A portable pet canteen having a flexible bladder with peripheral edges and defining a footprint, an upper wall of the bladder defining an upper mouth, and a cavity being formed within the bladder. A rigid inner scaffold is secured to the upper mouth of the bladder and extends into the cavity. The inner scaffold has a height defined by side walls, the side walls having apertures for passage of water. An upper lid secures to an upper edge of the rigid inner scaffold such as with mating threads to form a closure such that the portable pet canteen is watertight. Water may be retained within the bladder until such time as the upper lid is removed and the canteen placed on the ground for the pet to drink from within the inner scaffold which provides a relatively wide opening. The canteen may be placed within a flexible outer cover for protection, which can also have various handles or straps for ease of transportation.

An apparatus for material storage, transport and dispensation uses a bag constructed from one of more flexible plastic sheets and forming a chamber for holding material. Reinforced end regions of the bag may be removably coupled to one another to form a self-forming loop. A nozzle is coupled to the chamber by a flexible tube to form an attachment for dispensation of material from the chamber. The attachment may take the form of a shower head, for example.

A hydration device has a flexible bladder constructed to have a plurality of expandable liquid receiving chambers that extend laterally across the width of the bladder and are spaced from one another along the length of the bladder. Liquid conveying tubes are in fluidic communication with liquid chambers. A coupling is fluidically connected to the tubes and includes a valve that operates to seal the coupling from the tubes. A drinking tube has a first end that is fluidically connected to the coupling thereby establishing a fluidic connection between the drinking tube and the tubes. A bite valve is connected to a second end of the drinking tube and is operable to allow a user to drink liquid from the chambers. The drinking tube may be secured to a user's wrist by a wrist strap.

A hydration device has a flexible bladder constructed to have a plurality of expandable liquid receiving chambers that extend laterally across the width of the bladder and are spaced from one another along the length of the bladder. Liquid conveying tubes are in fluidic communication with liquid chambers. A coupling is fluidically connected to the tubes and includes a valve that operates to seal the coupling from the tubes. A drinking tube has a first end that is fluidically connected to the coupling thereby establishing a fluidic connection between the drinking tube and the tubes. A bite valve is connected to a second end of the drinking tube and is operable to allow a user to drink liquid from the chambers. The drinking tube may be secured to a user's wrist by a wrist strap.

A waterproof dry bag with water potable material that utilizes a sealable connection to enable the user the option of collecting water and dispersing it through a bottom of the bag and which can be filtered with a water filter device. The bag can also be used to pump an air mattress.

A waterproof dry bag with water potable material that utilizes a sealable connection to enable the user the option of collecting water and dispersing it through a bottom of the bag and which can be filtered with a water filter device. The bag can also be used to pump an air mattress.

A collapsible hot liquid pitcher with an adjustable flow restrictor is disclosed that provides an easily controlled pour of hot water from the spout at the end of the pitcher's neck. The pitcher can be made of a rubbery material so that it can be compressed into a small shape for traveling. An insulating layer on the pitcher prevents the hot liquid from burning the user's hand during pouring. An adjustable flow restrictor gate with different sized flow sluices is provided in the pitcher's neck so that the amount of hot water admitted through the flow restrictor gate into the neck can be changed. The restrictor gate can be removed to change the desired flow. The orientation of the restrictor gate, the shape of the pitcher's neck and spout, and the shape and angle of the spout's face work to produce a controlled flow of hot water that pours downwardly in a steady, vertical stream for brewing.

A collapsible hot liquid pitcher with an adjustable flow restrictor is disclosed that provides an easily controlled pour of hot water from the spout at the end of the pitcher's neck. The pitcher can be made of a rubbery material so that it can be compressed into a small shape for traveling. An insulating layer on the pitcher prevents the hot liquid from burning the user's hand during pouring. An adjustable flow restrictor gate with different sized flow sluices is provided in the pitcher's neck so that the amount of hot water admitted through the flow restrictor gate into the neck can be changed. The restrictor gate can be removed to change the desired flow. The orientation of the restrictor gate, the shape of the pitcher's neck and spout, and the shape and angle of the spout's face work to produce a controlled flow of hot water that pours downwardly in a steady, vertical stream for brewing.

A foldable container and a cleaning tool assembly are provided. The foldable container includes a foldable side wall disposed annularly. The foldable side wall includes two adjacent connecting parts connected through a flexible part. When the foldable container is unfolded, the connecting parts rotate around a fold part on the flexible part. A first abutting part and a second abutting part are respectively disposed on two sides of the fold part and are arranged on the flexible part or the connecting parts. When the foldable container is in an unfolded state, the first abutting part abuts against the second abutting part. The cleaning tool assembly includes a cleaning tool and the foldable container. When the foldable container is unfolded to be used, the first abutting part abuts against the second abutting part.

A portable water purifying bottle comprises: an upper cover, having a water output port; a filter core component, disposed inside the upper cover, and located below the water output port; and a plastic cup sleeve, sleeved into a lower portion of the upper cover. The portable water purifying bottle is simple in design, the plastic cup sleeve made of silicone for storing water is retractable for easy carrying, thus fulfilling the needs of outdoor user. Further, the portable water purifying bottle is able to provide water output at fast speed to save time, while its appearance is compact and pleasing, hereby having a good prospect in the market.