SU1047433A1 - Hydrowarmhouse - Google Patents

Description

The invention relates to agriculture! · A. Namely ’to devices' for heating. greenhouses.

Known gitsroteplitsa, including a main pipeline for supplying thermal water, associated with a perforated pipeline for supplying water to the greenhouse, which is located under the roof in the upper part of the greenhouse, and a discharge system and: water drainage made in the vice tray located in the lower part of the greenhouse 11J

A disadvantage of the known gizroteplitsy is the distribution of water supplied on the inner side of the roof, which affects the illumination inside the greenhouse and causes heat loss through the roof to the atmosphere.

The chain of the invention is to improve the microclimate in the amusement by creating intense convective heat transfer and * improving the illumination of the greenhouse.

This goal is achieved by the fact that in gitsrotetsitshe, including the main pipeline for supplying thermal water, associated with a perforated pipe for supplying water to the heater, which is located under the roof of the greenhouse, and a system of discharge and removal of water, made in the vice tray, located in the lower part greenhouses, the tray for the removal of warriors is located along the axis of symmetry of the greenhouse under the perforated pipeline, and the perforation of the latter is made in its lower part.

In FIG. I depicts gitsroteplitsa; in FIG. 2 — section AA in FIG. 1.

The Gizroteplitsa contains the main pipeline 1, the valve 2, the perforated pipe 3, the tray 4 for the drainage of chilled water from the outlets, the discharge ₅ latch 5, the discharge pipeline 6, the discharge channel 7, land use sections 8.

The heat of the warriors in the hyperprotection is carried out according to the perforated pipe 3, laid at the marks of the roof of the gyro. The flow rate of the ducts through the openings is regulated by the valve 2 in the area of connecting the perforated piping 3 to the main piping 1. As a result of the interaction of the vertical jets of the heated duct with the surrounding air masses, circulating air flows are formed, providing intensive q convective heat transfer and heating of the surrounding air.

A reinforced concrete tray 4 is installed on the floor of the gitsroteplits for the purpose of receiving, further cooling and draining the soldiers. The return of the cooled chilled warriors 5 from the tray 4 to the pressureless discharge channel 7 is carried out by means of a pipe 6 inserted ’into the lower part of the end wall of the tray 4 through the valve 5.

θ gitsroteplitsy This structure provides increased heat recovery from the waste in the production Votsy inner space constructions, sposobst ^ "exists improve the microclimate in greenhouses by creating intense convective heat transfer Nogo ^5, greenhouses and improve the illuminance reduction of heat losses to the atmosphere.

Figure 2

VNIIIPI Order 7 787/2

Circulation 721 Subscription

Branch of PPP Patent,

Uzhhorod, st. Project, 4

Claims (1)

HYDROTEPLICE, including the main pipeline for the supply of warm water associated with perforated *. . · By a pipeline for supplying water to the greenhouse, which is located under the roof of the greenhouse, and a water discharge and drainage system, made in the vice tray located at the bottom of the greenhouse, characterized in that, in order to improve the microclimate in the greenhouse by creating an intensive convective heat transfer and improve the illumination of the greenhouse, the tray for water drainage is located on. axis of symmetry of the greenhouse under the perforated pipe, and the perforation of the latter is made in its lower part.