An assembly of fluid conduit parts is disclosed along with a method of assembling, a method of manufacturing and an apparatus for manufacturing the one of the fluid conduit parts. The assembly includes a blow molded part having a first portion. A second part includes a tapered section and a sealing flange extends from the first portion towards a central axis of the first portion at a distance, an end of the sealing flange defines an opening. The second part inserts into the opening and at least part of the tapered section is of a size larger than the opening. The sealing flange flexes upon insertion of the second part into the opening to define a contact surface between the tapered section and the sealing flange that extends around a perimeter of the tapered section where the sealing flange contacts the tapered section.

An assembly of fluid conduit parts is disclosed along with a method of assembling, a method of manufacturing and an apparatus for manufacturing the one of the fluid conduit parts. The assembly includes a blow molded part having a first portion. A second part includes a tapered section and a sealing flange extends from the first portion towards a central axis of the first portion at a distance, an end of the sealing flange defines an opening. The second part inserts into the opening and at least part of the tapered section is of a size larger than the opening. The sealing flange flexes upon insertion of the second part into the opening to define a contact surface between the tapered section and the sealing flange that extends around a perimeter of the tapered section where the sealing flange contacts the tapered section.

Disclosure is provided of various methods of using rainwater that falls off a roof of a building. Disclosure includes methods of capturing rainwater that falls off a roof of a building. Preferably, rainwater is captured in a watering can. Disclosure is also provided relating to use of a flow device. With reference to using rainwater that falls off a roof of a building, this may be particularly useful for use relating to balconies and porches, for example.

Disclosure is provided of various methods of using rainwater that falls off a roof of a building. Disclosure includes methods of capturing rainwater that falls off a roof of a building. Preferably, rainwater is captured in a watering can. Disclosure is also provided relating to use of a flow device. With reference to using rainwater that falls off a roof of a building, this may be particularly useful for use relating to balconies and porches, for example.

An apparatus and system for supporting a high-pressure hose is disclosed. The apparatus includes a brace and a bracket. The brace includes a main body portion, a pair of shoulder straps connected to the main body portion, and a midsection strap connected to the main body portion. The bracket is rotatably mounted to an upper end of the main body portion and includes a pivotal hose clamping portion at an end thereof, In use, the brace, the bracket, and the pivotal hose clamping support the high-pressure hose, reducing the effort required by the operator to support the hose.

The potted plant system of the present invention uses the space between the inner and outer pots as a reservoir for water. The water reservoir acts passively to transport water into the spoil of the inner pot which is subsequently used by the potted house plant. The reservoir is filled by over watering the inner pot and allowing the excess water to pass through the apertures within the inner pot. Passive transport of water from the reservoir to the soil occurs as the water saturation of the soil decreases. As a result, the soil and the potted plant remain hydrated for longer period of time as the reservoir continuously replenishes the water. The water within the reservoir can be drained through a quick connect sliding valve located on the outer pot. The quick connect sliding valve is either placed above another water receptacle or is fitted with a hose that transports the water to a drain.

A system includes a gravity-feed spray coating device having a body with a liquid inlet, a handle coupled to the body, a spray head coupled to the body, a liquid passage extending from the liquid inlet to the spray head, and a gravity-feed container fastener disposed adjacent the liquid inlet. The gravity-feed container fastener includes a non-compression container fastening mechanism. The system also includes a first gravity-feed liquid supply container having a liquid outlet and a compression fitting adapter, wherein the compression fitting adapter compression fits the liquid outlet to the liquid inlet without the non-compression container fastening mechanism.

A multi-functional garden tool having a first elongated cylindrical member and a second elongated cylindrical member. The elongated cylindrical members being configured and structured to receive water or such other aqueous liquids from an aqueous liquid source such that a user can apply the water, or other aqueous liquids, below a soil surface into the root zone of either potted plants or to garden plants. Additionally, the first and the second elongated cylindrical members of the multi-functional garden tool are configured and structured to give a user the ability to detachably attach a variety of tool heads to perform certain gardening tasks.

A multi-functional garden tool having a first elongated cylindrical member and a second elongated cylindrical member. The elongated cylindrical members being configured and structured to receive water or such other aqueous liquids from an aqueous liquid source such that a user can apply the water, or other aqueous liquids, below a soil surface into the root zone of either potted plants or to garden plants. Additionally, the first and the second elongated cylindrical members of the multi-functional garden tool are configured and structured to give a user the ability to detachably attach a variety of tool heads to perform certain gardening tasks.

A pumping device for liquids is described which comprises a tank for liquids, from which a feeding pipe of a pump with a solar panel draws. The tank consists of a supporting frame with tubular uprights and upper and lower horizontal connection lengths, which supports and surrounds a flexible bag for containing liquids and has an upper connection crossbar of the upper horizontal lengths of the supporting frame, on which the pump with solar panel is mounted. The bag has a lower filling hole or mouth, in which the feeding pipe can be inserted and an overflow hole made in the upper of part of its side wall in position lower than said mouth.