mhurhangee/ep-ind-claims huggingface dataset:
A video game device, comprising: a display section for displaying a game image; position inputting means for inputting a position on the game image; trace storage control means (31, S41, S46) for storing, in storage means, trace data representing a series of input positions inputted by the position inputting means; movement control means (31, S75) for storing, in storage means, position data of a moving character and updating the position data based on a predetermined rule; determination means (31, S67) for determining whether or not the moving character has contacted a trace based on the trace data and the position data; and display control means (31, S23) for displaying the moving character on the display section based on the position data, characterized in that the video game device further comprises: on-trace movement control means (31, S79, S80) for terminating the updating by the movement control section when it is determined by the determination means that the moving character has contacted the trace, and updating the position data based on the trace data so that the moving character moves along the trace; wherein the on-trace movement control means updates the position data based on the trace data so that the moving character is moved or accelerated in a direction from an older input position to a newer input position on the trace; and when the moving character reaches an end point of the trace, the on-trace movement control means terminates updating of the position data, and the movement control means starts the updating of the position data. a display section for displaying a game image; position inputting means for inputting a position on the game image; trace storage control means (31, S41, S46) for storing, in storage means, trace data representing a series of input positions inputted by the position inputting means; movement control means (31, S75) for storing, in storage means, position data of a moving character and updating the position data based on a predetermined rule; determination means (31, S67) for determining whether or not the moving character has contacted a trace based on the trace data and the position data; and display control means (31, S23) for displaying the moving character on the display section based on the position data, on-trace movement control means (31, S79, S80) for terminating the updating by the movement control section when it is determined by the determination means that the moving character has contacted the trace, and updating the position data based on the trace data so that the moving character moves along the trace; wherein the on-trace movement control means updates the position data based on the trace data so that the moving character is moved or accelerated in a direction from an older input position to a newer input position on the trace; and when the moving character reaches an end point of the trace, the on-trace movement control means terminates updating of the position data, and the movement control means starts the updating of the position data.
An image reconstruction apparatus comprising: - a receiving unit for receiving a 3D image sequence of 3D medical images over time resulting from a scan of a body part of a subject; - a selection unit for selecting a local point of interest within at least one of the 3D medical images of the 3D image sequence; - a slice generator for generating three 2D view planes of the at least one of the 3D medical images, wherein said three 2D view planes are arranged perpendicularly to each other and intersect in the selected point of interest; and - a tracking unit for determining a trajectory of the point of interest within the 3D image sequence over time; wherein the slice generator is configured to generate from the 3D image sequence 2D image sequences in the 2D view planes by automatically adapting the intersection of the 2D view planes over time along the trajectory of the point of interest. - a receiving unit for receiving a 3D image sequence of 3D medical images over time resulting from a scan of a body part of a subject; - a selection unit for selecting a local point of interest within at least one of the 3D medical images of the 3D image sequence; - a slice generator for generating three 2D view planes of the at least one of the 3D medical images, wherein said three 2D view planes are arranged perpendicularly to each other and intersect in the selected point of interest; and - a tracking unit for determining a trajectory of the point of interest within the 3D image sequence over time;
A computer-implemented method comprising: receiving, by a processing computer from a transport computer or a resource provider computer, an authorization request message for a transaction and a session identifier, the session identifier generated by the resource provider computer and associated with data for one or more interactions by a user associated with the transaction and stored in a supplemental database; obtaining, by the processing computer and from the supplemental database, a portion of pre-analyzed data about the user and the one or more interactions based at least in part on the session identifier; performing, by the processing computer, a risk analysis for the transaction using the portion of the pre-analyzed data to generate a value, the value representing a likelihood of a fraudulent transaction for the transaction; modifying, by the processing computer, the authorization request message to include the portion of the pre-analyzed data and the value; transmitting, by the processing computer and to an authorizing computer, the modified authorization request message; and transmitting, by the processing computer to the transport computer, an authorization response message from the authorizing computer, the authorizing computer generating the authorization response message based on the modified authorization request message, the authorization response message approving or declining the transaction. receiving, by a processing computer from a transport computer or a resource provider computer, an authorization request message for a transaction and a session identifier, the session identifier generated by the resource provider computer and associated with data for one or more interactions by a user associated with the transaction and stored in a supplemental database; obtaining, by the processing computer and from the supplemental database, a portion of pre-analyzed data about the user and the one or more interactions based at least in part on the session identifier; performing, by the processing computer, a risk analysis for the transaction using the portion of the pre-analyzed data to generate a value, the value representing a likelihood of a fraudulent transaction for the transaction; modifying, by the processing computer, the authorization request message to include the portion of the pre-analyzed data and the value; transmitting, by the processing computer and to an authorizing computer, the modified authorization request message; and transmitting, by the processing computer to the transport computer, an authorization response message from the authorizing computer, the authorizing computer generating the authorization response message based on the modified authorization request message, the authorization response message approving or declining the transaction.
A system on a chip, SoC, comprising a management compute subsystem, characterised in that the management compute subsystem is configured to configure the SoC to operate in one of a plurality of modes, wherein in a first mode, the SoC is configured to operate a network compute subsystem for managing network traffic, in a second mode, the SoC is configured to operate a server compute subsystem for providing compute services, and in a third mode, the SoC is configured to operate the network compute subsystem and the server compute subsystem concurrently.
An apparatus for applying an asphalt binder composition to a roadway during construction or repair of an asphalt pavement which comprises: a mobile vehicle having a chassis extending in a longitudinal direction which longitudinal direction is aligned with a forward/rearward direction of travel of said mobile vehicle; at least one storage tank supported on the chassis containing an asphalt binder composition; and a plurality of spray nozzles on a common spray bar, characterized in that said common spray bar extends along one side of the mobile vehicle in said longitudinal direction thereof, the spray nozzles being substantially linearly aligned along a longitudinal direction and configured to dispense the asphalt binder composition from the at least one storage tank in the form of a longitudinal strip or band with a width between about 101.6 mm to 609.6 mm (4 to 24 inches). a mobile vehicle having a chassis extending in a longitudinal direction which longitudinal direction is aligned with a forward/rearward direction of travel of said mobile vehicle; at least one storage tank supported on the chassis containing an asphalt binder composition; and a plurality of spray nozzles on a common spray bar, characterized in that said common spray bar extends along one side of the mobile vehicle in said longitudinal direction thereof, the spray nozzles being substantially linearly aligned along a longitudinal direction and configured to dispense the asphalt binder composition from the at least one storage tank in the form of a longitudinal strip or band with a width between about 101.6 mm to 609.6 mm (4 to 24 inches).
A quick connect mower blade system, comprising: a blade bolt inserted into the top end of a hollow spindle and engaged to a collet having an upright inserted into the lower end of the spindle; a blade holder; characterized by the collet configured to clamp a mower blade between the spindle and the blade holder; the collet having a head that is configured to be aligned substantially perpendicular to a hole (132, 134) in the blade holder when the blade bolt is tightened onto the collet, and the head of the collet is aligned substantially parallel to the hole (132, 134) in the blade holder if the blade bolt is disengaged from the collet to unclamp the mower blade, and the blade and blade holder are rotated about one quarter relative to the head. a blade bolt inserted into the top end of a hollow spindle and engaged to a collet having an upright inserted into the lower end of the spindle; a blade holder; characterized by the collet configured to clamp a mower blade between the spindle and the blade holder; the collet having a head that is configured to be aligned substantially perpendicular to a hole (132, 134) in the blade holder when the blade bolt is tightened onto the collet, and the head of the collet is aligned substantially parallel to the hole (132, 134) in the blade holder if the blade bolt is disengaged from the collet to unclamp the mower blade, and the blade and blade holder are rotated about one quarter relative to the head.
Device for packaging a cosmetic product, comprising: - a receptacle extending along an elevation axis (Z-Z') and comprising an internal volume delimited by a lower wall and a peripheral wall (13, 14, 15); - a lid that is hinged with respect to said receptacle between a closing position, in which said lid cooperates with the receptacle and closes off access to the internal volume of said receptacle, and an opening position, in which said lid is pivoted away from the receptacle to allow access to said internal volume; and - a support member (30, 30', 30") that is mounted in the internal cavity of the receptacle and is intended to receive at least one cosmetic product, the support member (30, 30', 30") comprising an internal volume delimited by a bottom wall and a peripheral wall, characterized in that one of the support member (30, 30', 30") or the receptacle comprises at least one stiffening member (38, 39; 38a, 38b, 39a, 39b; 40) that extends along the elevation axis (Z-Z') towards the other of the receptacle or the support member (30, 30', 30") and is secured to the other of the receptacle or the support member (30, 30', 30"). - a receptacle extending along an elevation axis (Z-Z') and comprising an internal volume delimited by a lower wall and a peripheral wall (13, 14, 15); - a lid that is hinged with respect to said receptacle between a closing position, in which said lid cooperates with the receptacle and closes off access to the internal volume of said receptacle, and an opening position, in which said lid is pivoted away from the receptacle to allow access to said internal volume; and - a support member (30, 30', 30") that is mounted in the internal cavity of the receptacle and is intended to receive at least one cosmetic product, the support member (30, 30', 30") comprising an internal volume delimited by a bottom wall and a peripheral wall, characterized in that one of the support member (30, 30', 30") or the receptacle comprises at least one stiffening member (38, 39; 38a, 38b, 39a, 39b; 40) that extends along the elevation axis (Z-Z') towards the other of the receptacle or the support member (30, 30', 30") and is secured to the other of the receptacle or the support member (30, 30', 30").
Electrical connector comprising a connector housing having a first wall arranged perpendicular to a mating axis, a second wall extending from the first wall along the mating axis in a mating direction defining a shroud, the shroud surrounding, with a distance, a terminal holder portion that surrounds the mating axis, wherein the terminal holder portion comprises at least one cavity aligned along the mating axis and adapted to receive an electrical terminal, whereby the terminal holder portion comprises at least one tunnel, arranged perpendicular to the mating axis, along a bar axis, providing access to the at least one cavity, the electrical connector further comprising a bar, the bar being at least partly inserted in the at least one tunnel, wherein the at least one tunnel comprises a first bar locking means and whereby the bar comprises a second bar locking means, wherein the first bar locking means and the second bar locking means cooperate to lock the bar releasable in a first non activated position or in a second activated position, wherein the shroud comprises a shroud opening surrounding the bar axis, wherein a first end of the bar is hold in the shroud opening when the bar is in the first non activated position, characterized in that the first end of the bar is flush with the outer surface of the shroud when the bar is in the first position.
A gear pump arrangement comprising: a first gear defining a first set of teeth; and a second gear defining a second set of teeth, the first set of teeth and the second set of teeth being in meshed communication such that fluid is pumped in response to rotation of the first gear and the second gear, at least one of the first set of teeth and the second set of teeth having at least one gear tooth passageway (96, 110) through each tooth thereby fluidically connecting opposing faces of the tooth, wherein the at least one gear tooth passageway (96, 110) extends between a gear tooth entrance on a first gear tooth face and a gear tooth exit on a second gear tooth face opposite the first gear tooth face; wherein the gear tooth entrance includes a plurality of gear tooth entrance openings and a plurality of gear tooth exit openings; characterised in that at least some of the plurality of gear tooth entrance openings include different entrance angles such that the at least some entrance openings converge from the first gear tooth face to a middle segment of the at least one gear tooth passageway (96, 110); or wherein at least some of the plurality of gear tooth outlet openings include different exit angles such that the at least some gear tooth outlet openings diverge from a middle segment of the at least one gear tooth passageway (96, 110). a first gear defining a first set of teeth; and a second gear defining a second set of teeth, the first set of teeth and the second set of teeth being in meshed communication such that fluid is pumped in response to rotation of the first gear and the second gear, at least one of the first set of teeth and the second set of teeth having at least one gear tooth passageway (96, 110) through each tooth thereby fluidically connecting opposing faces of the tooth, wherein the at least one gear tooth passageway (96, 110) extends between a gear tooth entrance on a first gear tooth face and a gear tooth exit on a second gear tooth face opposite the first gear tooth face; wherein the gear tooth entrance includes a plurality of gear tooth entrance openings and a plurality of gear tooth exit openings; characterised in that at least some of the plurality of gear tooth entrance openings include different entrance angles such that the at least some entrance openings converge from the first gear tooth face to a middle segment of the at least one gear tooth passageway (96, 110); or wherein at least some of the plurality of gear tooth outlet openings include different exit angles such that the at least some gear tooth outlet openings diverge from a middle segment of the at least one gear tooth passageway (96, 110).
A door check for a vehicle door, comprising a retaining rod which is able to be attached to one of the two door arrangement parts door and door frame, and a retaining housing which is able to be attached to the other door arrangement part, characterized in that a spindle nut is arranged on the retaining rod for conjoint rotation, that a spindle rod is fitted in the spindle nut, that the spindle nut converts an axial movement of the retaining rod into a rotary movement of the spindle rod, that the spindle rod is able to be accommodated in an axially displaceable manner in a cavity of the retaining rod, and that the spindle rod is able to be stopped by an electrically drivable blocking means. a retaining rod which is able to be attached to one of the two door arrangement parts door and door frame, and a retaining housing which is able to be attached to the other door arrangement part,
A bituminous building material, which can be produced and laid cold and which contains solid granules and a binder, for the cold laying of thin layers with a thickness of up to 70 mm per layer, preferably between 5 mm and 35 mm per layer, wherein the solid granules have a particle size of 2 mm or more and are a conglomerate of crushed stone and bitumen, and wherein the binder comprises a hydrophobic phase and a hydrophilic phase, characterized in that the solid granules are recycled asphalt granules with a particle size of 2 mm to 16 mm, preferably 2 mm to 11 mm, and in that the recycled asphalt granules do not contain added surfactant fines smaller than 0.063 mm.
An integrated air conditioner in which the inside of a unit main body is partitioned by a partition wall into an upper chamber and a lower chamber, indoor-side component devices are accommodated in the upper chamber, and outdoor-side component devices are accommodated in the lower chamber, wherein the partition wall constitutes a central frame, and a wind-path forming part that forms at least part of a blown-wind path for temperature-adjusted wind, a drain-water pathway that guides drain water produced on an indoor side to an outdoor are integrated on the central frame through integral molding or subassembly, and characterized in that a wind-direction adjusting mechanism that adjusts a blowing direction of temperature-adjusted wind is integrated on the central frame through integral molding or sub-assembly.
A computer-implemented method for testing components of a hydrocarbon well system, comprising: isolating a component of the hydrocarbon well system and a first supply line to the component from other components of the hydrocarbon well system; pressurizing the component and the first supply line to a test pressure with a test fluid; measuring, over a period of time, a pressure and a temperature of the test fluid in the component that was pressurized comprising: determining a change in pressure over the period of time; determining a change in temperature over the period of time; and plotting the change in pressure over the period of time against the change in temperature over the period of time comprising determining a linear best fit line using a linear regression algorithm; analyzing, by a processor, the pressure and the temperature that were measured; and determining a pressure integrity of the component based on the analysis. isolating a component of the hydrocarbon well system and a first supply line to the component from other components of the hydrocarbon well system; pressurizing the component and the first supply line to a test pressure with a test fluid; measuring, over a period of time, a pressure and a temperature of the test fluid in the component that was pressurized comprising: determining a change in pressure over the period of time; determining a change in temperature over the period of time; and plotting the change in pressure over the period of time against the change in temperature over the period of time comprising determining a linear best fit line using a linear regression algorithm; analyzing, by a processor, the pressure and the temperature that were measured; and determining a pressure integrity of the component based on the analysis. determining a change in pressure over the period of time; determining a change in temperature over the period of time; and plotting the change in pressure over the period of time against the change in temperature over the period of time comprising determining a linear best fit line using a linear regression algorithm; analyzing, by a processor, the pressure and the temperature that were measured; and determining a pressure integrity of the component based on the analysis.
A method of resource scheduling in a wireless communication network, the network comprising N neighbouring cells indexed by i which share the same frequency band, where i =0,...,N-1, N>=3, said method comprising: dividing the available frequency resources of the frequency band into N subsets indexed by j, where j =0,...,N-1, wherein each of the available frequency resources are assigned to only one of the N subsets and that the frequency resources in each of the subsets are not consecutive; and for each downlink subframe of a frame, allocating each of the N subsets to a respective one of the N cells, such that each available frequency resource is allocated to only one of the N cells, for the downlink subframe, wherein the subsets allocated to each of the cells vary among downlink subframes indexed by k, where k =0,...,K-1, K being the number of downlink subframes in the frame, and wherein Physical Cell ID, PCI, values of the N cells mod N are equal to 0, 1,..., N-1 respectively, and wherein said allocating the N subsets comprises: obtaining the index j of the subset to be allocated to the ith cell in the kth downlink subframe by j =(PCI value of the ith cell + k) mod N; and informing the N cells of the allocation. dividing the available frequency resources of the frequency band into N subsets indexed by j, where j =0,...,N-1, wherein each of the available frequency resources are assigned to only one of the N subsets and that the frequency resources in each of the subsets are not consecutive; and for each downlink subframe of a frame, allocating each of the N subsets to a respective one of the N cells, such that each available frequency resource is allocated to only one of the N cells, for the downlink subframe, wherein the subsets allocated to each of the cells vary among downlink subframes indexed by k, where k =0,...,K-1, K being the number of downlink subframes in the frame, and wherein Physical Cell ID, PCI, values of the N cells mod N are equal to 0, 1,..., N-1 respectively, and wherein said allocating the N subsets comprises: obtaining the index j of the subset to be allocated to the ith cell in the kth downlink subframe by j =(PCI value of the ith cell + k) mod N; and informing the N cells of the allocation.