mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a deacidified fluid stream from a fluid stream comprising methanol and at least one acid gas, comprising a) an absorption step in which the fluid stream is contacted with an absorbent in an absorber to obtain an absorbent laden with methanol and acid gases and an at least partly deacidified fluid stream; b) a regeneration step in which at least a portion of the laden absorbent obtained from step a) is regenerated in a regenerator to obtain an at least partly regenerated absorbent and a gaseous stream comprising methanol, water and at least one acid gas; c) a recycling step in which at least a substream of the regenerated absorbent from step b) is recycled into the absorption step a); d) a condensation step in which a condensate comprising methanol and water is condensed out of the gaseous stream from step b); e) a distillation step in which at least a portion of the condensate from step d) is guided into a distillation column to obtain a top stream comprising methanol and a bottom stream comprising water; which comprises recycling at least a portion of the bottom stream from step e) into the regenerator. a) an absorption step in which the fluid stream is contacted with an absorbent in an absorber to obtain an absorbent laden with methanol and acid gases and an at least partly deacidified fluid stream; b) a regeneration step in which at least a portion of the laden absorbent obtained from step a) is regenerated in a regenerator to obtain an at least partly regenerated absorbent and a gaseous stream comprising methanol, water and at least one acid gas; c) a recycling step in which at least a substream of the regenerated absorbent from step b) is recycled into the absorption step a); d) a condensation step in which a condensate comprising methanol and water is condensed out of the gaseous stream from step b); e) a distillation step in which at least a portion of the condensate from step d) is guided into a distillation column to obtain a top stream comprising methanol and a bottom stream comprising water;
A smart bracelet comprising: a band having a curved surface extending in a longitudinal direction; openings formed in a lateral surface of both ends of the band; at least one hinge pin passing through the openings, the hinge pin comprising a conductive material; a band printed circuit board disposed in the band; an integrated circuit installed on the band printed circuit board; and a link unit connecting the band printed circuit board to the hinge pin, wherein a state of the smart bracelet is transmutable between a first state in which both ends of the band are connected to each other and a second state in which both ends of the band are connected to a watch module. a band having a curved surface extending in a longitudinal direction; openings formed in a lateral surface of both ends of the band; at least one hinge pin passing through the openings, the hinge pin comprising a conductive material; a band printed circuit board disposed in the band; an integrated circuit installed on the band printed circuit board; and a link unit connecting the band printed circuit board to the hinge pin,
One or more computer-readable media having computer-executable instructions embodied thereon that perform a method to generate previews for protected electronic documents, the method comprising: receiving a query having query terms from a client device; locating electronic documents that match the query terms; determining whether the electronic documents are protected; generating a viewable version of the electronic documents, when the electronic documents are not protected; and generating a viewable version of the electronic documents based on rules provided by owners of the electronic documents, when the electronic documents are protected, wherein the viewable version includes previews that provides a partial view (142; 270) of regions of the electronic documents that include the query terms and views (141; 260) of regions of the electronic documents that do not include the query terms, when the electronic documents are protected, characterized in that the views of regions of the electronic documents that do not include the query terms are obfuscated and a size of the partial view is based on a quality assigned to the text that surrounds the query terms. receiving a query having query terms from a client device; locating electronic documents that match the query terms; determining whether the electronic documents are protected; generating a viewable version of the electronic documents, when the electronic documents are not protected; and generating a viewable version of the electronic documents based on rules provided by owners of the electronic documents, when the electronic documents are protected, wherein the viewable version includes previews that provides a partial view (142; 270) of regions of the electronic documents that include the query terms and views (141; 260) of regions of the electronic documents that do not include the query terms, when the electronic documents are protected, characterized in that the views of regions of the electronic documents that do not include the query terms are obfuscated and a size of the partial view is based on a quality assigned to the text that surrounds the query terms.
A method for calculating bounded dose-volume histograms for evaluating a treatment plan, the method comprising: generating a plurality of images X' 1,2,3,...,j based on an acquired patient image X, where a patient target volume is located at j different positions within a radiation-firing zone of a patient; calculating a dose D j for each of the images X' 1,2,3,...,j by multiplying a dose calculation matrix A, representing a dose contribution from a beamlet to each of a plurality of sampling points in the PTV, with a radiation-firing matrix P, representing the relationship between a fluence map for radiation delivery to the PTV and the image X' j, and X ′ j ( D j = A ⋅ P ⋅ X j ′);; plotting a dose-volume histogram curve for each dose D j to generate a family of j DVH curves, wherein the DVH curve for each dose D j represents a volume fraction for each dose value; and generating a minimum boundary curve (min-DVH curve) and a maximum boundary curve (max-DVH curve) of the family of DVH curves, wherein the min-DVH curve comprises a first series of points that represent a minimum volume fraction for each dose value of the family of DVH curves, and the max-DVH curve comprises a second series of points that represent a maximum volume fraction for each dose value. generating a plurality of images X' 1,2,3,...,j based on an acquired patient image X, where a patient target volume is located at j different positions within a radiation-firing zone of a patient; calculating a dose D j for each of the images X' 1,2,3,...,j by multiplying a dose calculation matrix A, representing a dose contribution from a beamlet to each of a plurality of sampling points in the PTV, with a radiation-firing matrix P, representing the relationship between a fluence map for radiation delivery to the PTV and the image X' j, and X ′ j ( D j = A ⋅ P ⋅ X j ′);; plotting a dose-volume histogram curve for each dose D j to generate a family of j DVH curves, wherein the DVH curve for each dose D j represents a volume fraction for each dose value; and generating a minimum boundary curve (min-DVH curve) and a maximum boundary curve (max-DVH curve) of the family of DVH curves, wherein the min-DVH curve comprises a first series of points that represent a minimum volume fraction for each dose value of the family of DVH curves, and the max-DVH curve comprises a second series of points that represent a maximum volume fraction for each dose value.
A care or organization cart with a cart body,wherein the cart body has at least one corner pole which can be fixed to the cart body via at least one screw, clamp and/or plug connection, wherein - the corner pole has at least one guide element which extends peripherally on the corner pole, - at least one bracket element and/or an adapter for attaching accessories to the care or organization cart is mounted on the corner pole and can be detached therefrom, - wherein the bracket element and/or the adapter for connection to the corner pole has a connecting element at the end adjacent to the corner pole, which can be clamped to the corner pole, - wherein the connecting element is engaged with the guide element and is pivotable thereon about the corner pole, - wherein the connecting element at least partially encloses the corner pole at an angle greater than 180°, - wherein the inner diameter of the connecting element of the bracket element and/or the adapter for connection to the corner pole in the state separated from the corner pole is smaller than the outer diameter of the corner pole, so that when the bracket element and/or the adapter is connected to the corner pole by clamping, pre-tensioning is provided on the inner side of the connecting element, - wherein the connecting element can be plugged onto the corner pole in the radial direction and can be detached therefrom by pulling in the radial direction, characterized in that the connecting element is U-shaped in the top view and at least the side arms of the U are formed from an elastically resilient material with a non-destructive movability of at least 10% of the inner diameter of the connecting element. - the corner pole has at least one guide element which extends peripherally on the corner pole, - at least one bracket element and/or an adapter for attaching accessories to the care or organization cart is mounted on the corner pole and can be detached therefrom, - wherein the bracket element and/or the adapter for connection to the corner pole has a connecting element at the end adjacent to the corner pole, which can be clamped to the corner pole, - wherein the connecting element is engaged with the guide element and is pivotable thereon about the corner pole, - wherein the connecting element at least partially encloses the corner pole at an angle greater than 180°, - wherein the inner diameter of the connecting element of the bracket element and/or the adapter for connection to the corner pole in the state separated from the corner pole is smaller than the outer diameter of the corner pole, so that when the bracket element and/or the adapter is connected to the corner pole by clamping, pre-tensioning is provided on the inner side of the connecting element, - wherein the connecting element can be plugged onto the corner pole in the radial direction and can be detached therefrom by pulling in the radial direction, characterized in that
Audio encoder for encoding an audio signal having a lower frequency band and an upper frequency band, comprising: a detector for detecting a peak spectral region in the upper frequency band of an MDCT spectrum of the audio signal; a shaper for shaping the lower frequency band of the MDCT spectrum using shaping information for the lower frequency band to obtain a shaped lower frequency band and for shaping the upper frequency band of the MDCT spectrum using at least a portion of the shaping information for the lower frequency band, wherein the shaper is configured to additionally attenuate spectral values in the detected peak spectral region in the upper frequency band to obtain a shaped upper frequency band of the MDCT spectrum; and a quantizer and coder stage for quantizing the shaped lower frequency band and the shaped upper frequency band and for entropy coding quantized spectral values from the shaped lower frequency band and the shaped upper frequency band. a detector for detecting a peak spectral region in the upper frequency band of an MDCT spectrum of the audio signal; a shaper for shaping the lower frequency band of the MDCT spectrum using shaping information for the lower frequency band to obtain a shaped lower frequency band and for shaping the upper frequency band of the MDCT spectrum using at least a portion of the shaping information for the lower frequency band, wherein the shaper is configured to additionally attenuate spectral values in the detected peak spectral region in the upper frequency band to obtain a shaped upper frequency band of the MDCT spectrum; and a quantizer and coder stage for quantizing the shaped lower frequency band and the shaped upper frequency band and for entropy coding quantized spectral values from the shaped lower frequency band and the shaped upper frequency band.
A laser device comprising: a laser light source which generates a laser light in a pulse waveform of a preset predetermined frequency; an intensity modulator which is driven with a transmittance waveform wherein transmittance changes at either the predetermined frequency or an integer-multiple frequency thereof and which modulates the laser light which is outputted from the laser light source based on the transmittance waveform; a control unit which controls an operation of the intensity modulator; an amplifier which amplifies the laser light which has been outputted from the intensity modulator; and a wavelength conversion optical element (31, 32) which converts a wavelength of the laser light which is amplified by the amplifier, wherein the control unit changes relative timing of the transmittance waveform with respect to the pulse waveform, thereby changing the pulse waveform of the laser light which is emitted from the intensity modulator, so that the wavelength conversion optical element (31, 32) converts the wavelength of the laser light which has been amplified by the amplifier to have a different efficiency of wavelength conversion based on the relative timing and outputs a pulse light of a predetermined waveform from the wavelength conversion optical element (31, 32). a laser light source which generates a laser light in a pulse waveform of a preset predetermined frequency; an intensity modulator which is driven with a transmittance waveform wherein transmittance changes at either the predetermined frequency or an integer-multiple frequency thereof and which modulates the laser light which is outputted from the laser light source based on the transmittance waveform; a control unit which controls an operation of the intensity modulator; an amplifier which amplifies the laser light which has been outputted from the intensity modulator; and a wavelength conversion optical element (31, 32) which converts a wavelength of the laser light which is amplified by the amplifier, wherein the control unit changes relative timing of the transmittance waveform with respect to the pulse waveform, thereby changing the pulse waveform of the laser light which is emitted from the intensity modulator, so that the wavelength conversion optical element (31, 32) converts the wavelength of the laser light which has been amplified by the amplifier to have a different efficiency of wavelength conversion based on the relative timing and outputs a pulse light of a predetermined waveform from the wavelength conversion optical element (31, 32).
A work machine comprising: a work device; a plurality of actuators (5, 6, 7) that drive the work device; an operation device (1c, 1d) that operates the plurality of actuators (5, 6, 7); and a controller that controls driving of at least one of the plurality of actuators (5, 6, 7), characterised in that the controller is configured to generate a supplemented design face (S1; S4) that passes through a junction or above the junction between a first design face and a second design face adjacent to each other among a plurality of design faces prescribed on an operation plane of the work device, the supplemented design face (S1; S4) having one end thereof positioned on the first design face and another end thereof positioned on the second design face, set a curvature of the supplemented design face (S1; S4) according to an operation amount of the operation device (1c, 1d), set a target face on the supplemented design face (S1; S4), and execute semi-automatic excavation control to control at least one of the plurality of actuators (5, 6, 7) such that a working point set on the work device is maintained on the target face or above the target face. a work device; a plurality of actuators (5, 6, 7) that drive the work device; an operation device (1c, 1d) that operates the plurality of actuators (5, 6, 7); and a controller that controls driving of at least one of the plurality of actuators (5, 6, 7), characterised in that the controller is configured to generate a supplemented design face (S1; S4) that passes through a junction or above the junction between a first design face and a second design face adjacent to each other among a plurality of design faces prescribed on an operation plane of the work device, the supplemented design face (S1; S4) having one end thereof positioned on the first design face and another end thereof positioned on the second design face, set a curvature of the supplemented design face (S1; S4) according to an operation amount of the operation device (1c, 1d), set a target face on the supplemented design face (S1; S4), and execute semi-automatic excavation control to control at least one of the plurality of actuators (5, 6, 7) such that a working point set on the work device is maintained on the target face or above the target face. generate a supplemented design face (S1; S4) that passes through a junction or above the junction between a first design face and a second design face adjacent to each other among a plurality of design faces prescribed on an operation plane of the work device, the supplemented design face (S1; S4) having one end thereof positioned on the first design face and another end thereof positioned on the second design face, set a curvature of the supplemented design face (S1; S4) according to an operation amount of the operation device (1c, 1d), set a target face on the supplemented design face (S1; S4), and execute semi-automatic excavation control to control at least one of the plurality of actuators (5, 6, 7) such that a working point set on the work device is maintained on the target face or above the target face.
Shading device comprising a cloth that can be spread out, is connected to a lead bar at its end pointing in the spreading-out direction and engages with a profiled guide rail on at least one side edge, the profiled guide rail being arranged in a channel-like chamber of a profiled holding rail and being resiliently supported on the profiled holding rail by means of a spring device, characterized in that the spring device has a profiled spring rail, in that the profiled guide rail is inserted into a receiving space of the profiled spring rail that is delimited by spring clips and said profiled guide rail is floatingly mounted in the profiled spring rail, and in that the profiled spring rail is floatingly mounted in the channel-like chamber of the profiled holding rail and is supported on an internal wall of the chamber by means of at least one support arm, wherein the spring clips together with a base portion form a C-shaped cross-sectional region of the profiled spring rail.
An apparatus for the filling of a batch-type dialysis machine with a dialysis liquid, wherein the apparatus is formed separately from the dialysis machine und movable relative to said dialysis machine and is mobile and has at least one liquid container for the reception of a liquid, preferably of RO water, at least one concentrate receptacle for the reception of concentrate or a concentrate connection for the connection of a container holding concentrate as well as at least one preparation unit which is arranged and configured such that it is flushed by liquid from the liquid container in the operation of the apparatus and that liquid from the liquid container can be mixed with concentrate from the concentrate receptacle or from the container holding the concentrate in the preparation unit and that the apparatus has a first connector for the purpose of the dispensing of the dialysis liquid to a dialysis machine, said connector being in communication with or connectable to the preparation unit.
A method for marking a petroleum hydrocarbon or a liquid biologically derived fuel; said method comprising adding to said petroleum hydrocarbon or liquid biologically derived fuel at least one compound having formula (Ph 3 C) m Ar n, wherein Ph represents a phenyl group, Ar is an aromatic ring system having from six to twenty carbon atoms, R is C 1 -C 18 alkyl or C 7 -C 10 aralkyl, m is one or two, and n is an integer from one to four, wherein each compound having formula (Ph 3 C) m Ar n is present at a level from 0.01 ppm to 20 ppm, calculated on a weight/weight basis.
An apparatus for generating an oscillating signal, comprising: a negative-resistance circuit; a crystal; a pair of inductors (L/2) each being coupled with a first end to a respective side of the crystal and with a second end via a respective pierce capacitor (C P) to ground, the negative-resistance circuit being connected to nodes between the inductors and the respective pierce capacitors, whereby a series resonance of the crystal is determined by both the pair of inductors and the equivalent inductance of the crystal, together with the equivalent series capacitance of the crystal and the series capacitance of the at least one pierce capacitor (Cp), wherein the inductance of the pair of inductors is adapted to lower the series resonance relative to the series resonance of a pierce oscillator structure without the pair of inductors,. a negative-resistance circuit; a crystal; a pair of inductors (L/2) each being coupled with a first end to a respective side of the crystal and with a second end via a respective pierce capacitor (C P) to ground, the negative-resistance circuit being connected to nodes between the inductors and the respective pierce capacitors, whereby a series resonance of the crystal is determined by both the pair of inductors and the equivalent inductance of the crystal, together with the equivalent series capacitance of the crystal and the series capacitance of the at least one pierce capacitor (Cp), wherein the inductance of the pair of inductors is adapted to lower the series resonance relative to the series resonance of a pierce oscillator structure without the pair of inductors,.