Abstract: A snow sports equipment cart device is provided. The device is comprised of a collapsible body comprised of an interior space. The body may be comprised of at least one receiving area designed to receive skis, snowboards, ski poles, etc. The interior space may also be comprised of an insert positioned within the interior space, wherein the insert is comprised of additional receiving areas. As a result, the receiving areas of the rack and the insert secure skis, snowboards, and ski poles while the device is in motion.

Abstract: Furniture including a furniture body with an opening, a furniture lid for closing the opening and defining a lid plane, and a lid fitting including: a base element fixed to a side wall of the furniture body, a pivot arm pivotally attached to the base element, a pivot-arm-side connecting element pivotably connected to the pivot arm, a lid-side connecting element which has a mounting surface arranged parallel to the lid plane and which can be mounted on the pivot-arm-side connecting element by movement relative to the pivot-arm-side connecting element in an assembly direction parallel to the mounting surface, a ramp surface on one of the two connecting elements, which is arranged at an angle to the mounting surface, and a sliding element which is arranged on the other of the two connecting elements and slides along the ramp surface when the lid-side connecting element is moved in the assembly direction.

Abstract: Furniture including a furniture body with an opening, a furniture lid for closing the opening and defining a lid plane, and a lid fitting including: a base element fixed to a side wall of the furniture body, a pivot arm pivotally attached to the base element, a pivot-arm-side connecting element pivotably connected to the pivot arm, a lid-side connecting element which has a mounting surface arranged parallel to the lid plane and which can be mounted on the pivot-arm-side connecting element by movement relative to the pivot-arm-side connecting element in an assembly direction parallel to the mounting surface, a ramp surface on one of the two connecting elements, which is arranged at an angle to the mounting surface, and a sliding element which is arranged on the other of the two connecting elements and slides along the ramp surface when the lid-side connecting element is moved in the assembly direction.

Abstract: Live updating of a changed block tracking (CBT) driver. In one example embodiment, a method for live updating of a CBT driver may include loading a CBT driver into a running operating system and then performing various acts without rebooting the running operating system. These acts may include tracking, using the CBT driver, writes to blocks of a source storage, loading an updated CBT driver into the running operating system with the updated CBT driver having a different name than the CBT driver, handing over the tracking of writes to blocks of the source storage from the CBT driver to the updated CBT driver, and tracking, using the updated CBT driver, writes to blocks of the source storage.

Abstract: Live updating of a changed block tracking (CBT) driver. In one example embodiment, a method for live updating of a CBT driver may include loading a CBT driver into a running operating system and then performing various acts without rebooting the running operating system. These acts may include tracking, using the CBT driver, writes to blocks of a source storage, loading an updated CBT driver into the running operating system with the updated CBT driver having a different name than the CBT driver, handing over the tracking of writes to blocks of the source storage from the CBT driver to the updated CBT driver, and tracking, using the updated CBT driver, writes to blocks of the source storage.

Abstract: Live updating of a changed block tracking (CBT) driver. In one example embodiment, a method for live updating of a CBT driver may include loading a CBT driver into a running operating system and then performing various acts without rebooting the running operating system. These acts may include tracking, using the CBT driver, writes to blocks of a source storage between a first snapshot time and a second snapshot time, loading an updated CBT driver into the running operating system with the updated CBT driver having a different name than the CBT driver, handing over the tracking of writes to blocks of the source storage from the CBT driver to the updated CBT driver at a handover time, and tracking, using the updated CBT driver, writes to blocks of the source storage between the handover time and the second snapshot time.