mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions to perform acts that: obtain a merge conflict tuple (A, B, O), where A and B are programs having modifications made to code base O; represent the merge tuple as n input sequences; and predict a resolution strategy to merge changes in program A and changes in program B into code base O using a neural transformer system, wherein the neural transformer system includes n neural encoder transformer models (400; 520), wherein each neural encoder transformer model receives a select one of the n input sequences, wherein the neural transformer system aggregates output from each neural encoder transformer model to generate an output probability distribution of c classes, wherein a class represents a particular resolution strategy, wherein the predicted resolution strategy has a highest probability. one or more processors; and a memory that stores one or more programs that are configured to be executed by the one or more processors, the one or more programs including instructions to perform acts that: obtain a merge conflict tuple (A, B, O), where A and B are programs having modifications made to code base O; represent the merge tuple as n input sequences; and predict a resolution strategy to merge changes in program A and changes in program B into code base O using a neural transformer system, wherein the neural transformer system includes n neural encoder transformer models (400; 520), wherein each neural encoder transformer model receives a select one of the n input sequences, wherein the neural transformer system aggregates output from each neural encoder transformer model to generate an output probability distribution of c classes, wherein a class represents a particular resolution strategy, wherein the predicted resolution strategy has a highest probability. obtain a merge conflict tuple (A, B, O), where A and B are programs having modifications made to code base O; represent the merge tuple as n input sequences; and predict a resolution strategy to merge changes in program A and changes in program B into code base O using a neural transformer system, wherein the neural transformer system includes n neural encoder transformer models (400; 520), wherein each neural encoder transformer model receives a select one of the n input sequences, wherein the neural transformer system aggregates output from each neural encoder transformer model to generate an output probability distribution of c classes, wherein a class represents a particular resolution strategy, wherein the predicted resolution strategy has a highest probability.
Sound transducer comprising a plurality of single transducers, wherein the single transducers have a carrier and a piezoelectric element with a first electrode and a second electrode, wherein the single transducers are adhesively attached to a flexible film in the form of an array, and characterized in that all of the surfaces of the single transducers that are not connected to the flexible film are surrounded by an encapsulating material having vibration damping properties.
Sealing device for cylindrical or conical orifices, having an elongate sealing body made of elastically deformable material, a tension bolt which extends through the middle, free passage region of the sealing body, a tension bush seated at the inner end of the tension bolt, a brace which is arranged at the outer end of the tension bolt and through which the tension bolt engages, and an actuation element which acts upon the outer end, projecting through the brace, of the tension bolt and which, when a tensile force is exerted upon the tension bolt, deforms the sealing body and at the same time enlarges its outer circumference, wherein the sealing body is over its length of concave form, and wherein the two regions of the sealing body which are adjacent to the narrowest point are of essentially frustoconical form (17, 18), characterized in that the sealing device is designed such that, when the tension belt is actuated, the contraction of the sealing body gives rise at its thinnest point to a rolling zone in which a first surface is pushed below a second surface and the second surface rolls on the first surface, as a result of which, when the deformation process progresses further, a bead occurs in each case in front of and behind the rolling zone and two sealing lips are formed, specifically a rear sealing lip near the brace and a front sealing lip near the tension bush.
Use of a plasto-elastic material in an absorbent article wherein said absorbent article is a disposable diaper said disposable diaper being selected from the group consisting of pant style diapers and open style diapers, wherein said plasto-elastic material comprises a combination of an elastomeric polypropylene and a polyolefin, said combination being selected from polymeric blends or polymeric mixtures, Characterized in that: a) said material has substantially plastic properties when said absorbent article is subjected to an initial strain cycle such that said material is provided with a set of at least 30%, preferably at least 70%, by said initial strain cycle; and b) said material has substantially elastic properties when subjected to at least a second strain cycle, said substantially elastic properties serving to facilitate conformity of said article a wearer's body shape, wherein said absorbent article has a waist region, a crotch region, a longitudinal centerline and a lateral centerline and said absorbent article additionally comprises at least one feature selected from the group consisting of: a liquid permeable topsheet, a liquid impermeable backsheet, an ear, a side panel, a waist band, a belt, a fastener component and combinations thereof; wherein said plasto-elastic material is joined to or disposed on at least one of said features in a stretch zone, wherein the plasto-elastic material is disposed on said feature in a linear stretch zone, and wherein said linear stretch zone is disposed at an angle of between 0° and +50°, with respect to said lateral centerline. a) said material has substantially plastic properties when said absorbent article is subjected to an initial strain cycle such that said material is provided with a set of at least 30%, preferably at least 70%, by said initial strain cycle; and b) said material has substantially elastic properties when subjected to at least a second strain cycle, said substantially elastic properties serving to facilitate conformity of said article a wearer's body shape,
A method implemented in a Dynamic Adaptive Streaming over Hypertext Transfer Protocol, HTTP, DASH, content server, the method comprising: receiving, by a receiver, media content including a virtual reality, VR, video sequence, the media content comprising a plurality of viewpoints, and the media content further including a timed metadata representation; generating, by a processor, a DASH Media Presentation Description, MPD, including an indication specifying that a portion of the media content related to a first viewpoint is associated with the timed metadata representation; receiving, by the receiver, a request from a client for the media content; and transmitting, by a transmitter of the DASH content server, the DASH MPD including the indication to the client in response to receiving the request to support communication of the media content to the client; wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the adaptation sets of the media content to the timed metadata representation; or wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the plurality of viewpoints to the timed metadata representation; or. wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more preselections of the media content to the timed metadata representation. receiving, by a receiver, media content including a virtual reality, VR, video sequence, the media content comprising a plurality of viewpoints, and the media content further including a timed metadata representation; generating, by a processor, a DASH Media Presentation Description, MPD, including an indication specifying that a portion of the media content related to a first viewpoint is associated with the timed metadata representation; receiving, by the receiver, a request from a client for the media content; and transmitting, by a transmitter of the DASH content server, the DASH MPD including the indication to the client in response to receiving the request to support communication of the media content to the client; wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the adaptation sets of the media content to the timed metadata representation; or wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more of the plurality of viewpoints to the timed metadata representation; or. wherein the indication is an association identifier, ID, that is a representation attribute that associates a list of one or more preselections of the media content to the timed metadata representation.
A load bed having at least three different positions including a backward dumping position, a backward tilted position and a transport position, the load bed being provided with a lifting arrangement which can bring the load bed from the transport position to the dumping position or to the tilted position, wherein the transition from the transport position to the tilted position is obtained exclusively through a pure rotation of the load bed characterized in that the load bed is further provided at the back end with two doors (31, 32), and these two doors can pivot about both a horizontal hinge and a vertical hinge by means of an L- shaped subframe connected to the horizontal hinge to rotate horizontally relative to the load bed on one hand and on the other hand bearing the vertical hinge where the doors can rotate about between an open and closed situation, and they can be put into three different positions a. horizontally opened, when the doors have been pivoted about the horizontal hinge in the tilted position of the load bed for loading and unloading. b. vertically opened, when the doors have been pivoted about the vertical hinge adapted to dump bulk in the dumping position of the load bed, and c. closed in the transport position of the load bed; whereby, when the load bed is in the dumping position, the back end doors are pivoting about the vertical hinge over an angle of 270°. a. horizontally opened, when the doors have been pivoted about the horizontal hinge in the tilted position of the load bed for loading and unloading. b. vertically opened, when the doors have been pivoted about the vertical hinge adapted to dump bulk in the dumping position of the load bed, and c. closed in the transport position of the load bed;
Method for purifying a gas stream comprising a main compound, in which a liquefied product stream, enriched with main compound, is vaporised at at least two pressure levels, two gas streams at two pressure levels are thus recovered, the first gas stream recovered at the lower pressure is compressed using an intermediate compression means to the pressure of the second recovered stream before being mixed therewith, and finally the mixed stream enriched with main compound is introduced into a "final" piece of equipment that does not tolerate a fluctuation of flow rate and/or of pressure above a critical percentage, said method being characterised in that the enriched mixed stream of main compound is introduced into a buffer tank before being introduced into the final piece of equipment.
An insertion-type edge strip of plastic or plastic composite material, designed for insertion into a reveal plate, in particular a reveal plate on a thermal insulation of a building reveal, said edge strip having attached thereto a net-like reinforcing fabric section, in particular of plastic and/or glass silk or fibre glass fabric, to be embedded in or beneath a plaster layer, in particular a plaster layer on a thermal insulation of a building wall, comprising: an insertion leg by which the insertion-type edge strip can be inserted into an end face of the reveal plate and thus can be mounted with respect to the reveal plate; a plastering portion intended for plastering into the plaster layer; and/or an end-face leg provided for abutment against the end face of the reveal plate, characterised in that the reinforcing fabric portion is pivotally attached to the plastering portion or to the end-face leg such that it is pivotable between a plastering position, in which the reinforcing fabric portion is substantially parallel to the end face side of the reveal plate to be covered by plaster and/or parallel to the end-face leg, and a pivoted-away position permitting access to the end-face leg which is to be covered by plaster; the pivotable attachment comprises a pivotable leg on which the reinforcing fabric section is attached, and a flexible transition portion connecting an end of the pivotable leg to a location of the plastering portion or of the end-face leg; and the flexible transition portion is in the form of a film hinge. an insertion leg by which the insertion-type edge strip can be inserted into an end face of the reveal plate and thus can be mounted with respect to the reveal plate; a plastering portion intended for plastering into the plaster layer; and/or an end-face leg provided for abutment against the end face of the reveal plate, characterised in that the reinforcing fabric portion is pivotally attached to the plastering portion or to the end-face leg such that it is pivotable between a plastering position, in which the reinforcing fabric portion is substantially parallel to the end face side of the reveal plate to be covered by plaster and/or parallel to the end-face leg, and a pivoted-away position permitting access to the end-face leg which is to be covered by plaster; the pivotable attachment comprises a pivotable leg on which the reinforcing fabric section is attached, and a flexible transition portion connecting an end of the pivotable leg to a location of the plastering portion or of the end-face leg; and the flexible transition portion is in the form of a film hinge.
Assembly (1, 1') for connecting a flat body to a voltage supply, having a ribbon cable, a control unit, and a connection element, wherein the voltage supply is provided at least to supply the control unit with an electric voltage and the flat body has - an electrically conductive structure, - a capacitive switching surface for generating a control signal, and the control unit is provided to receive the control signal, - wherein the assembly has a housing with a line connection between an electrical conductor and a flat strip conductor running in the ribbon cable - wherein the control unit is arranged in the housing, characterized in that the control unit is embedded in an insulating material (8, 8') between the flat body and the connection element and that the housing has a setting means for adjusting a sensitivity of the control unit. - an electrically conductive structure, - a capacitive switching surface for generating a control signal, and the control unit is provided to receive the control signal, - wherein the assembly has a housing with a line connection between an electrical conductor and a flat strip conductor running in the ribbon cable - wherein the control unit is arranged in the housing, characterized in that the control unit is embedded in an insulating material (8, 8') between the flat body and the connection element and that the housing has a setting means for adjusting a sensitivity of the control unit. characterized in that the control unit is embedded in an insulating material (8, 8') between the flat body and the connection element and that the housing has a setting means for adjusting a sensitivity of the control unit.
A storage system for storing board stacks, for use in factories fabricating boards, especially OSB, MDF, or particle boards, the storage system comprising at least one main wagon moving in a crosswise direction and at least one pair of satellite wagons moving in a longitudinal direction, the satellite wagons of which satellite wagon pair are arranged to move side by side and to carry the board stacks from below, and of storage rows that comprise three longitudinal supports, from which storage rows or onto which storage rows the board stacks are transferred, and which main wagon and satellite wagon pair have energy supply systems separated from each other for moving the aforementioned main wagon and aforementioned satellite wagon pair, characterized in that a satellite wagon pair is arranged to take the energy it needs for moving itself and for a lifting task from the main wagon when it is on the main wagon for the purpose of a crosswise movement, and when it is on a certain storage row the satellite wagon pair is arranged to take the energy it needs for moving itself and for a lifting task from the energy supply system (13, 14) of said storage row.
Method to control the operation of a wind turbine above a certain wind speed threshold value, - wherein electrical output power is produced by rotating blades of the wind turbine and wherein the produced output power is fed in a grid, which is connected with the wind turbine, - wherein the wind speed is determined and is compared with a certain predefined wind speed threshold value, - wherein the wind turbine is controlled by a first control loop and by a second control loop, which are activated if the wind speed reaches or exceeds the wind speed threshold value, - wherein both controls are performed in an independent manner, - wherein the activated first control loop controls the output power in dependency of the wind speed, - wherein the output power of the wind turbine is reduced from a nominal value to a lower value if the determined wind speed reaches or exceeds the wind speed threshold value, - wherein the activated second control loop controls the rotational speed of the rotating blades in dependency of the wind turbulences, - wherein wind turbulences are determined and are compared with a certain predefined wind turbulence threshold value, - wherein the rotational speed of the rotating blades is reduced from a nominal value to a lower value if the wind turbulence threshold value is reached or exceeded. - wherein electrical output power is produced by rotating blades of the wind turbine and wherein the produced output power is fed in a grid, which is connected with the wind turbine, - wherein the wind speed is determined and is compared with a certain predefined wind speed threshold value, - wherein the wind turbine is controlled by a first control loop and by a second control loop, which are activated if the wind speed reaches or exceeds the wind speed threshold value, - wherein both controls are performed in an independent manner, - wherein the activated first control loop controls the output power in dependency of the wind speed, - wherein the output power of the wind turbine is reduced from a nominal value to a lower value if the determined wind speed reaches or exceeds the wind speed threshold value, - wherein the activated second control loop controls the rotational speed of the rotating blades in dependency of the wind turbulences, - wherein wind turbulences are determined and are compared with a certain predefined wind turbulence threshold value, - wherein the rotational speed of the rotating blades is reduced from a nominal value to a lower value if the wind turbulence threshold value is reached or exceeded.
A method for access control management of an access control system, comprising the steps of: associating a user with a locking device, associating the user with user credentials and giving access to the locking device by an administrator using an access management server; installing an access application to a mobile device; inputting user credentials into the access application and selecting to access the locking device and/or performing a lock command and transmitting a request to the access management server; validating the request and/or the user credentials by the access management server, determining that the user and/or mobile device is associated with the locking device and transferring access credentials for the locking device to the mobile device; searching for a wireless access point that is in communication with the locking device by the mobile device; verifying access point credentials of the wireless access point by the mobile device upon finding and connecting to the wireless access point, to ensure that the wireless access point is connected to the locking device and is authorized to perform lock commands; transmitting an open command and access and/or user credentials to the wireless access point by the mobile device and validating the access and/or user credentials by the wireless access point; sending the open command to the locking device by the wireless access point. associating a user with a locking device, associating the user with user credentials and giving access to the locking device by an administrator using an access management server; installing an access application to a mobile device; inputting user credentials into the access application and selecting to access the locking device and/or performing a lock command and transmitting a request to the access management server; validating the request and/or the user credentials by the access management server, determining that the user and/or mobile device is associated with the locking device and transferring access credentials for the locking device to the mobile device; searching for a wireless access point that is in communication with the locking device by the mobile device; verifying access point credentials of the wireless access point by the mobile device upon finding and connecting to the wireless access point, to ensure that the wireless access point is connected to the locking device and is authorized to perform lock commands; transmitting an open command and access and/or user credentials to the wireless access point by the mobile device and validating the access and/or user credentials by the wireless access point; sending the open command to the locking device by the wireless access point.