mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving, on a computing device, an identification of a conversation including a plurality of conversation participants within a group messaging system; receiving, on the computing device, a request to schedule an event relative to the conversation; creating, on the computing device, the event having a plurality of event participants based on, at least in part, the plurality of conversation participants; transmitting, on the computing device, a notification of the event to the plurality of event participants; and obtaining one or more event attributes, the obtaining includes: receiving a first set of event attributes from one or more of the plurality of event participants, said first set of event attributes comprising a location of each of said plurality of event participants; and determining a second set of event attributes, on the computing device, including determining an event location attribute specifying a location of the event that is generally central to at least a majority of the one or more event participants. receiving, on a computing device, an identification of a conversation including a plurality of conversation participants within a group messaging system; receiving, on the computing device, a request to schedule an event relative to the conversation; creating, on the computing device, the event having a plurality of event participants based on, at least in part, the plurality of conversation participants; transmitting, on the computing device, a notification of the event to the plurality of event participants; and obtaining one or more event attributes, the obtaining includes: receiving a first set of event attributes from one or more of the plurality of event participants, said first set of event attributes comprising a location of each of said plurality of event participants; and determining a second set of event attributes, on the computing device, including determining an event location attribute specifying a location of the event that is generally central to at least a majority of the one or more event participants. receiving a first set of event attributes from one or more of the plurality of event participants, said first set of event attributes comprising a location of each of said plurality of event participants; and determining a second set of event attributes, on the computing device, including determining an event location attribute specifying a location of the event that is generally central to at least a majority of the one or more event participants.
A method, performed by a wireless device, for managing probe messages for verifying a required level of a connectivity for a service of the wireless device towards a wireless network, wherein the required level of the connectivity relates to a probability for said service to maintain connectivity towards the wireless network, wherein the method comprises: obtaining an estimated level of the connectivity for the service; and adjusting an amount of the probe messages based on the required level of the connectivity and the estimated level of the connectivity, wherein the probe messages are sent, by the wireless device, to the wireless network for verification of the required level of the connectivity. obtaining an estimated level of the connectivity for the service; and adjusting an amount of the probe messages based on the required level of the connectivity and the estimated level of the connectivity, wherein the probe messages are sent, by the wireless device, to the wireless network for verification of the required level of the connectivity.
Device for removing feed from feed supply stores, in particular from flat silos, which device is attachable pivotably to a feed-mixing wagon and, at the outer end of its pivoting arm, which is provided with a conveyor belt and forms a conveyor shaft, bears a removal apparatus which severs silage on the end side of flat silos and can transfer said silage to the conveyor belt for forwarding into a mixing container, wherein - the removal width noticeably exceeds the conveyor shaft width of the pivoting arm, - the removal apparatus is provided with a conveyor roller and a pivotable directing apparatus, - the conveyor roller comprises conveyor screws (23, 24), the conveying direction of which is in each case directed from the outside to the centre, and therefore the silage coming into contact with the conveyor roller is supplied to the conveyor belt, - the conveyor roller conveys the severed feed within a conveyor passage, which is formed by the inner sides of an end wall and of a housing, to the opening of the conveyor shaft, characterized in that the directing apparatus comprises the end wall on which a cutting bar is arranged at the lower end, and wherein the end wall supports the cutting bar, and therefore, during the removal of feed from a flat silo, the cutting bar severs the feed from the silo stock and said feed is directed away by means of the conveyor roller located therebehind. - the removal width noticeably exceeds the conveyor shaft width of the pivoting arm, - the removal apparatus is provided with a conveyor roller and a pivotable directing apparatus, - the conveyor roller comprises conveyor screws (23, 24), the conveying direction of which is in each case directed from the outside to the centre, and therefore the silage coming into contact with the conveyor roller is supplied to the conveyor belt, - the conveyor roller conveys the severed feed within a conveyor passage, which is formed by the inner sides of an end wall and of a housing, to the opening of the conveyor shaft,
An electrode array for neuromodulation, comprising a first electrode section with more than two electrodes being arranged parallel, further comprising a second electrode section with more electrodes than in the first electrode section, characterised in that the electrodes of the first electrode section are denser packed compared to the electrodes of the second electrode section, and the electrodes in the second electrode section are arranged symmetrically with respect to the longitudinal axis and transversal offset to each other.
Mechanism for controlling the reciprocating movement of the grippers in a shuttleless weaving loom, comprising a slider provided with an reciprocating rectilinear movement, a variable-pitch worm screw drawn by such slider into an reciprocating rotary movement, a toothed gear coaxial and integral with said variable-pitch worm screw, and perforated flexible straps which engage, on one end, with the teeth of said gear and which control, with the opposite end, said grippers and wherein the movement from said slider to the variable-pitch worm screw is transferred through a coupling comprising multiple pairs of opposite sliding blocks (P, 6), pivoted on said slider and slidable on the opposite lateral surfaces of the threads of said variable-pitch worm screw, characterised in that said pairs of sliding blocks are integral to each other and with a common support pivoted idle on the slider according to an axis orthogonal to the axis of the variable-pitch worm screw.
Method for manufacturing a subassembly for a tyre comprising the following steps: - providing an assembly comprising a first structure, a second structure and a supporting structure, - the first structure being formed by filamentary elements and having a longitudinal edge (10a, 10b) extending in a first direction which defines a first axis, - the second structure being formed by filamentary elements and having a longitudinal edge (12a, 12b) extending in a second direction which defines a second axis, - the supporting structure comprising supporting filamentary elements linking the first structure and the second structure, - positioning the first structure on the second structure such that the first axis and the second axis are substantially parallel, and - securely fixing the first structure onto the second structure using a securing element so as to hold the first structure in position relative to the second structure and to prevent any movement of the first structure relative to the second structure in order to obtain an assembly, said method being characterized in that it comprises the following step: - cutting the assembly along the securing element so as to separate said securing element from the rest of the assembly and to obtain at least one subassembly without securing element. - providing an assembly comprising a first structure, a second structure and a supporting structure, - the first structure being formed by filamentary elements and having a longitudinal edge (10a, 10b) extending in a first direction which defines a first axis, - the second structure being formed by filamentary elements and having a longitudinal edge (12a, 12b) extending in a second direction which defines a second axis, - the supporting structure comprising supporting filamentary elements linking the first structure and the second structure, - the first structure being formed by filamentary elements and having a longitudinal edge (10a, 10b) extending in a first direction which defines a first axis, - the second structure being formed by filamentary elements and having a longitudinal edge (12a, 12b) extending in a second direction which defines a second axis, - the supporting structure comprising supporting filamentary elements linking the first structure and the second structure, - positioning the first structure on the second structure such that the first axis and the second axis are substantially parallel, and - securely fixing the first structure onto the second structure using a securing element so as to hold the first structure in position relative to the second structure and to prevent any movement of the first structure relative to the second structure in order to obtain an assembly, said method being characterized in that it comprises the following step: - cutting the assembly along the securing element so as to separate said securing element from the rest of the assembly and to obtain at least one subassembly without securing element. - cutting the assembly along the securing element so as to separate said securing element from the rest of the assembly and to obtain at least one subassembly without securing element.
A road milling machine comprising: a mainframe with front and rear ends (2a, 2b) and a center; a rotatable cutter drum coupled with the mainframe four crawler assemblies each movably coupled with the mainframe so as to be angularly displaceable about a vertical axis and including a frame, a plurality of wheels rotatably mounted to the frame, an endless track disposed about the wheels, and a motor configured to rotate at least one wheel in opposing angular directions so as to drive the endless belt in opposing angular directions about the plurality of wheels, the four crawler assemblies being spaced apart and located with respect to the mainframe so as to define front and rear pairs (PF, PB) of crawler assemblies as well as left and right pairs (PL, PR) of crawler assemblies; four steering actuators each operatively coupled with a separate one of the four crawler assemblies and configured to angularly displace the coupled crawler assembly about the vertical axis; and a control operatively coupled with each one of the four steering actuators and with each one of the four motors, the control being configured to separately operate each steering actuator such that each crawler assembly is angularly displaceable about the associated vertical axis independently of the other three crawler assemblies and to separately operate each motor such that each crawler endless track is rotated about the associated plurality of wheels independently of the endless tracks of the other three crawler assemblies; characterized in that the control being configured to selectively operate the four steering actuators in a plurality of different steering modes (MS N), one steering mode being a circle steer mode (MS CS) such that one of the front pair of crawler assemblies (13A, 13B) is independently angularly displaced in a first direction (A 1) about the crawler vertical axis, the other one of the front pair of crawler assemblies (13A, 13B) is independently angularly displaced in a second, opposing direction (A 2) about the crawler vertical axis, one of the rear pair of crawler assemblies (13C, 13D) is independently angularly displaced in the first direction (A 1) about the crawler axis, and the other one of the rear pair of crawler assemblies (13C, 13D) is independently angularly displaced in the second direction (A 2) about the crawler axis and wherein said circle steer mode (MS CS) is enabled by said four steering actuators and two pumps (16A, 16B) capable of driving left and right crawler pairs (PL, PR) in opposing directions to rotate the mainframe about its center without any substantial linear displacement of the center.
Escalator or moving walkway (1, 21) with two access areas (2, 32), by which the escalator or the moving walkway (1, 21) can be entered or respectively exited, as well as with components generating thermal losses (8, 9, 38, 39, 101), arranged in at least one of the access areas (2, 32) in a component compartment (7, 37) below a walkable cover (10, 40), characterized in that the escalator or the moving walkway (1, 21) comprises at least one walkable access module (18, 28, 48, 68, 78, 88), which is arranged adjacent to the component compartment (7, 37) and that the walkable access module (18, 28, 48, 68, 78, 88) has a walkable area (12, 22, 52) and a cavity (15, 25, 45, 65, 75, 85), wherein at least one opening (14, 41, 42, 61, 62, 71, 72, 81, 82, 83) is present between the component compartment (7, 37) and the cavity (15, 25, 45, 65, 75, 85) through which the thermal energy of the components generating thermal losses (8, 9, 38, 39, 101) can be transferred from the component compartment (7, 37) to the cavity (15, 25, 45, 65, 75, 85).
A mushroom-type hook strap for mechanical fasteners which is produced by using a method comprising the steps of: providing a rotational molding roller, the molding roller having a plurality of substantially Y-shaped molding cavities formed in an outer periphery surface thereof and a cooling device provided therein; providing an extruder, the extruder having a extruding die disposed imminently close to the outer periphery surface of the rotational molding roller with a gap being formed therebetween; feeding a thermoplastic material to the extruder and melting the thermoplastic material in the extruder so as to extrude the melted thermoplastic material into the plurality of substantially Y-shaped molding cavities and onto the outer periphery surface of the rotational molding roller through the extruding die; cooling the thermoplastic material on the outer periphery surface of the rotational molding roller and within the substantially Y-shaped molding cavities with the cooling device so as to form a hook strap on which a plurality of hook preforms are molded into a tetragon peg, each preform having a substantially V-shaped free end; peeling off the hook strap from the molding roller; and feeding the hook strap through a nip formed between a pair of calendar rolls (50, 52), wherein the calendar roll that contacts the V-shaped free end of the hook preforms is heated to a temperature above a plastic deforming temperature of the plastic material so as to deform the V-shaped free end of each hook preform into a polygonal head shape and thereby forming a mushroom type hook having a polygonal head portion. providing a rotational molding roller, the molding roller having a plurality of substantially Y-shaped molding cavities formed in an outer periphery surface thereof and a cooling device provided therein; providing an extruder, the extruder having a extruding die disposed imminently close to the outer periphery surface of the rotational molding roller with a gap being formed therebetween; feeding a thermoplastic material to the extruder and melting the thermoplastic material in the extruder so as to extrude the melted thermoplastic material into the plurality of substantially Y-shaped molding cavities and onto the outer periphery surface of the rotational molding roller through the extruding die; cooling the thermoplastic material on the outer periphery surface of the rotational molding roller and within the substantially Y-shaped molding cavities with the cooling device so as to form a hook strap on which a plurality of hook preforms are molded into a tetragon peg, each preform having a substantially V-shaped free end; peeling off the hook strap from the molding roller; and feeding the hook strap through a nip formed between a pair of calendar rolls (50, 52), wherein the calendar roll that contacts the V-shaped free end of the hook preforms is heated to a temperature above a plastic deforming temperature of the plastic material so as to deform the V-shaped free end of each hook preform into a polygonal head shape and thereby forming a mushroom type hook having a polygonal head portion.
A gene delivery system for coexpressing a granulocyte-macrophage stimulating factor (GM-CSF), Flt3L-TRAIL, shTGF-β and shHSP, comprising: a GM-CSF gene; a F1t3L-TRAIL fusion gene; shRNA inhibiting TGF-β expression (shTGF-β) and shRNA inhibiting HSP expression (shHSP).
A downhole straddle assembly for straddling over a zone downhole in a well, the straddle assembly comprising: - a plurality of tubular sections mounted end to end in succession to form one tubular pipe having a first end tubular section forming a first open end of the tubular pipe, and a second end tubular section forming a second open end of the tubular pipe, said tubular pipe having an outer diameter (OD s), characterized in that the tubular section mounted to the first end tubular section is a first expandable metal sleeve being more pliant than the first end tubular section, and the tubular section mounted to the second end tubular section is a second expandable metal sleeve being more pliant than the second end tubular section. - a plurality of tubular sections mounted end to end in succession to form one tubular pipe having a first end tubular section forming a first open end of the tubular pipe, and a second end tubular section forming a second open end of the tubular pipe, said tubular pipe having an outer diameter (OD s), characterized in that
A computer-implemented method comprising: causing, at least in part, a specification of one or more prioritization attributes (1003, 1005, 1007, 1009) for one or more sensors associated with at least one transmitting entity (701; 809, 811, 813; 901, 903); and processing of the one or more prioritization attributes to determine whether to cause, at least in part, (a) a transmission of sensor data associated with the one or more sensors to at least one receiving entity (801; 901, 903), (b) a caching of the sensor data prior to a batch transmission of the sensor data to the at least one receiving entity, or (c) a combination thereof, wherein the one or more prioritization attributes include: a polling frequency which indicates how often the sensor data may be accessed; a cacheability indicator which indicates whether sensor data may be cached before transmission or whether the sensor data should be transmitted in real time; a maximum cache duration which indicates the maximum time that sensor data may be cached; an acceptable deviation criterion which indicates a significant deviation required from sensor data that has already been cached; or a combination thereof. causing, at least in part, a specification of one or more prioritization attributes (1003, 1005, 1007, 1009) for one or more sensors associated with at least one transmitting entity (701; 809, 811, 813; 901, 903); and processing of the one or more prioritization attributes to determine whether to cause, at least in part, (a) a transmission of sensor data associated with the one or more sensors to at least one receiving entity (801; 901, 903), (b) a caching of the sensor data prior to a batch transmission of the sensor data to the at least one receiving entity, or (c) a combination thereof, wherein the one or more prioritization attributes include: a polling frequency which indicates how often the sensor data may be accessed; a cacheability indicator which indicates whether sensor data may be cached before transmission or whether the sensor data should be transmitted in real time; a maximum cache duration which indicates the maximum time that sensor data may be cached; an acceptable deviation criterion which indicates a significant deviation required from sensor data that has already been cached; or a combination thereof. a polling frequency which indicates how often the sensor data may be accessed; a cacheability indicator which indicates whether sensor data may be cached before transmission or whether the sensor data should be transmitted in real time; a maximum cache duration which indicates the maximum time that sensor data may be cached; an acceptable deviation criterion which indicates a significant deviation required from sensor data that has already been cached; or a combination thereof.
A method for obtaining a service at a terminal, the method comprising the steps of: receiving (210, 310, 510) information about an external device (101, 910) at a terminal (102, 920) from the external device (101, 910); determining (220, 520,) whether the external device (101, 910) has been registered based on the information about the external device (101, 910); and providing service information associated with the external device (101, 910) when at least the external device (101, 910) has been registered, wherein determining whether the external device (101, 910) has been registered comprises: transmitting the information about the external device (101, 910) from the terminal (102, 920) to a server (103, 930); and receiving service information associated with the external device (101, 910) from the server (103, 930) when it is determined by the server (103, 930) that the external device (101, 910) has been registered based on the information about the external device (101, 910); and wherein transmitting the received information about the external device (101, 910) to the server (103, 930) comprises transmitting the information about the external device (101, 910) to the server (103, 920) via a communications network not including the external device (101, 910). receiving (210, 310, 510) information about an external device (101, 910) at a terminal (102, 920) from the external device (101, 910); determining (220, 520,) whether the external device (101, 910) has been registered based on the information about the external device (101, 910); and providing service information associated with the external device (101, 910) when at least the external device (101, 910) has been registered, wherein determining whether the external device (101, 910) has been registered comprises: transmitting the information about the external device (101, 910) from the terminal (102, 920) to a server (103, 930); and receiving service information associated with the external device (101, 910) from the server (103, 930) when it is determined by the server (103, 930) that the external device (101, 910) has been registered based on the information about the external device (101, 910); and wherein transmitting the received information about the external device (101, 910) to the server (103, 930) comprises transmitting the information about the external device (101, 910) to the server (103, 920) via a communications network not including the external device (101, 910). transmitting the information about the external device (101, 910) from the terminal (102, 920) to a server (103, 930); and receiving service information associated with the external device (101, 910) from the server (103, 930) when it is determined by the server (103, 930) that the external device (101, 910) has been registered based on the information about the external device (101, 910); and wherein transmitting the received information about the external device (101, 910) to the server (103, 930) comprises transmitting the information about the external device (101, 910) to the server (103, 920) via a communications network not including the external device (101, 910).