mhurhangee/ep-ind-claims huggingface dataset:
A method, for use with a Head Mounted Display, HMD, for use in an Augmented Reality, AR, environment, the method, comprising: rendering a current image, via a rendering module based on a predicted pose of the HMD; transforming a previously rendered image, by distorting the previously rendered image to appear as if it were rendered using the predicted pose of the current image; determining a set of motion vectors for blocks of one or more pixel for the current image by determining a displacement of the blocks between the current image and the transformation of the previous image, and dividing the displacement by a time between a time the current image was rendered, and an intended time at which the current image will be displayed; wherein each motion vector represents the motion within a scene between the two images for the block of the one or more pixels; projecting each motion vector for one or more target display times, wherein each motion vector is multiplied by the time duration between the time the current image was rendered and the target display time for the current image; generating based on the current image one or more updated fields from the current image for displaying via the HMD based on the motion vectors at a field rate which is greater than a maximum rendering frame rate; and displaying the one or more updated fields on a display of the HMD. rendering a current image, via a rendering module based on a predicted pose of the HMD; transforming a previously rendered image, by distorting the previously rendered image to appear as if it were rendered using the predicted pose of the current image; determining a set of motion vectors for blocks of one or more pixel for the current image by determining a displacement of the blocks between the current image and the transformation of the previous image, and dividing the displacement by a time between a time the current image was rendered, and an intended time at which the current image will be displayed; wherein each motion vector represents the motion within a scene between the two images for the block of the one or more pixels; projecting each motion vector for one or more target display times, wherein each motion vector is multiplied by the time duration between the time the current image was rendered and the target display time for the current image; generating based on the current image one or more updated fields from the current image for displaying via the HMD based on the motion vectors at a field rate which is greater than a maximum rendering frame rate; and displaying the one or more updated fields on a display of the HMD.
A network connection method for a home appliance, comprising: broadcasting (S102, S405) a configuration information of a wireless Access Point AP by the home appliance; wherein the configuration information carries home appliance information and Media Access Control MAC information, wherein the wireless AP is established by a wireless communication module of the home appliance; characterized by further comprising: monitoring (S201, S406) a broadcast sent by the home appliance and including the configuration information of the wireless AP by a user terminal, so that wireless AP is found and the home appliance information is displayed at the user terminal; according to a user operation, confirming that the network connection with the home appliance is necessary; establishing a network connection between the user terminal and the home appliance directly without a router; wherein the configuration information is a Service Set Identifier SSID, containing the home appliance information and MAC information, wherein the SSID carries the home appliance information, including one or more information of home appliance identifier, home appliance type, machine code, home appliance brand and home appliance model. broadcasting (S102, S405) a configuration information of a wireless Access Point AP by the home appliance; wherein the configuration information carries home appliance information and Media Access Control MAC information, wherein the wireless AP is established by a wireless communication module of the home appliance; characterized by further comprising: monitoring (S201, S406) a broadcast sent by the home appliance and including the configuration information of the wireless AP by a user terminal, so that wireless AP is found and the home appliance information is displayed at the user terminal; according to a user operation, confirming that the network connection with the home appliance is necessary; establishing a network connection between the user terminal and the home appliance directly without a router; wherein the configuration information is a Service Set Identifier SSID, containing the home appliance information and MAC information, wherein the SSID carries the home appliance information, including one or more information of home appliance identifier, home appliance type, machine code, home appliance brand and home appliance model.
A motorcycle comprising: a main body that supports a front wheel and a rear wheel; an engine provided at said main body; a fuel injection device provided at said engine; a fuel tank provided at said main body; a fuel pump that has an inlet port in said fuel tank and supplies fuel in said fuel tank to said fuel injection device through a fuel pipe; characterized in that the motorcycle further comprises: a fuel heating device that heats the fuel in said fuel pipe; a tilt detector (120; SE3) that detects the tilt of said main body; and a controller that controls said fuel heating device, wherein said controller detects a first state where sufficient fuel is present at said inlet port of said fuel pump and a second state where insufficient fuel is present at said inlet port of said fuel pump based on a detection result of said tilt detector (120; SE3), and prohibits an operation of said fuel heating device when said second state is detected. a main body that supports a front wheel and a rear wheel; an engine provided at said main body; a fuel injection device provided at said engine; a fuel tank provided at said main body; a fuel pump that has an inlet port in said fuel tank and supplies fuel in said fuel tank to said fuel injection device through a fuel pipe; characterized in that the motorcycle further comprises: a fuel heating device that heats the fuel in said fuel pipe; a tilt detector (120; SE3) that detects the tilt of said main body; and a controller that controls said fuel heating device, wherein said controller detects a first state where sufficient fuel is present at said inlet port of said fuel pump and a second state where insufficient fuel is present at said inlet port of said fuel pump based on a detection result of said tilt detector (120; SE3), and prohibits an operation of said fuel heating device when said second state is detected. a fuel heating device that heats the fuel in said fuel pipe; a tilt detector (120; SE3) that detects the tilt of said main body; and a controller that controls said fuel heating device, wherein said controller detects a first state where sufficient fuel is present at said inlet port of said fuel pump and a second state where insufficient fuel is present at said inlet port of said fuel pump based on a detection result of said tilt detector (120; SE3), and prohibits an operation of said fuel heating device when said second state is detected.
A method for producing a polyolefin comprising: contacting a first composition and a second composition in a line to form a third composition, wherein: the first composition comprises a contact product of a first metallocene catalyst, a second metallocene catalyst, a support, a first activator, a wax, and a first diluent, wherein the mol ratio of second catalyst to first catalyst is from 60:40 to 40:60, the second composition comprises a contact product of a third metallocene catalyst, a second activator, and a second diluent, and the third composition comprises a mol ratio of third metallocene catalyst to second metallocene catalyst to first metallocene catalyst of from 10:35:55 to 60:15:25; introducing the third composition from the line into a gas-phase fluidized bed reactor; exposing the third composition to polymerization conditions; and obtaining a polyolefin. contacting a first composition and a second composition in a line to form a third composition, wherein: the first composition comprises a contact product of a first metallocene catalyst, a second metallocene catalyst, a support, a first activator, a wax, and a first diluent, wherein the mol ratio of second catalyst to first catalyst is from 60:40 to 40:60, the second composition comprises a contact product of a third metallocene catalyst, a second activator, and a second diluent, and the third composition comprises a mol ratio of third metallocene catalyst to second metallocene catalyst to first metallocene catalyst of from 10:35:55 to 60:15:25; the first composition comprises a contact product of a first metallocene catalyst, a second metallocene catalyst, a support, a first activator, a wax, and a first diluent, wherein the mol ratio of second catalyst to first catalyst is from 60:40 to 40:60, the second composition comprises a contact product of a third metallocene catalyst, a second activator, and a second diluent, and the third composition comprises a mol ratio of third metallocene catalyst to second metallocene catalyst to first metallocene catalyst of from 10:35:55 to 60:15:25; introducing the third composition from the line into a gas-phase fluidized bed reactor; exposing the third composition to polymerization conditions; and obtaining a polyolefin.
Vehicle body shell component (12; 40) made of plastic, - such as a vehicle roof module, vehicle door, roof post, vehicle pillar (80, 82, 84), wing, engine compartment cover, luggage compartment cover, rear-end module, roof shells of cabriolet hoods, front or rear spoilers, - with at least one supporting layer (24, 30) and - with at least one outer skin, characterized - in that the vehicle body shell component (12; 40) has two splinter protection layers which are in each case formed as a splinter protection fabric (26, 32) of elastic material and - in that the one splinter protection fabric is embedded between two adjacent supporting layers (28, 30; 30, 34) or in one of the supporting layers (30, 34) as far to the outside as possible in the vehicle body shell component (12; 40) and - in that the other splinter protection fabric is embedded between two adjacent supporting layers (24, 28; 28, 30) or in one of the supporting layers (24, 30) as far to the inside as possible in the vehicle body shell component (12; 40). - such as a vehicle roof module, vehicle door, roof post, vehicle pillar (80, 82, 84), wing, engine compartment cover, luggage compartment cover, rear-end module, roof shells of cabriolet hoods, front or rear spoilers, - with at least one supporting layer (24, 30) and - with at least one outer skin, characterized - in that the vehicle body shell component (12; 40) has two splinter protection layers which are in each case formed as a splinter protection fabric (26, 32) of elastic material and - in that the one splinter protection fabric is embedded between two adjacent supporting layers (28, 30; 30, 34) or in one of the supporting layers (30, 34) as far to the outside as possible in the vehicle body shell component (12; 40) and - in that the other splinter protection fabric is embedded between two adjacent supporting layers (24, 28; 28, 30) or in one of the supporting layers (24, 30) as far to the inside as possible in the vehicle body shell component (12; 40).
A shower base for a shower system, comprising: a floor; a drain cavity disposed at a first side of the floor and recessed downwardly relative to the first side; and a transition connecting the first side of the floor to a side of the drain cavity, wherein a first section is directly connected to the first side of the floor; characterized in that: the first section has a compound radius that varies in size along the first section, wherein the first section extends outwardly from a vertex to a second side of the floor. a floor; a drain cavity disposed at a first side of the floor and recessed downwardly relative to the first side; and a transition connecting the first side of the floor to a side of the drain cavity, wherein a first section is directly connected to the first side of the floor; characterized in that: the first section has a compound radius that varies in size along the first section, wherein the first section extends outwardly from a vertex to a second side of the floor. the first section has a compound radius that varies in size along the first section, wherein the first section extends outwardly from a vertex to a second side of the floor.
A metal enclosure of a mobile device, wherein the metal enclosure comprises a housing having a first side and a second side opposite the first side and a plastic reinforcement layer fastened to a cavity of the housing at the second side, wherein at least one gap is provided on the housing, the at least one gap divides the housing into at least two electrically insulated parts, and each gap is filled with an insulation object; and further comprising an insulation film attached to a surface at the first side of the housing; further comprising a groove located on the surface at the first side of the housing, wherein the at least one gap is provided on a bottom wall of the groove, and a reflective film covering the bottom wall of the groove is further disposed in the groove, wherein a width of the groove matches a width, a spacing, and a quantity of the at least one gap, and a depth of the groove matches a thickness of a filler disposed in the groove between the reflective film and the surface at the first side.
A multi-radio technology resource manager for managing resources in multiple radio access networks, comprising: logic to obtain, from an application layer of a computing device associated with the resource manager or a network server that is capable of deep packet inspection, quality of experience, QoE, information associated with a provision of content being delivered to the computing device for user access, wherein the content is delivered via at least two radio access networks; and logic to initiate adjustment of the content delivery via at least one of the two radio access networks, based at least in part on the QoE information characterized by logic to generate a target buffer threshold associated with the content based on the QoE information, the target buffer threshold indicating a target time period during which the buffered portion of the content is to be provided for user access; and logic to determine whether to increase end-to-end, E2E, content delivery throughput via the two radio access networks or to increase a volume of content delivery via one of the two radio access networks, based at least in part on the generated target buffer threshold and the status of the content provision for user access. logic to obtain, from an application layer of a computing device associated with the resource manager or a network server that is capable of deep packet inspection, quality of experience, QoE, information associated with a provision of content being delivered to the computing device for user access, wherein the content is delivered via at least two radio access networks; and logic to initiate adjustment of the content delivery via at least one of the two radio access networks, based at least in part on the QoE information characterized by logic to generate a target buffer threshold associated with the content based on the QoE information, the target buffer threshold indicating a target time period during which the buffered portion of the content is to be provided for user access; and logic to determine whether to increase end-to-end, E2E, content delivery throughput via the two radio access networks or to increase a volume of content delivery via one of the two radio access networks, based at least in part on the generated target buffer threshold and the status of the content provision for user access.
Flow element for a separation device, comprising a disc-shaped base body which comprises a first side and a second side opposite the first side, wherein the first side and/or the second side comprises a plurality of channels through which, in the mounted condition of the flow element in the separation device, a fluid is guidable outwards from a central opening in the base body, which is arranged centrally in the disc-shaped base body, or from the outside towards the centrally arranged central opening, wherein the base body comprises a plurality of receiving portions at least on the first side and a plurality of projections at least on the second side, wherein, in the mounted condition of the flow element, the projections are engageable with the receiving portions of a further flow element that is placed on the flow element and is of substantially the same construction, characterized in that the first side and the second side each comprise a plurality of projections and a plurality of receiving portions, wherein the receiving portions are arranged in channel bottoms of the channels.
An image pickup apparatus having an image pickup part including a zoom lens, and a lens driving part configured to drive the zoom lens in an optical axis direction, and being capable of performing shooting by using an illuminating part configured to irradiate a subject with light, the image pickup apparatus comprising: a lens driving determining unit configured to determine whether or not the zoom lens is being driven; characterized in that it further comprises a control unit configured to control a dimming speed of the illuminating part such that a value of the dimming speed is set to a normal value if the lens driving determining unit determines that the zoom lens is not driven while being set to a value different from the normal value if the lens driving determining unit determines that the zoom lens is being driven. a lens driving determining unit configured to determine whether or not the zoom lens is being driven; characterized in that it further comprises a control unit configured to control a dimming speed of the illuminating part such that a value of the dimming speed is set to a normal value if the lens driving determining unit determines that the zoom lens is not driven while being set to a value different from the normal value if the lens driving determining unit determines that the zoom lens is being driven.
A trace element for use in a method of inducing tissue repair in a brain tissue of an individual having a brain tissue injury, the method comprising directly delivering to the site of injury an effective amount of the trace element, wherein the trace element is copper.
A gas heat pump system comprising: a refrigerant pipeline; a compressor for compressing refrigerant, a gas engine for driving the compressor; a cooling water pipeline provided to cool down the gas engine, a chiller including a refrigerant heat exchanger for heat exchange between the refrigerant from the compressor and a fluid, and a high temperature heat exchanger for heat exchange between the fluid having heat exchanged in the refrigerant heat exchanger and the cooling water, and a supplementary evaporator for heat exchange between the refrigerant being introduced to the compressor and the cooling water pipeline, characterized in that the cooling water pipeline is provided with a three way valve downstream of the high temperature heat exchanger and a heat dissipating unit for cooling the cooling water; and wherein the three way valve is configured to selectively direct the cooling water either to the heat dissipating unit or to the supplementary evaporator. a refrigerant pipeline; a compressor for compressing refrigerant, a gas engine for driving the compressor; a cooling water pipeline provided to cool down the gas engine, a chiller including a refrigerant heat exchanger for heat exchange between the refrigerant from the compressor and a fluid, and a high temperature heat exchanger for heat exchange between the fluid having heat exchanged in the refrigerant heat exchanger and the cooling water, and a supplementary evaporator for heat exchange between the refrigerant being introduced to the compressor and the cooling water pipeline, characterized in that the cooling water pipeline is provided with a three way valve downstream of the high temperature heat exchanger and a heat dissipating unit for cooling the cooling water; and wherein the three way valve is configured to selectively direct the cooling water either to the heat dissipating unit or to the supplementary evaporator.
A nonwoven fabric comprising at least two separate but interconnected layers having discrete voids between the layers; both layers comprising an array of hydroentangled and consolidated fibres and these layers being periodically joined to each other by groups of hydroentangled fibers to form voids or cells within an integrated hydroentangled 3D fabric structure.
A data center, comprising: a plurality of nodes comprising 4^N nodes, wherein N is an integer number of at least 2; and a plurality of communication links comprising 3*N*(4^N) communication links which connect the plurality of nodes, wherein: the nodes are arranged in 4^(N-1) quad full mesh networks; each quad full mesh network comprises four nodes; within each quad full mesh network, communication links connect each node to each other node; the quad full mesh networks and the plurality of communication links are arranged in N dimensions; and in each dimension, each node of a quad full mesh network is connected to three other nodes, each belonging to a different quad full mesh network, via respective communication links. a plurality of nodes comprising 4^N nodes, wherein N is an integer number of at least 2; and a plurality of communication links comprising 3*N*(4^N) communication links which connect the plurality of nodes, wherein: the nodes are arranged in 4^(N-1) quad full mesh networks; each quad full mesh network comprises four nodes; within each quad full mesh network, communication links connect each node to each other node; the quad full mesh networks and the plurality of communication links are arranged in N dimensions; and in each dimension, each node of a quad full mesh network is connected to three other nodes, each belonging to a different quad full mesh network, via respective communication links. the nodes are arranged in 4^(N-1) quad full mesh networks; each quad full mesh network comprises four nodes; within each quad full mesh network, communication links connect each node to each other node; the quad full mesh networks and the plurality of communication links are arranged in N dimensions; and in each dimension, each node of a quad full mesh network is connected to three other nodes, each belonging to a different quad full mesh network, via respective communication links.