mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of image processing, the method comprising steps: locating at least one object in an image of a scene; selecting at least a portion of the image of the scene in accordance with the location of the at least one object in the image of the scene; generating a different image of the at least one object in accordance with the selected portion of the image of the scene, the different image comprising the at least one object and being smaller than the image of the scene, the different image being generated from the image of the scene; detecting a plurality of points corresponding to parts of the at least one object located in the scene using the different image of the at least one object; wherein said at least one object is a plurality of objects in the image of the scene, and wherein generating the different image of the plurality of objects comprises generating a single different image of the plurality of objects, the different image comprising the plurality of objects in a predetermined configuration. locating at least one object in an image of a scene; selecting at least a portion of the image of the scene in accordance with the location of the at least one object in the image of the scene; generating a different image of the at least one object in accordance with the selected portion of the image of the scene, the different image comprising the at least one object and being smaller than the image of the scene, the different image being generated from the image of the scene; detecting a plurality of points corresponding to parts of the at least one object located in the scene using the different image of the at least one object; wherein said at least one object is a plurality of objects in the image of the scene, and wherein generating the different image of the plurality of objects comprises generating a single different image of the plurality of objects, the different image comprising the plurality of objects in a predetermined configuration.
Method for processing a feed mixture in a separation process, which predominantly contains hydrogen, methane and hydrocarbons having two or more carbon atoms, wherein at least a portion of the feed mixture is cooled using one or more heat exchangers (101, 103, 105, 107) to form one or more condensates (C, F, K', M) and at least a part of the condensate or condensates (C, F, K', M) is subjected to rectification to form a gaseous methane-rich fraction, characterized in that the gaseous methane-rich fraction is used to form a first fluid stream which is compressed at least in part into a composition that is unchanged with respect to the gaseous methane-rich fraction to a condensing pressure level of 35 to 45 bar, liquefied at least in part by cooling, and relieved to a delivery pressure level, and that the first fluid stream or a second fluid stream formed using the first fluid stream is heated in the or at least one of the heat exchangers (101, 103, 105, 107).
A bearing element for carrying axial loads, the bearing element having an annular shape and comprising a first end surface, which is configured to be supported against an object that is stationary in relation to the bearing element, and a second end surface, which is configured to support a part rotating in relation to and coaxially with the bearing element, the bearing element being provided with at least one groove, which is located at a distance from both the first end surface and the second end surface of the bearing element, extends radially inwards from the outer perimeter of the bearing element and runs along the circumference of the bearing element, characterized in that the bearing element comprises another groove, which is located at a distance from both the first end surface and the second end surface of the bearing element, extends radially outwards from the inner perimeter of the bearing element and runs along the circumference of the bearing element.
A method comprising steeping a harvested cereal grain in an aqueous solution comprising an effective amount of chlorine dioxide and/or spraying the harvested cereal grain with water comprising an effective amount of chlorine dioxide during germination, to provide a treated cereal grain; wherein: the harvested cereal grain has a first microorganism concentration, the treated cereal grain has a second microorganism concentration, the second microorganism concentration is reduced by at least 50% to 99.999% compared to a third microorganism concentration of an untreated cereal grain, where the untreated cereal grain is harvested cereal grain steeped and/or germinated in water without chlorine dioxide under substantially similar conditions to the chlorine dioxide steeping and/or germination step; the treated cereal grain is germinated after the steeping step; and the effective amount of chlorine dioxide is 1 ppm to 50 ppm chlorine dioxide. the harvested cereal grain has a first microorganism concentration, the treated cereal grain has a second microorganism concentration, the second microorganism concentration is reduced by at least 50% to 99.999% compared to a third microorganism concentration of an untreated cereal grain, where the untreated cereal grain is harvested cereal grain steeped and/or germinated in water without chlorine dioxide under substantially similar conditions to the chlorine dioxide steeping and/or germination step; the treated cereal grain is germinated after the steeping step; and the effective amount of chlorine dioxide is 1 ppm to 50 ppm chlorine dioxide.
A voltage regulator comprising: an output terminal; an output driver current mirror circuit comprising: an output driver transistor having a first current electrode coupled to a first power supply voltage terminal, a control electrode, and a second current electrode coupled to the output terminal; a tunable resistance circuit having a first terminal, a control terminal, and a second current electrode coupled to the control electrode of the output driver transistor; and a first transistor having a first current electrode coupled to the first power supply voltage terminal, a control electrode and a second current electrode both coupled to the first terminal of the tunable resistance circuit; a high power control circuit coupled to the first terminal of the tunable resistance circuit for providing a first current to the output driver current mirror circuit in a first operating mode; and a low power control circuit coupled to the first terminal of the tunable resistance circuit for providing a second current to the output driver current mirror circuit in a second operating mode, the second current being smaller than the first current. an output terminal; an output driver current mirror circuit comprising: an output driver transistor having a first current electrode coupled to a first power supply voltage terminal, a control electrode, and a second current electrode coupled to the output terminal; a tunable resistance circuit having a first terminal, a control terminal, and a second current electrode coupled to the control electrode of the output driver transistor; and a first transistor having a first current electrode coupled to the first power supply voltage terminal, a control electrode and a second current electrode both coupled to the first terminal of the tunable resistance circuit; an output driver transistor having a first current electrode coupled to a first power supply voltage terminal, a control electrode, and a second current electrode coupled to the output terminal; a tunable resistance circuit having a first terminal, a control terminal, and a second current electrode coupled to the control electrode of the output driver transistor; and a first transistor having a first current electrode coupled to the first power supply voltage terminal, a control electrode and a second current electrode both coupled to the first terminal of the tunable resistance circuit; a high power control circuit coupled to the first terminal of the tunable resistance circuit for providing a first current to the output driver current mirror circuit in a first operating mode; and a low power control circuit coupled to the first terminal of the tunable resistance circuit for providing a second current to the output driver current mirror circuit in a second operating mode, the second current being smaller than the first current.
A method of retrieving a Minimization of Drive Test, MDT, log for a service network (12, 22) from a mobile communication device (10, 20), comprising: transmitting (S1002; S1102; S1202; S1302), by the service network (12, 22), a first request message for the MDT log to the mobile communication device (10, 20); receiving (S1004; S1104; S1204; S1304), by the service network (12, 22), a first response message comprising a part of the MDT log from the mobile communication device (10, 20); characterized in that the first response message indicates whether the MDT log reporting is finished or at least one more part of the MDT log is available; and when the first response message indicates the MDT log reporting is not finished or at least one more part of the MDT log is available, transmitting (S1002; S1102; S1202; S1302), by the service network (12, 22), a second request message for the at least one more part of the MDT log from the service network (12, 22). transmitting (S1002; S1102; S1202; S1302), by the service network (12, 22), a first request message for the MDT log to the mobile communication device (10, 20); receiving (S1004; S1104; S1204; S1304), by the service network (12, 22), a first response message comprising a part of the MDT log from the mobile communication device (10, 20); characterized in that the first response message indicates whether the MDT log reporting is finished or at least one more part of the MDT log is available; and when the first response message indicates the MDT log reporting is not finished or at least one more part of the MDT log is available, transmitting (S1002; S1102; S1202; S1302), by the service network (12, 22), a second request message for the at least one more part of the MDT log from the service network (12, 22).
A vehicle audio system, comprising an integrated control device for controlling massage units (102-1 to 102-n) in a vehicle seat, which is configured to convert an acoustic entertainment signal into at least one output signal driving the massage units (102-1 to 102-n) and to drive the massage units (102-1 to 102-n) based on the acoustic entertainment signal.
Machine for making filled pasta, comprising a first modular unit, consisting of a kneading machine equipped with a container within which the dough is formed, and a second modular unit, consisting of a ravioli machine, which is able to insert filling doses inside the dough for continuously producing ravioli, tortellini, or other filled pasta, wherein a screw or auger is placed in correspondence of the bottom of said container, characterized in that said screw or auger pushes the dough into a die or extruder, which gives, by means of a forming device, a desired shape to the dough, so that said dough exiting the extruder is folded in a U-shape with the wings of the U oriented upwards so as to form a channel in which said filling doses are placed, said ravioli machine being located downstream of said extruder and being mechanically connected to said kneading machine.
A reconfigurable melt delivery system for use with a first injection unit and a second injection unit comprising: a first arm manifold configured to receive a moldable material from a second injection unit; an exchangeable second arm manifold in fluid communication with the first arm manifold that is configured to receive the moldable material from the first arm manifold and to transfer the moldable material to an outlet nozzle; and characterized by a repositionable and replaceable insert plate configured to be repositioned or replaced relative to remaining plates of the melt delivery system, wherein the outlet nozzle is secured within a mold facing surface of the insert plate and is radially offset from a central machine nozzle opening of the melt delivery system for delivering the moldable material to a corresponding offset mold gate of a two-material mold. a first arm manifold configured to receive a moldable material from a second injection unit; an exchangeable second arm manifold in fluid communication with the first arm manifold that is configured to receive the moldable material from the first arm manifold and to transfer the moldable material to an outlet nozzle; and characterized by a repositionable and replaceable insert plate configured to be repositioned or replaced relative to remaining plates of the melt delivery system, wherein the outlet nozzle is secured within a mold facing surface of the insert plate and is radially offset from a central machine nozzle opening of the melt delivery system for delivering the moldable material to a corresponding offset mold gate of a two-material mold.
A method of manufacturing a photovoltaic device comprising a semiconductor light absorption layer (SLAL), comprising: obtaining a stack of layers comprising a substrate and an electrode layer; depositing, on the stack, a solvent, a plurality of semiconducting particles, wherein the plurality of semiconducting particles comprises at least one selected from a group consisting of: cadmium telluride, copper indium gallium selenide, cadmium zinc telluride, and copper zinc tin selenium/sulfide; and a plurality of additive molecules, wherein the plurality of additive molecules comprises at least one selected from a group consisting of 7-hydroxy-5-methyl-1,3,4-triazaindolizine, 5-mercapto-1-phenyl-1H-tetrazole, 1,2,3a,7-tetraazaindene and 1,3,3a,7-tetraazaindene; evaporating the solvent from the stack by applying heat; sintering the stack to form the SLAL; depositing a transparent electrode on the SLAL; and depositing a grid electrode of a conducting material on the transparent electrode. obtaining a stack of layers comprising a substrate and an electrode layer; depositing, on the stack, a solvent, a plurality of semiconducting particles, wherein the plurality of semiconducting particles comprises at least one selected from a group consisting of: cadmium telluride, copper indium gallium selenide, cadmium zinc telluride, and copper zinc tin selenium/sulfide; and a plurality of additive molecules, wherein the plurality of additive molecules comprises at least one selected from a group consisting of 7-hydroxy-5-methyl-1,3,4-triazaindolizine, 5-mercapto-1-phenyl-1H-tetrazole, 1,2,3a,7-tetraazaindene and 1,3,3a,7-tetraazaindene; evaporating the solvent from the stack by applying heat; sintering the stack to form the SLAL; depositing a transparent electrode on the SLAL; and depositing a grid electrode of a conducting material on the transparent electrode.
A system comprising: one or more uniquely identified hand hygiene product dispensers associated to a room, and each associated with an area of concern within a facility, wherein the hand hygiene product dispensers detect dispense events and transmit corresponding dispense event signals and dispenser identification information; one or more uniquely identified compliance badges that receive the dispense event signals and the dispenser identification information and store the dispenser identification information in dispense event records that are associated with the detected dispense events; a motion detector in the room, which, when movement of a person is detected, broadcasts a wake-up signal received by the compliance badges activating the ultrasonic receiver on the compliance badge, and the wake up signal causes the dispensers to enter an invitation mode in which the dispenser s activate one or more visual and/or audible indicators (304, 306) to remind the person entering the room of a hand hygiene opportunity, wherein the dispensers are one of the one or more hand hygiene product dispensers; one or more data gathering stations associated with the facility, each of which receives one or more of the dispense event records from the one or more compliance badges; and a computing device that receives the dispense event records directly or indirectly from the one or more data gathering stations and analyzes the dispense event records to monitor hand hygiene events in the facility. one or more uniquely identified hand hygiene product dispensers associated to a room, and each associated with an area of concern within a facility, wherein the hand hygiene product dispensers detect dispense events and transmit corresponding dispense event signals and dispenser identification information; one or more uniquely identified compliance badges that receive the dispense event signals and the dispenser identification information and store the dispenser identification information in dispense event records that are associated with the detected dispense events; a motion detector in the room, which, when movement of a person is detected, broadcasts a wake-up signal received by the compliance badges activating the ultrasonic receiver on the compliance badge, and the wake up signal causes the dispensers to enter an invitation mode in which the dispenser s activate one or more visual and/or audible indicators (304, 306) to remind the person entering the room of a hand hygiene opportunity, wherein the dispensers are one of the one or more hand hygiene product dispensers; one or more data gathering stations associated with the facility, each of which receives one or more of the dispense event records from the one or more compliance badges; and a computing device that receives the dispense event records directly or indirectly from the one or more data gathering stations and analyzes the dispense event records to monitor hand hygiene events in the facility.
A sound capture device comprising two nonconcentric rings of directional microphone capsules, each ring defining a plane that is oriented at an angle of at least 70 degrees relative to a notional reference axis passing through the centres of the two nonconcentric rings, and each location that is off the reference axis having an azimuthal angle around the reference axis, wherein the device has a notional equatorial plane that lies symmetrically between the two rings of capsules, and the equatorial plane intersects the reference axis at a central point; wherein the centre-to-centre distance of each microphone capsule to its nearest neighbour capsule within the same ring is less than one wavelength at an audio frequency of 4 kHz; wherein each of the two rings contains n directional microphone capsules, with n ≥ 3; and, wherein each microphone capsule is intrinsically responsive to both pressure and velocity and has a direction of maximum intrinsic sensitivity that forms a nonzero angle with a vector from the central point to that capsule and that also forms an acute angle with a vector from the respective ring centre to that capsule, characterised in that each directional microphone capsule is tilted such that its direction of maximum intrinsic sensitivity points towards the equatorial plane. wherein the device has a notional equatorial plane that lies symmetrically between the two rings of capsules, and the equatorial plane intersects the reference axis at a central point; wherein the centre-to-centre distance of each microphone capsule to its nearest neighbour capsule within the same ring is less than one wavelength at an audio frequency of 4 kHz; wherein each of the two rings contains n directional microphone capsules, with n ≥ 3; and, wherein each microphone capsule is intrinsically responsive to both pressure and velocity and has a direction of maximum intrinsic sensitivity that forms a nonzero angle with a vector from the central point to that capsule and that also forms an acute angle with a vector from the respective ring centre to that capsule, characterised in that each directional microphone capsule is tilted such that its direction of maximum intrinsic sensitivity points towards the equatorial plane.
A document presentation method, comprising: displaying multiple documents on a display screen of a user terminal, wherein all the documents displayed on the display screen are the same in shape and display dimension; shielding the multiple documents displayed on the display screen, wherein the documents are visible before shielding and the document are invisible after shielding; selecting multiple to-be-presented documents according to a position of a start point of a selected input, wherein the selected input is a sliding track; and identifying the sliding track of the user, and adjusting visible proportions of shielded regions of the selected multiple to-be-presented documents according to a position of the start point, a length, and a direction of the identified sliding track on the screen; wherein, a visible proportion of a shielded region of a document renders corresponding document content visible and wherein, an invisible proportion of a shielded region of a document renders corresponding document content invisible. displaying multiple documents on a display screen of a user terminal, wherein all the documents displayed on the display screen are the same in shape and display dimension; shielding the multiple documents displayed on the display screen, wherein the documents are visible before shielding and the document are invisible after shielding; selecting multiple to-be-presented documents according to a position of a start point of a selected input, wherein the selected input is a sliding track; and identifying the sliding track of the user, and adjusting visible proportions of shielded regions of the selected multiple to-be-presented documents according to a position of the start point, a length, and a direction of the identified sliding track on the screen; wherein, a visible proportion of a shielded region of a document renders corresponding document content visible and wherein, an invisible proportion of a shielded region of a document renders corresponding document content invisible.
System (1, 10) comprising a container for sieving painting powder for a powder coating plant, and a cleaning device, wherein the container comprises: - a sieving chamber to sieve painting powder to be sieved, - a collection chamber for the sieved painting powder, - at least one sieve arranged at at least one of the outer surfaces (2b, 2c, 2d) of said sieving chamber, wherein said sieving chamber is arranged completely inside said collection chamber and comprises at least one opening for the entry/exit of powder; and wherein the cleaning device comprises at least one movable arm provided with a plurality of nozzles, and configured to be inserted within said container, through a side passage placed between the sieving chamber and the container. - a sieving chamber to sieve painting powder to be sieved, - a collection chamber for the sieved painting powder, - at least one sieve arranged at at least one of the outer surfaces (2b, 2c, 2d) of said sieving chamber, wherein said sieving chamber is arranged completely inside said collection chamber and comprises at least one opening for the entry/exit of powder;