mhurhangee/ep-ind-claims huggingface dataset:
A conveyor system comprising: an endless first conveyor belt (22, 120) advancing in a conveying direction (26, 122) along an upper carryway and rounding a reversing element along a reversing path at an exit end of the first conveyor belt (22, 120) into a lower return path, wherein the first conveyor belt (22, 120) has an outer conveying side with protrusions (28, 126) extending outward of the outer conveying side; a transfer assembly (44, 106, 116, 140) disposed at the exit end of the first conveyor belt (22, 120) to receive articles exiting the conveyor belt (22, 120), the conveyor system being characterized by the transfer assembly (44, 106 116, 140) including: a pivot portion (52, 141) having a bore (54, 144); a cantilevered portion extending from the pivot portion over the reversing element to a distal tip; a shaft (56, 108) extending through the bore and defining a pivot axis perpendicular to the conveying direction about which the pivot portion and the cantilevered portion are pivotable away from the first conveyor belt by contact with the protrusions on the reversing path and back toward the first conveyor belt by gravity when not in contact with the protrusions. an endless first conveyor belt (22, 120) advancing in a conveying direction (26, 122) along an upper carryway and rounding a reversing element along a reversing path at an exit end of the first conveyor belt (22, 120) into a lower return path, wherein the first conveyor belt (22, 120) has an outer conveying side with protrusions (28, 126) extending outward of the outer conveying side; a transfer assembly (44, 106, 116, 140) disposed at the exit end of the first conveyor belt (22, 120) to receive articles exiting the conveyor belt (22, 120), the conveyor system being characterized by the transfer assembly (44, 106 116, 140) including: a pivot portion (52, 141) having a bore (54, 144); a cantilevered portion extending from the pivot portion over the reversing element to a distal tip; a shaft (56, 108) extending through the bore and defining a pivot axis perpendicular to the conveying direction about which the pivot portion and the cantilevered portion are pivotable away from the first conveyor belt by contact with the protrusions on the reversing path and back toward the first conveyor belt by gravity when not in contact with the protrusions. a pivot portion (52, 141) having a bore (54, 144); a cantilevered portion extending from the pivot portion over the reversing element to a distal tip; a shaft (56, 108) extending through the bore and defining a pivot axis perpendicular to the conveying direction about which the pivot portion and the cantilevered portion are pivotable away from the first conveyor belt by contact with the protrusions on the reversing path and back toward the first conveyor belt by gravity when not in contact with the protrusions.
A sensor applicator assembly for a continuous glucose monitoring system, the sensor applicator assembly being assembled as a single unitary product in which a sensor module periodically measuring a blood glucose level is preinstalled in an applicator, such that the sensor module is ejected by an operation of the applicator to be attached to a human body, characterized in that the sensor module is configured to allow a separate transmitter to be coupled to be connected thereto, and a glucose measurement result by the sensor module to be transmitted to an external device by only the transmitter, the sensor module is provided with a power supplying battery, and when the transmitter is coupled to the sensor module, the power of the battery is supplied to the transmitter. characterized in that the sensor module is configured to allow a separate transmitter to be coupled to be connected thereto, and a glucose measurement result by the sensor module to be transmitted to an external device by only the transmitter, the sensor module is provided with a power supplying battery, and when the transmitter is coupled to the sensor module, the power of the battery is supplied to the transmitter.
An assembly kit (1a, 1b; 101a, 10b) for a vertical awning or roller blind comprising at least one reel shaft and a curtain received thereupon which can be wound up and down, and further a box enclosing the reel shaft comprising a bottom side through-opening for the curtain, with the box being designed as a top piece for being placed on a door frame or window frame (12; 112) comprising a casing (3, 4, 5, 6, 19, 20, 21;103, 106, 117, 119) coaxially extending around the reel shaft, and end face covers (2, 22; 102), and further comprising at least one base system (1a; 101a) with the at least one reel shaft and the associated blind, and a reel shaft carrier (2, 3, 4, 6; 102, 104, 106), with the reel shaft carrier (2, 3, 4, 6; 102, 104, 106) comprising two end face bearing plates (2; 102) for the reel shaft and a number of bridge elements (3, 4, 6; 104, 106) firmly connecting the two bearing plates and spanning the reel shaft, and with an additional housing (1b; 101b) at least partly forming the casing (3, 4, 5, 6, 19, 20, 21; 103, 106, 117,119) extending coaxially around the reel shaft, which additional housing (1b; 101b) at the base system (1a; 101a) attached thereto complements the reel shaft carrier (2, 3, 4, 6;102, 104) to form the box housing the reel shaft, with the base system (1a; 101a) attached to the additional housing (1b; 101b) being movable relative to the additional housing (1b; 101b) in a longitudinal direction relative to the reel shaft axis.
An aircraft comprising a cabin floor and a seat having a passenger utility element, the passenger utility element comprising: a utility base element; and an extension element, wherein the extension element is movable between a stowed position and a deployed use position relative to the utility base element, wherein in the stowed position, the extension element is positioned within the utility base element and positioned vertically with respect to the cabin floor, wherein in the deployed use position the extension element is positioned horizontally and substantially parallel to the cabin floor, and wherein the extension element comprises a cushioned support surface configured to be exposed in the deployed use position, characterised in that the extension element comprises a pull-out flap, wherein in the stowed position of the extension element, a lateral side surface of the extension element is aligned with an upper surface of the utility base element, wherein the pull-out flap is arranged on the lateral surface side of the extension element. a utility base element; and an extension element, wherein the extension element is movable between a stowed position and a deployed use position relative to the utility base element, wherein in the stowed position, the extension element is positioned within the utility base element and positioned vertically with respect to the cabin floor, wherein in the deployed use position the extension element is positioned horizontally and substantially parallel to the cabin floor, and wherein the extension element comprises a cushioned support surface configured to be exposed in the deployed use position, characterised in that the extension element comprises a pull-out flap, wherein in the stowed position of the extension element, a lateral side surface of the extension element is aligned with an upper surface of the utility base element, wherein the pull-out flap is arranged on the lateral surface side of the extension element.
An information processing apparatus comprising: a reception buffer receiving a first polarized image generated by an imaging apparatus, said first polarized image comprising an array of repetitive pixel blocks, each pixel block comprising a first plurality of linearly polarized pixels in a first polarization pattern; a reordering section configured to rearrange polarized pixels of each pixel block of the first polarization image into a reordered pixel block comprising a second plurality of polarized pixels in a second polarization pattern, wherein the second plurality of polarized pixels are rearranged in a row or a column so that the linear polarization angles of consecutive polarized pixels along the row or column increase or decrease, the reordering section thereby outputting a second polarized image; and a filter processing section configured to perform a band pass filter process on pixel signals of said second polarized image, wherein: in a case where the second plurality of polarized pixels have been rearranged in a row the band pass filter process is performed in the horizontal direction, and in a case where the second plurality of polarized pixels have been rearranged in a column the band pass filter process is performed in the vertical direction, thereby extracting polarization components. a reception buffer receiving a first polarized image generated by an imaging apparatus, said first polarized image comprising an array of repetitive pixel blocks, each pixel block comprising a first plurality of linearly polarized pixels in a first polarization pattern; a reordering section configured to rearrange polarized pixels of each pixel block of the first polarization image into a reordered pixel block comprising a second plurality of polarized pixels in a second polarization pattern, wherein the second plurality of polarized pixels are rearranged in a row or a column so that the linear polarization angles of consecutive polarized pixels along the row or column increase or decrease, the reordering section thereby outputting a second polarized image; and a filter processing section configured to perform a band pass filter process on pixel signals of said second polarized image, wherein: in a case where the second plurality of polarized pixels have been rearranged in a row the band pass filter process is performed in the horizontal direction, and in a case where the second plurality of polarized pixels have been rearranged in a column the band pass filter process is performed in the vertical direction, thereby extracting polarization components. in a case where the second plurality of polarized pixels have been rearranged in a row the band pass filter process is performed in the horizontal direction, and in a case where the second plurality of polarized pixels have been rearranged in a column the band pass filter process is performed in the vertical direction, thereby extracting polarization components.
A numerical control program creating unit for creating a numerical control program for a machine tool, comprising: a permission information storage unit that stores, for each tool of a plurality of tools included in said machine tool, information on whether changing of an override value is permitted or not; a process determination unit configured to determine for each machining process in an existing numerical control program if the machining process is a process using a tool for which changing of the override value is permitted based on the stored information, and, a numerical control program editing unit configured to automatically insert a start code at a start of the machining process and automatically insert an end code at an end of the machining process if it is determined by the process determination unit that the machining process is the process using the tool for which changing of the override value is permitted, the start code being a code that allows the override value to be changed, and the end code being a code that no longer allows the override value to be changed. a permission information storage unit that stores, for each tool of a plurality of tools included in said machine tool, information on whether changing of an override value is permitted or not; a process determination unit configured to determine for each machining process in an existing numerical control program if the machining process is a process using a tool for which changing of the override value is permitted based on the stored information, and, a numerical control program editing unit configured to automatically insert a start code at a start of the machining process and automatically insert an end code at an end of the machining process if it is determined by the process determination unit that the machining process is the process using the tool for which changing of the override value is permitted, the start code being a code that allows the override value to be changed, and the end code being a code that no longer allows the override value to be changed.
A polyvinyl alcohol film comprising a vinyl alcohol-based polymer, wherein, when the polyvinyl alcohol film is measured by a solid echo method using pulse NMR at 60°C for waveform separation of a free induction decay curve of 1H spin-spin relaxation into three curves derived from three components a component A, a component B, and a component C in order of short relaxation time, the component A has a resulting relaxation time of 0.0070 milliseconds or more and 0.0092 milliseconds or less, and a resulting component ratio of 20% or more and 50% or less.
A method for identifying fingerprint, comprising: adjusting a camera to focus the camera on a lens; setting the camera to be in a continuous previewing state in order to continuously capture by the camera fingerprint images formed by a finger pressing the lens; determining by the camera whether a brightness component value Y of a previewed fingerprint image, which is represented in YUV format, is smaller than a preset value in order to determine whether the finger is pressed; if the brightness component value Y is smaller than the preset value: executing capturing a fingerprint image by the camera, sending the captured fingerprint image to an image processing module, and processing the captured fingerprint image by the image processing module so as to acquire the fingerprint. adjusting a camera to focus the camera on a lens; setting the camera to be in a continuous previewing state in order to continuously capture by the camera fingerprint images formed by a finger pressing the lens; determining by the camera whether a brightness component value Y of a previewed fingerprint image, which is represented in YUV format, is smaller than a preset value in order to determine whether the finger is pressed; if the brightness component value Y is smaller than the preset value: executing capturing a fingerprint image by the camera, sending the captured fingerprint image to an image processing module, and processing the captured fingerprint image by the image processing module so as to acquire the fingerprint. executing capturing a fingerprint image by the camera, sending the captured fingerprint image to an image processing module, and processing the captured fingerprint image by the image processing module so as to acquire the fingerprint.
A semiconductor chip (202, 302), comprising: an integrated circuit disposed on a packaging substrate (206, 308); and a power distribution network that is electrically connectable to the integrated circuit via a programmable connectivity array via the packaging substrate (206, 308); and wherein the programmable connectivity array comprises an array of programmable decoupling capacitors (210, 310); the array of programmable decoupling capacitors (210, 310) and power distribution network are integrated in the chip; the array of programmable decoupling capacitors (210, 310) comprises a plurality of discrete blocks of programmable decoupling capacitors (210, 310); and a selected number of discrete blocks of the programmable decoupling capacitors (210, 310) is connected to the power distribution network and the integrated circuit and a selected number of discrete blocks of the programmable decoupling capacitors (210, 310) is not connected to the power distribution network and the integrated circuit. an integrated circuit disposed on a packaging substrate (206, 308); and a power distribution network that is electrically connectable to the integrated circuit via a programmable connectivity array via the packaging substrate (206, 308); and wherein the programmable connectivity array comprises an array of programmable decoupling capacitors (210, 310); the array of programmable decoupling capacitors (210, 310) and power distribution network are integrated in the chip; the array of programmable decoupling capacitors (210, 310) comprises a plurality of discrete blocks of programmable decoupling capacitors (210, 310); and a selected number of discrete blocks of the programmable decoupling capacitors (210, 310) is connected to the power distribution network and the integrated circuit and a selected number of discrete blocks of the programmable decoupling capacitors (210, 310) is not connected to the power distribution network and the integrated circuit.
An electrochromic device, with controlled transparency, in particular of the electrically controllable type, comprising between a transparent carrier substrate and a counter-substrate, at least one stack of functional layers, the outermost layers of which (TC1; TC1') comprise electroconductive layers, the conductivity of at least one electroconductive layer not in contact with the carrier substrate being reinforced by a network of conductive elements in contact with this layer, the network comprising a mesh, for which the area of the intermesh free space is substantially between 0.04 mm 2 and 0.16 mm 2 and preferably in the vicinity of 0.09 mm 2, the mesh being held by a support made of a polymer material, characterized in that the electroconductive conductive layer is covered with a metallic fabric, the links forming this fabric being offset angularly by an angle between 15 to 60°, preferably between 30 to 50° relative to the mesh.
A synthetic polynucleotide molecule comprising the nucleotide sequence set forth in SEQ ID NO: 10 for use in improving at least one clinical parameter of Cystic Fibrosis in a Cystic Fibrosis patient.
A unit dose pharmaceutical product for the oral administration of nicotinamide to a subject, comprising: (a) a plurality of delayed-immediate release minitablets comprising a compressed matrix comprising nicotinamide provided with a pH-dependent enteric coating, wherein the delayed-immediate release minitablets selectively release nicotinamide in the distal ileum; and (b) a plurality of delayed-extended release minitablets comprising a compressed matrix comprising nicotinamide provided with an inner pH-independent extended release coating and an outer pH-dependent enteric coating, wherein the delayed-extended release minitablets selectively release nicotinamide in the colon; wherein: the relative amounts of (a) and (b) in the unit dose pharmaceutical product are such that from 10 to 90 % w/w of the nicotinamide provided in the unit dose pharmaceutical product is present in the delayed-extended release minitablets of (b); and the total amount of nicotinamide in the unit dose pharmaceutical product is from 0.25 to 6 g. (a) a plurality of delayed-immediate release minitablets comprising a compressed matrix comprising nicotinamide provided with a pH-dependent enteric coating, wherein the delayed-immediate release minitablets selectively release nicotinamide in the distal ileum; and (b) a plurality of delayed-extended release minitablets comprising a compressed matrix comprising nicotinamide provided with an inner pH-independent extended release coating and an outer pH-dependent enteric coating, wherein the delayed-extended release minitablets selectively release nicotinamide in the colon; wherein: the relative amounts of (a) and (b) in the unit dose pharmaceutical product are such that from 10 to 90 % w/w of the nicotinamide provided in the unit dose pharmaceutical product is present in the delayed-extended release minitablets of (b); and the total amount of nicotinamide in the unit dose pharmaceutical product is from 0.25 to 6 g. the relative amounts of (a) and (b) in the unit dose pharmaceutical product are such that from 10 to 90 % w/w of the nicotinamide provided in the unit dose pharmaceutical product is present in the delayed-extended release minitablets of (b); and the total amount of nicotinamide in the unit dose pharmaceutical product is from 0.25 to 6 g.
An aspirator system (100; 200; 804) for inflating an inflatable evacuation device (142; 806), the aspirator system comprising: an aspirator body (118; 218) having a plurality of flapper doors (106A - 106B; 206A - 206B) configured to open to allow intake of atmospheric gas; an aspirator barrel (102; 202) connecting the aspirator body (118; 218) to the inflatable evacuation device (146; 806), having connected inflation chambers (120; 220) wrapping around a circumference of the aspirator barrel (102; 202) and arranged along a length of the aspirator barrel (102; 202), and being configured to provide an aspirator barrel chamber (112; 212) for guiding the atmospheric gas to the inflatable evacuation device (142; 806) in response to the aspirator barrel (102; 202) being inflated; and a showerhead nozzle (104; 204) disposed within the aspirator body (118; 218), connected to the connected inflation chambers (120; 220), configured to direct a first portion of high-pressure gas to the connected inflation chambers (120; 220) to inflate the aspirator barrel (102; 202), and configured to direct a second portion of high-pressure gas through the aspirator barrel (102; 202) and compel intake of atmospheric gas through the plurality of flapper doors (106A - 106B; 206A - 206B), to inflate the inflatable evacuation device (142; 806). an aspirator body (118; 218) having a plurality of flapper doors (106A - 106B; 206A - 206B) configured to open to allow intake of atmospheric gas; an aspirator barrel (102; 202) connecting the aspirator body (118; 218) to the inflatable evacuation device (146; 806), having connected inflation chambers (120; 220) wrapping around a circumference of the aspirator barrel (102; 202) and arranged along a length of the aspirator barrel (102; 202), and being configured to provide an aspirator barrel chamber (112; 212) for guiding the atmospheric gas to the inflatable evacuation device (142; 806) in response to the aspirator barrel (102; 202) being inflated; and a showerhead nozzle (104; 204) disposed within the aspirator body (118; 218), connected to the connected inflation chambers (120; 220), configured to direct a first portion of high-pressure gas to the connected inflation chambers (120; 220) to inflate the aspirator barrel (102; 202), and configured to direct a second portion of high-pressure gas through the aspirator barrel (102; 202) and compel intake of atmospheric gas through the plurality of flapper doors (106A - 106B; 206A - 206B), to inflate the inflatable evacuation device (142; 806).
A pairing method of a remote controller performing bidirectional communication with a broadcasting signal receiving apparatus, the pairing method comprising: sensing a key input for a control instruction for controlling the apparatus, wherein the key input comprises any one of a plurality of keys on the remote controller other than a power-on/off key or a pairing key; transmitting a broadcasting signal from the remote controller to the apparatus, wherein the broadcasting signal corresponds to the key input and includes first identification information of the remote controller; storing second identification information of the apparatus received by the remote controller from the apparatus; and transmitting a unicast signal from the remote controller to the apparatus, the unicast signal including the control instruction corresponding to the key input. sensing a key input for a control instruction for controlling the apparatus, wherein the key input comprises any one of a plurality of keys on the remote controller other than a power-on/off key or a pairing key; transmitting a broadcasting signal from the remote controller to the apparatus, wherein the broadcasting signal corresponds to the key input and includes first identification information of the remote controller; storing second identification information of the apparatus received by the remote controller from the apparatus; and transmitting a unicast signal from the remote controller to the apparatus, the unicast signal including the control instruction corresponding to the key input.