mhurhangee/ep-ind-claims huggingface dataset:
A memory controller, comprising: control circuitry coupled to a number of memory arrays, wherein each memory array has multiple physical blocks (240; 240-0,... 240-M) of memory cells and wherein each memory array is formatted by the control circuitry that is configured to: write system data (564, 566, 568, 570) to the number of memory arrays such that data in a first file allocation table of the system data is continuous and starts at a beginning of a first physical block in the number of memory arrays by including a first padding (576, 580, 584) of memory cells that do not contain data after reserved data of the system data; write system data to the number of memory arrays such that data in a second file allocation table of the system data is continuous and starts at the beginning of a second physical block in the number of memory arrays by including a second padding of memory cells that do not contain data after the first file allocation table; and write user data to the number of memory arrays such that the user data starts at a beginning of a third physical block in the number of memory arrays by including a third padding of memory cells that do not contain data after the second file allocation table, wherein the first block, the second block and the third block are discrete respective blocks. write system data (564, 566, 568, 570) to the number of memory arrays such that data in a first file allocation table of the system data is continuous and starts at a beginning of a first physical block in the number of memory arrays by including a first padding (576, 580, 584) of memory cells that do not contain data after reserved data of the system data; write system data to the number of memory arrays such that data in a second file allocation table of the system data is continuous and starts at the beginning of a second physical block in the number of memory arrays by including a second padding of memory cells that do not contain data after the first file allocation table; and write user data to the number of memory arrays such that the user data starts at a beginning of a third physical block in the number of memory arrays by including a third padding of memory cells that do not contain data after the second file allocation table, wherein the first block, the second block and the third block are discrete respective blocks.
A digital camera, comprising: an optical system; a main image sensor for capturing a main image provided through the optical system; a motion photo-sensor for estimating relative camera-object motion during image capture; and a processor that estimates motion based on calculated variances of light flux and that reduces or removes a motion blur effect from the main image based on the estimated motion permitting a processed version of the main image to be thereafter rendered, said processed version including the main image with said motion blur effect reduced or removed characterized in that the motion photo-sensor comprises a multi-layer photo-sensor including multiple silicon layers; the processor integrates photocurrent measurements between silicon layers of the multi-layer photo-sensor and the processor calculates motion based on calculated variances of depths of light flux into the silicon layers based on the photocurrent measurements and estimates a direction of motion as a direction of highest correlation between a measured colour of a motion photo-sensor pixel and corresponding pixels of said main image. an optical system; a main image sensor for capturing a main image provided through the optical system; a motion photo-sensor for estimating relative camera-object motion during image capture; and a processor that estimates motion based on calculated variances of light flux and that reduces or removes a motion blur effect from the main image based on the estimated motion permitting a processed version of the main image to be thereafter rendered, said processed version including the main image with said motion blur effect reduced or removed characterized in that the motion photo-sensor comprises a multi-layer photo-sensor including multiple silicon layers; the processor integrates photocurrent measurements between silicon layers of the multi-layer photo-sensor and the processor calculates motion based on calculated variances of depths of light flux into the silicon layers based on the photocurrent measurements and estimates a direction of motion as a direction of highest correlation between a measured colour of a motion photo-sensor pixel and corresponding pixels of said main image.
A method of producing an electrolyte membrane for a solid polymer fuel cell, wherein the electrolyte membrane is provided with sealing ribs of a predetermined height made of an electrolyte resin which are formed integrally with the electrolyte membrane, characterized by comprising: creating an electrolyte membrane that does not have a sealing rib, and pressing at least a portion of the created electrolyte membrane obtained by excluding a portion where the sealing rib is to be created at a temperature that is higher than or equal to a softening point of the electrolyte membrane. creating an electrolyte membrane that does not have a sealing rib, and pressing at least a portion of the created electrolyte membrane obtained by excluding a portion where the sealing rib is to be created at a temperature that is higher than or equal to a softening point of the electrolyte membrane.
A sensor system (1LF, 1RF, 2RF, 3RF, 4RF) adapted to be mounted on a vehicle, comprising: a first sensor configured to sense information of an outside of the vehicle; a second sensor configured to sense information of the outside of the vehicle in a different manner from the first sensor; and a supporting member supporting the first sensor and the second sensor, characterized by a first adjuster configured to adjust a sensing reference position of the first sensor relative to the supporting member in a pre-shipment process of the sensor system, a second adjuster configured to adjust a sensing reference position of the second sensor relative to the supporting member in the pre-shipment process of the sensor system, and a third adjuster configured to collectively adjust at least one of a position and a posture of the supporting member relative to the vehicle after the sensor system is mounted on the vehicle. a first sensor configured to sense information of an outside of the vehicle; a second sensor configured to sense information of the outside of the vehicle in a different manner from the first sensor; and a supporting member supporting the first sensor and the second sensor, characterized by a first adjuster configured to adjust a sensing reference position of the first sensor relative to the supporting member in a pre-shipment process of the sensor system, a second adjuster configured to adjust a sensing reference position of the second sensor relative to the supporting member in the pre-shipment process of the sensor system, and a third adjuster configured to collectively adjust at least one of a position and a posture of the supporting member relative to the vehicle after the sensor system is mounted on the vehicle.
A floating offshore platform, comprising: a floating hull comprising: a plurality of vertically extending columns; a plurality of pontoons coupled to the vertically extending columns that are configured to be disposed at least partially below a surface of water in which the offshore platform is disposed; characterized by: a keel plate disposed at a keel level of the platform inside a central open area of the hull, the keel plate being configured to be disposed at least partially below a surface of water in which the offshore platform is disposed, and having a gap between at least a portion of an outer perimeter of the keel plate and an inner perimeter of the hull. a floating hull comprising: a plurality of vertically extending columns; a plurality of pontoons coupled to the vertically extending columns that are configured to be disposed at least partially below a surface of water in which the offshore platform is disposed; characterized by: a keel plate disposed at a keel level of the platform inside a central open area of the hull, the keel plate being configured to be disposed at least partially below a surface of water in which the offshore platform is disposed, and having a gap between at least a portion of an outer perimeter of the keel plate and an inner perimeter of the hull. a plurality of vertically extending columns; a plurality of pontoons coupled to the vertically extending columns that are configured to be disposed at least partially below a surface of water in which the offshore platform is disposed; characterized by: a keel plate disposed at a keel level of the platform inside a central open area of the hull, the keel plate being configured to be disposed at least partially below a surface of water in which the offshore platform is disposed, and having a gap between at least a portion of an outer perimeter of the keel plate and an inner perimeter of the hull. a keel plate disposed at a keel level of the platform inside a central open area of the hull, the keel plate being configured to be disposed at least partially below a surface of water in which the offshore platform is disposed, and having a gap between at least a portion of an outer perimeter of the keel plate and an inner perimeter of the hull.
Device for harvesting vegetable crops from the ground, which vegetable crops have a stem and a crown supported by the stem and leaves attached to the stem, said device comprising a frame, a first drive for moving the frame onward over the ground, a cutter for severing the stem, a second drive (17a,b) for the cutter, characterized by a stripper for stripping the leaves from the stem while the vegetable crop is still in the ground, and a third drive (11a,b) for moving the stripper vertically downwards along the stem for in the stripper's strip position stripping the leaves from the stem, wherein the stripper comprises two or more stripper members (14a,b), and a fourth drive (15a,b) for moving the stripper members towards each other and away from each other between a position that is free from the stem and a strip position in which they engage onto the leaves at least near the stem.
A moiré occurrence prediction device comprising: a communication unit for receiving an input image; a periodic structure inclusion determination unit for dividing the input image into plural processing regions of a fixed size, and determining, for each of the plural processing regions of the input image, whether or not the respective processing region of the input image is a periodic structure region that includes a periodic structure that induces the occurrence of moiré in the input image; an obtaining unit for obtaining a halftone dot image corresponding to the input image; a generation unit for generating a difference extraction image as a difference between the input image and the halftone dot image; a moiré prediction unit for determining a degree of risk of moiré occurrence in each periodic structure region by performing a predetermined frequency analysis process only with respect to each of the determined periodic structure regions in the difference extraction image, generating a moiré occurrence notification that indicates the degree of risk for each periodic structure region, and outputting the moiré occurrence notification. a communication unit for receiving an input image; a periodic structure inclusion determination unit for dividing the input image into plural processing regions of a fixed size, and determining, for each of the plural processing regions of the input image, whether or not the respective processing region of the input image is a periodic structure region that includes a periodic structure that induces the occurrence of moiré in the input image; an obtaining unit for obtaining a halftone dot image corresponding to the input image; a generation unit for generating a difference extraction image as a difference between the input image and the halftone dot image; a moiré prediction unit for determining a degree of risk of moiré occurrence in each periodic structure region by performing a predetermined frequency analysis process only with respect to each of the determined periodic structure regions in the difference extraction image, generating a moiré occurrence notification that indicates the degree of risk for each periodic structure region, and outputting the moiré occurrence notification.
An active principle intended for use in a composition for dermal application, characterised in that it is a Metschnikowia agaves hydrolysate comprising carbohydrates.
Machine for producing bags (2, 123), which comprises a bottom-opening station for opening the bottoms of flexible-tube portions, a bottom-folding and bottom-gluing station and a bottom-closing station, wherein the machine comprises a control panel at which settings of the machine can be changed such that the manufacturing parameters of the bags (2, 123) change, wherein the control panel comprises a display device, and wherein the display device contains a monitor configured as a touchscreen which has control fields (6, 7, 9), the pressing of which allows manufacturing parameters to be set, characterized - in that a graphic representation of a bag (2, 123) is able to be executed by way of the display device, and - in that at least some of said control fields (6, 7, 9) are located in the region of the graphic representation of the bag (2, 123). - in that a graphic representation of a bag (2, 123) is able to be executed by way of the display device, and - in that at least some of said control fields (6, 7, 9) are located in the region of the graphic representation of the bag (2, 123).
A system for continuously feeding a liquid through a pipe arrangement, the system comprising at least one first holding tank (10,30,40), at least one second holding tank (30, 40) for holding a liquid over a predefined time period, said holding tank (30, 40), comprising: an inlet (11, 11a, 11b) for receiving the liquid, an outlet (12, 12a, 12b) for allowing liquid to exit the holding tank (30, 40), and a distribution device for evenly dispersing the liquid received through the inlet (11, 11a, 11b), and arranged within the holding tank (30, 40) at a distance away from the outlet (12, 12a, 12b), said system further comprising a main inlet switch valve configured to switch between feeding a liquid from a main inlet pipe and onwards to a first inlet pipe connected to the an inlet of the first holding tank (10, 30, 40), and feeding a liquid from the main inlet pipe and onwards to a second inlet pipe connected to the inlet of the second holding tank, a first outlet valve arranged on a first outlet pipe connected to the outlet of the first holding tank (10, 30, 40) and to a main outlet pipe, a second outlet valve arranged on a second outlet pipe connected to the outlet of the second holding tank (30, 40), and connectable to the main outlet pipe, such that by operating the state of the first outlet valve and the second outlet valve a continuous flow of liquid is maintained in the main outlet pipe.. an inlet (11, 11a, 11b) for receiving the liquid, an outlet (12, 12a, 12b) for allowing liquid to exit the holding tank (30, 40), and a distribution device for evenly dispersing the liquid received through the inlet (11, 11a, 11b), and arranged within the holding tank (30, 40) at a distance away from the outlet (12, 12a, 12b), said system further comprising a main inlet switch valve configured to switch between feeding a liquid from a main inlet pipe and onwards to a first inlet pipe connected to the an inlet of the first holding tank (10, 30, 40), and feeding a liquid from the main inlet pipe and onwards to a second inlet pipe connected to the inlet of the second holding tank, a first outlet valve arranged on a first outlet pipe connected to the outlet of the first holding tank (10, 30, 40) and to a main outlet pipe, a second outlet valve arranged on a second outlet pipe connected to the outlet of the second holding tank (30, 40), and connectable to the main outlet pipe, such that by operating the state of the first outlet valve and the second outlet valve a continuous flow of liquid is maintained in the main outlet pipe..
A connection method of a communication device (4-1 - 4-6) in a communication system that includes a plurality of communication devices (4-1 - 4-6) each having a wireless Local Area Network, LAN, access point function and a wireless LAN child device function and is constructed by connecting a lower-level communication device (4-1 - 4-6) to an access point of a higher-level communication device (4-1 - 4-6), wherein: when a new communication device (4-1 - 4-6) is added to the communication system, the new communication device (4-1 - 4-6) executes: a first step of connecting to an access point of an arbitrary one of the plurality of communication devices (4-1 - 4-6) of the communication system; and a second step of acquiring, from the connected communication device (4-1 - 4-6), system information of the communication system including a connection form of the plurality of communication devices (4-1 - 4-6), wherein the terms lower-level and higher-level refer to the distance of the respective communication device (4-1 - 4-6) from a connection to a wired LAN by cable, wherein a communication device (4-1 - 4-6) directly connected to the wired LAN by cable is called a root device, and a communication device (4-1 - 4-6) connected to the root device is called a node device, and a communication device (4-1 - 4-6) connected to a node device is called a leaf device, and wherein the term connection form refers to the communication devices (4-1 - 4-6) being root devices or node devices or leaf devices. a first step of connecting to an access point of an arbitrary one of the plurality of communication devices (4-1 - 4-6) of the communication system; and a second step of acquiring, from the connected communication device (4-1 - 4-6), system information of the communication system including a connection form of the plurality of communication devices (4-1 - 4-6), wherein the terms lower-level and higher-level refer to the distance of the respective communication device (4-1 - 4-6) from a connection to a wired LAN by cable, wherein a communication device (4-1 - 4-6) directly connected to the wired LAN by cable is called a root device, and a communication device (4-1 - 4-6) connected to the root device is called a node device, and a communication device (4-1 - 4-6) connected to a node device is called a leaf device, and wherein the term connection form refers to the communication devices (4-1 - 4-6) being root devices or node devices or leaf devices.
A mobile terminal, comprising: a touchscreen; characterized by further comprising a controller configured, upon reception of a predetermined touch input applied to the touchscreen, to: display an object for indicating a deletion start point at a point to which the touch input is applied, display a control area including a plurality of control items (11, 13, 15, 21, 23, 25) comprising: a first icon for deleting a text letter by letter to the left, a second icon for deleting a text word by word to the left, a third icon for deleting a text letter by letter to the right, and a fourth icon for deleting a text word by word to the right, and delete the text based on at least one of the plurality of control items (11, 13, 15, 21, 23, 25) upon selection of the at least one control item (11, 13, 15, 21, 23, 25). a touchscreen; characterized by further comprising a controller configured, upon reception of a predetermined touch input applied to the touchscreen, to: display an object for indicating a deletion start point at a point to which the touch input is applied, display a control area including a plurality of control items (11, 13, 15, 21, 23, 25) comprising: a first icon for deleting a text letter by letter to the left, a second icon for deleting a text word by word to the left, a third icon for deleting a text letter by letter to the right, and a fourth icon for deleting a text word by word to the right, and delete the text based on at least one of the plurality of control items (11, 13, 15, 21, 23, 25) upon selection of the at least one control item (11, 13, 15, 21, 23, 25). display an object for indicating a deletion start point at a point to which the touch input is applied, display a control area including a plurality of control items (11, 13, 15, 21, 23, 25) comprising: a first icon for deleting a text letter by letter to the left, a second icon for deleting a text word by word to the left, a third icon for deleting a text letter by letter to the right, and a fourth icon for deleting a text word by word to the right, and a first icon for deleting a text letter by letter to the left, a second icon for deleting a text word by word to the left, a third icon for deleting a text letter by letter to the right, and a fourth icon for deleting a text word by word to the right, and delete the text based on at least one of the plurality of control items (11, 13, 15, 21, 23, 25) upon selection of the at least one control item (11, 13, 15, 21, 23, 25).
A thermoform packaging machine comprising a forming station for thermoforming troughs in a bottom film web, which is adapted to be conveyed in the thermoform packaging machine in a conveying direction in a conveying plane, as well as a closing station for closing the troughs with a cover film, further comprising a machine frame carrying the forming station and the closing station and including a plurality of interconnected vertical members, longitudinal members and cross members as well as machine feet, characterized in that at least one substantially U-shaped or O-shaped portal (24, 24') is rigidly integrated in the machine frame, said portal (24, 24') comprising two columns as well as a crossbar extending from one of the two columns to the other column and above the conveying plane transversely to the conveying direction, wherein said portal (24, 24') has provided thereon a 2-axis robot.