SU962517A1 - Translucent enclosure panel - Google Patents

Description

The invention relates to construction and is intended for use in building apertures and in fencing cultivation structures.

A constructive solution is known for translucent fencing of cultivations, including a frame and translucent elements from the panels of a Ciy bounding film.

The disadvantages of this design are low strength, low durability and deterioration of selective transmission characteristics over time.

A constructive solution is known for a translucent fence, including a flexible, rollable sheet of organic translucent material in the form of a film reinforced with strong C2 filaments.

The disadvantages of this design include low durability and high transmittance. In the infrared region, reducing the greenhouse effect, which is caused by increased heat consumption for heating objects.

Closest to the invention, the technical solution is the translucent structure of the guard.

including the glazing element in the plates and the frame 3.

The main disadvantages of such fences are in small-sized glazing elements that are individually packed and pressurized with NHX at the construction site, which increases the labor intensity of installation, in a large number of opaque frame components, reducing the light intensity of the structure, increasing the consumption of materials and the level of reduced costs. h

The purpose of the invention is to increase the size, light activity, ease of installation of the structure and reduce material consumption.

This goal is achieved by the fact that in a translucent panel of a fencing, including glazing elements in the form of plates and a frame, the latter is made in the form of a grid, the intersecting elements of which forming cells are made of resilient material and are fitted around the perimeter of each cell with tides in which plate, with each frame element is made with grooved notches located and

Claims (3)

30 Ie dow tides. In addition, the flexible frame of the panel can be reinforced with high-strength yarns and made of translucent material. Fig. 1 shows a transparency on the panel of the fence, a general view; figure 2 - section aa in figure 1; Fig. 3 shows BB in Fig. 1; in Fig.4 is the same, the option with the reinforcement of the frame. Translucent panel fencing consists of elements 1 glazing, made in the form of plates of inorganic glass. The plates 1 are pressed into the cells of the frame 2, made in the form of a semi-rigid mesh of an elastically compliant material .. The elements of the frame 2 are provided on the perimeter of each cell with tides 3, hermetically pressed to the plates 1, and between the tides 3 are grooved notches 4 that increase the flexibility of the frame and reducing the material capacity of the panel. To increase the strength and linear dimensions of the panel, the frame 2 can be reinforced with high-strength yarns 5 Made of metal, plastics or composite materials, and to increase the transparency and overall luminous activity of the panel, the frame can be made of acrylic glass and other limited light-transmitting materials. A translucent fencing panel is manufactured at the factory on the production line, ensuring the utilization of small-sized window glass plates that are automatically pressed into the frame with sealing of the joints and producing large-sized rollable or foldable panels with increased light activity, water and air impermeability, and also a greenhouse effect. The panel is folded, then unfolded and assembled, fastened on screws, bolts or nails to the reinforced elements of the building framework or structure. The use of a translucent panel in the fences of industrial buildings and cultivation facilities will reduce the cost, material consumption, reduce construction time and reduced costs. Claim 1. A light-transparent lane, comprising glazing elements in the form of plates and a frame, characterized in that, in order to increase the large size, light activity, ease of installation and reduce material consumption, the frame is made in the form of a grid, the intersecting elements of which forming cells, made of resilient material and provided with tides along the perimeter of each cell, in which plates are pressed in, each frame element being made with grooved notches located between the tides . 2.Panel by. Claim 1, characterized in that, in order to increase strength, the skeleton is reinforced with high-strength yarns. 3.Panel on PP. 1 and 2, characterized in that the frame is made of a translucent material. Sources of information taken into account in the examination G.N. Gusev, M.T. Glikman Natural lighting and insol greenhouses. M., stroiizdat, 1972, p. 11, fig. 2g. 2. Express information TSINIS, vol. 15, 1971, p. thirty. 3. Authors certificate of the USSR 177213, cl. A 01 G 7/00, 1962. 5-B 3 af.