mhurhangee/ep-ind-claims huggingface dataset:
Top-gripping beverage can carrier, comprising a main panel of cardboard sheet material having at least one can receiving aperture, wherein the main panel is provided with a series of locking tabs hingedly connected to the main panel by means of a respective tab fold line, and disposed around the can receiving aperture, wherein each locking tab extends from the respective tab fold line towards a retaining edge for engaging an underside of a radially protruding portion of a beverage can to be received in the can receiving aperture, said radially protruding portion of the can being formed by a lid of said can, wherein said retaining edge is located more inwardly with respect to the can receiving aperture than said tab fold line, wherein each locking tab can pivot about the respective tab fold line from an initial position of the respective locking tab, in which said respective locking tab lies substantially in line with the main panel, towards a folded up position in which said locking tab is under an angle with the main panel, wherein the carrier further comprises a first cover panel for at least partly covering at least one first lid of at least a first one (6, 6') of the one or multiple cans to be held by the carrier, wherein the first cover panel is hingedly connected to the main panel via a first intermediate panel (81, 81'), wherein the first intermediate panel (81, 81') is hingedly connected to the main panel by means of a first cover fold line, and wherein the first intermediate panel (81, 81') is hingedly connected to the first cover panel by means of a second cover fold line, wherein the carrier further comprises a first connector panel (82, 82') which is hingedly connected to the first cover panel (7, 7') by means of a third cover fold line, wherein the first connector panel (82, 82') is arranged to snap below the first lid of the first can in order to hold the first cover panel (7, 7') in place in its covering position.
A sensor assembly comprising: a base; a pedestal comprising a body extending between a leading edge and a trailing edge in a direction of fluid flow past said body, a first edge of said pedestal coupled to said base, a second edge opposing said first edge; an airfoil extending from said pedestal, a leading edge of said airfoil aligned with said leading edge of said pedestal, said airfoil extending in the direction of a flow of fluid along said second edge; a sensor element extending from said second edge spaced apart from said airfoil by a first gap; and a shield at least partially surrounding said sensor element, said shield spaced apart from said airfoil by a second gap defining a fluid flow inlet to said sensor element; characterized in that said airfoil comprises a first convex surface and an adjacent first concave surface, the first convex surface extending between said leading edge of said airfoil and said first concave surface, said first convex surface and said first concave surface oriented serially in the direction of fluid flow. a base; a pedestal comprising a body extending between a leading edge and a trailing edge in a direction of fluid flow past said body, a first edge of said pedestal coupled to said base, a second edge opposing said first edge; an airfoil extending from said pedestal, a leading edge of said airfoil aligned with said leading edge of said pedestal, said airfoil extending in the direction of a flow of fluid along said second edge; a sensor element extending from said second edge spaced apart from said airfoil by a first gap; and a shield at least partially surrounding said sensor element, said shield spaced apart from said airfoil by a second gap defining a fluid flow inlet to said sensor element; characterized in that said airfoil comprises a first convex surface and an adjacent first concave surface, the first convex surface extending between said leading edge of said airfoil and said first concave surface, said first convex surface and said first concave surface oriented serially in the direction of fluid flow.
An apparatus for transmitting data, comprising: an orthogonal frequency division multiplexing (OFDM) encoder for loading: a first data on a sub-carrier of an OFDM symbol (OFDM Symbol_1) associated with an antenna (Antenna_1); a second data on a sub-carrier of an another OFDM symbol (OFDM Symbol_2) associated with the antenna (Antenna_1); said first and said second data on sub-carriers of OFDM symbols (OFDM Symbol_1, _2) associated with an another antenna (Antenna_2) according to at least one mapping rule, wherein said at least one mapping rule is a conjugate mapping rule; said antenna (Antenna_1) transmits said first data; said antenna (Antenna_1) transmits said second data; and said another antenna (Antenna_2) transmits said first and said second data; wherein said transmission of said first data with said another antenna (Antenna_2) is transmitted subsequent to said transmission of said first data with said antenna (Antenna_1); and said transmission of said second data with said antenna (Antenna_1) is transmitted subsequent to said transmission of said second data with said another antenna (Antenna_2). an orthogonal frequency division multiplexing (OFDM) encoder for loading: a first data on a sub-carrier of an OFDM symbol (OFDM Symbol_1) associated with an antenna (Antenna_1); a second data on a sub-carrier of an another OFDM symbol (OFDM Symbol_2) associated with the antenna (Antenna_1); said first and said second data on sub-carriers of OFDM symbols (OFDM Symbol_1, _2) associated with an another antenna (Antenna_2) according to at least one mapping rule, wherein said at least one mapping rule is a conjugate mapping rule; said antenna (Antenna_1) transmits said first data; said antenna (Antenna_1) transmits said second data; and said another antenna (Antenna_2) transmits said first and said second data; wherein said transmission of said first data with said another antenna (Antenna_2) is transmitted subsequent to said transmission of said first data with said antenna (Antenna_1); and a first data on a sub-carrier of an OFDM symbol (OFDM Symbol_1) associated with an antenna (Antenna_1); a second data on a sub-carrier of an another OFDM symbol (OFDM Symbol_2) associated with the antenna (Antenna_1); said first and said second data on sub-carriers of OFDM symbols (OFDM Symbol_1, _2) associated with an another antenna (Antenna_2) according to at least one mapping rule, wherein said at least one mapping rule is a conjugate mapping rule; said antenna (Antenna_1) transmits said first data; said antenna (Antenna_1) transmits said second data; and said another antenna (Antenna_2) transmits said first and said second data; wherein said transmission of said first data with said another antenna (Antenna_2) is transmitted subsequent to said transmission of said first data with said antenna (Antenna_1); and said transmission of said second data with said antenna (Antenna_1) is transmitted subsequent to said transmission of said second data with said another antenna (Antenna_2).
A trap (10, 20, 30) having a trap housing (1, 200, 300) with an outlet connection formed to a, preferably lower, housing wall and an odour seal insert disposed within the trap housing, which odour seal insert has an insert housing with at least two inlet connections and a conduit exit opening, which may be connected to an outlet connection inlet opening of the outlet connection in a sealing manner, characterized in that the odour seal insert has separated chambers, wherein in each chamber there is formed in a liquid-tight manner a bent conduit, in particular a conduit having a U-shaped section, which bent conduit is arranged essentially in parallel to a cover (6H, 600H, 600V) of the insert housing and ends in the conduit exit opening via a common conduit section, and that an insert housing body has the at least two inlet connections, wherein each inlet connection ends at an inlet connection exit into a conduit inlet opening of one of the bent conduits.
A hollow guide shaft body adapted to let fibers whirl around it by an action of a whirling airflow in an air-jet spinning device and in which a fiber passage is formed, wherein the fiber passage is adapted to let pas the fibers after being twisted by the whirling airflow, the hollow guide shaft body comprising: a base member having electrical conductivity, and a coating provided at least on a portion of a surface of the base member, and being harder than the base member, the coating is provided on an inlet portion of the fiber passage and at least on a portion of an inner surface of the fiber passage. a base member having electrical conductivity, and a coating provided at least on a portion of a surface of the base member, and being harder than the base member, the coating is provided on an inlet portion of the fiber passage and at least on a portion of an inner surface of the fiber passage.
A method for a server to securely identify an originator of a message including obscured information, comprising: associating a shared secret key with a device identifier corresponding to a wireless identity transmitter; receiving the message including a rolling identifier and a nonce; extracting (2016, 2018) the rolling identifier and the nonce from the received message; decoding the extracted rolling identifier using a streaming-like encryption algorithm, the shared secret key and the nonce to generate a decoded device identifier; determining whether the decoded device identifier matches the device identifier associated with the shared secret key; and identifying the originator of the received message as the wireless identity transmitter when the decoded device identifier matches the device identifier associated with the wireless identity transmitter. associating a shared secret key with a device identifier corresponding to a wireless identity transmitter; receiving the message including a rolling identifier and a nonce; extracting (2016, 2018) the rolling identifier and the nonce from the received message; decoding the extracted rolling identifier using a streaming-like encryption algorithm, the shared secret key and the nonce to generate a decoded device identifier; determining whether the decoded device identifier matches the device identifier associated with the shared secret key; and identifying the originator of the received message as the wireless identity transmitter when the decoded device identifier matches the device identifier associated with the wireless identity transmitter.
A microorganism of the genus Corynebacterium with enhanced ability to produce L-arginine, which has an enhanced activity of aspartate ammonia-lyase and aspartate aminotransferase compared to the endogenous activity of a microorganism of the genus Corynebacterium with an ability to produce L-arginine, wherein said enhanced activity is obtained by a method selected from: (a) a method of increasing the copy number of a nucleotide sequence encoding aspartate ammonia-lyase and aspartate aminotransferase in said microorganism comprising introducing a gene encoding aspartate ammonia-lyase and aspartate aminotransferase into a vector and transforming the microorganism with the vector; and (b) a method of replacing the promoters of the aspartate ammonia-lyase and aspartate amino transferase genes with strong promoters in said microorganism. (a) a method of increasing the copy number of a nucleotide sequence encoding aspartate ammonia-lyase and aspartate aminotransferase in said microorganism comprising introducing a gene encoding aspartate ammonia-lyase and aspartate aminotransferase into a vector and transforming the microorganism with the vector; and (b) a method of replacing the promoters of the aspartate ammonia-lyase and aspartate amino transferase genes with strong promoters in said microorganism.
An abnormality detecting device configured to detect an abnormality of a target device, the abnormality detecting device comprising: an acquisition part configured to acquire a first index value associated with a first index and a second index value associated with a second index in an operation of the target device; and an abnormality detecting part configured to acquire a predetermined reference curve representing a relationship between the first index value and the second index value in a normal state of the target device on a two-dimensional plane with the first index and the second index being axes, to acquire a first ideal value as the value on the first index of the predetermined reference curve for the second index value on the second index, to acquire a second ideal value as the value on the second index of the predetermined reference curve for the first index value on the first index, to calculate a distance from the predetermined reference curve to a point indicated by the first index value and the second index value based on the first index value, the second index value, the first ideal value, and the second ideal value, and to detect an abnormality of the target device based on the distance. an acquisition part configured to acquire a first index value associated with a first index and a second index value associated with a second index in an operation of the target device; and an abnormality detecting part configured to acquire a predetermined reference curve representing a relationship between the first index value and the second index value in a normal state of the target device on a two-dimensional plane with the first index and the second index being axes, to acquire a first ideal value as the value on the first index of the predetermined reference curve for the second index value on the second index, to acquire a second ideal value as the value on the second index of the predetermined reference curve for the first index value on the first index, to calculate a distance from the predetermined reference curve to a point indicated by the first index value and the second index value based on the first index value, the second index value, the first ideal value, and the second ideal value, and to detect an abnormality of the target device based on the distance.
A wound dressing comprising an adhesive layer having a skin-facing surface and a non-skin-facing surface, the non-skin-facing surface being provided with a backing layer, the dressing comprises a central portion comprising an absorbent adhesive and an adhesive border portion surrounding the central portion, the skin facing surface of border portion of the adhesive layer is continuous and wherein the skin facing surface of central portion comprises discrete adhesive skin-contacting zones separated by non-skin contacting interconnected cavities.
A method to estimate multi-energy data, comprising data indicative of a first radiation energy spectrum and data indicative of a second radiation energy spectrum, in a radiation imaging modality comprising a detector array (106; 200; 300; 400) comprised of a plurality of detector cells, a first set (202; 302; 402) of the detector cells configured to detect the first radiation energy spectrum and a second set (204; 304; 404) of the detector cells configured to detect the second radiation energy spectrum, the method comprising: generating a partial first data set using data yielded from the first set (202; 302; 402) of detector cells, the partial first data set excluding data yielded from the second set (204; 304; 404) of detector cells; generating a partial second data set using data yielded from the second set (204; 304; 404) of detector cells, the partial second data set excluding data yielded from the first set (202; 302; 402) of detector cells; estimating the data excluded from the partial first data set based upon the partial first data set to generate a complete first data set indicative of the first radiation energy spectrum; and estimating the data excluded from the partial second data set based upon the partial second data set and the complete first data set to generate a complete second data set indicative of the second radiation energy spectrum, characterised in that the surface area of the first set (202; 302; 402) of the detector cells is greater than the surface area of the second set (203;304;404) of the detector cells. generating a partial first data set using data yielded from the first set (202; 302; 402) of detector cells, the partial first data set excluding data yielded from the second set (204; 304; 404) of detector cells; generating a partial second data set using data yielded from the second set (204; 304; 404) of detector cells, the partial second data set excluding data yielded from the first set (202; 302; 402) of detector cells; estimating the data excluded from the partial first data set based upon the partial first data set to generate a complete first data set indicative of the first radiation energy spectrum; and estimating the data excluded from the partial second data set based upon the partial second data set and the complete first data set to generate a complete second data set indicative of the second radiation energy spectrum, characterised in that the surface area of the first set (202; 302; 402) of the detector cells is greater than the surface area of the second set (203;304;404) of the detector cells.
A meter for monitoring usage of power provided by a power transmission system to a site, the meter comprising: a meter module connected to a power feed associated with the power transmission system to provide readings relating to the power; a connection to an alternating current power supply; a rectifier circuit connected to the AC power supply to generate a direct current power signal; a capacitive circuit connected to an output of the rectifier circuit, the capacitive circuit including a capacitor storing a voltage for temporarily providing replacement power to the meter when the AC power supply fails; a switching regulator circuit connected to the output of the rectifier circuit and the capacitive circuit, the switching regulator converting the DC voltage signal to a stepped down voltage signal for the meter module; a voltage detection circuit connected to the capacitive circuit to detect a low voltage condition where an output from the capacitive circuit drops below an operational threshold for the meter and to generate a low voltage signal upon detection of the drop; and a messaging module to receive the low voltage signal and generate and send a message to the power transmission system alerting of the low voltage condition over the connection to the AC power supply using a carrier having a carrier frequency between 2 MHz and 30 MHz to bridge a discontinuity in the connection between the meter and the power transmission system. a meter module connected to a power feed associated with the power transmission system to provide readings relating to the power; a connection to an alternating current power supply; a rectifier circuit connected to the AC power supply to generate a direct current power signal; a capacitive circuit connected to an output of the rectifier circuit, the capacitive circuit including a capacitor storing a voltage for temporarily providing replacement power to the meter when the AC power supply fails; a switching regulator circuit connected to the output of the rectifier circuit and the capacitive circuit, the switching regulator converting the DC voltage signal to a stepped down voltage signal for the meter module; a voltage detection circuit connected to the capacitive circuit to detect a low voltage condition where an output from the capacitive circuit drops below an operational threshold for the meter and to generate a low voltage signal upon detection of the drop; and a messaging module to receive the low voltage signal and generate and send a message to the power transmission system alerting of the low voltage condition over the connection to the AC power supply using a carrier having a carrier frequency between 2 MHz and 30 MHz to bridge a discontinuity in the connection between the meter and the power transmission system.
A method for segmenting image data, comprising: identifying a 2D boundary start position corresponding to tissue of interest in a displayed cross-section of volumetric image data, wherein the start position is identified by a current position of a graphical pointer with respect to the displayed cross-section; generating a preview 2D boundary for the tissue of interest based on the start position; displaying the preview 2D boundary superimposed over the displayed cross-section; and updating the displayed preview 2D boundary if the position of the graphical pointer changes with respect to the displayed cross-section (308, 310), wherein the displayed preview 2D boundary is a contour that tracks to the position of the graphical pointer in the cross-section wherein the contour is updated in real time as the position of the graphical pointer changes within the cross section; and based on a user input selecting the displayed preview 2D boundary superimposed on the displayed cross-section, segmenting the tissue of interest in the volumetric image data in three dimensions using the selected displayed preview 2D boundary. identifying a 2D boundary start position corresponding to tissue of interest in a displayed cross-section of volumetric image data, wherein the start position is identified by a current position of a graphical pointer with respect to the displayed cross-section; generating a preview 2D boundary for the tissue of interest based on the start position; displaying the preview 2D boundary superimposed over the displayed cross-section; and updating the displayed preview 2D boundary if the position of the graphical pointer changes with respect to the displayed cross-section (308, 310), wherein the displayed preview 2D boundary is a contour that tracks to the position of the graphical pointer in the cross-section wherein the contour is updated in real time as the position of the graphical pointer changes within the cross section; and based on a user input selecting the displayed preview 2D boundary superimposed on the displayed cross-section, segmenting the tissue of interest in the volumetric image data in three dimensions using the selected displayed preview 2D boundary.
A method for separating and recovering a layered film laminated and adhered with an adhesive, the method comprising: a step 1 of immersing the layered film in a morpholine solution having a morpholine concentration of 50% by mass or more while stirring the layered film with heating at 20°C to 90°C or ultrasonically vibrating the layered film; and a step 2 of recovering separated single-layered films that constitute the respective layers of the layered film, wherein the adhesive is a reactive adhesive containing a polyisocyanate composition and a polyol composition. a step 1 of immersing the layered film in a morpholine solution having a morpholine concentration of 50% by mass or more while stirring the layered film with heating at 20°C to 90°C or ultrasonically vibrating the layered film; and a step 2 of recovering separated single-layered films that constitute the respective layers of the layered film, wherein the adhesive is a reactive adhesive containing a polyisocyanate composition and a polyol composition.
A centrifuge comprising: a. a rotor including a rotor surface; b. a centrifuge chamber configured to enclose the rotor; and c. a first cooling surface to absorb heat from the rotor surface, the first cooling surface disposed inside the centrifuge chamber, the first cooling surface arranged facing and spaced-apart from the rotor surface, the first cooling surface sized to cover at least a portion of the perimeter of the rotor surface, characterized in that the radial position of the first cooling surface is adjustable to accommodate different-sized rotors in the centrifuge chamber. a. a rotor including a rotor surface; b. a centrifuge chamber configured to enclose the rotor; and c. a first cooling surface to absorb heat from the rotor surface, the first cooling surface disposed inside the centrifuge chamber, the first cooling surface arranged facing and spaced-apart from the rotor surface, the first cooling surface sized to cover at least a portion of the perimeter of the rotor surface,