mhurhangee/ep-ind-claims huggingface dataset:
A printing system for printing a plurality of images on a first web and on a second web, the printing system comprising: a) a print head; b) a feed unit for feeding both the first web and the second web from a first input roll and a second input roll respectively simultaneously to the print head in a feed direction relative said print head; c) a wrap up unit for wrapping up both the first web and the second web simultaneously to form a first output roll and a second output roll respectively; d) a user interface configured to set a printing arrangement (250, 350) of the plurality of images on the first web and the second web and to input the print head, the feed unit and the wrap up unit for performing printing according to the printing arrangement (250, 350) by ejecting marking material on the respective webs (181,182); characterized in that the printing system further comprises a prediction module for predicting before the start of printing a first diameter of the first output roll and a second diameter of the second output roll based on the printing arrangement (250, 350), the prediction module being configured to establish a difference of the predicted first diameter and the predicted second diameter, and to provide to the user interface a warning when the established difference is larger than a predetermined diameter difference threshold. a) a print head; b) a feed unit for feeding both the first web and the second web from a first input roll and a second input roll respectively simultaneously to the print head in a feed direction relative said print head; c) a wrap up unit for wrapping up both the first web and the second web simultaneously to form a first output roll and a second output roll respectively; d) a user interface configured to set a printing arrangement (250, 350) of the plurality of images on the first web and the second web and to input the print head, the feed unit and the wrap up unit for performing printing according to the printing arrangement (250, 350) by ejecting marking material on the respective webs (181,182);
A process for the preparation of the compound of formula: which comprises reacting a compound of formula: with acylating agent of formula in the presence of orthoester of formula in aprotic solvent: R-C(OR 2) 3 III) R 3 -COX wherein R 2, R 3 are independently methyl or ethyl; M is hydrogen, lithium, sodium or potassium; R is hydrogen, methyl or ethyl and X is halogen atom such as chlorine, bromine and iodine; R 1 is substituted alkyl or substituted aryl group such as benzyl, 2-phenylethyl, 3-methoxy-3-oxopropyl, 2-thiofuran-2-ylethyl, (4-ethyl-5-oxo-4,5-dihydro-1 H -1,2,3,4-tetrazol-1-yl)ethyl.
A safety apparatus for containing a release of energy from a tension stud of a rotor assembly, the safety apparatus comprising: an elongate member defining a longitudinal axis; and at least two arms projecting away from the longitudinal axis of the elongate member, wherein in use, in a first orientation, the elongate member is configured to be connected to a tool apparatus for applying a load energy to the tension stud and the at least two arms of the safety apparatus are configured to overlap with at least part of the tool apparatus in the direction of the longitudinal axis of the elongate member to contain the release of energy therebetween. an elongate member defining a longitudinal axis; and at least two arms projecting away from the longitudinal axis of the elongate member, wherein in use, in a first orientation, the elongate member is configured to be connected to a tool apparatus for applying a load energy to the tension stud and the at least two arms of the safety apparatus are configured to overlap with at least part of the tool apparatus in the direction of the longitudinal axis of the elongate member to contain the release of energy therebetween.
A method for producing a rubber composition containing a rubber component of at least one selected from natural rubbers and synthetic dienic rubbers, a filler containing an inorganic filler, and a silane coupling agent of a compound having a mercapto group, wherein the rubber composition is kneaded in multiple stages, in the first stage of kneading, the rubber component, all or a part of the inorganic filler, and all or a part of the silane coupling agent are kneaded, then in the first stage or in the subsequent kneading stage, a basic compound is added, an acidic compound is added in the kneading stage after the first stage of kneading, and the highest temperature of the rubber composition in the final stage of kneading is from 60 to 120°C.
A fixed multi-beam helical antenna stereoscopic array, said array comprising a plurality of helical antenna units, each helical antenna unit comprising: - a helical antenna comprising a plurality of loops, - a plurality of parallel flexible support wires being uniformly distributed around the axis of the helical antenna to support said helical antenna, said flexible support device further comprising a plurality of pitch fine-adjustment devices by which the flexible support wires are connected to the plurality of loops of the helical antenna, each pitch fine-adjustment device comprising an adjustment block fixed to the helical antenna, the flexible support wire being provided through the adjustment block, and the adjustment block being axially movable along the flexible support wire to achieve fine-adjustment of pitch, the array further comprising a frustum structure, said frustum structure comprising a top surface and a plurality of side surfaces, upper ends of said side surfaces being connected to edges of the top surface, a side edge of a side surface being connected to a side edge of the adjacent side surface, wherein the helical antenna units are respectively provided on the top surface and the side surfaces, the bottom of the helical antenna of each helical antenna unit being respectively mounted on the top surface or on the side surfaces. - a helical antenna comprising a plurality of loops, - a plurality of parallel flexible support wires being uniformly distributed around the axis of the helical antenna to support said helical antenna, said flexible support device further comprising a plurality of pitch fine-adjustment devices by which the flexible support wires are connected to the plurality of loops of the helical antenna, each pitch fine-adjustment device comprising an adjustment block fixed to the helical antenna, the flexible support wire being provided through the adjustment block, and the adjustment block being axially movable along the flexible support wire to achieve fine-adjustment of pitch, the array further comprising a frustum structure, said frustum structure comprising a top surface and a plurality of side surfaces, upper ends of said side surfaces being connected to edges of the top surface, a side edge of a side surface being connected to a side edge of the adjacent side surface, wherein the helical antenna units are respectively provided on the top surface and the side surfaces, the bottom of the helical antenna of each helical antenna unit being respectively mounted on the top surface or on the side surfaces.
An integrated circuit comprising: a FPGA fabric; and a communication interface; wherein the integrated circuit is adapted to: during a first initialization stage, receive interface configuration data via a first communication link; and configure the communication interface using the interface configuration data to establish a second communication link with a host device external to the integrated circuit device; and during a second initialization stage, initially configure at least a portion of the FPGA fabric using data received via the second communication link. a FPGA fabric; and a communication interface; wherein the integrated circuit is adapted to: during a first initialization stage, receive interface configuration data via a first communication link; and configure the communication interface using the interface configuration data to establish a second communication link with a host device external to the integrated circuit device; and during a second initialization stage, initially configure at least a portion of the FPGA fabric using data received via the second communication link. during a first initialization stage, receive interface configuration data via a first communication link; and configure the communication interface using the interface configuration data to establish a second communication link with a host device external to the integrated circuit device; and during a second initialization stage, initially configure at least a portion of the FPGA fabric using data received via the second communication link.
A composition for parenteral administration comprising an aqueous phase and 5 to 30 % by weight of an oil phase, based on the total weight of the composition, wherein at least 60 % by weight of the oil phase consist of omega-3 fatty acid triglycerides selected from the group consisting of eicosapentaenoic acid triglycerides, docosahexaenoic acid triglycerides and mixtures thereof and wherein the composition comprises less than 1 % by weight medium chain triglycerides, based on the total weight of the composition, and wherein the composition further comprises at least one amphoteric surfactant, at least one co-surfactant and at least one co-solvent, and wherein the composition comprises less than 0.03 % by weight of sodium oleate, based on the total weight of the composition.
A cleansing brush comprising: a brush head and a brush body (110,210,310); a planetary gearing (220,320) comprising a sun gear, an annulus, and planetary gears, a first motor (230,314) in the brush body configured to drive the sun gear in the planetary gearing to control a rotation of the brush head; a second motor (240,312) in the brush body configured to drive the annulus in the planetary gearing to control a vibration of the brush head, wherein the planetary gears combine the rotation and the vibration to create micro-rotations in the brush head; and planetary gears to sum the rotation from the first motor and the vibration of the second motor, to move a carrier to which the brush head is affixed. a brush head and a brush body (110,210,310); a planetary gearing (220,320) comprising a sun gear, an annulus, and planetary gears, a first motor (230,314) in the brush body configured to drive the sun gear in the planetary gearing to control a rotation of the brush head; a second motor (240,312) in the brush body configured to drive the annulus in the planetary gearing to control a vibration of the brush head, wherein the planetary gears combine the rotation and the vibration to create micro-rotations in the brush head; and planetary gears to sum the rotation from the first motor and the vibration of the second motor, to move a carrier to which the brush head is affixed.
A computer-implemented method, comprising: obtaining a single training image from a set of training images in a data repository; generating an initial tissue class atlas based on the obtained single training image, wherein the initial tissue class atlas includes two or more different tissue class images corresponding two or more different tissue classes; registering the remaining training images of the set of training images to the initial tissue class atlas; and characterized by generating a registration quality metric for each of the registered images; evaluating the quality metric of each of the registered images with a predetermined evaluation criterion; identifying (710,712) a sub-set of images from the set of training images that satisfy the evaluation criterion; and generating a subsequent tissue class atlas based on the identified sub-set of the set of training images. obtaining a single training image from a set of training images in a data repository; generating an initial tissue class atlas based on the obtained single training image, wherein the initial tissue class atlas includes two or more different tissue class images corresponding two or more different tissue classes; registering the remaining training images of the set of training images to the initial tissue class atlas; and characterized by generating a registration quality metric for each of the registered images; evaluating the quality metric of each of the registered images with a predetermined evaluation criterion; identifying (710,712) a sub-set of images from the set of training images that satisfy the evaluation criterion; and generating a subsequent tissue class atlas based on the identified sub-set of the set of training images.
A many to one communication method, comprising: a) receiving a first frame from a first wireless communications device by a receiving wireless communication station in a Orthogonal Frequency De-Modulation Multiple Access, OFDMA, wireless communications network; b) transmitting a second frame to one or more wireless communications devices associating with the receiving wireless communication station using a wideband channel comprising a plurality of narrow bands, wherein the second frame set up a protection period for succeeding frame exchanges to avoid interference from one or more passerby wireless communications devices belonging to one or more overlapping wireless communications network; c) receiving third frames from a subset of the one or more wireless communications devices associating with the receiving wireless communication station concurrently, wherein a corresponding subset of narrow bands of the wideband channel is used by a corresponding wireless communication devices of the subset for data or a radio resource request; and d) informing the subset of the one or more wireless communications devices for further transmission opportunities if available, such that the further transmission is protected from interferences from the one or more passerby wireless communications devices, characterized in that the second frame comprises an indicator and a parameter set for succeeding access window for resource request for the subset of the one or more wireless communications devices, or the second frame comprises an indicator and a parameter set for succeeding access window for data for the subset of the one or more wireless communications devices. a) receiving a first frame from a first wireless communications device by a receiving wireless communication station in a Orthogonal Frequency De-Modulation Multiple Access, OFDMA, wireless communications network; b) transmitting a second frame to one or more wireless communications devices associating with the receiving wireless communication station using a wideband channel comprising a plurality of narrow bands, wherein the second frame set up a protection period for succeeding frame exchanges to avoid interference from one or more passerby wireless communications devices belonging to one or more overlapping wireless communications network; c) receiving third frames from a subset of the one or more wireless communications devices associating with the receiving wireless communication station concurrently, wherein a corresponding subset of narrow bands of the wideband channel is used by a corresponding wireless communication devices of the subset for data or a radio resource request; and d) informing the subset of the one or more wireless communications devices for further transmission opportunities if available, such that the further transmission is protected from interferences from the one or more passerby wireless communications devices,
An endoscopic treatment tool comprising: a flexible sheath; an operating member (11, 29) inserted to the sheath so as to freely advance and retract; a treatment section (15, 30) disposed at a distal end of the operating member, the treatment section (15, 30) being configured to be protruded and retracted from the sheath by advancing and retracting the operation member (11, 29); and an operator section connected to a proximal end of the operating member (11, 29) including a sliding member which makes the operating member advance and retract; and an abutting member provided at a distal end of the sheath, wherein the operating member (11, 29) includes a first member (13, 32) which increases its rigidity by compression, a distal end of the first member (13, 32) is configured as a stopper receiver which abuts the abutting member when the sliding member makes the operating member (11, 29) advance, the first member (13, 32) is configured to be compressed and to increase its rigidity, when the sliding member makes the operating member (11, 29) further advance, in a state where the stopper receiver abuts the abutting member as the sliding member makes the operating member (11, 29) advance, the treatment section (15, 30) is fixed to the distal end of the first member (13, 32), and the operating member (11, 29) and the abutting member are configured to prevent the distal end of the operating member (11, 29) and the treatment section (15, 30) from advancing, and to set a protrusion amount of the treatment section (15, 30) from the sheath at a fixed amount by preventing advancement of the distal end of the operating member (11, 29), when the sliding member makes the operating member (11, 29) further advance, in a state where the distal end of the first member (13, 32) abuts the abutting member as the sliding member makes the operating member (11, 29) advance. a flexible sheath; an operating member (11, 29) inserted to the sheath so as to freely advance and retract; a treatment section (15, 30) disposed at a distal end of the operating member, the treatment section (15, 30) being configured to be protruded and retracted from the sheath by advancing and retracting the operation member (11, 29); and an operator section connected to a proximal end of the operating member (11, 29) including a sliding member which makes the operating member advance and retract; and an abutting member provided at a distal end of the sheath, wherein the operating member (11, 29) includes a first member (13, 32) which increases its rigidity by compression, a distal end of the first member (13, 32) is configured as a stopper receiver which abuts the abutting member when the sliding member makes the operating member (11, 29) advance,
A method performed by a storage system to replicate data from another storage system, the other storage system including a first storage device and a second storage device, wherein data stored in the first storage device and data stored in the second storage device is the same, wherein the method is characterized in that it comprises: sending (502, 630) a first acquisition request to the first storage device, wherein the first acquisition request includes information about data that needs to be acquired from the first storage device; sending (504, 636) a second acquisition request to the second storage device, wherein the second acquisition request includes information about data that needs to be acquired from the second storage device, and wherein the data requested by using the first acquisition request is at least partially different from the data requested by using the second acquisition request; receiving (506, 632) data sent by the first storage device according to the first acquisition request; and receiving (508, 638) data sent by the second storage device according to the second acquisition request while acquiring the data sent by the first storage device. sending (502, 630) a first acquisition request to the first storage device, wherein the first acquisition request includes information about data that needs to be acquired from the first storage device; sending (504, 636) a second acquisition request to the second storage device, wherein the second acquisition request includes information about data that needs to be acquired from the second storage device, and wherein the data requested by using the first acquisition request is at least partially different from the data requested by using the second acquisition request; receiving (506, 632) data sent by the first storage device according to the first acquisition request; and receiving (508, 638) data sent by the second storage device according to the second acquisition request while acquiring the data sent by the first storage device.
Method for cutting initial label stacks for the production of form labels from a gross stack of sheet-like material comprising the following steps: a) providing a gross stack of sheet-like material printed with label subjects, wherein the label subjects are printed on the sheet-like material in rows forming uniform lines and columns and aligned to a reference edge of the sheet-like material; b) cutting the gross stack into several strip stacks by respectively one cut of the gross stack between the rows in a first cutting direction perpendicular to the reference edge; c) cutting off a plurality of initial label stacks from the strip stack by respectively one cut of the strip stack in a cutting direction parallel to the reference edge, wherein the reference edge is used as feeder side. a) providing a gross stack of sheet-like material printed with label subjects, wherein the label subjects are printed on the sheet-like material in rows forming uniform lines and columns and aligned to a reference edge of the sheet-like material; b) cutting the gross stack into several strip stacks by respectively one cut of the gross stack between the rows in a first cutting direction perpendicular to the reference edge; c) cutting off a plurality of initial label stacks from the strip stack by respectively one cut of the strip stack in a cutting direction parallel to the reference edge, wherein the reference edge is used as feeder side.
A stopping assembly of a piston pump, the stopping assembly comprising: a base portion having an inner surface for movably receiving a push rod assembly of the piston pump and an outer surface opposite to the inner surface configured to be engaged with a housing of the piston pump; and characterized by comprising a plurality of protruded structures adjacently disposed on the base portion forming a plurality of grooves extending from the inner surface towards the outer surface to allow fluid to flow towards the outer surface. a base portion having an inner surface for movably receiving a push rod assembly of the piston pump and an outer surface opposite to the inner surface configured to be engaged with a housing of the piston pump; and characterized by comprising a plurality of protruded structures adjacently disposed on the base portion forming a plurality of grooves extending from the inner surface towards the outer surface to allow fluid to flow towards the outer surface.
Electrodynamic rail brake for fixing standing wheels or for braking running wheels of track vehicles, wherein the rail brake consists per rail of two oppositely-situated braking bars situated in longitudinal direction to the rail, which braking bars are fastened on the two legs of a transversely-slidable, U-shaped trough body in which the running rail is located as a ferromagnet, wherein each braking bar has a run-on and run-off incline in which exchangeable braking strips are fastened, which are separated from one another in longitudinal direction by joint housings and joint bolts, characterised in that - between the braking bar (1; 2) and the braking strip is arranged an insulating board, - a buildup welding (5; 6) is applied in vertical direction at the run-on (3; 4) and the run-off incline of the braking bar (1; 2) as well as at a transition surface between run-on (3; 4) and braking strip. - between the braking bar (1; 2) and the braking strip is arranged an insulating board, - a buildup welding (5; 6) is applied in vertical direction at the run-on (3; 4) and the run-off incline of the braking bar (1; 2) as well as at a transition surface between run-on (3; 4) and braking strip.