An energy-saving building ice room

Abstract

The invention discloses an energy-saving type building ice bag room. The building ice bag room comprises a supporting base frame, an energy-saving protecting combination, a driving motor and a controlmachine set, wherein a left crossbeam, a right cross beam and a platform board are arranged on the supporting base frame, a double-layer transparent CO2 protecting cover is arranged on the platform board, a left revolving shaft and a right revolving shaft are arranged on two sides of the platform board, the platform board is connected with the left cross beam through the left revolving shaft, andthe platform board is connected with the right cross beam through the right revolving shaft; and the energy-saving protecting combination comprises a half-arc ice bag cover, a half-arc venting light-transmitting cover, a left revolving driving sleeve and a right fixing sleeve. By utilizing a 'greenhouse effect' principle, a through layer of the ice bag room is directly illuminated by sunshine inthe daytime, the indoor temperature is increased by virtue of the double-layer transparent CO2 protecting cover, and an inner room is covered with a half-arc ice layer of the ice bag room at night, sothat the wind-shielding and cold-insulation effects are achieved; and meanwhile, heat is dissipated into the room through the double-layer transparent CO2 protecting cover, so that the indoor temperature is increased.

Description

technical field [0001] The invention relates to the technical field of ice rooms, in particular to an energy-saving architectural ice room. Background technique [0002] In the field of construction, green, energy-saving and environmental protection are the mainstream direction of construction, especially in remote cold areas, the construction is difficult, the cost is high, and it is not suitable for long-term residence. Currently, the buildings used for temporary residence in severe cold areas The equipment has the following defects: 1. Simple steel structure construction, which requires reinforcement of the construction foundation, which requires a large number of auxiliary machines. At the same time, when migration is required, auxiliary machines are required to dismantle and transfer, which is laborious and laborious. 2. 1. The heat preservation effect is poor, and the severe cold is lower than the large temperature difference between day and night. To increase the indo...

AI Technical Summary

Problems solved by technology

[0002] In the field of construction, green, energy-saving and environmental protection are the mainstream direction of construction, especially in remote cold areas, the construction is difficult, the cost is high, and it is not suitable for long-term residence. Currently, the buildings used for temporary residence in severe cold areas The equipment has the following defects: 1. Simple steel structure construction, which requires reinforcement of the construction foundation, which requires a large number of auxiliary machines. At the same time, when migration is required, auxiliary machines are required to dismantle and transfer, which is laborious and laborious. 2. 1. The heat preservation effect is poor, and the severe cold is lower than the large temperature difference between day and night. To increase the indoor temperature, it is necessary to add heating equipment for heating and increase equipment investment. 3. In a stormy weather environment, strong storms can easily penetrate the protective cover of the steel structure, so The indoor temperature cannot be effectively kept warm, so the present invention provides an energy-saving building ice room

Images