mhurhangee/ep-ind-claims huggingface dataset:
A food processing apparatus comprising: a drive unit configured to drive a processing tool; a first container; a second container; a first activation site to permit actuation of the drive unit; and a second activation site to permit actuation of the drive unit, the first activation site being positioned at a different location than the second activation site; wherein: the drive unit is useable in a first mode of operation with the first container and is useable in a second mode of operation with the second container; in the first mode of operation, the first container supports the drive unit, and user interaction with the first activation site actuates the drive unit; and in the second mode of operation, the drive unit supports the second container, and user interaction with the second activation site actuates the drive unit. a drive unit configured to drive a processing tool; a first container; a second container; a first activation site to permit actuation of the drive unit; and a second activation site to permit actuation of the drive unit, the first activation site being positioned at a different location than the second activation site; the drive unit is useable in a first mode of operation with the first container and is useable in a second mode of operation with the second container; in the first mode of operation, the first container supports the drive unit, and user interaction with the first activation site actuates the drive unit; and in the second mode of operation, the drive unit supports the second container, and user interaction with the second activation site actuates the drive unit.
Method for deriving a wear state of a soil interaction component of a soil processing implement of a construction vehicle, wherein the method comprises - providing a geometry model regarding an assumed shape of the soil interaction component, - engaging the soil by using the soil interaction component and tracking a motion for deriving tracking data of the soil interaction component, - using the tracking data and the geometry model of the soil interaction component to derive an expected 3D surface model caused by the engaging, - after the engaging, providing visual 3D perception data of a soil area affected by the engaging with the soil interaction component, such that the visual 3D perception data and the expected 3D surface model can be referenced to one another, and - comparing the visual 3D perception data with the expected 3D surface model and, based thereof, determining a deviation of an effective shape of the soil interaction component from the assumed shape. - providing a geometry model regarding an assumed shape of the soil interaction component, - engaging the soil by using the soil interaction component and tracking a motion for deriving tracking data of the soil interaction component, - using the tracking data and the geometry model of the soil interaction component to derive an expected 3D surface model caused by the engaging, - after the engaging, providing visual 3D perception data of a soil area affected by the engaging with the soil interaction component, such that the visual 3D perception data and the expected 3D surface model can be referenced to one another, and - comparing the visual 3D perception data with the expected 3D surface model and, based thereof, determining a deviation of an effective shape of the soil interaction component from the assumed shape.
Sulphur-comprising polyaromatic polyamine compound corresponding to the formula: H 2 N-Ar 1 -NH-CH 2 -CH -(CH 2) m -O-Z 1 -O-(CH 2) m -CH -CH 2 - n -HN-Ar 2 -NH 2 in which X represents the string: -HN-Ar 3 -NH-(CH 2)-CH -(CH 2) m -O-Z 2 -O-(CH 2) m -CH -(CH 2)- and in which: - the "n" symbol represents an integer equal to zero or different from zero; - the "m" symbols, which are identical or different, represent an integer within a range from 1 to 10; - the Z 1 and Z 2 symbols, which are identical or different, represent a divalent bonding group comprising from 1 to 30 carbon atoms; - Ar 1, Ar 2 and Ar 3, which are identical or different, represent a phenylene group, one at least of these phenylene groups bearing one, two, three or four groups of formula -S x -R in which "x" is an integer from 1 to 8 and R represents hydrogen or a hydrocarbon group which can comprise a heteroatom and which comprises from 1 to 10 carbon atoms. - the "n" symbol represents an integer equal to zero or different from zero; - the "m" symbols, which are identical or different, represent an integer within a range from 1 to 10; - the Z 1 and Z 2 symbols, which are identical or different, represent a divalent bonding group comprising from 1 to 30 carbon atoms; - Ar 1, Ar 2 and Ar 3, which are identical or different, represent a phenylene group, one at least of these phenylene groups bearing one, two, three or four groups of formula -S x -R in which "x" is an integer from 1 to 8 and R represents hydrogen or a hydrocarbon group which can comprise a heteroatom and which comprises from 1 to 10 carbon atoms.
A supercharger which pressurizes intake air for a combustion engine of a saddle-riding type vehicle, the supercharger comprising: a centrifugal impeller; an impeller casing including an outer peripheral wall located radially outward of the impeller and a side wall located axially outward of the impeller, the casing covering the impeller; a first side wall rib provided at the side wall of the casing, which side wall is provided with a suction port of the supercharger; an outer peripheral wall rib formed at an outer peripheral portion of the casing, characterized in that an inner mounting portion is provided at a radially inner portion of the side wall of the casing and configured to connect the casing and another member, wherein said radially inner portion is at a radially outer side of the suction port of the supercharger; a second side wall rib is provided at the side wall of the casing, the second side wall rib extending radially from the inner mounting portion; the first side wall rib extends so as to be connected to the outer peripheral wall rib; the outer peripheral wall rib forms an outer mounting portion which connects the casing to another member; the inner mounting portion has a threaded hole therein, the casing and another member being connected to each other by fastening a bolt into the threaded hole. a centrifugal impeller; an impeller casing including an outer peripheral wall located radially outward of the impeller and a side wall located axially outward of the impeller, the casing covering the impeller; a first side wall rib provided at the side wall of the casing, which side wall is provided with a suction port of the supercharger; an outer peripheral wall rib formed at an outer peripheral portion of the casing, characterized in that an inner mounting portion is provided at a radially inner portion of the side wall of the casing and configured to connect the casing and another member, wherein said radially inner portion is at a radially outer side of the suction port of the supercharger; a second side wall rib is provided at the side wall of the casing, the second side wall rib extending radially from the inner mounting portion; the first side wall rib extends so as to be connected to the outer peripheral wall rib; the outer peripheral wall rib forms an outer mounting portion which connects the casing to another member; the inner mounting portion has a threaded hole therein, the casing and another member being connected to each other by fastening a bolt into the threaded hole.
A process for the recovery of ammonia and urea contained in a gaseous stream, said process comprising the following phases: (a) subjecting the gaseous stream containing ammonia and urea to a washing with an aqueous washing solution having a pH ranging from 5 to 6.5, with the formation of a purified gaseous stream and an aqueous solution containing an ammonium salt; (b) subjecting the aqueous solution containing the ammonium salt coming from phase (a) to a distillation process with a hydrophobic microporous membrane - with the formation of a regenerated washing solution and a gaseous stream comprising NH 3 and H 2 O, said gaseous stream comprising NH 3 and H 2 O being recycled to a synthesis process of urea or to a synthesis process of ammonia; (c) recycling said regenerated washing solution to phase (a); wherein phase (b) is carried out at a temperature ranging from 100 to 200°C and a pressure ranging from atmospheric pressure to 2 MPa absolute. (a) subjecting the gaseous stream containing ammonia and urea to a washing with an aqueous washing solution having a pH ranging from 5 to 6.5, with the formation of a purified gaseous stream and an aqueous solution containing an ammonium salt; (b) subjecting the aqueous solution containing the ammonium salt coming from phase (a) to a distillation process with a hydrophobic microporous membrane - with the formation of a regenerated washing solution and a gaseous stream comprising NH 3 and H 2 O, said gaseous stream comprising NH 3 and H 2 O being recycled to a synthesis process of urea or to a synthesis process of ammonia; - with the formation of a regenerated washing solution and a gaseous stream comprising NH 3 and H 2 O, said gaseous stream comprising NH 3 and H 2 O being recycled to a synthesis process of urea or to a synthesis process of ammonia; (c) recycling said regenerated washing solution to phase (a);
An apparatus for extracting gas from a reservoir that has an internal pressure of less than 1378,96 x 10 3 Pa (200 PSI) comprising a surface flow line connected to a hollow well bore, the hollow well bore having a distal end in contact with the gas reservoir and a proximal end above the earth's surface, a length and a cross sectional area, the surface flow line connected to the proximal end of the well bore and extending distally away from the well bore, characterised in that: a size of the cross sectional area of the well bore is equivalent to a value determined by dividing a target flow rate of the reservoir by an actual sustained flow rate and multiplying the result by a flow path area for the actual sustained flow rate. a size of the cross sectional area of the well bore is equivalent to a value determined by dividing a target flow rate of the reservoir by an actual sustained flow rate and multiplying the result by a flow path area for the actual sustained flow rate.
An information processing apparatus comprising: specification means for specifying, from among a plurality of folders, a folder for storing a file; acquisition means for acquiring character string candidates from a folder path of the folder specified by the specification means; display means for displaying the character string candidates acquired by the acquisition means; selection means for selecting, based on a user's selecting operation, at least one character string candidate from the character string candidates displayed by the display means; and setting means for setting the at least one character string candidate selected by the selection means as the file name of the file. specification means for specifying, from among a plurality of folders, a folder for storing a file; acquisition means for acquiring character string candidates from a folder path of the folder specified by the specification means; display means for displaying the character string candidates acquired by the acquisition means; selection means for selecting, based on a user's selecting operation, at least one character string candidate from the character string candidates displayed by the display means; and setting means for setting the at least one character string candidate selected by the selection means as the file name of the file.
A voiceprint authentication method, the method comprises: displaying a tip text to a user, wherein the tip text is a combination of preregistered phrases; obtaining a speech of the tip text read by the user; obtaining a pre-established registration model and determining a result of a voiceprint authentication according to the speech of the tip text and the pre-established registration model, if the speech of the tip text corresponds to the tip text; and displaying a phrase to be registered to the user; obtaining a plurality of speeches of the phrase to be registered read by the user; and establishing a registration model of the phrase to be registered according to the plurality of speeches of the phrase to be registered, if each of the plurality of speeches of the phrase to be registered corresponds to the phrase to be registered; wherein the phrase to be registered comprises a plurality of phrases to be registered, the plurality of phrases to be registered satisfy at least one of conditions that: a length of each of the plurality of phrases to be registered is less than a preset length threshold; a difference between lengths of any two of the plurality of phrases to be registered is less than a preset difference; and one of the plurality of phrases to be registered does not contain a homophone of a word contained in another one of the plurality of phrases to be registered. displaying a tip text to a user, wherein the tip text is a combination of preregistered phrases; obtaining a speech of the tip text read by the user; obtaining a pre-established registration model and determining a result of a voiceprint authentication according to the speech of the tip text and the pre-established registration model, if the speech of the tip text corresponds to the tip text; and displaying a phrase to be registered to the user; obtaining a plurality of speeches of the phrase to be registered read by the user; and establishing a registration model of the phrase to be registered according to the plurality of speeches of the phrase to be registered, if each of the plurality of speeches of the phrase to be registered corresponds to the phrase to be registered; wherein the phrase to be registered comprises a plurality of phrases to be registered, the plurality of phrases to be registered satisfy at least one of conditions that: a length of each of the plurality of phrases to be registered is less than a preset length threshold; a difference between lengths of any two of the plurality of phrases to be registered is less than a preset difference; and one of the plurality of phrases to be registered does not contain a homophone of a word contained in another one of the plurality of phrases to be registered. a length of each of the plurality of phrases to be registered is less than a preset length threshold; a difference between lengths of any two of the plurality of phrases to be registered is less than a preset difference; and one of the plurality of phrases to be registered does not contain a homophone of a word contained in another one of the plurality of phrases to be registered.
Cristalline form 2 of the compound of formula characterized by a X-ray powder diffraction pattern comprising the significant peaks at a reflection angle 2-theta obtained with Cu-Kα1 of 10.5, 11.1, 14.3, 15.3, 17.8, 18.4, 19.0, 19.9, 21.3, 21.8, 22.3, 22.5, 23.6, 26.4 and 30.0° ±0.2°; and a DSC thermogram obtained at a heating rate of 10°C/min comprising an endothermic peak related to melting in the range 197°C-198.5°C.
A method for regulating hydraulic pressure, to manage the pressure in a hydraulic circuit using a flow demand from a pump driven by a motor, so as to recharge a pressure accumulator, this method using a measurement of the actual pressure in the circuit and a model estimating hydraulic leaks according to the operating conditions, characterized in that it realizes successively the following operations: - the difference between the datum pressure and the measured pressure is calculated, then it is divided by a time parameter characterizing a return trajectory towards this datum pressure, to obtain a first pressure derivative discrepancy datum; - the first pressure derivative discrepancy datum and the measured pressure are used in an inverse pressure accumulator model to determine a first flow value; - the estimation of the leak flow is added to the first flow value, to obtain a flow pre-positioning (60, 66) linked to the return trajectory; - the estimation of the leak flow is subtracted with respect to the flow pre-positioning, to obtain a second flow value which is used with the measured pressure by the accumulator model, to obtain a pressure derivative datum; - the measured pressure derivative is subtracted with respect to the pressure derivative datum, the obtained discrepancy being processed by a proportional-integral type regulator, to give a flow rate value corrected by the errors due to the losses; and - the flow pre-positioning is added with the corrected flow rate value, to obtain the flow demand which regulates the pressure of the circuit. - the difference between the datum pressure and the measured pressure is calculated, then it is divided by a time parameter characterizing a return trajectory towards this datum pressure, to obtain a first pressure derivative discrepancy datum; - the first pressure derivative discrepancy datum and the measured pressure are used in an inverse pressure accumulator model to determine a first flow value; - the estimation of the leak flow is added to the first flow value, to obtain a flow pre-positioning (60, 66) linked to the return trajectory; - the estimation of the leak flow is subtracted with respect to the flow pre-positioning, to obtain a second flow value which is used with the measured pressure by the accumulator model, to obtain a pressure derivative datum; - the measured pressure derivative is subtracted with respect to the pressure derivative datum, the obtained discrepancy being processed by a proportional-integral type regulator, to give a flow rate value corrected by the errors due to the losses; and - the flow pre-positioning is added with the corrected flow rate value, to obtain the flow demand which regulates the pressure of the circuit.
An imaging method performed by an imaging apparatus, the method comprising the steps of: • displaying an image obtained by picking up the image of a subject on a display unit of the imaging apparatus; • receiving a first position specification by a first tap of a user on a touch panel of the imaging apparatus, the touch panel being superimposed on the display unit; • setting an autofocus area on the display unit at a position specified by the first tap; • displaying an autofocus frame representing the autofocus area on the image of the display unit; • receiving a second position specification of the user on the touch panel of the imaging apparatus by a second tap of the user; and • when a focusing process on the subject included in the autofocus area is completed and a position specified by the second tap is in the autofocus frame displayed on the display unit, an image focused on the subject included in the autofocus area is recorded, characterized in, when the focusing process is not completed and the second tap is received within a predetermined time from the first tap, setting a second area containing the autofocus area as a new autofocus area, and performing the focusing process on the subject included in the second area, and recording an image focused on the subject included in the second area. • displaying an image obtained by picking up the image of a subject on a display unit of the imaging apparatus; • receiving a first position specification by a first tap of a user on a touch panel of the imaging apparatus, the touch panel being superimposed on the display unit; • setting an autofocus area on the display unit at a position specified by the first tap; • displaying an autofocus frame representing the autofocus area on the image of the display unit; • receiving a second position specification of the user on the touch panel of the imaging apparatus by a second tap of the user; and • when a focusing process on the subject included in the autofocus area is completed and a position specified by the second tap is in the autofocus frame displayed on the display unit, an image focused on the subject included in the autofocus area is recorded, characterized in, when the focusing process is not completed and the second tap is received within a predetermined time from the first tap, setting a second area containing the autofocus area as a new autofocus area, and performing the focusing process on the subject included in the second area, and recording an image focused on the subject included in the second area.
A terminal comprising: a control section configured to control first coding of coding at least one of multiple uplink control information, and concatenating multiple information obtained from the first coding, and second coding of coding the concatenated information; a transmitting section configured to transmit information obtained from the second coding using an uplink control channel; and wherein the control section is configured to perform the second coding according to a length of the concatenated information, characterized in that: the control section is configured to not add a CRC to each of the multiple uplink control information and to add a CRC, calculated according to the length of the information obtained from the second coding, to the information obtained from the second coding. a control section configured to control first coding of coding at least one of multiple uplink control information, and concatenating multiple information obtained from the first coding, and second coding of coding the concatenated information; a transmitting section configured to transmit information obtained from the second coding using an uplink control channel; and wherein the control section is configured to perform the second coding according to a length of the concatenated information, characterized in that: the control section is configured to not add a CRC to each of the multiple uplink control information and to add a CRC, calculated according to the length of the information obtained from the second coding, to the information obtained from the second coding.
Holding arrangement for a sandblasting system with a blasting chamber in which the objects to be blasted can be placed on the adjustable or rotatable holding arrangement and processed using blasting media, wherein at least the holding arrangement can be adjusted or rotated using a drive device, wherein the holding arrangement comprises a rotary table which is driven continuously or stepwise and comprises numerous spaced-apart receiving parts for the object to be blasted, and wherein the receiving parts can be driven via a further drive device, wherein the receiving parts are configured as turntables, which are arranged at a distance from one another on the holding arrangement and are driven individually or jointly, with the aid of the further drive device, stepwise or continuously about an upright axis, characterized in that before or during or after the removal of the blasted object, the turntables can be returned to their original receiving position with the aid of a control device and/or adjusting device that comprises a cam disk or a friction wheel disk, wherein the turntable comprises a friction wheel and a stop roller which, during the turning process of the receiving part, bears against and runs along a cam disk or friction wheel disk arranged on the holding arrangement, forcibly rotating the turntable and aligning it such that the turntable resumes its original position for receiving a new object to be processed.