Abstract: A storage container has a base having an opening and a lid for covering the opening. A lock ring is mounted on one of the base and the lid for motion between a first position and a second position. At least one lock member is formed on the lock ring. At least one stationary lock member is formed on the other one of the base and the lid. The lock member is aligned with the stationary lock member when the lock ring is in the first position such that the lock member engages the stationary lock member. The lock member is offset with respect to the stationary lock member when the lock ring is in the second position such that the lock member does not engage the stationary lock member.

Abstract: A storage container has a base having an opening and a lid for covering the opening. A lock ring is mounted on one of the base and the lid for motion between a first position and a second position. At least one lock member is formed on the lock ring. At least one stationary lock member is formed on the other one of the base and the lid. The lock member is aligned with the stationary lock member when the lock ring is in the first position such that the lock member engages the stationary lock member. The lock member is offset with respect to the stationary lock member when the lock ring is in the second position such that the lock member does not engage the stationary lock member.

Abstract: A slide drawer assembly for mounting to a shelf has a mounting bracket configured to slip over a front end of the shelf. A pair of slide channels is spaced apart from and parallel to one another and carried by the mounting bracket. A drawer has a bottom and an upstanding side wall extending around a substantial portion of a perimeter of the bottom. The upstanding side wall includes a pair of opposed sides each having a surface supported by and slidable along a respective one of the channels between a retracted position and an extended position.

Abstract: A storage container has a base with a bottom panel and an upstanding side wall extending generally upward from a perimeter of the bottom panel. The side wall has a top end and a top opening is generally circumscribed by the top end. A reversible lid has a lid perimeter and a cover panel generally within the lid perimeter. The cover panel has a first side and a second side. The reversible lid can be installed on the base in two different selectable orientations including a first orientation with the second cover panel side facing the base and a second orientation with the first cover panel side facing the base. A first seal is created between the reversible lid and the base in the first orientation and a second seal is created between the reversible lid and the base in the second orientation.

Abstract: A container cap includes an outer cap, an inner cap and a drinking tube. The drinking tube is extendable and/or retractable through a twisting motion of the outer cap. When retracted, the drinking tube is protected by the outer cap from environmental contaminants.

Abstract: A system for absorbing shock including a resilient member positioned between a portion of the head and a portion of the shaft of the tool. The resilient member dampens and absorbs vibration travelling from the head to the shaft and reverberations travelling through the tool. The system also includes a shock-absorbing member having an internal portion positioned within a cavity in the head of the tool and an external portion positioned on an upper surface of the head that dampens and absorbs vibration travelling within the head and reverberations travelling through the tool. The system further includes a bonding material filling spaces with the cavity and a channel within the head that further dampens and absorbs vibration travelling from the head to the shaft and reverberations travelling through the tool. The system includes a handle portion that has a soft elastomeric outer coating that provides a comfortable grip to the user and hinders vibration from travelling from the shaft to the hand of the user.

Abstract: A system for absorbing shock including a resilient member positioned between a portion of the head and a portion of the shaft of the tool. The resilient member dampens and absorbs vibration travelling from the head to the shaft and reverberations travelling through the tool. The system also includes a shock-absorbing member having an internal portion positioned within a cavity in the head of the tool and an external portion positioned on an upper surface of the head that dampens and absorbs vibration travelling within the head and reverberations travelling through the tool. The system further includes a bonding material filling spaces with the cavity and a channel within the head that further dampens and absorbs vibration travelling from the head to the shaft and reverberations travelling through the tool. The system includes a handle portion that has a soft elastomeric outer coating that provides a comfortable grip to the user and hinders vibration from travelling from the shaft to the hand of the user.