mhurhangee/ep-ind-claims huggingface dataset:
A sealing element (102, 201) for the end-face sealing of a doctor blade chamber of a flexographic printing machine, having a sealing surface (114, 206), which in the operation of the flexographic printing machine abuts against a roller body, having a base body, which can be inserted at the end faces of the doctor blade chamber into a fitting provided in each case therefor, wherein the base body of the sealing element consists of an elastic material, the compression hardness of which causes the pre-tension of the sealing surface relative to the roller body, and wherein the sealing surface has at least one compressed air outlet opening (115, 203), at which in the operation of the flexographic printing machine compressed air exits in such a manner that the compressed air between the sealing surface and the roller body forms a sealing flow film.
A curved high intensity focused ultrasound (HIFU) transducer comprising: a curved piezoelectric array having opposite convex and concave surfaces, wherein the piezoelectric array is formed of a plurality of piezoelectric tiles, the concave surface being a transmitting surface, and a plurality of acoustic transmission areas; a plurality of electrodes located on the surfaces of the curved piezoelectric array for applying electrical transmit signals to the acoustic transmission areas; a unitary, continuously formed curved matching layer preformed to the desired curvature of the curved transducer array and bonded to the transmitting surface of the curved piezoelectric array which provides acoustic matching and electrical isolation for the transmitting surface of the curved piezoelectric array; characterized in that it further comprises: a support frame attached to the convex surface; and a plurality of printed circuit boards each associated to one of the piezoelectric tiles, wherein the printed circuit boards are mounted in a spaced relation above a back surface of the piezoelectric tiles by means of the support frame, wherein each printed circuit board is electrically connected to active areas of the respective piezoelectric tile by means of compliant metallic contacts, which span a space between the printed circuit board and the piezoelectric tiles. a curved piezoelectric array having opposite convex and concave surfaces, wherein the piezoelectric array is formed of a plurality of piezoelectric tiles, the concave surface being a transmitting surface, and a plurality of acoustic transmission areas; a plurality of electrodes located on the surfaces of the curved piezoelectric array for applying electrical transmit signals to the acoustic transmission areas; a unitary, continuously formed curved matching layer preformed to the desired curvature of the curved transducer array and bonded to the transmitting surface of the curved piezoelectric array which provides acoustic matching and electrical isolation for the transmitting surface of the curved piezoelectric array; a plurality of electrodes located on the surfaces of the curved piezoelectric array for applying electrical transmit signals to the acoustic transmission areas; a unitary, continuously formed curved matching layer preformed to the desired curvature of the curved transducer array and bonded to the transmitting surface of the curved piezoelectric array which provides acoustic matching and electrical isolation for the transmitting surface of the curved piezoelectric array; a support frame attached to the convex surface; and a plurality of printed circuit boards each associated to one of the piezoelectric tiles, wherein the printed circuit boards are mounted in a spaced relation above a back surface of the piezoelectric tiles by means of the support frame, wherein each printed circuit board is electrically connected to active areas of the respective piezoelectric tile by means of compliant metallic contacts, which span a space between the printed circuit board and the piezoelectric tiles.
A method for encoding a picture, the method characterized in comprising: receiving a picture; applying a parameterized transfer function (102, 204, 603) to a luminance L of pixels of the picture to determine a resulting transformed signal V; encoding the resulting transformed signal V in a bitstream; wherein the parameterized transfer function is equal to: V L = s L − b a n + c L − b a n + st + m and is adjusted according to the parameters a, b, s, n, c, t and m that model the parameterized transfer function and wherein the method further comprises encoding a flag in said bitstream to signal whether said parameters a, b, s, n, c, t and m are explicitly encoded in said bitstream or whether the parameters a, b, s, n, c, t and m are derived from an index value encoded in said bitstream and corresponding to a set of pre-defined values of parameters. receiving a picture; applying a parameterized transfer function (102, 204, 603) to a luminance L of pixels of the picture to determine a resulting transformed signal V; encoding the resulting transformed signal V in a bitstream; wherein the parameterized transfer function is equal to: V L = s L − b a n + c L − b a n + st + m and is adjusted according to the parameters a, b, s, n, c, t and m that model the parameterized transfer function and wherein the method further comprises encoding a flag in said bitstream to signal whether said parameters a, b, s, n, c, t and m are explicitly encoded in said bitstream or whether the parameters a, b, s, n, c, t and m are derived from an index value encoded in said bitstream and corresponding to a set of pre-defined values of parameters.
A compound of formula or a salt thereof where R 1 is C 1-3 alkyl; R 2 is -NR 2a R 2a' in which R 2a is hydrogen and R 2a' is heterocyclylC 1-4 alkyl, wherein the heterocyclyl is optionally substituted once by amino, hydroxyl or methyl; each R 3 is independently selected from hydrogen, hydroxyl, halo, C 1-6 alkyl, halo C 1-6 alkyl, C 1-6 alkoxy, halo C 1-6 alkoxy, nitro, cyano, CF 3, -OCF 3, -COOR 5 and -C 1-4 alkylOH; R 4 is hydroxyl, halo, C 1-6 alkyl, haloC 1-6 alkyl, C 1-6 alkoxy, haloC 1-6 alkoxy, nitro, cyano, CF 3, -OCF 3, -COOR 5; or -OS 2 C 1-4 alkyl; R 5 is C 1-3 alkyl; and n is an integer 1 to 5. R 1 is C 1-3 alkyl; R 2 is -NR 2a R 2a' in which R 2a is hydrogen and R 2a' is heterocyclylC 1-4 alkyl, wherein the heterocyclyl is optionally substituted once by amino, hydroxyl or methyl; each R 3 is independently selected from hydrogen, hydroxyl, halo, C 1-6 alkyl, halo C 1-6 alkyl, C 1-6 alkoxy, halo C 1-6 alkoxy, nitro, cyano, CF 3, -OCF 3, -COOR 5 and -C 1-4 alkylOH; R 4 is hydroxyl, halo, C 1-6 alkyl, haloC 1-6 alkyl, C 1-6 alkoxy, haloC 1-6 alkoxy, nitro, cyano, CF 3, -OCF 3, -COOR 5; or -OS 2 C 1-4 alkyl; R 5 is C 1-3 alkyl; and n is an integer 1 to 5.
A method for controlling a combined eye and gesture tracking system, wherein the method comprises the following steps: - providing a graphical user interface to a user including a plurality of graphical items displayed on the graphical user interface (102, 300); - displaying a graphical pointer on the graphical user interface (102, 310); - detecting a user eye gaze associated with the eyes of the user, wherein detecting a user eye gaze comprises: - determining that the user is looking at the graphical user interface; and - determining an eye focus position on the graphical user interface; and - detecting a displacement user gesture, which is a movement of a body part of the user in free space and corresponds to one of a plurality of predetermined displacement user gestures using at least one camera, wherein the body part is moved in a displacement direction relative to the graphical user interface (102, 330); and - controlling a rate of movement of the graphical pointer on the graphical user interface based on the displacement user gesture and the user eye gaze (210, 340), wherein the graphical pointer is moved only if the displacement direction is directed in a direction where the eye focus position is located. - providing a graphical user interface to a user including a plurality of graphical items displayed on the graphical user interface (102, 300); - displaying a graphical pointer on the graphical user interface (102, 310); - detecting a user eye gaze associated with the eyes of the user, wherein detecting a user eye gaze comprises: - determining that the user is looking at the graphical user interface; and - determining an eye focus position on the graphical user interface; and - determining that the user is looking at the graphical user interface; and - determining an eye focus position on the graphical user interface; and - detecting a displacement user gesture, which is a movement of a body part of the user in free space and corresponds to one of a plurality of predetermined displacement user gestures using at least one camera, wherein the body part is moved in a displacement direction relative to the graphical user interface (102, 330); and - controlling a rate of movement of the graphical pointer on the graphical user interface based on the displacement user gesture and the user eye gaze (210, 340), wherein the graphical pointer is moved only if the displacement direction is directed in a direction where the eye focus position is located.
A computer-implemented method, wherein the method is performed using one or more processors, the method comprising: receiving a workflow identifier as user input from a client device for accessing a state machine with a corresponding workflow; accessing the state machine in response to receiving the workflow identifier, and, based on the corresponding workflow: receiving a case identifier from the client device and generating a case data object including the case identifier and one or more case properties; assigning the workflow identifier, one or more workflow states, one or more operation definitions, and one or more transition definitions of the corresponding workflow to the case data object; automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving the one or more associated elements from the plurality of third party data sources based on the one or more case properties. receiving a workflow identifier as user input from a client device for accessing a state machine with a corresponding workflow; accessing the state machine in response to receiving the workflow identifier, and, based on the corresponding workflow: receiving a case identifier from the client device and generating a case data object including the case identifier and one or more case properties; assigning the workflow identifier, one or more workflow states, one or more operation definitions, and one or more transition definitions of the corresponding workflow to the case data object; automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving the one or more associated elements from the plurality of third party data sources based on the one or more case properties. receiving a case identifier from the client device and generating a case data object including the case identifier and one or more case properties; assigning the workflow identifier, one or more workflow states, one or more operation definitions, and one or more transition definitions of the corresponding workflow to the case data object; automatically linking one or more associated elements to the case data object, the one or more associated elements being related to the case data object based on the one or more case properties; accessing a plurality of third party data sources; and automatically retrieving the one or more associated elements from the plurality of third party data sources based on the one or more case properties.
A self-propelled sweeping machine for intake of debris from a traffic surface, especially a street-sweeping machine, comprising a debris-intake device and a debris-collecting hopper having a filled-level sensor, wherein the debris-intake device comprises an intake head and a conveyor section attached thereto with an ejection and distribution device opening into an inner space of the debris-collecting hopper, by means of which the debris taken in by the debris-intake device from the traffic surface can be distributed in the inner space of the debris-collecting hopper with formation of a debris surface, characterized by the design of the filled-level sensor as a radar sensor scanning the inner space of the debris-collecting hopper in the region of a scan cone as well as by an evaluation unit cooperating with the radar sensor, wherein, via a distance between the filled-level sensor and the debris surface in the scan cone, measured contactlessly by a filled-level sensor, the degree of filling of the debris-collecting hopper with debris can be determined in the evaluation unit and output by it to a display and/or signaling unit, wherein further the debris-collecting hopper has a leaf screen that is impassable for coarse debris and that subdivides the inner space of the debris-collecting hopper into a debris region and an exhaust-air region, wherein the filled-level sensor is provided in the exhaust-air region and the debris region of the inner space of the debris-collecting hopper is scanned in the region of the scan cone through the leaf screen.
A mold pin used by being fixed to a tread mold for molding a tread of a vehicle tire to form a stud hole in the tread, comprising a main shaft portion to be fixed at its one end to the tread mold so as to protrude from a tread molding surface of the tread mold, and an expanded portion disposed at the other end of the main shaft portion and having an outer diameter more than the outer diameter of the main shaft portion, characterized in that the expanded portion comprises a supporting part formed integrally with the main shaft portion, and a outer-shell part disposed on the outer surface of the supporting part to define the maximum outer diameter of the expanded portion, and the outer-shell part is movably supported by the supporting part such that when a force directed from said one end toward said other end of the main shaft portion is applied to the outer-shell part, the outer-shell part is moved so as to reduce the maximum outer diameter.
A computer implemented method of generating multiple programs to deliver a computerised function, each program to be executed in a processing unit of a computer comprising a plurality of processing units each having instruction storage for holding a local program, an execution unit for executing the local program and data storage for holding data, and a switching fabric connectable to an input interface of each processing unit by switching circuitry controllable by each processing unit (4the method comprising: generating a local program for each processing unit comprising a sequence of executable instructions; and determining for each processing unit a relative time of execution of the instructions of each local program characterised in that the switching fabric comprises multiple sets of connecting wires, each set connected to an output interface of a respective one of the processing units, and the computer comprises a synchronisation module operable to generate a synchronisation signal, and in that a local program allocated to one processing unit is scheduled to execute with a predetermined delay relative to the synchronisation signal a send instruction to transmit at least one data packet at a predetermined transmit time from the output interface to its set of connecting wires of the switching fabric, relative to the synchronisation signal, destined for a recipient processing unit but having no destination identifier, and a local program allocated to the recipient processing unit is scheduled to execute at a predetermined switch time relative to the execution of the send instruction, a switch control instruction to control the switching circuitry to connect its processing unit to the set of connecting wires of the switching fabric to receive the data packet at a predetermined receive time. generating a local program for each processing unit comprising a sequence of executable instructions; and determining for each processing unit a relative time of execution of the instructions of each local program characterised in that the switching fabric comprises multiple sets of connecting wires, each set connected to an output interface of a respective one of the processing units, and the computer comprises a synchronisation module operable to generate a synchronisation signal, and in that a local program allocated to one processing unit is scheduled to execute with a predetermined delay relative to the synchronisation signal a send instruction to transmit at least one data packet at a predetermined transmit time from the output interface to its set of connecting wires of the switching fabric, relative to the synchronisation signal, destined for a recipient processing unit but having no destination identifier, and a local program allocated to the recipient processing unit is scheduled to execute at a predetermined switch time relative to the execution of the send instruction, a switch control instruction to control the switching circuitry to connect its processing unit to the set of connecting wires of the switching fabric to receive the data packet at a predetermined receive time.
A method of determining an index of myocardial perfusion heterogeneity of an individual from medical images of myocardial perfusion of said individual, comprising constructing, by two-dimensional segmentation of said images, a topographic map formed of a set of myocardial pixels defined by a cylindrical projection of the myocardium from the major axis of the left ventricle said method being characterized in that it implements a two-dimensional segmentation of the images to construct the topographic map consisting of a set of pixels, wherein said topographic map comprises a plurality of lines where each line is a representation of a slice of the left ventricle made perpendicular to the long axis of the left ventricle, and where each line comprises a plurality of radial pixels containing information of the perfusion of the left ventricle in the corresponding slice, and in that it comprises the determination of the entropy of said topographic map, and wherein the construction of the topographic projection map comprises: - an estimation of the volume of the myocardium, - two-dimensional segmentation of the left ventricle - determining the center of the myocardium on each slice of the left ventricle - alignment of the centers determined for each slice. - an estimation of the volume of the myocardium, - two-dimensional segmentation of the left ventricle - determining the center of the myocardium on each slice of the left ventricle - alignment of the centers determined for each slice.
A combination of housing parts (12, 14) of a fluid-operated control unit, in particular a gear unit, and an intermediate plate mounted between the housing parts (12, 14), including a central unit that is constructed in the shape of a plate and, on either side of the central unit, a respective sealing system (66, 68) effecting a seal between the central unit and the housing part (12, 14) opposed thereto, this sealing system including sealing elements (66, 68) which are arranged on the respective side (56, 58) of the central unit and provide sealing around passages (42, 44, 46), wherein the respective sealing system includes as the sealing element (66, 68) at least one layer (72, 74) of an elastomer material that is resilient and adhesive to stick to the respective housing part (12, 14).
A catalyst for the conversion of ethanol to 1,3-butadiene comprising a support, characterized in that silver (Ag) and copper (Cu) are present on the support in metal form, wherein the support comprises a first metal oxide, wherein the first metal oxide of the support is silica, wherein the support further comprises a second metal oxide, which is different from the first metal oxide, and wherein the second metal oxide is magnesium oxide, and wherein the weight ratio between silver (Ag) and copper (Cu) on the support is in the range of 10:1 and 1:10.
An arrangement for assisting a driver of a vehicle to turn the vehicle when driving during glare ice conditions, the vehicle having a steering system, a plurality of wheels and a brake system allowing individual braking of the respective wheels of the vehicle, characterized in that the arrangement comprises a controller arranged to: detect if the vehicle accelerates after the brakes of the vehicle have been applied; detect a driver command to turn the vehicle in either direction; if all detections are positive release the brake force on a side of the vehicle opposite to the detected turning command direction. detect if the vehicle accelerates after the brakes of the vehicle have been applied; detect a driver command to turn the vehicle in either direction; if all detections are positive release the brake force on a side of the vehicle opposite to the detected turning command direction.
An electronic device, comprising: a rectangular housing having four edges; an antenna; an internal metal housing support structure that extends between an opposing pair of the edges and that forms a ground plane of the antenna; characterised in that: the internal metal housing support structure has a plurality of elongated closed-end slots that are oriented at a non-zero angle with respect to each of the four edges of the rectangular housing and that are configured to block image currents produced by the antenna in the internal metal housing support structure. a rectangular housing having four edges; an antenna; an internal metal housing support structure that extends between an opposing pair of the edges and that forms a ground plane of the antenna; characterised in that: the internal metal housing support structure has a plurality of elongated closed-end slots that are oriented at a non-zero angle with respect to each of the four edges of the rectangular housing and that are configured to block image currents produced by the antenna in the internal metal housing support structure.
Handling system (3, 4, 5, 65) for tubular elements on a vessel in correspondence with a storage zone of said vessel or from said storage zone to a feeding zone or vice versa, said handling system (3, 4, 5, 65) including a movement device for moving said tubular elements in correspondence with said storage zone, said movement device comprising at least two movable trolleys (17, 18) which are movable according to at least one first movement direction and which are reciprocally spaced by a distance (d), characterised in that each of said trolleys (17, 18) is provided with at least one engagement means (29, 30) engaging with respective ends (11, 12) of said tubular element, said engagement of said ends (11, 12) corresponding to a taking out of said tubular element by means of said movement device for the movement of at least one of said tubular elements in correspondence with said storage zone.