mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining a fullness value for a buffer (1308, 2502); applying a transformation to the fullness value to obtain a transformed fullness within a predetermined transformed buffer fullness range, wherein a number of bits in the buffer at an end of a slice of data are bound to a predetermined maximum number of bits; making a quantization decision responsive to the transformed fullness; and coding pixel data in the buffer according to the quantization decision, wherein the quantization decision is further based upon a flatness determination for a group of pixels; wherein flatness determination for a group of pixels comprises: determining whether a first set of pixels in the group meets a flatness threshold; if the first set of pixels meets the flatness threshold, adjusting a quantization parameter for the group; if the first set of pixels does not meet the flatness threshold, determining whether a second set of pixels in the group meets the flatness threshold; and if the second set of pixels meets the flatness threshold, adjusting the quantization parameter for the group of pixels; wherein the quantization decision comprises, in part, the adjustment to the quantization parameter. determining a fullness value for a buffer (1308, 2502); applying a transformation to the fullness value to obtain a transformed fullness within a predetermined transformed buffer fullness range, wherein a number of bits in the buffer at an end of a slice of data are bound to a predetermined maximum number of bits; making a quantization decision responsive to the transformed fullness; and coding pixel data in the buffer according to the quantization decision, determining whether a first set of pixels in the group meets a flatness threshold; if the first set of pixels meets the flatness threshold, adjusting a quantization parameter for the group; if the first set of pixels does not meet the flatness threshold, determining whether a second set of pixels in the group meets the flatness threshold; and if the second set of pixels meets the flatness threshold, adjusting the quantization parameter for the group of pixels; wherein the quantization decision comprises, in part, the adjustment to the quantization parameter.
A pneumatic tire including a tread portion, a cap ply provided within the tread portion and serving as a protective layer, a carcass, an apex, a bead, a side portion, and a belt and having asymmetrical structure with respect to a central line in a width direction, wherein outer diameters of one side and the other side of the pneumatic tire are equal, while rim diameters of the one side and the other side of the pneumatic tire are different, and thicknesses of one side portion and the other side portion are different, characterized in that the cap ply is applied to only an end of one side or an end of the other side of the belt, and cords of one side of the bead and the other side of the bead are formed in different structure with each other.
A method performed by a mobile device for scanning channels in a communications environment, comprising: determining a time in network service related to a plurality of networks for a mobile device as a function of historical network acquisition times and historical network depart times; developing a network log based on the time in network service determination, wherein the network log includes a preference level for each network, wherein the preference levels include at least a preferred network and a less preferred network; and creating a channel ranking order based, in part, on the time in network service determination, wherein the channel ranking order provides a sequence used by the mobile device for scanning channels in a communication environment, wherein creating the channel ranking order comprises: determining that a less preferred network according to said preference level served the mobile device for greater than a threshold percentage N1% of a time interval T1 of network service time; defining a higher ranking in said channel ranking order for said less preferred network. determining a time in network service related to a plurality of networks for a mobile device as a function of historical network acquisition times and historical network depart times; developing a network log based on the time in network service determination, wherein the network log includes a preference level for each network, wherein the preference levels include at least a preferred network and a less preferred network; and creating a channel ranking order based, in part, on the time in network service determination, wherein the channel ranking order provides a sequence used by the mobile device for scanning channels in a communication environment, wherein creating the channel ranking order comprises: determining that a less preferred network according to said preference level served the mobile device for greater than a threshold percentage N1% of a time interval T1 of network service time; defining a higher ranking in said channel ranking order for said less preferred network. determining that a less preferred network according to said preference level served the mobile device for greater than a threshold percentage N1% of a time interval T1 of network service time; defining a higher ranking in said channel ranking order for said less preferred network.
A method implemented by a computing device, the method comprising: detecting a preset operation for a user interface on the computing device; displaying a new window on the user interface, the new window comprising one or more payment application identifiers; receiving a selection of a payment application identifier from the one or more payment application identifiers in the new window; and displaying payment information corresponding to the selected payment application identifier on the user interface, wherein a program code corresponding to the new window is inserted into an operating system of the computing device to prevent the new window from being blocked by the user interface, and the method further comprises: detecting whether the user interface is unlocked, and displaying valid payment information if the user interface is unlocked and displaying invalid payment information if user interface is locked. detecting a preset operation for a user interface on the computing device; displaying a new window on the user interface, the new window comprising one or more payment application identifiers; receiving a selection of a payment application identifier from the one or more payment application identifiers in the new window; and displaying payment information corresponding to the selected payment application identifier on the user interface, wherein a program code corresponding to the new window is inserted into an operating system of the computing device to prevent the new window from being blocked by the user interface, and the method further comprises: detecting whether the user interface is unlocked, and displaying valid payment information if the user interface is unlocked and displaying invalid payment information if user interface is locked. displaying valid payment information if the user interface is unlocked and displaying invalid payment information if user interface is locked.
A thermal installation for drying pasty material, comprising a chamber in which said pasty material is heated, and means for conditioning the dried pasty material from the chamber, the installation being characterized in that said conditioning means comprise an extrusion ram with a substantially vertical axis and oriented downward, a feeding screw feeding the extrusion ram, and a feeding chamber extending the end of the extrusion ram.
A mould tool for moulding mouldable material, the tool comprising a tool body comprising a plurality of tool body sections which comprise an inner polymer foam core enclosed along its length by an outer skin of resinous material and are stacked one above the other and wherein adjacent tool body sections are fused together, the tool further comprising a mould skin comprising a fibre-reinforced resinous material, said mould skin extending over the tool body to provide a mould surface on which mouldable material can be moulded, wherein: - a series of tool body sections extends in a side-by-side configuration to form a layer of tool body sections; - the tool body comprises a plurality of layers of tool body sections in a stacked configuration - at least some of the tool body sections within a layer extend generally mutually parallel - at least some of the tool body sections in one layer extend generally mutually perpendicularly to the tool body sections in an adjacent layer. - a series of tool body sections extends in a side-by-side configuration to form a layer of tool body sections; - the tool body comprises a plurality of layers of tool body sections in a stacked configuration - at least some of the tool body sections within a layer extend generally mutually parallel - at least some of the tool body sections in one layer extend generally mutually perpendicularly to the tool body sections in an adjacent layer.
A telecommunications system comprising: a plurality of different wireless telecommunications networks; an identity module registrable on the plurality of different networks and containing multiple unique identifiers, each unique identifier being associated with a respective network; and, a device, operative in accordance with the identity module, to communicate with each of the networks when the identity module is registered on that network, a service platform; wherein the identity module comprises a common security key associated with at least two of the unique identifiers such that the identity module is registrable on each one of the plurality of networks when a unique identifier of the identity module and its associated common security key are authenticated for that network, wherein the identity module is configured to attempt to connect to one of the plurality of networks using the unique identifiers in accordance with a predetermined sequence of unique identifiers, wherein the identity module is configured to send diagnostic information to the service platform, and is configured to be instructed by the service platform to reorder the sequence of unique identifiers, wherein the reordered sequence of unique identifiers is calculated by the service platform in dependence on one or more criteria selected from a group comprising the diagnostic data transmitted from the identity module, cellular coverage, signal strength, cost, service quality, device priority and predicted device functionality on the network. a plurality of different wireless telecommunications networks; an identity module registrable on the plurality of different networks and containing multiple unique identifiers, each unique identifier being associated with a respective network; and, a device, operative in accordance with the identity module, to communicate with each of the networks when the identity module is registered on that network, a service platform; wherein the identity module comprises a common security key associated with at least two of the unique identifiers such that the identity module is registrable on each one of the plurality of networks when a unique identifier of the identity module and its associated common security key are authenticated for that network, wherein the identity module is configured to attempt to connect to one of the plurality of networks using the unique identifiers in accordance with a predetermined sequence of unique identifiers, wherein the identity module is configured to send diagnostic information to the service platform, and is configured to be instructed by the service platform to reorder the sequence of unique identifiers, wherein the reordered sequence of unique identifiers is calculated by the service platform in dependence on one or more criteria selected from a group comprising the diagnostic data transmitted from the identity module, cellular coverage, signal strength, cost, service quality, device priority and predicted device functionality on the network.
A furcation management structure for securing a plurality of clips thereto, the furcation management structure that can accommodate different types of clips (280, 280', 580) that have different mounting geometry such that they require different mounting footprints, characterized in that the furcation management structure further including at least one first type of clip (280, 280') and at least one second type of clip, wherein the furcation management structure has a first type of aperture that is a keyhole aperture for attaching the first type of clip (280, 280') for securing a furcation body and a second type of aperture for securing the second type of clip for securing a furcation body, wherein the first and second type of apertures (452, 554) include one or more apertures, and wherein the first type of aperture and the second type of aperture share an aperture that is common to both the first type of aperture and the second type of aperture.
A motor comprising: a housing; a cover which covers the housing; a stator disposed inside the housing (100; a rotor disposed inside the stator; a rotary shaft coupled to the rotor; a bearing disposed on the cover; and a nut which is coupled to the cover and which is in contact with an outer ring of the bearing, wherein the cover includes a first pocket accommodating the bearing and a second pocket which is disposed above the first pocket and to which the nut is rotation-coupled, the nut includes a body disposed to be lower than an upper surface of the cover and including a screw thread and an extension portion disposed to be higher than the upper surface of the cover, the body includes a protrusion protruding outward from the screw thread, characterized in that the second pocket includes a first groove in which the protrusion is positioned, wherein the extension portion includes a second groove, the second groove is concavely disposed at a boundary between an upper surface of the extension portion and an outer side surface of the extension portion, wherein the cover includes a third groove connected to the second groove, the third groove is concavely disposed in the upper surface of the cover, wherein the third groove is disposed above the screw thread of the body, wherein the protrusion is disposed under a bottom surface of the third groove. a housing; a cover which covers the housing; a stator disposed inside the housing (100; a rotor disposed inside the stator; a rotary shaft coupled to the rotor; a bearing disposed on the cover; and a nut which is coupled to the cover and which is in contact with an outer ring of the bearing, wherein the cover includes a first pocket accommodating the bearing and a second pocket which is disposed above the first pocket and to which the nut is rotation-coupled, the nut includes a body disposed to be lower than an upper surface of the cover and including a screw thread and an extension portion disposed to be higher than the upper surface of the cover, the body includes a protrusion protruding outward from the screw thread, characterized in that the second pocket includes a first groove in which the protrusion is positioned, wherein the extension portion includes a second groove, the second groove is concavely disposed at a boundary between an upper surface of the extension portion and an outer side surface of the extension portion, wherein the cover includes a third groove connected to the second groove, the third groove is concavely disposed in the upper surface of the cover, wherein the third groove is disposed above the screw thread of the body, wherein the protrusion is disposed under a bottom surface of the third groove.
A method in a telecommunications network, the method comprising: acquiring values of one or more parameters relating to traffic flow between a first group of nodes in the network; using a first reinforcement learning agent to dynamically adjust a first routing metric used to route traffic through the first group of nodes, based on the values of the one or more parameters, so as to alter the traffic flow through the first group of nodes; the method being characterised by further comprising: acquiring values of one or more parameters relating to traffic flow between a second group of nodes in the network; using a third reinforcement learning agent to dynamically adjust a third routing metric used to route traffic through the second group of nodes, so as to alter the traffic flow through the second group of nodes, based on the values of the one or more parameters relating to traffic flow between the second group of nodes; and coordinating the way in which the first and third reinforcement learning agents alter the traffic flow through the first and second groups of nodes respectively. acquiring values of one or more parameters relating to traffic flow between a first group of nodes in the network; using a first reinforcement learning agent to dynamically adjust a first routing metric used to route traffic through the first group of nodes, based on the values of the one or more parameters, so as to alter the traffic flow through the first group of nodes; acquiring values of one or more parameters relating to traffic flow between a second group of nodes in the network; using a third reinforcement learning agent to dynamically adjust a third routing metric used to route traffic through the second group of nodes, so as to alter the traffic flow through the second group of nodes, based on the values of the one or more parameters relating to traffic flow between the second group of nodes; and coordinating the way in which the first and third reinforcement learning agents alter the traffic flow through the first and second groups of nodes respectively.
A sharpening system for a cutter blade for cutting flexible materials mounted in an automatic cutting machine comprising such blade, the modular sharpening system comprising at least one sharpening element that can move toward the blade, the pressure and the position being modified depending on wear and type of sharpening, comprising a first sharpening module that includes at least one first sharpening element, and a second sharpening module that includes at least one second sharpening element, and a guide plate, characterized in that the guide plate consists of an outer disc and an inner disc that are mounted around the blade, wherein the inner disc is integral to the rotary motion of the blade, rotating at the same time as the blade, and said inner disc is rotatable with respect to said outer disc and the outer disc is static and integral to the guide plate, said first and second sharpening modules (3, 5) being mounted on the inner disc, which is integral to the rotary motion of the blade, such that the first and second sharpening modules (3, 5) are always positioned in the direction of the blade when the blade exists the cutting area. the modular sharpening system comprising at least one sharpening element that can move toward the blade, the pressure and the position being modified depending on wear and type of sharpening, comprising a first sharpening module that includes at least one first sharpening element, and a second sharpening module that includes at least one second sharpening element, and a guide plate, characterized in that the guide plate consists of an outer disc and an inner disc that are mounted around the blade, wherein the inner disc is integral to the rotary motion of the blade, rotating at the same time as the blade, and said inner disc is rotatable with respect to said outer disc and the outer disc is static and integral to the guide plate, said first and second sharpening modules (3, 5) being mounted on the inner disc, which is integral to the rotary motion of the blade, such that the first and second sharpening modules (3, 5) are always positioned in the direction of the blade when the blade exists the cutting area.
Process for assembling internal floor elements to be fastened to the support structure of rail or road vehicles or of vessels or aircraft, comprising the following sequence of steps: a) providing at least one extruded profile made of aluminium alloy, referred to as "profile" having at least one bottom support face, typically horizontal and facing downwards, intended for fastening to the support structure and a top support face, typically horizontal and facing upwards, intended for fastening said internal floor elements; b) placing said profile on said support structure and, using at least one height-positioning means placed between said bottom support face and said support structure, setting the height position of said profile such that the whole of said profile is located in a horizontal plane of predetermined altitude; c) fastening said profile onto said support structure with first fastening means, d) providing internal floor elements in a sufficient number to cover the floor area sought, laying each internal floor element such that it rests on said top support face of said profile and fastening each internal floor element with second fastening means said process being characterised in that said height-positioning means are grouped together with said first fastening means to obtain height-adjustable linking means (41, 46, 47, 56) and characterised in that said height-adjustable linking means comprise a lower part (411, 133) having a first support wall, intended to be fastened to the support structure and an upper part (412, 143) having a second support wall substantially parallel with said first support wall and intended to be fastened to said profile, said lower part and said upper part being rigidly connected and suitable for moving in relation to one another in a direction substantially perpendicular to said support walls. a) providing at least one extruded profile made of aluminium alloy, referred to as "profile" having at least one bottom support face, typically horizontal and facing downwards, intended for fastening to the support structure and a top support face, typically horizontal and facing upwards, intended for fastening said internal floor elements; b) placing said profile on said support structure and, using at least one height-positioning means placed between said bottom support face and said support structure, setting the height position of said profile such that the whole of said profile is located in a horizontal plane of predetermined altitude; c) fastening said profile onto said support structure with first fastening means, d) providing internal floor elements in a sufficient number to cover the floor area sought, laying each internal floor element such that it rests on said top support face of said profile and fastening each internal floor element with second fastening means