The invention discloses a bedroom desk decoration, which includes a bottom plate, and a decorative shell is fixedly mounted on the top end surface of the bottom plate. A rotation ring is mounted on the left end surface of the decorative shell to start a motor. The rotation of the second gear drives the first gears on the left and right sides to rotate in opposite directions to achieve the rotation of the spiral ornament to add decorative effects. The rotation of the fourth bevel gear drives the rotation of the fifth bevel gear, and the rotation of the fifth bevel gear drives the toggle. The slider can pull the pull wire to make the spring expression package jump up and down automatically. It can dynamically display various decorative accessories, improve the effect of decompression, and add pens. Pen holder reduces desktop space and improves desktop cleanliness.

A defrost or thaw measuring device has a dumbbell or hourglass-shaped rotatable compartment with a cavity, the cavity being partly filled with at least two phase change materials having different melting points. The measuring device may determine the time period of thawing at two or more temperature intervals in the refrigeration space.

An hourglass assembly and a method for producing an hourglass assembly are described herein. The hourglass assembly may include a first bulb for collecting or releasing granular material, a second bulb for collecting or releasing the granular material, and an adjustable hourglass mechanism coupled with both the first bulb and the second bulb. The adjustable hourglass mechanism may be configured to regulate a speed of passing of the granular material through the adjustable hourglass mechanism from the first bulb to the second bulb or vice versa.

An hourglass assembly and a method for producing an hourglass assembly are described herein. The hourglass assembly may include a first bulb for collecting or releasing granular material, a second bulb for collecting or releasing the granular material, and an adjustable hourglass mechanism coupled with both the first bulb and the second bulb. The adjustable hourglass mechanism may be configured to regulate a speed of passing of the granular material through the adjustable hourglass mechanism from the first bulb to the second bulb or vice versa.

The hourglass urn is a commemorative ornament for housing ashes which are remains of a loved one. The hourglass urn may comprise an hourglass that functions as an interval timer. The remains of a loved one may be visible within the bulb of the hourglass. The hourglass urn may comprise a left support pillar and a right support pillar that couple to the top of a base. The base may comprise a plaque having an inscription to commemorate the loved one. The left and right support pillars may support a yoke that is free to rotate in apertures at the top of the left and right support pillars. The yoke may support an hourglass-shaped bulb that holds the ashes.

The hourglass urn is a commemorative ornament for housing ashes which are remains of a loved one. The hourglass urn may comprise an hourglass that functions as an interval timer. The remains of a loved one may be visible within the bulb of the hourglass. The hourglass urn may comprise a left support pillar and a right support pillar that couple to the top of a base. The base may comprise a plaque having an inscription to commemorate the loved one. The left and right support pillars may support a yoke that is free to rotate in apertures at the top of the left and right support pillars. The yoke may support an hourglass-shaped bulb that holds the ashes.

A fluid timer configured to receive fluid therein when the timer is in a first orientation and to emit fluid along a timer vertical axis during pre-determined time when the timer is in a second, reversed orientation.

A fluid timer configured to receive fluid therein when the timer is in a first orientation and to emit fluid along a timer vertical axis during pre-determined time when the timer is in a second, reversed orientation.

A timer is provided, including a base having opposing ends and opposing sides, and first and second opposing side portions extending in a first direct from the opposing ends of the base. Each of the first and second opposing side portions extends to a respective distal end thereof. The timer also includes a top portion connecting the distal ends of the first and second opposing side portions, and front and rear opposing walls extending from the opposing sides of the base. Each of the front and rear opposing walls is connected to the first and second opposing side portions and the top portion to enclose a cavity therein. A center divider is provided extending from top portion at least partially toward the base. The center divider being affixed to the front and rear opposing walls. A first angled portion is affixed to the front and rear opposing walls and is positioned toward the first opposing side portion relative to the center divider. A second angled portion is affixed to the front and rear opposing walls, mirroring the first angled portion toward the second opposing side portion relative to the center divider. The first and second angled portions are positioned in a generally V-shaped arrangement with a hole positioned at the vertex thereof.

A timer is provided, including a base having opposing ends and opposing sides, and first and second opposing side portions extending in a first direct from the opposing ends of the base. Each of the first and second opposing side portions extends to a respective distal end thereof. The timer also includes a top portion connecting the distal ends of the first and second opposing side portions, and front and rear opposing walls extending from the opposing sides of the base. Each of the front and rear opposing walls is connected to the first and second opposing side portions and the top portion to enclose a cavity therein. A center divider is provided extending from top portion at least partially toward the base. The center divider being affixed to the front and rear opposing walls. A first angled portion is affixed to the front and rear opposing walls and is positioned toward the first opposing side portion relative to the center divider. A second angled portion is affixed to the front and rear opposing walls, mirroring the first angled portion toward the second opposing side portion relative to the center divider. The first and second angled portions are positioned in a generally V-shaped arrangement with a hole positioned at the vertex thereof.