen and the frame displayed on the touch screen. when the touch operation is performed in both the first portion and the second portion of the touch screen, switching the touch operation performed in the first portion and the second portion of the touch screen from a first one to a second one of the following control modes: controlling only the frame displayed on the main screen; controlling only the frame displayed on the touch screen; and respectively controlling the frame displayed on the main screen and the frame displayed on the touch screen. controlling only the frame displayed on the main screen; controlling only the frame displayed on the touch screen; and respectively controlling the frame displayed on the main screen and the frame displayed on the touch screen.
A global navigation satellite system receiver configured to time-stamp one or more asynchronous sensor measurements, wherein the receiver comprises: a first port configured to receive sensor measurement data (110, 116) from at least one sensor; a second port configured to receive a signal pulse, wherein the signal pulse represents a time of measurement according to a first time domain of the received sensor measurement data (110, 116); a circuit configured to generate based on the received signal pulse a timestamp according to a second time domain; and a processor configured to associate the generated timestamp in the second time domain with the received sensor measurement data (110, 116). a first port configured to receive sensor measurement data (110, 116) from at least one sensor; a second port configured to receive a signal pulse, wherein the signal pulse represents a time of measurement according to a first time domain of the received sensor measurement data (110, 116); a circuit configured to generate based on the received signal pulse a timestamp according to a second time domain; and a processor configured to associate the generated timestamp in the second time domain with the received sensor measurement data (110, 116).
Cutting disc for household electrical appliance for preparing food comprising a fixed cutting blade and a dismountable insert comprising positioning means on the cutting disc making it possible to dismount the insert from a first position, to make it possible to remount in a second position, such that the insert is capable of having two different working faces (25a, 25b) in one or the other of the two position, characterised in that the cutting disc is rotated by the insert which comprises a driving member capable of engaging with a rotating shaft connected to a motor member of the household appliance for preparing food, and in that the radial guide means make it possible to dismount the insert from the first position, to make it possible to remount in the second position.
A method for regenerating a filter which has been used in a filtration step in the process for producing an acrylic acid, comprising: a step wherein the filter is washed with an aqueous alkaline solution; a step wherein the filter is washed with water after the step to flush out residual aqueous alkaline solution; and a step wherein the filter is brought into contact with the acrylic acid for regeneration for at least one hour after the step, wherein a step of water-washing of the filter is further included before the step, and, after performing the above steps,,,, further using the filter in the filtration step in the process for producing an acrylic acid, wherein the water-washing in step is repeated until the pH of the water becomes 5.5 or more, and wherein the pH of the water after flushing out the residual aqueous alkaline solution in step is 8.0 or less. a step wherein the filter is washed with an aqueous alkaline solution; a step wherein the filter is washed with water after the step to flush out residual aqueous alkaline solution; and a step wherein the filter is brought into contact with the acrylic acid for regeneration for at least one hour after the step, wherein a step of water-washing of the filter is further included before the step, and, after performing the above steps,,,, further using the filter in the filtration step in the process for producing an acrylic acid, wherein the water-washing in step is repeated until the pH of the water becomes 5.5 or more, and wherein the pH of the water after flushing out the residual aqueous alkaline solution in step is 8.0 or less.
An aqueous ink for ink jet, comprising a resin particle dyed with a fluorescent dye, and a water-soluble resin, the fluorescent dye containing a fluorescence-emitting dye selected from the group consisting of basic dye, disperse dye and oil-soluble dye, the resin particle having a core portion that contains an aromatic group-containing unit and a cyano group-containing unit, and a shell portion that contains an aromatic group-containing unit, an anionic group-containing unit and a crosslinking agent-derived unit, but free of cyano group-containing unit, percentage (% by mass) of the crosslinking agent-derived unit in the shell portion being 30% by mass or more to 80% by mass or less, the water-soluble resin having an aromatic group-containing unit and an anionic group-containing unit, and the water-soluble resin having an acid value of 100 mgKOH/g or more to 180 mgKOH/g or less. the fluorescent dye containing a fluorescence-emitting dye selected from the group consisting of basic dye, disperse dye and oil-soluble dye, the resin particle having a core portion that contains an aromatic group-containing unit and a cyano group-containing unit, and a shell portion that contains an aromatic group-containing unit, an anionic group-containing unit and a crosslinking agent-derived unit, but free of cyano group-containing unit, percentage (% by mass) of the crosslinking agent-derived unit in the shell portion being 30% by mass or more to 80% by mass or less, the water-soluble resin having an aromatic group-containing unit and an anionic group-containing unit, and the water-soluble resin having an acid value of 100 mgKOH/g or more to 180 mgKOH/g or less.
A method of manufacturing a fan case for a turbine engine, comprising: fabricating a cylindrical casing comprising composite fibers such that a first fiber of the composite fibers has a first fiber axis oriented tangentially around the cylindrical casing, the cylindrical casing having a forward end, an aft end, and an axis; determining an area on the cylindrical casing to be a reinforcement region, wherein the reinforcement region begins and ends aft of a fan containment housing; disposing a plurality of load distribution devices axially along the reinforcement region, the LDD comprising composite fibers such that: (i) for each LDD, a fiber of the composite fibers of the LDDs has a second fiber axis that is oriented to be within a range of plus or minus 30 degrees from perpendicular to the first fiber axis of the cylindrical casing, and (ii) first LDDs do not cover more than 50% of the reinforcement region; and (ii) coupling the first LDD to the cylindrical casing; (iii) for each of the plurality of LDDs, there exists a space between LDDs, wherein each of the plurality of LDDs is arranged around the cylindrical casing such that the space between an LDD and a neighboring LDD is substantially equal, for each of the plurality of LDDs. fabricating a cylindrical casing comprising composite fibers such that a first fiber of the composite fibers has a first fiber axis oriented tangentially around the cylindrical casing, the cylindrical casing having a forward end, an aft end, and an axis; determining an area on the cylindrical casing to be a reinforcement region, wherein the reinforcement region begins and ends aft of a fan containment housing; disposing a plurality of load distribution devices axially along the reinforcement region, the LDD comprising composite fibers such that: (i) for each LDD, a fiber of the composite fibers of the LDDs has a second fiber axis that is oriented to be within a range of plus or minus 30 degrees from perpendicular to the first fiber axis of the cylindrical casing, and (ii) first LDDs do not cover more than 50% of the reinforcement region; and (ii) coupling the first LDD to the cylindrical casing; (iii) for each of the plurality of LDDs, there exists a space between LDDs, wherein each of the plurality of LDDs is arranged around the cylindrical casing such that the space between an LDD and a neighboring LDD is substantially equal, for each of the plurality of LDDs. (i) for each LDD, a fiber of the composite fibers of the LDDs has a second fiber axis that is oriented to be within a range of plus or minus 30 degrees from perpendicular to the first fiber axis of the cylindrical casing, and (ii) first LDDs do not cover more than 50% of the reinforcement region; and (ii) coupling the first LDD to the cylindrical casing; (iii) for each of the plurality of LDDs, there exists a space between LDDs, wherein each of the plurality of LDDs is arranged around the cylindrical casing such that the space between an LDD and a neighboring LDD is substantially equal, for each of the plurality of LDDs.
Method for quality control during ultrasonic bonding, in particular during ultrasonic wire bonding, in which a transducer-bonding tool unit and an ultrasonic generator are used, and in which, during bonding, one or a plurality of sensors detect measurement signals from one or a plurality of parameters, which can vary during bonding, in order to assess the bonding quality and/or to influence bonding, wherein, during bonding, at least one speed profile measurement signal which is representative of the time-speed profile of the tip of the ultrasonic tool in the oscillation direction thereof, in particular with respect to its oscillation phase profile, is detected in real time by means of a piezoelectric sensor, characterised in that by means of the piezoelectric sensor a transverse expansion perpendicular to a propagating exciting ultrasonic wave is detected by measurement technology, that a voltage profile measurement signal, which is representative of the time-generator voltage profile, and the speed profile measurement signal are supplied to a phase regulator, that by means of the phase regulator the oscillation frequency of the ultrasonic tool is set and/or changed in such a way that the phase difference is reduced automatically, in particular to substantially or to precisely zero, in order to achieve mechanical resonance of the transducer-bonding tool unit, and that the time-generator voltage profile assigned to the ultrasonic transducer of the ultrasonic generator is measured, that the phase difference existing in respect of the speed profile measurement signal is determined and that by means of the ultrasonic generator the oscillation frequency of the ultrasonic tool is set and/or changed in such a way that said phase difference is reduced, in particular is reduced to substantially or to precisely zero.
Automotive milling machine (1a, 1b), - comprising a machine frame, - comprising a controller for the travelling and milling operation, - comprising a working drum, - comprising a transport conveyor slewable relative to the machine frame, - where the transport conveyor discharges the milled material onto a loading surface of a transport vehicle, - where the controller comprises a detection and control unit which monitors the alterable position of the loading surface of the transport vehicle by an image-recording system comprising no less than one sensor which continuously generates no less than one digital image of, as a minimum, the loading surface, characterized in that the detection and control unit comprises an analysis device which detects faults or errors in the image generated by the no less than one sensor. - comprising a machine frame, - comprising a controller for the travelling and milling operation, - comprising a working drum, - comprising a transport conveyor slewable relative to the machine frame, - where the transport conveyor discharges the milled material onto a loading surface of a transport vehicle, - where the controller comprises a detection and control unit which monitors the alterable position of the loading surface of the transport vehicle by an image-recording system comprising no less than one sensor which continuously generates no less than one digital image of, as a minimum, the loading surface,
Trip unit, comprising: an actuator, including: a cylindrical pin, a cylindrical closed chamber, said pin being axially movably disposed in said chamber and extending out of said chamber through a sealed opening, biasing means for biasing said pin for an axial movement in a direction out of said chamber, a permanent magnet at least partly surrounding the pin during a latched condition of said trip unit, a coil housing at least partly defining said cylindrical closed chamber, a coil supported by said coil housing; and a cylindrical housing, containing the actuator, characterised in that between the pin and the permanent magnet an annular gap is present, whereby a disk is provided at the bottom of said housing adjacent to said permanent magnet, and wherein the contact between the pin and the disk is a one point contact. an actuator, including: a cylindrical pin, a cylindrical closed chamber, said pin being axially movably disposed in said chamber and extending out of said chamber through a sealed opening, biasing means for biasing said pin for an axial movement in a direction out of said chamber, a permanent magnet at least partly surrounding the pin during a latched condition of said trip unit, a coil housing at least partly defining said cylindrical closed chamber, a coil supported by said coil housing; and a cylindrical pin, a cylindrical closed chamber, said pin being axially movably disposed in said chamber and extending out of said chamber through a sealed opening, biasing means for biasing said pin for an axial movement in a direction out of said chamber, a permanent magnet at least partly surrounding the pin during a latched condition of said trip unit, a coil housing at least partly defining said cylindrical closed chamber, a coil supported by said coil housing; and a cylindrical housing, containing the actuator, characterised in that between the pin and the permanent magnet an annular gap is present, whereby a disk is provided at the bottom of said housing adjacent to said permanent magnet, and wherein the contact between the pin and the disk is a one point contact.
A stand machine, in particular an ultrasonic welding machine, comprising: - a stand which can be attached to a base plate on which a workpiece to be machined by the stand machine can be positioned; - a vibration generator by means of which a working member can be driven; - a slide which bears the vibration generator and which is displaceably guided in the longitudinal direction of the stand; and - a linear drive which bears the slide and which is attached to the stand, wherein the vibration generator is located in the alignment of the actuation path of the linear drive, characterized in that an elastically deformable solid state hinge is provided in the force flow path between a working member and the stand, said elastically deformable solid state hinge being subject to an elastic deformation as a result of a force which can be applied to the workpiece via the working member with the aid of the linear drive. - a stand which can be attached to a base plate on which a workpiece to be machined by the stand machine can be positioned; - a vibration generator by means of which a working member can be driven; - a slide which bears the vibration generator and which is displaceably guided in the longitudinal direction of the stand; and - a linear drive which bears the slide and which is attached to the stand, wherein the vibration generator is located in the alignment of the actuation path of the linear drive, characterized in that an elastically deformable solid state hinge is provided in the force flow path between a working member and the stand, said elastically deformable solid state hinge being subject to an elastic deformation as a result of a force which can be applied to the workpiece via the working member with the aid of the linear drive.
A handle for watercraft portage, comprising: A base portion, first and second opposing ends (14, 16), and first and second opposing sides (22, 24), all defining an open channel having a substantially circular cross section, the channel having an open receiving area extending between top edges of the first and second opposing sides, the channel contoured and able to receive and retain a substantially cylindrical item using an interference fit; and characterized by a slot, shaped and sized to accommodate a securing element therethrough, and extending longitudinally through at least a portion of said base and generally parallel to the channel, opposite the open receiving area. A base portion, first and second opposing ends (14, 16), and first and second opposing sides (22, 24), all defining an open channel having a substantially circular cross section, the channel having an open receiving area extending between top edges of the first and second opposing sides, the channel contoured and able to receive and retain a substantially cylindrical item using an interference fit; and characterized by a slot, shaped and sized to accommodate a securing element therethrough, and extending longitudinally through at least a portion of said base and generally parallel to the channel, opposite the open receiving area.