Heat tube device utilizing cold energy and application thereof

A storage device, comprising:

• a heat tube device, comprising:
• an evaporating part;
• a condensing part;
• an ascending tube;
• and
• a reflow tube;
• wherein the evaporating part is lower than the condensing part, the upper end of the evaporating part is connected to the upper end of the condensing part through the ascending tube, the lower end of the condensing part is connected to the lower end of the evaporating part through the reflow tube, thus constituting a heat tube loop, and the condensing part is comprised of a plurality of condensing tubes in parallel connection or is comprised of a single condensing tube;
• wherein fins are disposed externally on the condensing tubes of the condensing part, the evaporating part is comprised of a single evaporating tube, which is in a U-shape in communication with the reflow tube, or the evaporating part is a thimble tube, with the upper orifice thereof in communication with the ascending tube, and the reflow tube being inserted into the mid-lower portion of the cavity of the thimble tube;
• and
• an energy storing medium, wherein the evaporating part of the heat tube device is positioned within the energy storing medium, and the energy storing medium is a solid medium.

An air conditioning device, comprising:

• a storage device, including:
• a heat tube device, comprising:
• an evaporating part;
• a condensing part;
• an ascending tube;
• and
• a reflow tube;
• wherein the evaporating part is lower than the condensing part, the upper end of the evaporating part is connected to the upper end of the condensing part through the ascending tube, the lower end of the condensing part is connected to the lower end of the evaporating part through the reflow tube, thus constituting a heat tube loop, and the condensing part is comprised of a plurality of condensing tubes in parallel connection or is comprised of a single condensing tube;
• wherein fins are disposed externally on the condensing tubes of the condensing part, the evaporating part is comprised of a single evaporating tube, which is in a U-shape in communication with the reflow tube, or the evaporating part is a thimble tube, with the upper orifice thereof in communication with the ascending tube, and the reflow tube being inserted into the mid-lower portion of the cavity of the thimble tube;
• and
• an energy storing medium, wherein the evaporating part of the heat tube device is positioned within the energy storing medium, and the energy storing medium is a solid medium;
• wherein the air conditioning device further includes a terminal loop exchanging heat with the storage device, said terminal loop comprising an air conditioning terminal, which includes a fan coiler, a radiator, a ground coiler or a tubule grid.

A building system comprising:

• a building and an air conditioning device, said air conditioning device comprising:
• a storage device, including:
• a heat tube device, including:
• an evaporating part;
• a condensing part;
• an ascending tube;
• and
• a reflow tube;
• wherein the evaporating part is lower than the condensing part, the upper end of the evaporating part is connected to the upper end of the condensing part through the ascending tube, the lower end of the condensing part is connected to the lower end of the evaporating part through the reflow tube, thus constituting a heat tube loop, and the condensing part is comprised of a plurality of condensing tubes in parallel connection or is comprised of a single condensing tube;
• wherein fins are disposed externally on the condensing tubes of the condensing part, the evaporating part is comprised of a single evaporating tube, which is in a U-shape in communication with the reflow tube, or the evaporating part is a thimble tube, with the upper orifice thereof in communication with the ascending tube, and the reflow tube being inserted into the mid-lower portion of the cavity of the thimble tube;
• and
• an energy storing medium, wherein the evaporating part of the heat tube device is positioned within the energy storing medium, and the energy storing medium is solid medium;
• wherein the air conditioning device further includes a terminal loop exchanging heat with the storage device, said terminal loop comprising an air conditioning terminal, which includes a fan coiler, or a radiator, or a ground coiler, or a tubule grid;
• wherein the air conditioning terminal of the air conditioning device is inside the building, and the energy storing medium in the storage device is under the ground.

A geothermal utilizing device, comprising:

• a heat tube device, including:
• an evaporating part;
• a condensing part;
• an ascending tube;
• and
• a reflow tube;
• wherein the evaporating part is lower than the condensing part, the upper end of the evaporating part is connected to the upper end of the condensing part through the ascending tube, the lower end of the condensing part is connected to the lower end of the evaporating part through the reflow tube, thus constituting a heat tube loop, and the condensing part is comprised of a plurality of condensing tubes in parallel connection or is comprised of a single condensing tube;
• wherein fins are disposed externally on the condensing tubes of the condensing part, the evaporating part is comprised of a single evaporating tube, which is in a U-shape in communication with the reflow tube, or the evaporating part is a thimble tube, with the upper orifice thereof in communication with the ascending tube, and the reflow tube being inserted into the mid-lower portion of the cavity of the thimble tube;
• wherein the evaporating part of the heat tube device is positioned in a geothermal layer and the condensing part is positioned in an object to be heated or in a heat exchanger, the object to be heated being solid, liquid or gas, or a building.