mhurhangee/ep-ind-claims huggingface dataset:
A method of converting image data from a source format into a target format in a system comprising a converter for converting a sequence of data from the source format into an intermediate format, and a raster image processing system for converting the data from the intermediate format into the target format, wherein the converter is capable of dividing the data in the intermediate format into separate files, characterized by the steps of - compiling a first file in the converter and sending it to the raster image processing system; - processing the first file in the raster image processing system; - compiling a second file in the converter; and - when the first file has been processed completely by the raster image processing system, the raster image processing system sending a request for a new file to the converter to instruct the converter to close the second file and send it to the raster image processing system and to open the new file for the next data to be converted and repeating in a loop the above steps from the compiling step applying them to such new files as long as there is more data to be converted. - compiling a first file in the converter and sending it to the raster image processing system; - processing the first file in the raster image processing system; - compiling a second file in the converter; and - when the first file has been processed completely by the raster image processing system, the raster image processing system sending a request for a new file to the converter to instruct the converter to close the second file and send it to the raster image processing system and to open the new file for the next data to be converted and repeating in a loop the above steps from the compiling step applying them to such new files as long as there is more data to be converted.
An electrode assembly for a secondary battery comprising: a positive electrode having a positive electrode coating portion formed on a positive electrode collector; a negative electrode having a negative electrode coating portion formed on a negative electrode collector; and a polyolefin-based separator interposed between the positive and negative electrodes, characterized in that two PTC (Positive Temperature Coefficient) material layers are formed between the polyolefin-based separator and the positive electrode coating portion on the one hand, and between the polyolefin-based separator and the negative electrode coating portion on the other hand, the PTC material layers are selected from the group consisting of a composition including carbon black and high density polyethylene; composition including carbon fiber and high density polyethylene; and BaTiO 3. a positive electrode having a positive electrode coating portion formed on a positive electrode collector; a negative electrode having a negative electrode coating portion formed on a negative electrode collector; and a polyolefin-based separator interposed between the positive and negative electrodes, characterized in that two PTC (Positive Temperature Coefficient) material layers are formed between the polyolefin-based separator and the positive electrode coating portion on the one hand, and between the polyolefin-based separator and the negative electrode coating portion on the other hand, the PTC material layers are selected from the group consisting of a composition including carbon black and high density polyethylene; composition including carbon fiber and high density polyethylene; and BaTiO 3.
A method of assembling resilient floorboards (2, 3) made of a bendable thermoplastic, which are provided with a mechanical locking system which is integrally formed in one piece with the resilient material of the floorboard, for vertical and horizontal locking of two adjacent floorboards, wherein the method comprises: • positioning a first floorboard edge of a first floorboard provided with a first device of said mechanical locking system, juxtaposed another floorboard edge of another floorboard provided with a second device of said mechanical locking system; characterised int that the method further comprises: • bending the first floorboard along the first floorboard edge; applying a force on a first part of the first floorboard edge, wherein at said first part of the first floorboard edge said first device is pushed into said second device to obtain a vertical and horizontal mechanical locking of a part of the first and another floorboard edges; • connecting an adjacent edge of the first floorboard to a juxtaposed edge of a third floorboard in another row by angling; and • applying a force to a new part of the first floorboard edge, which new part is adjacent to said first part, and repeating this step until the whole first floorboard edge is vertically and horizontally locked to said another floorboard edge. • positioning a first floorboard edge of a first floorboard provided with a first device of said mechanical locking system, juxtaposed another floorboard edge of another floorboard provided with a second device of said mechanical locking system; • bending the first floorboard along the first floorboard edge; applying a force on a first part of the first floorboard edge, wherein at said first part of the first floorboard edge said first device is pushed into said second device to obtain a vertical and horizontal mechanical locking of a part of the first and another floorboard edges; • connecting an adjacent edge of the first floorboard to a juxtaposed edge of a third floorboard in another row by angling; and • applying a force to a new part of the first floorboard edge, which new part is adjacent to said first part, and repeating this step until the whole first floorboard edge is vertically and horizontally locked to said another floorboard edge.
Public address system comprising a first and a second amplifier module, each comprising an amplification means (2,2') and arranged for receiving a same given signal to be applied to said amplification means and for outputting an amplified signal, said first and second amplifier module being interconnected via a first and second branch, at least said first or said second branch comprising at least one loudspeaker (11,11'), said first branch being arranged for feeding said amplified signal of said first amplifier module to said second amplifier module and said second branch being arranged for feeding said amplified signal of said second amplifier module to said first amplifier module, said first and second amplifier module further each comprising analysing means (19,19') comprising measurement means (4,4',5,5',6,6') for performing comparisons on pairs of signals selected from said received given signal, said amplified signal output by said amplification means comprised in the amplifier module and said amplified signal of the other amplifier module and fed via said first or said second branch, and for yielding, based on said comparisons, an indication of the public address system's operational status.
A tissue dissociator (400, 600, 700, 900) comprising: a housing (101, 201, 401,501, 601, 701, 801, 903) comprising an open distal end and a proximal end; a cutting blade (102, 202, 402, 506, 703, 803) positioned at the open distal end of the housing (101, 201, 401, 501, 601, 701, 801, 903); and a tissue actuator (103, 300, 403, 502, 602, 702, 802, 901) comprising an array of tines and configured to be displaced along a longitudinal axis within the housing (101, 201, 401, 501, 601, 701, 801, 903) to the cutting blade at the open distal end, wherein the dissociator (400, 600, 700, 900) further comprises an adapter positioned at the proximal end of the housing (101, 201, 401, 501, 601, 701, 801, 903), wherein the adapter is configured to releasably connect the proximal end of the housing (101, 201, 401, 501, 601, 701, 801, 903) to an opening of a container (405, 507, 604, 904), wherein the container (405, 507, 604, 904) is a syringe barrel or a centrifuge tube. a housing (101, 201, 401,501, 601, 701, 801, 903) comprising an open distal end and a proximal end; a cutting blade (102, 202, 402, 506, 703, 803) positioned at the open distal end of the housing (101, 201, 401, 501, 601, 701, 801, 903); and a tissue actuator (103, 300, 403, 502, 602, 702, 802, 901) comprising an array of tines and configured to be displaced along a longitudinal axis within the housing (101, 201, 401, 501, 601, 701, 801, 903) to the cutting blade at the open distal end, wherein the dissociator (400, 600, 700, 900) further comprises an adapter positioned at the proximal end of the housing (101, 201, 401, 501, 601, 701, 801, 903), wherein the adapter is configured to releasably connect the proximal end of the housing (101, 201, 401, 501, 601, 701, 801, 903) to an opening of a container (405, 507, 604, 904), wherein the container (405, 507, 604, 904) is a syringe barrel or a centrifuge tube.
A brake pad retainer system in a vehicle disc brake comprising a calliper bridge and a calliper housing supporting brake pads (211, 212) on either side of a rotary brake disc, wherein the system is arranged to hold one brake pad in position relative to the calliper bridge, the retainer system comprising: - a retainer bracket arranged parallel to the brake disc axis and extending across a back plate of the brake pad, and - a retaining spring arranged along a radially outer portion of the back plate and extending between the retainer bracket and the back plate; wherein the retainer bracket has an angled surface arranged in contact with a corresponding first angled surface on the retaining spring; and wherein the retaining spring has a second angled surface arranged in contact with a corresponding angled surface on the radially outer portion of the back plate, characterized in that the angled surfaces (219, 221, 232, 233) are arranged at an acute angle (α) relative to a plane parallel to the brake disc rotary axis, which angle is converging toward the rotary axis of the brake disc in the direction of the brake disc. - a retainer bracket arranged parallel to the brake disc axis and extending across a back plate of the brake pad, and - a retaining spring arranged along a radially outer portion of the back plate and extending between the retainer bracket and the back plate; wherein the retainer bracket has an angled surface arranged in contact with a corresponding first angled surface on the retaining spring; and wherein the retaining spring has a second angled surface arranged in contact with a corresponding angled surface on the radially outer portion of the back plate, characterized in that the angled surfaces (219, 221, 232, 233) are arranged at an acute angle (α) relative to a plane parallel to the brake disc rotary axis, which angle is converging toward the rotary axis of the brake disc in the direction of the brake disc.
A device for directly recording prints of a rolled finger, said device comprising a layered body including: - a sensor layer having a two-dimensional matrix consisting of sensor elements for detecting characteristic skin prints of the rolled finger, and - a contact surface on which the finger can be rolled, the contact surface being disposed as an outer surface of the layered body parallel to and opposite the sensor layer, characterised in that - a light source is present, said light source comprising lighting elements that can be controlled individually or in groups to generate visible patterns, in the immediate vicinity of the finger, for user information with spatial and temporal reference to the rolled finger by portions of light of the light source which pass through the sensor layer and the contact surface, wherein the light source is capable of changing patterns, displayed by the lighting elements, in a sequence of images at a refresh rate of at least one image per second, and - an electronic control unit is present which is connected to the light source and can be controlled such that the controllable lighting elements of the light source can generate a temporally variable pattern in different areas of the contact surface by a movement lateral to the longitudinal extension of the rolled finger. - a sensor layer having a two-dimensional matrix consisting of sensor elements for detecting characteristic skin prints of the rolled finger, and - a contact surface on which the finger can be rolled, the contact surface being disposed as an outer surface of the layered body parallel to and opposite the sensor layer, - a light source is present, said light source comprising lighting elements that can be controlled individually or in groups to generate visible patterns, in the immediate vicinity of the finger, for user information with spatial and temporal reference to the rolled finger by portions of light of the light source which pass through the sensor layer and the contact surface, wherein the light source is capable of changing patterns, displayed by the lighting elements, in a sequence of images at a refresh rate of at least one image per second, and - an electronic control unit is present which is connected to the light source and can be controlled such that the controllable lighting elements of the light source can generate a temporally variable pattern in different areas of the contact surface by a movement lateral to the longitudinal extension of the rolled finger.
A method for routing packets to a destination end point over a virtual network, VN, pre-configured on a network, the routing performed by a VN virtual router, v-router, associated with a VN node of the VN, the VN node supported by an associated physical network node of the network and interconnected with other VN nodes of the VN by logical tunnels, the method comprising the v-router: receiving data packets associated with the VN and specifying the destination end point; obtaining an indication of location of the destination end point from a connection management, CM, entity tracking the end point; selecting logical tunnels to forward the data packets toward the destination end point, the logical tunnels having ingress at the VN node and having an egress at edge nodes on a logical path between the VN node and the destination end point; and submitting the data packets to the selected logical tunnels for forwarding toward the edge nodes, wherein different data packets are routed to different edge nodes. receiving data packets associated with the VN and specifying the destination end point; obtaining an indication of location of the destination end point from a connection management, CM, entity tracking the end point; selecting logical tunnels to forward the data packets toward the destination end point, the logical tunnels having ingress at the VN node and having an egress at edge nodes on a logical path between the VN node and the destination end point; and submitting the data packets to the selected logical tunnels for forwarding toward the edge nodes, wherein different data packets are routed to different edge nodes.
A heat exchanger adapted to perform heat exchange between a supply air flow and an exhaust air flow, the heat exchanger comprising: a heat exchange element in a prism shape; a plurality of frame bars, each of the plurality of frame bars being attached to a corresponding side of the heat exchange element, the corresponding side extending along an axial direction of the heat exchange element; and an end face plate adapted to cover at least partially an axial end face of the heat exchange element, and the plurality of frame bars are joined to the end face plate, characterised in that the frame bars are joined to the end face plate in such a way as to be movable in the axial direction of the heat exchange element. a heat exchange element in a prism shape; a plurality of frame bars, each of the plurality of frame bars being attached to a corresponding side of the heat exchange element, the corresponding side extending along an axial direction of the heat exchange element; and an end face plate adapted to cover at least partially an axial end face of the heat exchange element, and the plurality of frame bars are joined to the end face plate, characterised in that the frame bars are joined to the end face plate in such a way as to be movable in the axial direction of the heat exchange element.
Floor covering element, which forms on an upper side of a flooring sheet a tread surface for producing a walkable floor surface, from a plurality of floor covering elements of the same structure, in particular on a steel stage, wherein the flooring sheet is connected to a collecting gully, arranged beneath the tread surface, and forms adjacent to this an inlet opening, and the flooring sheet and the collecting gully are formed by an inclined sheet, wherein, on the side of the flooring sheet facing away from the collecting gully, access means are provided, which in order to provide access to a collecting gully of an adjacent floor covering element project on an underside of the floor sheeting, characterised in that on an outer wall of the collecting gully, facing away from the flooring sheet, a contact means projects in the direction of the floor sheeting, which delimits the inlet opening and with which the access means of a further adjacent floor covering element can be brought into contact.
Method for regulating the injection of fuel into a fuel engine of a generator set comprising an alternator driven by the fuel engine, the generator set having at least one sensor of the speed of the fuel engine and implementing a regulation loop having at least as input a signal originating from the sensor, the method comprising the following steps: - detecting an increase in the load at the output of the alternator based on at least one electrical quantity at the output of the alternator, and - when an increase in the load is detected, replacing at least one value delivered by the speed sensor as input for the regulation loop with at least one predefined value in order to accelerate as soon as the application of the load is detected even before the engine has actually dropped in speed. - detecting an increase in the load at the output of the alternator based on at least one electrical quantity at the output of the alternator, and - when an increase in the load is detected, replacing at least one value delivered by the speed sensor as input for the regulation loop with at least one predefined value in order to accelerate as soon as the application of the load is detected even before the engine has actually dropped in speed.
A subscriber video device "SVD" comprising: a tuner (46, 48) configured to tune to a radio frequency "RF" carrier frequency associated with an AV only transport stream associated with AV packets and an integrated transport stream associated with AV packets and data packets; a demodulator (46, 48) configured to demodulate the AV only transport stream and the integrated transport stream for output to a switch; the switch configured to separate the AV packets associated with AV only transport stream from the AV packets and the data packets associated with the integrated transport stream, output the AV packets associated with the AV only transport stream directly to a demultiplexer, and output the AV packets and the data packets associated with the integrated transport stream to a data processor; the data processor in communication with the switch and configured to separate AV packets from the data packets included within the integrated transport stream; the demultiplexer in communication with the switch and data processor configured to locate AV payloads both from received AV packets associated with the integrated transport stream and from the AV packets associated with the AV only transport stream, wherein the received AV packets associated with the integrated transport stream are received by the demultiplexer from the data processor; and a decoder in communication with the demultiplexer and configured to decode the AV payloads for output to a video port and an audio port. a tuner (46, 48) configured to tune to a radio frequency "RF" carrier frequency associated with an AV only transport stream associated with AV packets and an integrated transport stream associated with AV packets and data packets; a demodulator (46, 48) configured to demodulate the AV only transport stream and the integrated transport stream for output to a switch; the switch configured to separate the AV packets associated with AV only transport stream from the AV packets and the data packets associated with the integrated transport stream, output the AV packets associated with the AV only transport stream directly to a demultiplexer, and output the AV packets and the data packets associated with the integrated transport stream to a data processor; the data processor in communication with the switch and configured to separate AV packets from the data packets included within the integrated transport stream; the demultiplexer in communication with the switch and data processor configured to locate AV payloads both from received AV packets associated with the integrated transport stream and from the AV packets associated with the AV only transport stream, wherein the received AV packets associated with the integrated transport stream are received by the demultiplexer from the data processor; and a decoder in communication with the demultiplexer and configured to decode the AV payloads for output to a video port and an audio port.
Signalling device (11, 111, 211, 311), comprising an electrical acoustic signal generator (12, 112, 212, 312) including a piezoceramic disc (14, 114, 214, 314) on a metal membrane (15, 115, 215, 315) and having a circuit board (17, 117, 217, 317) as a support for disposing the signal generator thereon, wherein the signal generator both on the piezoceramic disc and on the metal membrane is provided with an electrical contacting to conductive tracks or contacts (18, 118, 218, 318) on the circuit board, wherein one contact (18, 118, 218, 318) is provided on the circuit board for resting against the pressed on piezoceramic disc (14, 114, 214, 314), wherein the signal generator (12, 112, 212, 312) is connected to the circuit board (17, 117, 217, 317) and the electrical contactings by solderless joint, wherein the signal generator is fastened to the circuit board by means of bracket-type or clamp-type retainer means (22a/b, 122a-d, 222a-d, 322a-d) which rest or engage on said circuit board, wherein the retainer means form an electrical contacting to the metal membrane (15, 115, 215, 315), and wherein conductive tracks and contacts (18, 118, 218, 318) are provided on the circuit board (17, 117, 217, 317) for an electrical connection to the signal generator (12,112,212,312).