mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a plurality of robot cleaners (100a, 100b) comprising a first robot cleaner and a second robot cleaner, the method comprising: starting cleaning of a first area by the first robot cleaner, and starting cleaning of the first area by the second robot cleaner after the first robot cleaner has completed cleaning of the first area, wherein the first area and a second area are included in a plurality of areas (R1 - R5) which are divided from a cleaning or traveling area for cleaning, wherein the first robot cleaner and the second robot cleaner perform cleaning of the first area and the second area sequentially, respectively, the method being characterized in that while the first robot cleaner performs the cleaning operations in the first area, the second robot cleaner remains on a docking station of the second robot cleaner. starting cleaning of a first area by the first robot cleaner, and starting cleaning of the first area by the second robot cleaner after the first robot cleaner has completed cleaning of the first area, wherein the first area and a second area are included in a plurality of areas (R1 - R5) which are divided from a cleaning or traveling area for cleaning, wherein the first robot cleaner and the second robot cleaner perform cleaning of the first area and the second area sequentially, respectively, the method being characterized in that while the first robot cleaner performs the cleaning operations in the first area, the second robot cleaner remains on a docking station of the second robot cleaner.
A machine arrangement, particularly for processing pharmaceutical products, comprising - a processing station for filling and closing containers, particularly with pharmaceutical products, - a handling apparatus for feeding and discharging the containers into the machine arrangement, - wherein the handling apparatus is configured to feed and discharge containers into the machine arrangement from only one side of the machine arrangement, - wherein the processing station has at least one working area for the receptacle of an empty container, at which the empty container is filled and closed, - wherein the processing station has at least one storage area for the intermediate storage of filled and closed containers, and - wherein the handling apparatus is configured to feed empty containers to the processing station and to remove filled and closed containers from the storage area. - a processing station for filling and closing containers, particularly with pharmaceutical products, - a handling apparatus for feeding and discharging the containers into the machine arrangement, - wherein the handling apparatus is configured to feed and discharge containers into the machine arrangement from only one side of the machine arrangement, - wherein the processing station has at least one working area for the receptacle of an empty container, at which the empty container is filled and closed, - wherein the processing station has at least one storage area for the intermediate storage of filled and closed containers, and - wherein the handling apparatus is configured to feed empty containers to the processing station and to remove filled and closed containers from the storage area.
A scroll-type fluid machine comprising: a revolving scroll which includes an end plate and a lap part disposed at the end plate, and makes a revolving motion; a fixed scroll which includes an end plate, a lap part disposed at the end plate and forming a compression chamber between itself and the lap part of the revolving scroll, and a flange opposed to the end plate of the revolving scroll; and a face seal disposed between the flange of the fixed scroll and the end plate of the revolving scroll and sealing a clearance between the fixed scroll and the revolving scroll, wherein a shield part is provided for preventing dust from reaching the face seal from outside in a radial direction, characterized in that the shield part is formed on the flange at a place radially outward of the revolving scroll, and the shield part protrudes in a direction away from the surface of the flange. a revolving scroll which includes an end plate and a lap part disposed at the end plate, and makes a revolving motion; a fixed scroll which includes an end plate, a lap part disposed at the end plate and forming a compression chamber between itself and the lap part of the revolving scroll, and a flange opposed to the end plate of the revolving scroll; and a face seal disposed between the flange of the fixed scroll and the end plate of the revolving scroll and sealing a clearance between the fixed scroll and the revolving scroll, wherein a shield part is provided for preventing dust from reaching the face seal from outside in a radial direction, characterized in that the shield part is formed on the flange at a place radially outward of the revolving scroll, and the shield part protrudes in a direction away from the surface of the flange.
A method for automatically applying imprints to print carriers used in the production and/or packaging of cigarettes, in particular to cigarette packs or blanks for cigarette packs, and for subsequently automatically checking the imprints (12a - 12c) in an optical manner, in the case of which the respective imprint (12a - 12c) in the context of the production and/or packaging process is applied to the print carrier by means of a printing unit, in particular a laser printer, and at least one check image including the applied imprint (12a - 12c) is captured by way a checking member, in particular a camera, characterized in that, based on the graphic data, in particular the vector-graphics data, describing the imprint (12a - 12c) to be applied, a virtual reference image including the imprint (12a - 12c) is generated, and in that the virtual reference image is compared with the check image that has been captured by the checking member, wherein in the context of generating the virtual reference image, image data that represent at least a part-region of the optical background of the print carrier onto which the imprint (12a - 12c) is applied, in particular a part-region that includes the imprint (12a - 12c), is integrated into the virtual reference image.
A welding torch, comprising: a handle; and a sleeve; characterized by further comprising a connector coupling the handle to the sleeve; a strain relief encircling the sleeve; and an annular clasp that couples the strain relief to the connector and clamps the sleeve against the connector. a handle; and a sleeve; characterized by further comprising a connector coupling the handle to the sleeve; a strain relief encircling the sleeve; and an annular clasp that couples the strain relief to the connector and clamps the sleeve against the connector.
A method of acoustic wave measurement of an axial velocity distribution of a fluid flow in a pipe or a vessel, the method comprising: selecting a single cross-section located at a stable-flow segment or an interested segment in the pipe or the vessel, installing a plurality of acoustic wave sensors along a peripheral wall of the pipe or the vessel at the cross-section, wherein a plurality of effective sound wave paths are formed between the acoustic wave sensors and only one sound wave path is counted as an effective sound wave path between one pair of the acoustic wave sensors; and measuring a sound wave travelling time along each sound wave path, and substituting the sound wave traveling time into the following equation so as to reconstruct the axial velocity distribution u(x,y) on the cross section of the pipe or the vessel; ∫ l i u x y 1 + y ′ 2 dx = L i c 2 − L i Δt i 2, i = 1,2, ⋯, N wherein, l i is an i th sound wave path, L i is a distance between the two acoustic wave sensors at two ends of an i th sound wave path, Δ t i is the sound traveling time along the ith effective sound wave path, N is a number of effective sound wave paths, c is a sound speed at measuring physical conditions of a medium. selecting a single cross-section located at a stable-flow segment or an interested segment in the pipe or the vessel, installing a plurality of acoustic wave sensors along a peripheral wall of the pipe or the vessel at the cross-section, wherein a plurality of effective sound wave paths are formed between the acoustic wave sensors and only one sound wave path is counted as an effective sound wave path between one pair of the acoustic wave sensors; and measuring a sound wave travelling time along each sound wave path, and substituting the sound wave traveling time into the following equation so as to reconstruct the axial velocity distribution u(x,y) on the cross section of the pipe or the vessel; ∫ l i u x y 1 + y ′ 2 dx = L i c 2 − L i Δt i 2, i = 1,2, ⋯, N wherein, l i is an i th sound wave path, L i is a distance between the two acoustic wave sensors at two ends of an i th sound wave path, Δ t i is the sound traveling time along the ith effective sound wave path, N is a number of effective sound wave paths, c is a sound speed at measuring physical conditions of a medium.
An electrically operated fluid flow valve arrangement, the arrangement including: • an electrically powered magnetic field generator; • a valve body defining a valve chamber, an inlet port and an outlet port; • a valve member located in the valve chamber and movable between a closed condition in which the valve member locates against one of the ports to substantially prevent fluid flow therethrough and an open condition in which the valve member permits fluid flow therethrough; and • a ferromagnetic member having a switchable pole; and the arrangement being such that: • the valve member includes a permanent magnet; • the switchable pole is formed of a ferromagnetic material; • the ferromagnetic member defines a passage which communicates with the valve chamber via one of the ports; • in use, in a first latched condition, the valve member is retained by the switchable pole in one of the closed or open conditions and in a second latched condition, the valve member is retained by the switchable pole in the other of the closed or open conditions; and • the valve member is movable from one latched condition to the other by operation of the generator. • an electrically powered magnetic field generator; • a valve body defining a valve chamber, an inlet port and an outlet port; • a valve member located in the valve chamber and movable between a closed condition in which the valve member locates against one of the ports to substantially prevent fluid flow therethrough and an open condition in which the valve member permits fluid flow therethrough; and • a ferromagnetic member having a switchable pole; • the valve member includes a permanent magnet; • the switchable pole is formed of a ferromagnetic material; • the ferromagnetic member defines a passage which communicates with the valve chamber via one of the ports; • in use, in a first latched condition, the valve member is retained by the switchable pole in one of the closed or open conditions and in a second latched condition, the valve member is retained by the switchable pole in the other of the closed or open conditions; and • the valve member is movable from one latched condition to the other by operation of the generator.
A device for detecting a resonant non-linear optical signal of Stimulated Raman Scattering type induced in a sample, the device comprising: - electro-optical means for making interact in the sample, at a first modulation frequency, trains of light pulses (14, 12) of angular frequencies ω 1 and ω 2 and, at a second modulation frequency, trains of light pulses (12, 16) of angular frequencies ω 2 and ω 3, such that ω 2 - ω 1 = ω 3 - ω 2 = Ω R where Ω R is a molecular vibrational resonant angular frequency of the sample; - means for synchronous detection (70, 80) at the first and second modulation frequencies of non-linear optical signals resulting from the interaction of the light pulses in the sample; - electronic processing means making it possible to obtain, from electronic signals resulting from the synchronous detection, a signal characterizing the molecular vibrational resonance of the sample. - electro-optical means for making interact in the sample, at a first modulation frequency, trains of light pulses (14, 12) of angular frequencies ω 1 and ω 2 and, at a second modulation frequency, trains of light pulses (12, 16) of angular frequencies ω 2 and ω 3, such that ω 2 - ω 1 = ω 3 - ω 2 = Ω R where Ω R is a molecular vibrational resonant angular frequency of the sample; - means for synchronous detection (70, 80) at the first and second modulation frequencies of non-linear optical signals resulting from the interaction of the light pulses in the sample; - electronic processing means making it possible to obtain, from electronic signals resulting from the synchronous detection, a signal characterizing the molecular vibrational resonance of the sample.
A communications method, wherein the method is applicable to a communications apparatus, the communications apparatus supports a SIM card 1 and a SIM card 2, the communications apparatus comprises a first communications module SIM 1 and a second communications module SIM 2, the SIM 1 corresponds to the SIM card 1, the SIM 2 corresponds to the SIM card 2, and the method comprises: when the SIM 1 is in a connected state, receiving a first paging notification message from a first mobility management entity through the SIM 1, wherein the first paging notification message comprises an identifier of the SIM card 2, and the SIM card 1 is served by the first mobility management entity; and sending a service request of the SIM card 2 and the identifier of the SIM card 2 to the first mobility management entity. when the SIM 1 is in a connected state, receiving a first paging notification message from a first mobility management entity through the SIM 1, wherein the first paging notification message comprises an identifier of the SIM card 2, and the SIM card 1 is served by the first mobility management entity; and sending a service request of the SIM card 2 and the identifier of the SIM card 2 to the first mobility management entity.
An airplane suspension fairing structure with a wing-mounted arrangement, in combination with a wing and an engine nacelle, the fairing structure connecting the engine nacelle and the wing, the wing having a lower surface and an upper surface, the fairing structure comprising a front fairing located in front of the leading edge of the wing and a rear fairing located at the back of the leading edge of the wing, wherein a vertical cross section line of the front fairing is curved, ascending along airflow direction from a start point close to the engine nacelle to a maximum height position and then descending and extending to the lower surface of the wing; wherein the maximum height position is a first position which is higher than the leading edge of the wing; wherein the maximum height position is the position where the airplane suspension requires a maximum inner space; wherein the vertical cross section line of the front fairing is S-shaped having a curvature that is reversed after descending to a second position from the first position in the airflow direction, descending to a minimum position of the reversed curvature at a third position, and extending to the lower surface of the wing at a fourth position.
Cosmetic or dermatological topical compositions containing, in a suitable cosmetic or dermatological carrier, at least one hydroxyalkyl-substituted urea of the general formula in which, independently of one another, R 1, R 2, R 3 and R 4 represent a hydrogen atom, a methyl, ethyl, n-propyl, isopropyl, n-butyl, secondary butyl, tertiary butyl or C 2 -C 6 hydroxyalkyl group which is substituted with 1 to 5 hydroxyl groups or C 1 -C 4 hydroxyalkyl groups, with the condition that at least one of the functional groups R 1 -R 4 represents a C 2 -C 6 hydroxyalkyl group which is substituted with 1 to 5 hydroxyl groups or C 1 -C 4 hydroxyalkyl groups, and at least one active ingredient, selected from natural betaine compounds, wherein the natural betaine compound is selected from betaine (Me 3 N + -CH 2 -COO -), where Me = methyl. in which, independently of one another, R 1, R 2, R 3 and R 4 represent a hydrogen atom, a methyl, ethyl, n-propyl, isopropyl, n-butyl, secondary butyl, tertiary butyl or C 2 -C 6 hydroxyalkyl group which is substituted with 1 to 5 hydroxyl groups or C 1 -C 4 hydroxyalkyl groups, with the condition that at least one of the functional groups R 1 -R 4 represents a C 2 -C 6 hydroxyalkyl group which is substituted with 1 to 5 hydroxyl groups or C 1 -C 4 hydroxyalkyl groups, and at least one active ingredient, selected from natural betaine compounds, wherein the natural betaine compound is selected from betaine (Me 3 N + -CH 2 -COO -), where Me = methyl.
A method for producing a silica aerogel blanket, the method comprising: performing supercritical drying by setting an injection temperature of CO 2 which is injected into an extractor containing silica wet gel to 0-30°C, the drying temperature of the supercritical drying is 40-90°C; and reusing supercritical waste liquid recovered after the supercritical drying in one or more steps selected from the group consisting of gelation catalyst solution preparation, aging, and surface modification, wherein the ammonium ions contained in the recovered supercritical waste liquid is 200 mg/kg or less. performing supercritical drying by setting an injection temperature of CO 2 which is injected into an extractor containing silica wet gel to 0-30°C, the drying temperature of the supercritical drying is 40-90°C; and reusing supercritical waste liquid recovered after the supercritical drying in one or more steps selected from the group consisting of gelation catalyst solution preparation, aging, and surface modification, wherein the ammonium ions contained in the recovered supercritical waste liquid is 200 mg/kg or less.
A construct comprising, in the direction of transcription, at least (i) a chimeric gene encoding a selectable marker that confers resistance to a selection agent and (ii) a reporter gene selected among the list consisting of a chimeric gene encoding a luminescent protein and a chimeric colour gene, both inserted between the 5'-terminus sequence and the 3'-terminus sequence respectively of a chimeric gene of interest, wherein these two sequences overlap over a fragment having a length suitable to allow their recombination.
A computer- implemented method for analyzing collected spatial data for a course of traversal associated with a machine associated with an implement, the method comprising: obtaining, by a computing device, a plurality of data points associated with a course of traversal within a collection area, the course of traversal associated with a machine associated with an implement, wherein each data point of the plurality of data points corresponds to a location within the collection area and includes a corresponding set of spatial coordinates; generating, by the computing device, a distribution of the plurality of data points based at least in part on the corresponding set of spatial coordinates, wherein the distribution includes an identified set of occurrences associated with one of the spatial coordinates of the corresponding set of spatial coordinates; calculating, by the computing device, a discrete Fourier transform of the distribution to determine a set of frequencies associated with identified peaks within an output of the discrete Fourier transform; and determining, by the computing device, an effective coverage width of the implement associated with the course of traversal, wherein the effective coverage width of the implement associated with the course of traversal varies from an actual swath width of the implement associated with the course of traversal, based on the set of frequencies associated with the identified peaks. obtaining, by a computing device, a plurality of data points associated with a course of traversal within a collection area, the course of traversal associated with a machine associated with an implement, wherein each data point of the plurality of data points corresponds to a location within the collection area and includes a corresponding set of spatial coordinates; generating, by the computing device, a distribution of the plurality of data points based at least in part on the corresponding set of spatial coordinates, wherein the distribution includes an identified set of occurrences associated with one of the spatial coordinates of the corresponding set of spatial coordinates; calculating, by the computing device, a discrete Fourier transform of the distribution to determine a set of frequencies associated with identified peaks within an output of the discrete Fourier transform; and determining, by the computing device, an effective coverage width of the implement associated with the course of traversal, wherein the effective coverage width of the implement associated with the course of traversal varies from an actual swath width of the implement associated with the course of traversal, based on the set of frequencies associated with the identified peaks.
A mutant NGAL protein comprising SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4 or SEQ ID NO: 5 wherein the mutant NGAL protein (a) is able to bind to a siderophore, and (b) is excreted in the urine. (a) is able to bind to a siderophore, and (b) is excreted in the urine.
A PTO transmission system for an agricultural, or industrial vehicle for transmitting power to a PTO shaft driving an implement, said vehicle comprising an engine and ground drive wheels driven by main transmission means comprising a continuously variable transmission or a powershift transmission; said PTO transmission system comprising: - a planetary drive unit having a first and second input means and output means, said first input means being adapted to be coupled to an output shaft of said engine, said second input means being adapted to be coupled to an output shaft of drive motor means and said output means being adapted to be coupled to said PTO shaft; - control means (11, 13, 14) operable to control the engine rpm, the transmission ratio of said transmission means and said drive motor means; - an engine speed sensor and a PTO shaft speed sensor, operable to measure engine speed and PTO shaft speed respectively, and coupled to said control means (11, 13, 14); - a target PTO speed; and characterized in that said control means (11, 13, 14) are operable to control the engine rpm, the gear ratio of said transmission means and said drive motor means to obtain a PTO output shaft speed corresponding said target PTO speed, and wherein said system further comprises a wheel speed sensor operable to measure wheel speed and coupled to said control unit, wherein said control means (11, 13, 14) comprises a working mode wherein said target PTO speed is a function of the wheel speed. - a planetary drive unit having a first and second input means and output means, said first input means being adapted to be coupled to an output shaft of said engine, said second input means being adapted to be coupled to an output shaft of drive motor means and said output means being adapted to be coupled to said PTO shaft; - control means (11, 13, 14) operable to control the engine rpm, the transmission ratio of said transmission means and said drive motor means; - an engine speed sensor and a PTO shaft speed sensor, operable to measure engine speed and PTO shaft speed respectively, and coupled to said control means (11, 13, 14); - a target PTO speed; and