IT8982625A1 - PERFECTED METHOD FOR THE REALIZATION OF RADIANT FALSE CEILINGS - Google Patents

Description

Patent description for industrial invention

Title:

PERFECTED METHOD FOR THE REALIZATION OF RADIANT FALSE CEILINGS.

SUMMARY

PERFECTED METHOD FOR THE REALIZATION OF RADIANT FALSE CEILINGS, of the type with hanging elements being associated with pipes for circulation in each element of the thermal fluids, comprising:

- suspension support means of a primary framework;

- a secondary framework supported transversely by the primary; constituted by a plurality? of adjacent and coplanar slats creating a radiant surface;

- means cooperating with said radiating surface; being constituted by counter-slats associated internally with the said slats and in contact with the surface of the latter, supporting circulation means of the thermal fluids contained within the said primary frame and constituting an anchoring means for the suspended hangers.

radiant surfaces run longitudinally, of the coils using thermal flux and drowned in one or more? layers of insulating material, all integrated into a panel. Such a solution for? while solving some of the probes mentioned above, don't you? found optimal due to the fact that it was not versatile and maintained a low performance.

A decidedly more solution? recently it has allowed the creation of a modular false ceiling consisting of a primary frame suspended by means of known suspension hangers which supports a secondary frame made up of a set of parallel and adjacent slats. Radiant heating? obtained through a heating tube associated with the primary framework which, in addition to the transversal attachment means of the staves, creates a surface in contact with the base of the stave for the transmission of heat. But even in the above-highlighted solution the same drawbacks can be found, indeed in some ways they even appear accentuated, in fact often pu? even missing the necessary contact of the stave with the crosspiece and thus impairing the radiant effect at best. Further, there is a minimum heat dispersion as well as? maintains the impossibility? to be adapted to other ceiling systems.

Purpose of the present invention? that of obviating the aforementioned drawbacks.

DESCRIPTION

The present invention relates to a PERFECTED METHOD FOR THE REALIZATION OF RADIANT FALSE CEILINGS.

The innovation finds particular though not exclusive application as a method to allow the heating or air conditioning of environments, according to climatic needs, through the use of radiant panels and suspended ceilings of the type using thermal fluids.

In the current state of the art, various methods of heating and air conditioning are known, traditional, convective and radiation. But particularly for industrial and commercial uses even before civilians, convective heating systems, before the advent of radians, had various drawbacks which were substantially translated into non-economic, anti-functional systems and with practically ineffective yields, especially in environments. of vast dimensions, but also due to the fact that they involved heating at the same temperature of production areas where the level of activity? ? light, others, in the same room, in which? pi? heavy, and still others destined to warehouses of finished products or raw materials. This condition has forced the realization of the known radiant heating system, which substantially provides for the use of a plurality of products. of suspended panels and suspended ceilings, then hung by a series of suspended hangers and in which in contact with the This and other purposes are achieved with the present innovation according to the characteristics referred to in the attached claims, solving the problems set out by means of an improved method for the realization particularly of radiant false ceilings of the type with hanging elements being associated with pipes for the circulation in each element of the thermal fluids, comprising:

- suspension support means of a primary framework;

? a secondary framework supported transversely by the primary consisting of a plurality of of adjacent and coplanar slats: creating a radiant surface;

- means cooperating with said radiating surface; being constituted by counter-slats associated internally with the said slats and in contact with the surface of the latter, supporting circulation means for the thermal fluids contained within the said primary frame and constituting an anchoring means for the suspended hangers.

In this way, through the remarkable creative contribution whose effect constitutes an immediate technical progress, various advantages are achieved, among which? can remember a greater functionality? due to the fact that the optimization of the efficiency is allowed through a uniform distribution on the radiant surface of the thermal conditions. Furthermore ? made possible the integration of the aforementioned system with an air conditioner, with considerable advantages deriving from a greater absorption and disposal of the radiant ceiling of the hot air. Not at least ? maximum adaptability allowed? of the system to all types of false ceilings.

These and other advantages will appear from the following detailed description of preferred embodiment solutions with the help of the enclosed schematic drawings, the details of which are not to be construed as limiting but only as examples.

Figure 1 represents an overall perspective view of one type of application, particularly a radiant ceiling.

Figure 2 represents a sectional view along the X-X axis of Figure 1, of the connection detail of the primary support frame to the secondary and relative cooperating radiating means.

Figure 3 represents a perspective view of the radiating means with the arrangement of the counter-rod inside a stave of the secondary frame highlighted.

Figure 4 represents a cross-sectional view along the Y-Y axis of Figure 2, of the joining detail of the primary support frame to the secondary and relative cooperating radiating means.

Referring to the figures, it is noted that particularly a false ceiling (A) for rooms,? consisting of a primary frame (1) which transversely supports a secondary frame (2) consisting of a series of staves (3) such as adjacent and coplanar "C" profiles. Inside each plank (3)? inserted longitudinally and in direct contact with the lower radiating surface (r), a counter-rod (4) from which the support flaps with elastic yielding (S) are obtained by shearing and subsequent bending, whose termination (6) being shaped achieves a partial seat for containing a tube (7) connected to known manifolds to allow the circulation of thermal fluids. Transversely to said elastic yielding supports (S) engaging on the underlying slats (3), the primary framework (1) is arranged essentially consisting of a series of so-called profiles. slightly diverging snap "U" (8), on whose walls are obtained in continuity logic? hooks (8 ') that can be snapped transversely to the "C" profiles making up the slats (3). Furthermore, on the upper part of said "U" profiles, (8), a plurality of longitudinally is obtained. of slots (9) which allow the insertion of at least one clamp (10) clamping the pipe (7). The ends of the said band (10) protrude from the profile (8) to be anchored to a suspended hanger (11) engaged to the ceiling (s). In a preferential solution, to the heating unit comprising known means for heating the fluid to be distributed through the manifolds to the pipes (7),? associated with an air-conditioning unit which allows the introduction of refrigerant fluids into said pipes (7) and into the space in front of the false ceiling creating an opening for forced ventilation.

Claims (5)

CLAIMS 1. PERFECTED METHOD FOR THE REALIZATION OF RADIANT FALSE CEILINGS, of the type with hanging elements being associated with pipes for circulation in at least one element of thermal fluids, comprising: - suspension support means of a primary framework; - a secondary framework supported transversely by the primary; constituted by a plurality? of adjacent and coplanar slats creating a radiant surface; characterized in that it consists of means cooperating with said radiating surface; being constituted by counter-slats associated with said slats and in contact with the surface of the latter, supporting means of circulation of the thermal fluids also contained in said primary frame and constituting an anchoring means for the suspended hangers. 2. IMPROVED METHOD according to claim 1., characterized in that the radiating surface (r)? consisting of a series of staves (3) in adjacent and coplanar "C" profiles, in which inside at least one stave (3)? inserted longitudinally and in direct contact, a counter-rod (4) fixed to the relative means of circulation of the thermal fluids (7). 3. IMPROVED METHOD according to claims 1. and 2., characterized by the fact that from the counter-rod (4) elastic yielding support flaps (5) are obtained, whose end (6) being shaped realizes a partial containment seat of a pipe (7) connected to the relative manifolds for the circulation of the thermal fluids. 4. IMPROVED METHOD according to the preceding claims, characterized in that the primary frame (1)? consisting of slightly diverging snap-on "U" profiles (8), on whose walls are obtained in continuity logic? hooks (8 ") that can be snapped transversely to the" C "profiles constituting the slats (3), and in which a plurality of slots are obtained longitudinally on the upper part of said" U "profiles (8) ( 9) allowing the insertion of at least one clamp (10) clamping a pipe (7) coaxial to said profile (8). 5. IMPROVED METHOD according to the preceding claims, characterized in that the heating unit comprising known means for distributing the fluid through the manifolds to the pipes (7),? associated but independent with a ciymatizer unit allowing the introduction of refrigerant fluids inside said pipes (7) and in the space in front of the false ceiling creating an opening for forced ventilation.