mhurhangee/patent-ind-claim-en huggingface dataset:
A method for migrating one or more IP cores of a controller of an integrated circuit device to a programmable core logic region of the integrated circuit device , wherein the method is performed by a logic design system and comprises: receiving custom logic design data for the integrated circuit device , the custom logic design data comprising a plurality of IP cores that are to be hardwired as part of the controller in the integrated circuit device ; identifying one or more IP cores associated with the controller that implement one or more logic functions not required during initialization of the integrated circuit device ; receiving an input selection corresponding to the identified one or more IP cores , wherein the input selection activates a soft IP configuration state for the one or more identified IP cores ; in response to the activation of the soft IP configuration state, generating the configuration data for the integrated circuit device that includes soft IP configuration data for implementing the logic functions of the identified one or more IP cores , and wherein the soft IP configuration data is for configuring one or more associated soft IP cores in the programmable core logic region of the manufactured integrated circuit device to implement the one or more logic functions of the identified one or more IP cores during initialization of the manufactured integrated circuit device , wherein the identified one or more IP cores are not included as hardwired IP cores in the manufactured integrated circuit device . receiving custom logic design data for the integrated circuit device , the custom logic design data comprising a plurality of IP cores that are to be hardwired as part of the controller in the integrated circuit device ; identifying one or more IP cores associated with the controller that implement one or more logic functions not required during initialization of the integrated circuit device ; receiving an input selection corresponding to the identified one or more IP cores , wherein the input selection activates a soft IP configuration state for the one or more identified IP cores ; in response to the activation of the soft IP configuration state, generating the configuration data for the integrated circuit device that includes soft IP configuration data for implementing the logic functions of the identified one or more IP cores , and wherein the soft IP configuration data is for configuring one or more associated soft IP cores in the programmable core logic region of the manufactured integrated circuit device to implement the one or more logic functions of the identified one or more IP cores during initialization of the manufactured integrated circuit device , wherein the identified one or more IP cores are not included as hardwired IP cores in the manufactured integrated circuit device .
An electronic expansion valve, comprising: a frame body , the frame body being provided with an accommodating cavity and a mounting cavity ; an induction magnetic ring , the induction magnetic ring being movably arranged in the accommodating cavity in a height direction of the accommodating cavity , and the mounting cavity being at least located on a circumferential outer side of an active area of the accommodating cavity in which the induction magnetic ring is located; and a Hall sensor , there are multiple Hall sensors , at least two Hall sensors of the multiple Hall sensors being located in the mounting cavity and being arranged around a circumferential side of the accommodating cavity , the at least two Hall sensors of the multiple Hall sensors being located at the same height, and the induction magnetic ring being always in a detection range of the multiple Hall sensors . a frame body , the frame body being provided with an accommodating cavity and a mounting cavity ; an induction magnetic ring , the induction magnetic ring being movably arranged in the accommodating cavity in a height direction of the accommodating cavity , and the mounting cavity being at least located on a circumferential outer side of an active area of the accommodating cavity in which the induction magnetic ring is located; and a Hall sensor , there are multiple Hall sensors , at least two Hall sensors of the multiple Hall sensors being located in the mounting cavity and being arranged around a circumferential side of the accommodating cavity , the at least two Hall sensors of the multiple Hall sensors being located at the same height, and the induction magnetic ring being always in a detection range of the multiple Hall sensors .
An arrangement with a light lens for a vehicle lamp, and with at least one component arranged on the outer side of the light lens and a latch connection between the component and the light lens , wherein: - the light lens is provided with at least one first latch element that is accessible from the outer side of the light lens , and the component has at least one second latch element corresponding with the at least one first latch element , and - the first latch element or latch elements is/are formed on a carrier that is connected to the light lens , and - the carrier is connected to the light lens in a material-bonded manner, characterised in that the carrier is embedded in the injection-moulded light lens that is made of plastic and in that the carrier consists of a different material than the light lens . - the light lens is provided with at least one first latch element that is accessible from the outer side of the light lens , and the component has at least one second latch element corresponding with the at least one first latch element , and - the first latch element or latch elements is/are formed on a carrier that is connected to the light lens , and - the carrier is connected to the light lens in a material-bonded manner,
A cable storage arrangement comprising: a. a spool structure including a hub portion extending between a first wall and a second wall , the spool structure being configured to be non-rotatably mounted to a surface; b. a length of fiber optic cable coiled about the hub portion and between the first and second walls ; and c. a cover covering at least a portion of the spool structure , the cover including a port aligned over the hub portion through which the length of cable can be dispensed from the spool structure by unwinding the cable about the spool structure with the port following the cable such that the cover revolves about the spool structure in the unwinding direction. a. a spool structure including a hub portion extending between a first wall and a second wall , the spool structure being configured to be non-rotatably mounted to a surface; b. a length of fiber optic cable coiled about the hub portion and between the first and second walls ; and c. a cover covering at least a portion of the spool structure , the cover including a port aligned over the hub portion through which the length of cable can be dispensed from the spool structure by unwinding the cable about the spool structure with the port following the cable such that the cover revolves about the spool structure in the unwinding direction.
Hand-held machine tool with - a tool receiver for holding a tool along a working axis , - a motor-driven pneumatic hammer mechanism , which comprises an exciter driven by a motor , a hammer connected to the exciter by way of a pneumatic chamber , and an intermediate hammer arranged on the working axis in the impact direction behind the hammer , - an air access opening , which connects a cavity between the hammer and the intermediate hammer with the surrounding environment, - a valve closing off the air access opening , which is opened on actuation by the intermediate hammer when the intermediate hammer is pushed against the impact direction into its working position, wherein the valve contains a channel with a mouth opening and a closure body , characterized in that the intermediate hammer exhibits a profiled casing surface which forms the closure body , wherein the casing surface has, in the impact direction , following one another in sequence, a ring-shaped first section with a larger radius and a ring-shaped second section with a smaller radius, wherein the larger radius corresponds to the distance interval from the mouth opening to the working axis , as a result of which the intermediate hammer in the working position does not cover the air access opening , and, when pushed out of the working position in the impact direction covers the air access opening . - a tool receiver for holding a tool along a working axis , - a motor-driven pneumatic hammer mechanism , which comprises an exciter driven by a motor , a hammer connected to the exciter by way of a pneumatic chamber , and an intermediate hammer arranged on the working axis in the impact direction behind the hammer , - an air access opening , which connects a cavity between the hammer and the intermediate hammer with the surrounding environment, - a valve closing off the air access opening , which is opened on actuation by the intermediate hammer when the intermediate hammer is pushed against the impact direction into its working position,
A moving picture decoding apparatus for decoding a current block included in a bitstream, the moving picture decoding apparatus comprising: a processor; and a non-transitory memory, wherein the processor performs, using the non-transitory memory, processes including: deriving a first motion vector candidate from a first motion vector that has been used to decode a first block, the first block being spatially or temporally adjacent to the current block; decoding an X-axis value and a Y-axis value from a sequence header, a picture header, or a slice header; deriving a second motion vector candidate having a second motion vector that is defined by the decoded X-axis value and the decoded Y-axis value; deriving an index from the bitstream to identify a candidate to use for the current block selecting a candidate from a plurality of candidates in response to the index, the plurality of candidates including the first motion vector candidate and the second motion vector candidate; and decoding the current block using the selected candidate. a processor; and a non-transitory memory, wherein the processor performs, using the non-transitory memory, processes including: deriving a first motion vector candidate from a first motion vector that has been used to decode a first block, the first block being spatially or temporally adjacent to the current block; decoding an X-axis value and a Y-axis value from a sequence header, a picture header, or a slice header; deriving a second motion vector candidate having a second motion vector that is defined by the decoded X-axis value and the decoded Y-axis value; deriving an index from the bitstream to identify a candidate to use for the current block selecting a candidate from a plurality of candidates in response to the index, the plurality of candidates including the first motion vector candidate and the second motion vector candidate; and decoding the current block using the selected candidate. deriving a first motion vector candidate from a first motion vector that has been used to decode a first block, the first block being spatially or temporally adjacent to the current block; decoding an X-axis value and a Y-axis value from a sequence header, a picture header, or a slice header; deriving a second motion vector candidate having a second motion vector that is defined by the decoded X-axis value and the decoded Y-axis value; deriving an index from the bitstream to identify a candidate to use for the current block selecting a candidate from a plurality of candidates in response to the index, the plurality of candidates including the first motion vector candidate and the second motion vector candidate; and decoding the current block using the selected candidate.
A ram accelerator system , the system comprising: a ram accelerator tube with an inner surface and an outer surface, wherein the ram accelerator tube comprises an input end and an output end; a plurality of baffles disposed on the inner surface of the ram accelerator tube , wherein the plurality of baffles is disposed to form a sequential series of propellant chambers along the longitudinal axis of the ram accelerator tube ; and an accelerator gun disposed on the input end of the ram accelerator tube , wherein the accelerator gun is positioned to fire a projectile into the ram accelerator tube ; characterised in that the plurality of baffles is angled toward the output end and/or input end of the ram accelerator tube . a ram accelerator tube with an inner surface and an outer surface, wherein the ram accelerator tube comprises an input end and an output end; a plurality of baffles disposed on the inner surface of the ram accelerator tube , wherein the plurality of baffles is disposed to form a sequential series of propellant chambers along the longitudinal axis of the ram accelerator tube ; and an accelerator gun disposed on the input end of the ram accelerator tube , wherein the accelerator gun is positioned to fire a projectile into the ram accelerator tube ; characterised in that the plurality of baffles is angled toward the output end and/or input end of the ram accelerator tube .
Ball valve comprising: - a valve body that delimits at least one sealing seat , a ball seat and at least three fluidic ducts (8, 8', 8") that converge in the ball seat ; - at least one hollow ball , received in the ball seat and movable with respect to the valve body to allow/prevent a fluidic communication between said fluidic ducts (8, 8', 8"), for example between pairs of ducts; - two or more sealing elements , at least one of which is placed in the sealing seat , in abutment with said ball ; wherein only one of said fluidic ducts acts as an introduction duct of the sealing element and of the hollow ball inside the valve body , for positioning said element and said ball respectively in the sealing seat and in the ball seat ; - a ball-compressing element delimiting a further sealing seat to receive the other sealing element and connected to the introduction duct of the valve body to press said element against the hollow ball ; wherein the valve body delimits three sealing seats , and wherein said ball valve comprises sealing elements in equal number with respect to the number of such seats ; said ball valve being characterized in comprising: - a reinforcement element coupled to one or more sealing elements , at least partially inserted into the sealing seat to limit deformation of said sealing element upon movement of the hollow ball in the ball seat ; the reinforcement element being at least partially received in the sealing element and, with respect to a development axis (X, X', X") around which one or more of said fluidic ducts (8, 8', 8") develop, the reinforcement element being arranged only radially internally with respect to the sealing element . - a valve body that delimits at least one sealing seat , a ball seat and at least three fluidic ducts (8, 8', 8") that converge in the ball seat ; - at least one hollow ball , received in the ball seat and movable with respect to the valve body to allow/prevent a fluidic communication between said fluidic ducts (8, 8', 8"), for example between pairs of ducts; - two or more sealing elements , at least one of which is placed in the sealing seat , in abutment with said ball ; wherein only one of said fluidic ducts acts as an introduction duct of the sealing element and of the hollow ball inside the valve body , for positioning said element and said ball respectively in the sealing seat and in the ball seat ; - a ball-compressing element delimiting a further sealing seat to receive the other sealing element and connected to the introduction duct of the valve body to press said element against the hollow ball ; - a reinforcement element coupled to one or more sealing elements , at least partially inserted into the sealing seat to limit deformation of said sealing element upon movement of the hollow ball in the ball seat ; the reinforcement element being at least partially received in the sealing element and, with respect to a development axis (X, X', X") around which one or more of said fluidic ducts (8, 8', 8") develop, the reinforcement element being arranged only radially internally with respect to the sealing element .
A modular wall system for displaying a product, the modular wall system comprising: a wall of a room, the wall comprising structural support beams defining a recess therein; a display structure defining the recess, wherein the display structure extends through a front surface of the wall and comprises a frame having a top panel , a bottom panel , and two side panels , wherein the top and bottom panels are longer than the side panels; a plurality of modular display units disposed within the display structure, wherein each modular display unit extends from the bottom panel to the top panel, and wherein each of the modular display units comprises a frame including two side walls , a top wall , and a bottom wall , and wherein the frame of at least one of the modular display units is open to a front exterior of the display structure; a plurality of display elements disposed within the plurality of display units, wherein the wall further comprises electrical infrastructure that interfaces with modular wall system to deliver power and/or data to the display elements; and wherein a depth of the recess is at least 30.48 centimetres. a wall of a room, the wall comprising structural support beams defining a recess therein; a display structure defining the recess, wherein the display structure extends through a front surface of the wall and comprises a frame having a top panel , a bottom panel , and two side panels , wherein the top and bottom panels are longer than the side panels; a plurality of modular display units disposed within the display structure, wherein each modular display unit extends from the bottom panel to the top panel, and wherein each of the modular display units comprises a frame including two side walls , a top wall , and a bottom wall , and wherein the frame of at least one of the modular display units is open to a front exterior of the display structure; a plurality of display elements disposed within the plurality of display units, wherein the wall further comprises electrical infrastructure that interfaces with modular wall system to deliver power and/or data to the display elements; and wherein a depth of the recess is at least 30.48 centimetres.
An arrangement for cooling a coil which has a winding arranged on a coil core , wherein the arrangement has a coil, a fan and at least one air guidance means , wherein axially running ducts are arranged in the winding region of the coil, wherein the air stream generated by the fan is guided into the ducts by means of the air guidance means , characterised in that the coil winding is surrounded by a first insulating means consisting of insulating paper, in particular mineral fibre paper, with a second insulating means being arranged overlapping the first insulating means , which second insulating means protrudes across the axial region covered by the coil winding and acts as a further air guidance means, so that an air stream produced by the fan is conducted to the ducts , with the air guidance means which is connected to the housing of the fan contacting the second insulating means , so that a flow duct which leads from the fan to the ducts in the winding region and which is otherwise closed is formed from the fan to the ducts in the winding region, with the first and second insulating means being manufactured from the same material, with the ducts being spaced apart from one another uniformly in the peripheral direction, with three, four, five or more ducts being arranged at the same radial distance, with the ducts being designed to be cuboid in each case.
An information processing device comprising: a controller adapted to: control alteration of a first reproduction information according to a flag, said reproduction information being a play list occupying a data capacity corresponding to a stream portion of a clip that is referred to by said play list on a disc, wherein the flag indicates whether a content file referred to by the first reproduction information is referred to by a second reproduction information, wherein alteration of the first reproduction information comprises dividing the first reproduction information into first reproduction information and other reproduction information or combining the first reproduction information with other reproduction information, wherein, when the flag indicates that the content file referred to by the first reproduction information is not referred to by a second reproduction information, in response to dividing the first reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is referred to by a second reproduction information, and wherein, when the flag indicates that the content file referred to by the first reproduction information and the other reproduction information is not referred to by a second reproduction information, in response to combining the first reproduction information with the other reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is not referred to by a second reproduction information. control alteration of a first reproduction information according to a flag, said reproduction information being a play list occupying a data capacity corresponding to a stream portion of a clip that is referred to by said play list on a disc, wherein the flag indicates whether a content file referred to by the first reproduction information is referred to by a second reproduction information, wherein alteration of the first reproduction information comprises dividing the first reproduction information into first reproduction information and other reproduction information or combining the first reproduction information with other reproduction information, wherein, when the flag indicates that the content file referred to by the first reproduction information is not referred to by a second reproduction information, in response to dividing the first reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is referred to by a second reproduction information, and wherein, when the flag indicates that the content file referred to by the first reproduction information and the other reproduction information is not referred to by a second reproduction information, in response to combining the first reproduction information with the other reproduction information, the flag is set to indicate that the content file referred to by the first reproduction information is not referred to by a second reproduction information.