Abstract: A system includes a memory device including multiple memory cells and a processing device operatively coupled to the memory device. The processing device is to receive a first read command at a first time. The processing device is further to receive a second read command at a second time. The processing device is further to determine that the first read command and the second read command are directed to an at least partially same set of memory cells of the plurality of memory cells. The processing device is further to perform a media management operation with respect to the at least partially same set of memory cells.

Abstract: A system may include a memory device comprising a plurality of memory blocks, and a processing device to, responsive to receiving a request to read a memory block from the memory device, determine a time difference between a current time and a timestamp associated with the memory block, determine whether the time difference satisfies a first threshold increment criterion, responsive to determining that the time difference satisfies the first threshold increment criterion, increment a read counter associated with the memory block by a first increment value associated with the first threshold increment criterion, determine that the read counter associated with the memory block satisfies a threshold scan criterion, and responsive to determining that the read counter satisfies the threshold scan criterion, perform a media scan with respect to the memory block.

Abstract: Time-to-digital converter (TDC) using multiple Vernier in a cascaded architecture reduces the timing jitter by decreasing the number of the ring oscillator cycles during the measurement processes. Time-to-digital converter (TDC) measurements using a third oscillator for the second Vernier process has significant advantages compared to changing the period of the second oscillator during the measurement cycle. The Vernier architecture described herein may operate with faster oscillators, reducing the number of intervals before converging and leading to a lower time conversion and a better timing jitter. Adding multiple cascaded Vernier interpolation may further improve the TDC measurement resolution while having only a small increment of time required to resolve the time interval calculations.

Abstract: A system includes a memory device including multiple memory cells and a processing device operatively coupled to the memory device. The processing device is to receive a first read command at a first time. The first read command is with respect to a set of memory cells of the memory device. The processing device is further to receive a second read command at a second time. The second read command is with respect to the set of memory cells of the memory device. The processing device is further to increment a read counter for the memory device by a value reflecting a difference between the first time and the second time. The processing device is further to determine that a value of the read counter satisfies a threshold criterion. The processing device is further to perform a data integrity scan with respect to the set of memory cells.

Abstract: Time-to-digital converter (TDC) using multiple Vernier in a cascaded architecture reduces the timing jitter by decreasing the number of the ring oscillator cycles during the measurement processes. Time-to-digital converter (TDC) measurements using a third oscillator for the second Vernier process has significant advantages compared to changing the period of the second oscillator during the measurement cycle. The Vernier architecture described herein may operate with faster oscillators, reducing the number of intervals before converging and leading to a lower time conversion and a better timing jitter Adding multiple cascaded Vernier interpolation may further improve the TDC measurement resolution while having only a small increment of time required to resolve the time interval calculations.

Abstract: Time-to-digital converter (TDC) using multiple Vernier in a cascaded architecture reduces the timing jitter by decreasing the number of the ring oscillator cycles during the measurement processes. Time-to-digital converter (TDC) measurements using a third oscillator for the second Vernier process has significant advantages compared to changing the period of the second oscillator during the measurement cycle. The Vernier architecture described herein may operate with faster oscillators, reducing the number of intervals before converging and leading to a lower time conversion and a better timing jitter Adding multiple cascaded Vernier interpolation may further improve the TDC measurement resolution while having only a small increment of time required to resolve the time interval calculations.

Abstract: An anchor assembly for insertion in a panel aperture in a receiving panel has a flange. The flange has an engagement surface locatable on a first side of the receiving panel. A plurality of resilient arms project from the engagement surface and are insertable in the panel aperture. At least two of the plurality of resilient arms define a channel therebetween for receiving a threaded fastener. The channel is sized to limit inward deflection of the at least two of the plurality of resilient arms when the threaded fastener extends within the channel. A threaded surface is located in the flange and forms at least in part an anchor aperture for alignment with the panel aperture. The channel is aligned with the anchor aperture. The threaded surface is located between the plurality of resilient arms and is adapted for threadingly engaging the threaded fastener.

Abstract: A storage container has a storage container body and a clip. The storage container body has a bottom surface and at least one side wall. The bottom surface defines a recess. A clip is connected to the at least one side wall. The clip defines a passage having an opened end. The opened end faces toward a bottom of the container body.

Abstract: A personal watercraft includes a hull; a deck disposed on the hull, the deck including a pedestal; a straddle seat on the pedestal; a motor disposed between the hull and the deck; a propulsion system operatively connected to the motor; and at least one speaker assembly disposed at a forward portion of one of the left and right foot-wells. The speaker assembly includes a housing defining a bass port, and a water resistant speaker driver. The speaker driver includes a basket a plurality of apertures, the plurality of apertures being disposed in the interior of the housing, a cone supported by the basket, a surface of the cone fluidly communicating with air surrounding the basket via the plurality of apertures, a dust cap connected to the cone, a suspension element connected to the cone and the basket, and a water resistant voice coil assembly operatively connected to the cone.

Abstract: A storage container has a storage container body and a clip. The storage container body has a bottom surface and at least one side wall. The bottom surface defines a recess. A clip is connected to the at least one side wall. The clip defines a passage having an opened end. The opened end faces toward a bottom of the container body.

Abstract: A vehicle has a frame, a seat connected to the frame, a member connected to the frame, a storage container receiving surface connected to the frame, a protrusion protruding from the storage container receiving surface, and a storage container selectively disposed on the storage container receiving surface. The storage container has a storage container body having a bottom surface and a clip. The bottom surface defines a recess. The protrusion is selectively received in the recess. The clip is connected to the storage container body. The member is selectively received in the clip. The storage container is selectively removable from the vehicle.

Abstract: An anchor assembly for insertion in a panel aperture in a receiving panel has a flange. The flange has an engagement surface locatable on a first side of the receiving panel. A plurality of resilient arms project from the engagement surface and are insertable in the panel aperture. At least two of the plurality of resilient arms define a channel therebetween for receiving a threaded fastener. The channel is sized to limit inward deflection of the at least two of the plurality of resilient arms when the threaded fastener extends within the channel. A threaded surface is located in the flange and forms at least in part an anchor aperture for alignment with the panel aperture. The channel is aligned with the anchor aperture. The threaded surface is located between the plurality of resilient arms and is adapted for threadingly engaging the threaded fastener.

Abstract: A personal watercraft has a hull having a bow and a stern. A deck is disposed on the hull and has a rear platform having a top face. The top face defines at least a portion of a generally planar surface. The generally planar surface extends forward from a rear end of the deck. The personal watercraft also has a seat supported on the deck. The seat has a front seat portion and a rear seat portion. The rear seat portion is rearward of the front seat portion. The rear seat portion is removably connected to the deck. The rear platform extends between the rear end of the deck and the front seat portion. The generally planar surface extends to at least the front seat portion, and the rear seat portion is disposed on the top face of the rear platform when connected to the deck.

Abstract: A personal watercraft includes a hull; a deck disposed on the hull, the deck including a pedestal; a straddle seat on the pedestal; a motor disposed between the hull and the deck; a propulsion system operatively connected to the motor; and at least one speaker assembly disposed at a forward portion of one of the left and right foot-wells. The speaker assembly includes a housing defining a bass port, and a water resistant speaker driver. The speaker driver includes a basket a plurality of apertures, the plurality of apertures being disposed in the interior of the housing, a cone supported by the basket, a surface of the cone fluidly communicating with air surrounding the basket via the plurality of apertures, a dust cap connected to the cone, a suspension element connected to the cone and the basket, and a water resistant voice coil assembly operatively connected to the cone.

Abstract: A vehicle has a frame, a seat connected to the frame, a member connected to the frame, a storage container receiving surface connected to the frame, a protrusion protruding from the storage container receiving surface, and a storage container selectively disposed on the storage container receiving surface. The storage container has a storage container body having a bottom surface and a clip. The bottom surface defines a recess. The protrusion is selectively received in the recess. The clip is connected to the storage container body. The member is selectively received in the clip. The storage container is selectively removable from the vehicle.

Abstract: A vehicle has a frame, at least one seat, an engine, a plurality of ground engaging members, a windshield, and a wiper assembly connected to the upper portion of the windshield. The wiper assembly has a wiper motor, a reservoir, a wiper arm pivotally connected to the upper portion of the windshield, a wiper blade connected to the wiper arm, and a sprayer connected to the wiper arm and fluidly connected to the reservoir. The wiper motor selectively pivots the wiper arm and the wiper blade between a stowed position and a pivoted position. The wiper blade has a first side and a second side. The first side is above the second side in the stowed position. The sprayer is configured for spraying a fluid only on the surface of the windshield away from the first side of the wiper blade. A method for wiping a windshield is also disclosed.

Abstract: A vehicle has a frame, at least one seat, an engine, a plurality of ground engaging members, a windshield, and a wiper assembly connected to the upper portion of the windshield. The wiper assembly has a wiper motor, a reservoir, a wiper arm pivotally connected to the upper portion of the windshield, a wiper blade connected to the wiper arm, and a sprayer connected to the wiper arm and fluidly connected to the reservoir. The wiper motor selectively pivots the wiper arm and the wiper blade between a stowed position and a pivoted position. The wiper blade has a first side and a second side. The first side is above the second side in the stowed position. The sprayer is configured for spraying a fluid only on the surface of the windshield away from the first side of the wiper blade. A method for wiping a windshield is also disclosed.

Abstract: Implementations of the present disclosure are directed to a method, system, and computer-readable medium for choosing ink colors for a screen printing process. An image to be reproduced with the screen printing process is obtained, and sample pixels within the image are selected. For each sample pixel, if the color of the sample pixel is not similar to an already chosen ink color, neighboring pixels around the sample pixel are identified. When the colors of the sample pixel and its neighboring pixels are similar, an ink color is chosen to be a representative color of the sample pixel and its neighboring pixels.

Abstract: The present invention relates to a method and system for data lifecycle management of manufacturing test data. The method and system receive, at an acquisition unit, manufacturing test data from at least one source, process the manufacturing test data for rendering the manufacturing test data compatible with a digital storage system, and load the manufacturing test data into a digital storage system. The method and system further store, at the digital storage system, the manufacturing test data; and monitor an amount of data stored in the digital storage system corresponding to at least one type of active data. An alert is generated when the monitored amount of data is above a pre-defined alert threshold. Access to a pre-defined subset of data stored in the digital storage system is blocked, when the monitored amount of data is above a pre-defined blocking threshold.

Abstract: The present relates to a method and system for dynamic and secure testing and data transmission in a multi level supply chain hierarchy. The method and system generates, at an emitting equipment, data related to a component of a product portfolio. The method and system identifies, at the emitting equipment, a receiving equipment for the data. The identification comprises analyzing the data, with respect to the product portfolio and a federated enterprise infrastructure. And the method and system transmits the data, from the emitting equipment to the receiving equipment. Additionally, the generation of the data, the transmission of the data between the emitting equipment and the receiving equipment, and an usage of the data at the receiving equipment, are protected by a security mechanism. The security mechanism prevents an unauthorized actor of the supply chain hierarchy from at least one of: creating, reading, using, and modifying the data.