mhurhangee/ep-ind-claims huggingface dataset:
A method for causing a computing system to process events from a sequence of events that defines a correct chronological order for said events independent from an order in which those events are received over an input device or port, said method including: defining a first variable, defining, for said first variable, a first chronology of operations on said first variable associated with received events, receiving a first event that pertains to said first variable, executing a first operation on said first variable, wherein said first operation results in a first update of said first chronology, after having received said first event, receiving a delayed event that pertains to said first variable, executing a second operation on said first variable, wherein said second operation results in a second update of said first chronology, wherein said first operation is executed at an earlier time than said second operation associated with the delayed event, and wherein said delayed event precedes said first event in said sequence, determining whether to reprocess the first operation based on a determination, using said first chronology of the operations on said first variable indicating the sequence of events, of whether said first update resulting from the earlier executed first operation associated with the first event is valid or invalid, and reprocessing said earlier executed first operation based on the determination that said earlier first update is invalid, wherein said first update is based on said first event, and wherein said second update is based on said delayed event. defining a first variable, defining, for said first variable, a first chronology of operations on said first variable associated with received events, receiving a first event that pertains to said first variable, executing a first operation on said first variable, wherein said first operation results in a first update of said first chronology, after having received said first event, receiving a delayed event that pertains to said first variable, executing a second operation on said first variable, wherein said second operation results in a second update of said first chronology, wherein said first operation is executed at an earlier time than said second operation associated with the delayed event, and wherein said delayed event precedes said first event in said sequence, determining whether to reprocess the first operation based on a determination, using said first chronology of the operations on said first variable indicating the sequence of events, of whether said first update resulting from the earlier executed first operation associated with the first event is valid or invalid, and reprocessing said earlier executed first operation based on the determination that said earlier first update is invalid, wherein said first update is based on said first event, and wherein said second update is based on said delayed event.
A method of fastening a Rear Mounted Lock Cylinder to a lock-housing in a door or a window, said method comprising the steps of: a. providing a Rear Mounted Lock Cylinder comprising a threaded hole in its rear surface, b. providing a lock-housing comprising a displaceable engaging element, c. providing a fastening element, d. inserting and fastening a first portion of the fastening element in the threaded hole in the rear surface of the Rear Mounted Lock Cylinder, e. mounting the Rear Mounted Lock Cylinder on the lock-housing such that a second portion of the fastening element is inserted through an opening (33,34) in the lock-housing and f. displacing the displaceable engaging element such that it positively engages the second portion of the fastening element thereby providing a strong connection between the lock-housing and the Rear Mounted Lock Cylinder, g. characterized in that the step of displacing the displaceable engaging element comprises the step of rotating a mounting screw of the lock-housing which is accessible only via an edge of the door or window which would be hidden in the closed position of the door or window but which is accessible when the door or window is open. a. providing a Rear Mounted Lock Cylinder comprising a threaded hole in its rear surface, b. providing a lock-housing comprising a displaceable engaging element, c. providing a fastening element, d. inserting and fastening a first portion of the fastening element in the threaded hole in the rear surface of the Rear Mounted Lock Cylinder, e. mounting the Rear Mounted Lock Cylinder on the lock-housing such that a second portion of the fastening element is inserted through an opening (33,34) in the lock-housing and f. displacing the displaceable engaging element such that it positively engages the second portion of the fastening element thereby providing a strong connection between the lock-housing and the Rear Mounted Lock Cylinder, g. characterized in that the step of displacing the displaceable engaging element comprises the step of rotating a mounting screw of the lock-housing which is accessible only via an edge of the door or window which would be hidden in the closed position of the door or window but which is accessible when the door or window is open.
A cooking appliance including: an upper housing assembly; a lower housing assembly; a hinge assembly (103, 104) coupling the housing assemblies (101, 102) for angular movement about a generally horizontal axis, the angular movement providing for movement of the upper housing assembly between a first position at which the housing assemblies (101, 102) are adjacent and a second position at which the upper housing is spaced upwardly from the first position, providing for the location of a food product between the housing assemblies (101, 102) for the purposes of cooking the food product, wherein the hinge assembly (103, 104) further includes: a non-rotating hollow portion attached to a first one of the housing assemblies (101, 102) and through which the axis passes, a non-rotating hollow housing through which the axis passes, a spring located in the hollow housing, a rotatable part attached to a second one of the housing assemblies (101, 102) and through which the axis passes, and wherein the spring is operatively associated with the hollow portion and the part to urge the upper housing to the second position thereof; characterised in that the non-rotating hollow housing is receivable into the hollow portion; and in that the hollow housing includes an outer sleeve, and a post located in the outer sleeve so that there is a cavity between the post and the outer sleeve, with the spring being located in the cavity. an upper housing assembly; a lower housing assembly; a hinge assembly (103, 104) coupling the housing assemblies (101, 102) for angular movement about a generally horizontal axis, the angular movement providing for movement of the upper housing assembly between a first position at which the housing assemblies (101, 102) are adjacent and a second position at which the upper housing is spaced upwardly from the first position, providing for the location of a food product between the housing assemblies (101, 102) for the purposes of cooking the food product, wherein the hinge assembly (103, 104) further includes: a non-rotating hollow portion attached to a first one of the housing assemblies (101, 102) and through which the axis passes, a non-rotating hollow housing through which the axis passes, a spring located in the hollow housing, a rotatable part attached to a second one of the housing assemblies (101, 102) and through which the axis passes, and wherein a non-rotating hollow portion attached to a first one of the housing assemblies (101, 102) and through which the axis passes, a non-rotating hollow housing through which the axis passes, a spring located in the hollow housing, a rotatable part attached to a second one of the housing assemblies (101, 102) and through which the axis passes, and wherein the spring is operatively associated with the hollow portion and the part to urge the upper housing to the second position thereof; characterised in that the non-rotating hollow housing is receivable into the hollow portion; and in that the hollow housing includes an outer sleeve, and a post located in the outer sleeve so that there is a cavity between the post and the outer sleeve, with the spring being located in the cavity.
An impeller, comprising: a hub defining a longitudinal axis; and plural blades spaced circumferentially about the hub, each blade including a root edge and a tip edge, each blade defining a leading edge having a circular raked helical geometry, each leading edge extends from a point where the leading edge meets the root edge to a point where the leading edge meets the tip edge and defining a top view shape, the top view shape being a circular arc, characterized in that the circular arc has a total extent of between 120 and 180 degrees. a hub defining a longitudinal axis; and plural blades spaced circumferentially about the hub, each blade including a root edge and a tip edge, each blade defining a leading edge having a circular raked helical geometry, each leading edge extends from a point where the leading edge meets the root edge to a point where the leading edge meets the tip edge and defining a top view shape, the top view shape being a circular arc, characterized in that the circular arc has a total extent of between 120 and 180 degrees.
A tire with a pair of sidewalls (12, 14) extending to a tread, the tread including a plurality of tread elements (22A, 22B) and a plurality of grooves comprising groove segments and a tread wear indicator, wherein a first cutout is formed in a wall of a first tread element, the first cutout facing a selected one of the groove segments; wherein a second cutout is formed in a wall of a second tread element, the second cutout facing the selected groove segment and being opposite the first cutout; wherein the tread wear indicator is formed in and extends across the selected groove segment and the first and second cutouts (38, 42); wherein the tread wear indicator includes a plurality of step elements (52, 54, 56, 58) descending from a radially outward surface of the tread or the tread wear indicator toward the bottom of the selected groove segment, wherein each step element (52, 54, 56, 58) includes a first surface (52A, 54A, 56A, 58A) being at least approximately parallel to the radially outermost surface of the tread, and a radially-extending second surface (52B, 54B, 56B, 58B) preferably extending at least approximately perpendicular to the first surface (52A, 54A, 56A, 58A), and wherein the first surface (52A, 54A, 56A, 58A) of each step element (52, 54, 56, 58) is formed with or comprises indicia, wherein all of said indicia are visible to a user of the tire from a radially outward direction when the tire is unworn, characterized in that the tread wear indicator is formed with a length (L 2) that is less than 80 percent of a length (L 1) of the selected groove segment and/or in that the groove segments extend at an angle relative to a circumferential direction of the tread, the angle (Θ) being in a range of from 10 degrees to 30 degrees relative to the circumferential direction of the tread or being in a range of from -10 degrees to -30 degrees relative to the circumferential direction of the tread.
An interventional system that employs medical imaging data as a guide for advancing an interventional device, comprising: a registration component that updates a registration between an image space coordinate system and an interventional space coordinate system based on interventional device position information within a patient obtained from intermediate image data indicative of the interventional device location and a position sensor that is located on an interventional device within the patient, wherein the interventional device position information obtained from the intermediate image and the position sensor is acquired after advancing the interventional device along a path within the patient, wherein the registration component initially registers the image space coordinate system and the interventional space coordinate system via a first set of spatial coordinates of a plurality of fiducial markers identified within image data and a second set of spatial coordinates of the plurality fiducial markers spatially identified on the patient. a registration component that updates a registration between an image space coordinate system and an interventional space coordinate system based on interventional device position information within a patient obtained from intermediate image data indicative of the interventional device location and a position sensor that is located on an interventional device within the patient, wherein the interventional device position information obtained from the intermediate image and the position sensor is acquired after advancing the interventional device along a path within the patient, wherein the registration component initially registers the image space coordinate system and the interventional space coordinate system via a first set of spatial coordinates of a plurality of fiducial markers identified within image data and a second set of spatial coordinates of the plurality fiducial markers spatially identified on the patient.
A method of recognition, by a receiver connected to an Internet Protocol network, of at least one digital service on the Internet Protocol network, said at least one digital service being a sequence of programs broadcasted under control of a broadcaster, characterized in that it comprises at least the following steps: - connecting to a first Internet Protocol stream, hereafter referred to as installation stream (5.14); - extracting from said installation stream first information on a location on the Internet Protocol network of at least one second Internet Protocol stream, hereafter referred to as content stream (5.10), conveying content of said at least one digital service, and extracting from said installation stream second information on a location on said Internet Protocol network of at least one third separate Internet Protocol stream conveying information describing said at least one digital service, hereafter referred to as service description stream (5.12); - connecting to said service description stream; - extracting from said service description stream service description information describing said at least one digital service; - using said first information and said service description information to construct a list of said at least one digital service available on the Internet Protocol network; the installation stream comprising a Network Information Table that comprises descriptors for locating the content and service description streams on said Internet Protocol network. - connecting to a first Internet Protocol stream, hereafter referred to as installation stream (5.14); - extracting from said installation stream first information on a location on the Internet Protocol network of at least one second Internet Protocol stream, hereafter referred to as content stream (5.10), conveying content of said at least one digital service, and extracting from said installation stream second information on a location on said Internet Protocol network of at least one third separate Internet Protocol stream conveying information describing said at least one digital service, hereafter referred to as service description stream (5.12); - connecting to said service description stream; - extracting from said service description stream service description information describing said at least one digital service; - using said first information and said service description information to construct a list of said at least one digital service available on the Internet Protocol network;
A system for providing dynamic authorization to access content, the system comprising: a database having license information for a work of content, wherein a master authorization token associated with the work of content is stored in the database, wherein the work of content is embodied in a computer readable medium of a content carrier, the computer readable medium having a first authorization token associated with the work of content and a second authorization token address, the second authorization token address providing an address of a second authorization token associated with the work of content, wherein the second authorization token is stored in a memory device of the content carrier; and a server communicatively coupled with the database and a network, the server configured to receive, via the network, a content access request from a remote client, wherein the remote client is coupled to the server via the network, received the content carrier, and attempted to access the work of content, and wherein in response to receiving the content access request, the server is configured to determine whether to provide the client with an access to the content based upon the master authorization token, the first authorization tokens and the second authorization tokens, wherein the first, second and master authorization tokens are logically related to each other by at least one of an encryption function, a decryption function, an encryption function and decryption function, or a hash function. a database having license information for a work of content, wherein a master authorization token associated with the work of content is stored in the database, wherein the work of content is embodied in a computer readable medium of a content carrier, the computer readable medium having a first authorization token associated with the work of content and a second authorization token address, the second authorization token address providing an address of a second authorization token associated with the work of content, wherein the second authorization token is stored in a memory device of the content carrier; and a server communicatively coupled with the database and a network, the server configured to receive, via the network, a content access request from a remote client, wherein the remote client is coupled to the server via the network, received the content carrier, and attempted to access the work of content, and wherein in response to receiving the content access request, the server is configured to determine whether to provide the client with an access to the content based upon the master authorization token, the first authorization tokens and the second authorization tokens, wherein the first, second and master authorization tokens are logically related to each other by at least one of an encryption function, a decryption function, an encryption function and decryption function, or a hash function.
A windmill drive apparatus comprising: a drive apparatus body installed on one structure in a movable part of a windmill, the drive apparatus body having a meshing part configured to be meshed with a ring gear installed on another structure of the windmill, which structure is different from the movable part; and a fastener configured to fix the drive apparatus body to the one structure, characterized by further comprising: a sensor configured to measure a change in state of the fastener. a drive apparatus body installed on one structure in a movable part of a windmill, the drive apparatus body having a meshing part configured to be meshed with a ring gear installed on another structure of the windmill, which structure is different from the movable part; and a fastener configured to fix the drive apparatus body to the one structure, characterized by further comprising: a sensor configured to measure a change in state of the fastener.
A dispenser (1, 101, 201)for containing and dispensing substances such as fluids, viscous substances and/or adherent substances, the dispenser comprising: a flexible bag adapted to contain a substance to be discharged, a one-way output nozzle that is in sealed communication with the interior of the bag and is adapted for discharging the contents of the bag; a substantially impermeable receptacle, the bag being arranged within the receptacle and the receptacle being sealed with fluid being trapped between the exterior of the bag and the receptacle, the nozzle being arranged on a surface of the receptacle; a one-way fluid intake valve arranged on the receptacle for intaking fluid into the receptacle and around the exterior of the bag, and; a means for preventing the bag from blocking the nozzle, wherein the receptacle comprises a cap and a main body and wherein the cap is at least partially removable from the main body of the receptacle, and wherein the nozzle and the fluid-intake valve are disposed on the cap, wherein the main body of the receptacle comprises a plurality of apertures alignable with the fluid-intake valve such that fluid communication between the apertures and the fluid-intake valve is permissible, and wherein the dispenser comprises a fluid travel pathway to permit transfer of fluid into and/or throughout the receptacle, wherein the fluid travel pathway permits transfer of fluid from outside the dispenser through the fluid-intake valve, into the receptacle and around the exterior of the bag, wherein the fluid travel pathway comprises a fluid transfer means between the fluid-intake valve and the main body of the receptacle, characterized in that arranging the cap on the main body seals a part of the bag against the cap and the main body, and wherein the fluid transfer means permits transfer of fluid from the fluid-intake valve to the plurality of apertures on the main body of the receptacle when the cap is arranged on the main body.
A method of forming a strut, comprising: providing a ring having an internal threaded section; coupling a mandrel to the ring having the internal threaded section; electroforming a metallic layer over exposed surfaces of the ring having the internal threaded section and outer surfaces of the mandrel; and removing the mandrel to define the strut having an integral monolithic body with the internal threaded section. providing a ring having an internal threaded section; coupling a mandrel to the ring having the internal threaded section; electroforming a metallic layer over exposed surfaces of the ring having the internal threaded section and outer surfaces of the mandrel; and removing the mandrel to define the strut having an integral monolithic body with the internal threaded section.
A flow detection device for determining the amount of flow or the rate of flow of a medium through a medium-carrying line system, the flow detection device comprising: a carrier element having an axis, the carrier element and the axis being designed to be integral, a propeller, the propeller being rotatably arranged on the axis, characterized in that the axis includes a circumferential groove at its lower end, there is provided a securing element comprising a snap-in element that engages with and snaps into the groove, the carrier element is designed as a detachable closing element and includes a grip piece, the closing element being designed as a closing cover and having a seal that is integral therewith and/or injection-molded thereon, the carrier element including at least one connector for tool-free installation in and removal from a mounting hole of the medium-carrying line system. a carrier element having an axis, the carrier element and the axis being designed to be integral, a propeller, the propeller being rotatably arranged on the axis, characterized in that the axis includes a circumferential groove at its lower end, there is provided a securing element comprising a snap-in element that engages with and snaps into the groove, the carrier element is designed as a detachable closing element and includes a grip piece, the closing element being designed as a closing cover and having a seal that is integral therewith and/or injection-molded thereon, the carrier element including at least one connector for tool-free installation in and removal from a mounting hole of the medium-carrying line system.