mhurhangee/patent-ind-claim-en huggingface dataset:
Amusement facility having a transport apparatus for passengers, which has a preferably ring-like, closed transport track with multiple transport-track sections (13-19) and with one or more transport means for passengers, said transport means moving, in particular driving, along the transport track in a direction of travel , - wherein the passengers are received on the respective transport means with a passenger orientation , - wherein the transport apparatus comprises a drive device for the one or more transport means , - wherein the transport track has an at least regionally curved and at least regionally twisted transport-track profile and has one or more slope stretches - and also has at least one abrupt change of the transport-track profile by approximately 90° with a diverting means there, characterized in that the at least one diverting means is in the form of a rotary device with a moving transport-track section , and - wherein the transport apparatus has a variation means for changing the passenger orientation relative to the direction of travel of the transport means , - wherein the rotary device has a controllable rotary drive and the rotating transport-track section for the transport means . - wherein the passengers are received on the respective transport means with a passenger orientation , - wherein the transport apparatus comprises a drive device for the one or more transport means , - wherein the transport track has an at least regionally curved and at least regionally twisted transport-track profile and has one or more slope stretches - and also has at least one abrupt change of the transport-track profile by approximately 90° with a diverting means there, characterized in that the at least one diverting means is in the form of a rotary device with a moving transport-track section , and - wherein the transport apparatus has a variation means for changing the passenger orientation relative to the direction of travel of the transport means , - wherein the rotary device has a controllable rotary drive and the rotating transport-track section for the transport means .
A method comprising: receiving , into a system, a 3D virtual reality, VR, video input having at least an 8k resolution; segmenting the received video input into video time segments; processing , according to a recipe, the video time segments in real-time into two or more viewports, wherein processing the video time segments into two or more viewports is performed in parallel and comprises re-encoding to several bitrates for generating ABR renditions for each viewport, wherein the recipe is a configuration file containing different descriptive blocks of viewports detailing the geometric and video encoding characteristics of the viewports of a block, as well as the period of time in which the viewports of a block are utilized for display; generating an adaptive bitrate rendition, ABR, manifest, wherein the ABR manifest is configured to contain all viewports in a same list; generating a viewport map file containing a mapping of which video segments in the ABR manifest belong to which viewports in 3D space; wherein the viewport map file furthermore contains information about spatial location of the viewports; generating metadata containing the information about the spatial location of the viewports, and furthermore containing information about how the viewports are configured in 3D space, and wherein the metadata is added into one or more video frames; and delivering processed video input from the system to a client device . receiving , into a system, a 3D virtual reality, VR, video input having at least an 8k resolution; segmenting the received video input into video time segments; processing , according to a recipe, the video time segments in real-time into two or more viewports, wherein processing the video time segments into two or more viewports is performed in parallel and comprises re-encoding to several bitrates for generating ABR renditions for each viewport, wherein the recipe is a configuration file containing different descriptive blocks of viewports detailing the geometric and video encoding characteristics of the viewports of a block, as well as the period of time in which the viewports of a block are utilized for display; generating an adaptive bitrate rendition, ABR, manifest, wherein the ABR manifest is configured to contain all viewports in a same list; generating a viewport map file containing a mapping of which video segments in the ABR manifest belong to which viewports in 3D space; wherein the viewport map file furthermore contains information about spatial location of the viewports; generating metadata containing the information about the spatial location of the viewports, and furthermore containing information about how the viewports are configured in 3D space, and wherein the metadata is added into one or more video frames; and delivering processed video input from the system to a client device .
A remote and centralized voicemail system comprising an external terminal adapted to be installed outside a dwelling ; an internal receiver terminal adapted to be installed inside said dwelling and provided with a VolP communication voicemail and associated with a push server , the system being configured to perform the following steps: - receiving, by means of the internal receiver terminal , a call originating from the external terminal ; - sending, by means of the internal receiver terminal , to the external terminal an automatic answering message to the aforesaid call, in the case in which the aforesaid call is not answered by a user within a predetermined time interval; - storing an audio/video message originating from the external terminal in a voicemail file; - storing the voicemail file in the internal receiver terminal ; - sending a push notification to the user by means of the push server to notify about the presence of the audio/video message in the voicemail file, said push notification comprising a dynamic telephone number to call to access the stored voicemail file, the system being further configured to allow the remote access by the user to the audio/video message in the voicemail file by means of a VolP call to the dynamic telephone number. - receiving, by means of the internal receiver terminal , a call originating from the external terminal ; - sending, by means of the internal receiver terminal , to the external terminal an automatic answering message to the aforesaid call, in the case in which the aforesaid call is not answered by a user within a predetermined time interval; - storing an audio/video message originating from the external terminal in a voicemail file; - storing the voicemail file in the internal receiver terminal ; - sending a push notification to the user by means of the push server to notify about the presence of the audio/video message in the voicemail file, said push notification comprising a dynamic telephone number to call to access the stored voicemail file, the system being further configured to allow the remote access by the user to the audio/video message in the voicemail file by means of a VolP call to the dynamic telephone number.
A method of generating a map of ambient lighting conditions, the method comprising: retrieving, by one or more processors , data generated by one or more vehicles identifying ambient lighting conditions at different locations at different points in time; identifying, by the one or more processors, one of a predetermined set of stopping locations (280-288) for a vehicle based on the different locations, wherein each stopping location is a location where a vehicle could stop selected through manual or automated analysis of the characteristics of each location and including pickup and drop off locations; arranging, by the one or more processors, at least some of the data into a plurality of buckets based on the different points in time and the identified one of the predetermined set of stopping locations, each bucket being associated with a particular period of time; and generating, by the one or more processors, the map using the plurality of buckets. retrieving, by one or more processors , data generated by one or more vehicles identifying ambient lighting conditions at different locations at different points in time; identifying, by the one or more processors, one of a predetermined set of stopping locations (280-288) for a vehicle based on the different locations, wherein each stopping location is a location where a vehicle could stop selected through manual or automated analysis of the characteristics of each location and including pickup and drop off locations; arranging, by the one or more processors, at least some of the data into a plurality of buckets based on the different points in time and the identified one of the predetermined set of stopping locations, each bucket being associated with a particular period of time; and generating, by the one or more processors, the map using the plurality of buckets.
Melt distributor for redirecting and dividing melt from a thermoplastic, wherein the melt distributor is connectable to a multi-layer extrusion head for production of multi-layer preforms from the melt of the multiple melt flows, and wherein the melt distributor comprises multiple trouser-like melt passages (5.1, 5.2, 5.3) and at least one or each trouser-like melt passage - has a feeding passage part and at least two discharging passage parts (7.1, 7.2), and - a branched transition is provided between the feeding passage part and the discharging passage parts (7.1, 7.2), and - the feeding passage part has an inlet for the melt at the end and each discharging passage part (7.1, 7.2) of a trouser-like melt passage (5.1, 5.2, 5.3) has an outlet for the melt at the end, - and wherein at least the branched transition is designed as a rounded Y-shaped line branch, and wherein the branched transition follows a continuously curved curve, the curvature of which is not equal to zero, between the feeding passage part and the two connected discharging passage parts (7.1, 7.2), - characterized in that the melt distributor is in the form of a one-piece component and all the trouser-like melt passages (5.1, 5.2, 5.3) are arranged in the one-piece component , and wherein the one-piece component with the trouser-like melt passages (5.1, 5.2, 5.3) is produced by means of a mould-less, additive manufacturing method for metallic materials. - has a feeding passage part and at least two discharging passage parts (7.1, 7.2), and - a branched transition is provided between the feeding passage part and the discharging passage parts (7.1, 7.2), and - the feeding passage part has an inlet for the melt at the end and each discharging passage part (7.1, 7.2) of a trouser-like melt passage (5.1, 5.2, 5.3) has an outlet for the melt at the end, - and wherein at least the branched transition is designed as a rounded Y-shaped line branch, and wherein the branched transition follows a continuously curved curve, the curvature of which is not equal to zero, between the feeding passage part and the two connected discharging passage parts (7.1, 7.2), - characterized in that the melt distributor is in the form of a one-piece component and all the trouser-like melt passages (5.1, 5.2, 5.3) are arranged in the one-piece component , and wherein the one-piece component with the trouser-like melt passages (5.1, 5.2, 5.3) is produced by means of a mould-less, additive manufacturing method for metallic materials.
Method for an enhanced level of authentication related to a software client application within a client computing device , wherein the client computing device comprises a subscriber identity module entity comprising a subscriber identity module toolkit as well as a subscriber identity module applet , wherein the subscriber identity module toolkit comprises a number of commands to be executed by the client computing device , wherein the software client application comprises an authentication-related command and/or module requiring a user action from a user of the client computing device , wherein the method comprises the following steps: -- in a first step, the authentication-related command and/or module is invoked by the software client application , and a first group of application protocol data units exchanged between the client computing device and the subscriber identity module entity , -- in a second step, subsequent to the first step, the subscriber identity module applet is triggered - by means of the first group of application protocol data units - to contact the subscriber identity module toolkit and/or to trigger an event and thereby invoke a command of the subscriber identity module toolkit , -- in a third step, subsequent to the second step, a second group of application protocol data units are exchanged between the client computing device and the subscriber identity module entity , wherein the subscriber identity module toolkit thereby triggers the client computing device to request the user action from the user of the client computing device . -- in a first step, the authentication-related command and/or module is invoked by the software client application , and a first group of application protocol data units exchanged between the client computing device and the subscriber identity module entity , -- in a second step, subsequent to the first step, the subscriber identity module applet is triggered - by means of the first group of application protocol data units - to contact the subscriber identity module toolkit and/or to trigger an event and thereby invoke a command of the subscriber identity module toolkit , -- in a third step, subsequent to the second step, a second group of application protocol data units are exchanged between the client computing device and the subscriber identity module entity , wherein the subscriber identity module toolkit thereby triggers the client computing device to request the user action from the user of the client computing device .
A catheter tip comprising: a proximal capsule portion ; a distal capsule portion , releasably coupled to the proximal capsule portion , comprising: a distal tip for connecting to an inner shaft of a delivery catheter ; and a prosthesis containment sleeve ; an intermediate shaft , having a prosthesis retainer located at a distal end; and a self-expanding centering element attached to the intermediate shaft , located proximally from the prosthesis retainer , and configured to guide the distal capsule portion and the proximal capsule portion together when closing distal and proximal capsule portions; characterised in that the self-expanding centering element is configured such that, during loading and deployment, the self-expanding centering element is collapsed under a valve prosthesis. a proximal capsule portion ; a distal capsule portion , releasably coupled to the proximal capsule portion , comprising: a distal tip for connecting to an inner shaft of a delivery catheter ; and a prosthesis containment sleeve ; an intermediate shaft , having a prosthesis retainer located at a distal end; and a self-expanding centering element attached to the intermediate shaft , located proximally from the prosthesis retainer , and configured to guide the distal capsule portion and the proximal capsule portion together when closing distal and proximal capsule portions; characterised in that the self-expanding centering element is configured such that, during loading and deployment, the self-expanding centering element is collapsed under a valve prosthesis. a distal tip for connecting to an inner shaft of a delivery catheter ; and a prosthesis containment sleeve ; an intermediate shaft , having a prosthesis retainer located at a distal end; and a self-expanding centering element attached to the intermediate shaft , located proximally from the prosthesis retainer , and configured to guide the distal capsule portion and the proximal capsule portion together when closing distal and proximal capsule portions; characterised in that the self-expanding centering element is configured such that, during loading and deployment, the self-expanding centering element is collapsed under a valve prosthesis.
A piston ring comprising an endless base ring and a sealing ring , wherein the base ring has a radially outwardly directed base ring face , and wherein the sealing ring has a radially outwardly directed sealing face and a radially inwardly directed, circular sealing ring inner side , wherein the endless base ring and the sealing ring are arranged in succession in a longitudinal direction (L) perpendicular to the circumferential direction (U), characterized in that the sealing ring has three tangential cuts , which extend tangentially with respect to the sealing ring inner side , with the result that the sealing ring comprises three sealing ring segments , which are arranged in succession in a circumferential direction (U) and which are separated by the tangential cut , that a top ring is arranged so as to adjoin the sealing ring in the longitudinal direction (L), in that the top ring has a radially outwardly directed top ring outer side and a radially inwardly directed top ring inner side , in that the top ring has, on the side facing away from the sealing ring , at least one radially extending return flow channel , which extends in the radial direction along the entire width of the top ring , in that the sealing face protrudes in the radial direction beyond the top ring outer side and the base ring face , and in that the base ring and the top ring have a higher tensile strength than the sealing ring .
A system for controlling a crop unloading tube position of an agricultural harvester , the system comprising a frame and a crop unloading tube coupled to the frame , the crop unloading tube configured to discharge harvested crop from the agricultural harvester into a crop-receiving vehicle , the system further comprising one or more actuators configured to move the crop unloading tube relative to the frame , the system comprising a sensor configured to capture data indicative of a presence of the crop receiving vehicle within a crop unloading zone of the agricultural harvester ; and a computing system communicatively coupled to the sensor , characterized in that the computing system is configured to: receive an input indicative of a characteristic of the crop receiving vehicle ; select a predetermined crop unloading position from a plurality of predetermined crop unloading positions based on the characteristic of the crop receiving vehicle , determine when the crop receiving vehicle is present within the crop unloading zone based on the data captured by the sensor ; and when it is determined that the crop receiving vehicle is present within the crop unloading zone , control an operation of the one or more actuators such that the crop unloading tube is moved relative to the frame from a current position to said predetermined crop unloading position. a sensor configured to capture data indicative of a presence of the crop receiving vehicle within a crop unloading zone of the agricultural harvester ; and a computing system communicatively coupled to the sensor , characterized in that the computing system is configured to: receive an input indicative of a characteristic of the crop receiving vehicle ; select a predetermined crop unloading position from a plurality of predetermined crop unloading positions based on the characteristic of the crop receiving vehicle , determine when the crop receiving vehicle is present within the crop unloading zone based on the data captured by the sensor ; and when it is determined that the crop receiving vehicle is present within the crop unloading zone , control an operation of the one or more actuators such that the crop unloading tube is moved relative to the frame from a current position to said predetermined crop unloading position. receive an input indicative of a characteristic of the crop receiving vehicle ; select a predetermined crop unloading position from a plurality of predetermined crop unloading positions based on the characteristic of the crop receiving vehicle , determine when the crop receiving vehicle is present within the crop unloading zone based on the data captured by the sensor ; and when it is determined that the crop receiving vehicle is present within the crop unloading zone , control an operation of the one or more actuators such that the crop unloading tube is moved relative to the frame from a current position to said predetermined crop unloading position.
A method of predicting a fault in a rolling bearing , the rolling bearing including inner and outer rings and rolling bodies evenly angularly distributed therebetween, the method comprising: • processing a position signal ( x(t) ) indicative of a relative angular position of the inner ring with respect to the outer ring , and a vibration signal (y(t)) indicative of speed-related vibrations in the rolling bearing , such that they correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies or an integer number of complete rotations of the inner ring with respect to the outer ring ; • space sampling the processed vibration signal ( ŷ(t) ) based on the processed position signal ( x̂(t) ); and • predicting a fault in the rolling bearing based on the space-sampled vibration signal ( ỹ(t) ); characterized in that processing the position and vibration signals ( x(t) , y(t) ) includes: • removing from the position and vibration signals (x(t), y(t)) those portions thereof that cause the same not to correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies of the rolling bearing or an integer number of complete rotations of the inner ring with respect to the outer ring ; and • merging together the remaining portions of the position signal (x(t)) one after the other and merging together the remaining portions of the vibration signal (y(t)) one after the other • processing a position signal ( x(t) ) indicative of a relative angular position of the inner ring with respect to the outer ring , and a vibration signal (y(t)) indicative of speed-related vibrations in the rolling bearing , such that they correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies or an integer number of complete rotations of the inner ring with respect to the outer ring ; • space sampling the processed vibration signal ( ŷ(t) ) based on the processed position signal ( x̂(t) ); and • predicting a fault in the rolling bearing based on the space-sampled vibration signal ( ỹ(t) ); • removing from the position and vibration signals (x(t), y(t)) those portions thereof that cause the same not to correspond to either an angular displacement of the rolling bodies equal to an integer number of angular gaps between adjacent rolling bodies of the rolling bearing or an integer number of complete rotations of the inner ring with respect to the outer ring ; and • merging together the remaining portions of the position signal (x(t)) one after the other and merging together the remaining portions of the vibration signal (y(t)) one after the other