mhurhangee/ep-ind-claims huggingface dataset:
A method for extracting structured data from an image, comprising: obtaining a first information set and a second information set in the image by using a multi-class deep neural network based image text extraction model, wherein the image comprises at least one piece of structured data; obtaining at least one text subimage in the image based on at least one piece of first information comprised in the first information set; identifying text information in the at least one text subimage; and obtaining at least one piece of structured data in the image based on the text information in the at least one text subimage and at least one piece of second information comprised in the second information set, wherein the at least one piece of first information indicates text location information, and the text location information indicates a location of the at least one text subimage in the image; the at least one piece of second information indicates text attribute information, and the text attribute information indicates an attribute of the text information in the at least one text subimage; and each piece of structured data comprises the text attribute information and the text information. obtaining a first information set and a second information set in the image by using a multi-class deep neural network based image text extraction model, wherein the image comprises at least one piece of structured data; obtaining at least one text subimage in the image based on at least one piece of first information comprised in the first information set; identifying text information in the at least one text subimage; and obtaining at least one piece of structured data in the image based on the text information in the at least one text subimage and at least one piece of second information comprised in the second information set, wherein the at least one piece of first information indicates text location information, and the text location information indicates a location of the at least one text subimage in the image; the at least one piece of second information indicates text attribute information, and the text attribute information indicates an attribute of the text information in the at least one text subimage; and each piece of structured data comprises the text attribute information and the text information.
A pharmaceutical composition for use in treating an inflammatory disease, organ graft rejection or graft-versus-host disease in a patient, said composition comprising isolated whole blood or Peripheral Blood Mononuclear Cells (PBMCs) treated (i) with a therapeutically effective amount of a chemotherapeutic agent, or (ii) with a therapeutically effective amount of a chemotherapeutic agent and an autoantigen; and optionally a pharmaceutically acceptable carrier. (i) with a therapeutically effective amount of a chemotherapeutic agent, or (ii) with a therapeutically effective amount of a chemotherapeutic agent and an autoantigen;
A method of treating fabric, comprising applying to the fabric a dye fixative agent, comprising an ether compound of Formula I: wherein, R 1 is, independently at each occurrence, C1-C6 alkyl; R 2 and R 3, are, independently at each occurrence, optionally substituted C1-C6 alkyl; and X is, independently at each occurrence, Cl, Br, or I. R 1 is, independently at each occurrence, C1-C6 alkyl; R 2 and R 3, are, independently at each occurrence, optionally substituted C1-C6 alkyl; and X is, independently at each occurrence, Cl, Br, or I.
An orthodontic bracket case comprising a plurality of recesses formed in a main body for storage of orthodontic brackets therein, characterised in that: the recesses formed in the main body have the same shape as teeth; and the recesses include front tooth shaped recesses at central positions, canine shaped recesses at opposite sides of the front tooth shaped recesses, and molar shaped recesses at both sides of the canine shaped recesses, which are sequentially arranged according to the sequence of a set of teeth; such that the orthodontic brackets corresponding to the shape of the recesses are stored in the recesses, to enable easy and rapid selection of the orthodontic brackets. the recesses formed in the main body have the same shape as teeth; and the recesses include front tooth shaped recesses at central positions, canine shaped recesses at opposite sides of the front tooth shaped recesses, and molar shaped recesses at both sides of the canine shaped recesses, which are sequentially arranged according to the sequence of a set of teeth; such that the orthodontic brackets corresponding to the shape of the recesses are stored in the recesses, to enable easy and rapid selection of the orthodontic brackets.
A method for detecting a problem with a transport link between a radio network controller and a radio base station in a cellular system, said method characterized by the step of: receiving at the radio base station a high-speed downlink shared channel, HS-DSCH, data frame, generated and transmitted by the radio network controller, the HS-DSCH data frame including a delay reference timing, DRT, extension, and using at the radio base station a value in the DRT extension to detect a buffering delay caused by buffers in transport nodes (112, 114) located on the transport link between said radio network controller and said radio base station. receiving at the radio base station a high-speed downlink shared channel, HS-DSCH, data frame, generated and transmitted by the radio network controller, the HS-DSCH data frame including a delay reference timing, DRT, extension, and using at the radio base station a value in the DRT extension to detect a buffering delay caused by buffers in transport nodes (112, 114) located on the transport link between said radio network controller and said radio base station.
A locking mechanism with a main lock having a latch and with a bolt part, which bolt part, together with the latch and controlled by a drive rod, can be backward locked from a forward-locked closing position and, upon closing of a door comprising a wing and a frame equipped with the locking mechanism, controlled by a trigger and driven by an energy store, forward locks from a backward-locked position, wherein the trigger is a pivotable lever holding the drive rod (7, 53, 54) in a position keeping the energy store in its loaded position, spring-loaded and swiveling in the forend plane, and, upon contact with a frame-side contact surface, releases a main lock slider coupled with the drive rod (53, 54), wherein a coupling device is operative between the main lock slider and a cylinder-driven gearbox, which upon forward locking via the cylinder couples with the drive rod and enables movement of the drive rod in the closing direction, which moves the bolt part further in the forward-locking direction, wherein the coupling device consists of a coupling piece with coupling piece toothing and main lock slider toothing, characterized by a trigger actuation surface mounted in the latch being acted upon by the frame-side stop surface of the door, wherein the coupling piece is guided in the housing with coupling piece guiding pins (39, 40) and a disk is being moved, which is driven by the gearbox, wherein the main lock slider and its main lock slider toothing are located opposite the coupling piece toothing of the coupling piece, wherein, by actuation of the profile cylinder, the gearbox is being actuated and a disk with a cam moves the coupling piece through the baseplate guiding curves (41a, 41b) with the coupling piece guiding pins (39, 40), so that the coupling piece toothing engages with the main lock slider toothing and enables a further downward movement of the main lock slider, which is supported via the disk and the coupling piece. wherein the coupling device consists of a coupling piece with coupling piece toothing and main lock slider toothing, characterized by a trigger actuation surface mounted in the latch being acted upon by the frame-side stop surface of the door, wherein the coupling piece is guided in the housing with coupling piece guiding pins (39, 40) and a disk is being moved, which is driven by the gearbox, wherein the main lock slider and its main lock slider toothing are located opposite the coupling piece toothing of the coupling piece, wherein, by actuation of the profile cylinder, the gearbox is being actuated and a disk with a cam moves the coupling piece through the baseplate guiding curves (41a, 41b) with the coupling piece guiding pins (39, 40), so that the coupling piece toothing engages with the main lock slider toothing and enables a further downward movement of the main lock slider, which is supported via the disk and the coupling piece.
Bolometer, comprising: - a first and a second suspension beam (12, 13) and - a semiconductor portion that is suspended by the first and the second suspension beam (12, 13) and comprises a first region of a first conductivity type and a second region of a second conductivity type, wherein the first region comprises at least two stripes (40, 41) which each contribute to a non-short-circuited diode with the second region and are electrically connected to each other and to the first suspension beam by a metal connection, wherein the second region comprises at least one stripe, wherein the at least one stripe of the second region is arranged between the at least two stripes (40, 41) of the first region, and wherein the at least one stripe of the second region is electrically connected to the second suspension beam, characterized in that the at least two stripes (40, 41) of the first region and the at least one stripe of the second region are tapered. - a first and a second suspension beam (12, 13) and - a semiconductor portion that is suspended by the first and the second suspension beam (12, 13) and comprises a first region of a first conductivity type and a second region of a second conductivity type, wherein the first region comprises at least two stripes (40, 41) which each contribute to a non-short-circuited diode with the second region and are electrically connected to each other and to the first suspension beam by a metal connection, wherein the second region comprises at least one stripe, wherein the at least one stripe of the second region is arranged between the at least two stripes (40, 41) of the first region, and wherein the at least one stripe of the second region is electrically connected to the second suspension beam, characterized in that the at least two stripes (40, 41) of the first region and the at least one stripe of the second region are tapered.
A container (10, 50, 100, 420, 520, 700, 800, 1000) for handling an implant, comprising: a sealed compartment (12, 52, 102, 232, 410, 510, 720, 820, 1010) enclosing an ionizable fluid of a pre-defined composition, and said sealed compartment further contains therein an implant (14, 110, 236, 416, 702, 1120, 1418) configured to be installed in a live subject, said sealed compartment being configured to be opened by a user, thereby enabling removing said implant from said portable container, and at least one electrode (26, 42, 60, 72, 82, 120, 130, 416 in Figure 6A, 740, 842, 844, 1120, 1420) made of an electrical conductive material, electrically associated with an at least one electric conductor (38a, 38b, 68a, 68b, 122a, 122b, 450a, 748, 852, 854, 1060, 1442x, 1444x) outside said sealed compartment and configured for applying a plasma-generating electric field inside said sealed compartment, the container being thereby configured to enable storing said implant inside said sealed compartment, and, without breaking the seal of the sealed compartment, generating plasma in said fluid using an electric field, thereby surface-treating said implant, characterized in that the container is portable and further configured to enable shipping with said implant stored therein, prior to said generating plasma therein. a sealed compartment (12, 52, 102, 232, 410, 510, 720, 820, 1010) enclosing an ionizable fluid of a pre-defined composition, and said sealed compartment further contains therein an implant (14, 110, 236, 416, 702, 1120, 1418) configured to be installed in a live subject, said sealed compartment being configured to be opened by a user, thereby enabling removing said implant from said portable container, and at least one electrode (26, 42, 60, 72, 82, 120, 130, 416 in Figure 6A, 740, 842, 844, 1120, 1420) made of an electrical conductive material, electrically associated with an at least one electric conductor (38a, 38b, 68a, 68b, 122a, 122b, 450a, 748, 852, 854, 1060, 1442x, 1444x) outside said sealed compartment and configured for applying a plasma-generating electric field inside said sealed compartment, the container being thereby configured to enable storing said implant inside said sealed compartment, and, without breaking the seal of the sealed compartment, generating plasma in said fluid using an electric field, thereby surface-treating said implant, characterized in that the container is portable and further configured to enable shipping with said implant stored therein, prior to said generating plasma therein.
A fuel filter assembly (100, 100', 100"), comprising - a filter element with a water collecting space and a water drain outlet; - the filter element being connected to a fuel pipe for feeding an upstream side of the filter element with fuel and for providing filtered fuel from a downstream side of the filter element to a combustion engine or parts thereof; - a pressure-actuated one-way drain valve in communication with the water collecting space and the water drain outlet; characterized by - a fuel pump arranged downstream from the filter element, wherein the fuel pump can be operated in a first mode for drawing fuel through the filter element and in a second, reverse mode for feeding fuel back to the filter element; - a one-way fuel valve arranged upstream of the filter element allowing for flow towards the upstream side of the filter element. - a filter element with a water collecting space and a water drain outlet; - the filter element being connected to a fuel pipe for feeding an upstream side of the filter element with fuel and for providing filtered fuel from a downstream side of the filter element to a combustion engine or parts thereof; - a pressure-actuated one-way drain valve in communication with the water collecting space and the water drain outlet; - a fuel pump arranged downstream from the filter element, wherein the fuel pump can be operated in a first mode for drawing fuel through the filter element and in a second, reverse mode for feeding fuel back to the filter element; - a one-way fuel valve arranged upstream of the filter element allowing for flow towards the upstream side of the filter element.
An industrial information identification and retrieval system; comprising: - a crawler; - a search engine; - a result processor; and - a web user inerface "web UI"; wherein, the crawler is configured to identify devices and their associated Open Platform Communication Unified Architecture "OPC UA" servers within a network; wherein, the crawler is configured to browse the identified OPC UA servers and extract and store data items in a database, wherein the data items comprises one or more of: image data; image data for specific devices; and devices within a specific geographical area; wherein, the search engine is configured to search the extracted data items and provide search results to the result processor; wherein, the result processor is configured to determine a score for each search result; and wherein, the web UI is configured to present the search result according to the scores. - a crawler; - a search engine; - a result processor; and - a web user inerface "web UI"; wherein, the crawler is configured to identify devices and their associated Open Platform Communication Unified Architecture "OPC UA" servers within a network; wherein, the crawler is configured to browse the identified OPC UA servers and extract and store data items in a database, wherein the data items comprises one or more of: image data; image data for specific devices; and devices within a specific geographical area; wherein, the search engine is configured to search the extracted data items and provide search results to the result processor; wherein, the result processor is configured to determine a score for each search result; and wherein, the web UI is configured to present the search result according to the scores. wherein, the crawler is configured to identify devices and their associated Open Platform Communication Unified Architecture "OPC UA" servers within a network; wherein, the crawler is configured to browse the identified OPC UA servers and extract and store data items in a database, wherein the data items comprises one or more of: image data; image data for specific devices; and devices within a specific geographical area; wherein, the search engine is configured to search the extracted data items and provide search results to the result processor; wherein, the result processor is configured to determine a score for each search result; and wherein, the web UI is configured to present the search result according to the scores.
A line to convey containers, in particular bottles, the line comprising a conveying device (3; 33), which is provided with a plurality of pick and place units (6; 36), each of which is configured to hold a respective container, is fed by the conveying device (3; 33) along a given path, comprises two picking organs (8, 9; 38, 39), which are mobile relative to one another between a clamping position, in which they clamp the container, and a releasing position, in which they release the container, and further comprises a first magnetic locking device (27; 55) to lock the relative picking organs (8, 9; 38, 39) in their releasing position; and an actuating device (19; 49) to move the picking organs (8, 9; 38, 39) of each pick and place unit (6; 36) between their clamping positions and their releasing positions; and being characterized in that the actuating device (19; 49) comprises at least one cam (20; 50), which is mounted along the path, and at least one tappet (21; 51), which is mounted on a first said picking organ (9; 39) and is engaged in the cam (20; 50); coupling means (14, 18; 44, 48) being interposed between the two picking organs (8, 9; 38, 39) so as to transmit the motion of the first picking organ (9; 39) to a second said picking organ (8; 38).
A method for setting lash on a rocker arm assembly having a lost motion stroke, the method comprising: - providing a rocker arm having a lost motion shaft including a collar, the lost motion shaft biased toward a valve bridge by a lost motion spring, the lost motion shaft configured to translate along a bore defined in the rocker arm; and - adjusting an adjusting screw until a desired lash is attained. characterized by - inserting a feeler gage in an area between the collar and the rocker arm; and wherein the valve bridge comprises a wall that inhibits insertion of the feeler gage between the bridge and an e-foot associated with the lost motion shaft. - providing a rocker arm having a lost motion shaft including a collar, the lost motion shaft biased toward a valve bridge by a lost motion spring, the lost motion shaft configured to translate along a bore defined in the rocker arm; and - adjusting an adjusting screw until a desired lash is attained. - inserting a feeler gage in an area between the collar and the rocker arm;
A method for image/video decoding, comprising: receiving a block of first input values via a first interface; performing a full two-dimensional, 2D, inverse discrete cosine transform, IDCT, on the block of first input values to obtain a block of first output values, wherein the performing a full 2D IDCT transform on the block of first input values comprises: scaling the block of first input values to obtain a block of scaled input values, performing a scaled one-dimensional, 1D, IDCT transform on each row of the block of scaled input values to obtain an intermediate block, and performing the scaled 1D IDCT transform on each column of the intermediate block to obtain a block of first output values; receiving a block of second input values via a second interface; and performing a scaled 2D IDCT transform on the block of second input values to obtain a block of second output values, wherein the performing a scaled 2D IDCT transform on the block of second input values comprises: performing the scaled one-dimensional, 1D, IDCT transform on each row of the block of second input values to obtain a second intermediate block, and performing the scaled 1D IDCT transform on each column of the second intermediate block to obtain the block of second output values. receiving a block of first input values via a first interface; performing a full two-dimensional, 2D, inverse discrete cosine transform, IDCT, on the block of first input values to obtain a block of first output values, wherein the performing a full 2D IDCT transform on the block of first input values comprises: scaling the block of first input values to obtain a block of scaled input values, performing a scaled one-dimensional, 1D, IDCT transform on each row of the block of scaled input values to obtain an intermediate block, and performing the scaled 1D IDCT transform on each column of the intermediate block to obtain a block of first output values; scaling the block of first input values to obtain a block of scaled input values, performing a scaled one-dimensional, 1D, IDCT transform on each row of the block of scaled input values to obtain an intermediate block, and performing the scaled 1D IDCT transform on each column of the intermediate block to obtain a block of first output values; receiving a block of second input values via a second interface; and performing a scaled 2D IDCT transform on the block of second input values to obtain a block of second output values, wherein the performing a scaled 2D IDCT transform on the block of second input values comprises: performing the scaled one-dimensional, 1D, IDCT transform on each row of the block of second input values to obtain a second intermediate block, and performing the scaled 1D IDCT transform on each column of the second intermediate block to obtain the block of second output values. performing the scaled one-dimensional, 1D, IDCT transform on each row of the block of second input values to obtain a second intermediate block, and performing the scaled 1D IDCT transform on each column of the second intermediate block to obtain the block of second output values.
An electronic circuit comprising: a semiconductor chip having a thickness (e) smaller than 160 μm; and a package with flush contacts (3, 4) having the chip encapsulated therein, the electronic circuit being characterized in that the surface area of the chip represents between twenty-five percent and fifty percent of the surface area of the package. a semiconductor chip having a thickness (e) smaller than 160 μm; and a package with flush contacts (3, 4) having the chip encapsulated therein, the electronic circuit being characterized in that the surface area of the chip represents between twenty-five percent and fifty percent of the surface area of the package.