ES1070607U - Heating plate for the conditioning of porcine livestock rooms (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Heating plate for the conditioning of livestock rooms, characterized in that it is constituted from a trapezoidal prismatic body, in which a main polymer core is defined, from whose upper side edges emerge support fins, which adopt a disposition coplanar with the upper base of said rectangular prismatic body, which extend internally in the core of said core in a "V" branch that is embedded in said core, it being foreseen that on the upper middle area of said core heating means are established, materialized in a hydraulic circuit based on metallic pipes through which hot water flows from a heater, it being provided that each plate has an inlet and an outlet for its connection to the hot water circuit, while, under these is a layer of insulating material that redirects the heat generated towards the super face ior of the plate. (Machine-translation by Google Translate, not legally binding)

Description

Heating plate for conditioning of pig rooms.

Object of the invention

The present invention relates to a plate of heating for the conditioning of pig rooms, and more specifically, to be implanted in parideras.

The object of the invention is to provide a plate that can be integrated into the floor of the paridera rooms, providing the enclosure with a heat input by cattle contact on the ground, so that piglets do not need to be disposed under the mother in search of heat, with the consequent risk of flattening.

Background of the invention

As is known, in the scope practice of the invention, piglets in their first stage of life they are arranged in the corresponding paridera with their mother, so that, the ambient temperature is sometimes insufficient warm for them, so they tend to warm getting under the mother, which can cause her suffocation or crushing in case the mother moves, with the consequent and negative impact at cost level that supposed.

Trying to ignore this problem, they are known very different types of heating systems, such as stoves or hot air cannons.

However, and as is known, hot air tends to concentrate on the upper part of the cabin, of so that the cold air is flush with the ground, which is precisely where the piglets are found, so that maintaining that area hot with the described systems involves some consumption high energy, and consequently some equally high costs, which would be desirable to minimize.

Description of the invention

The heating plate than the invention proposes to solve the problem fully satisfactorily previously exposed, providing significant savings economic and energetic

For this, it is planned that with the device of the invention local heat is supplied at those points or heat sources where necessary, in a timely manner, and flush of the floor, presenting the device a modular configuration, adaptable to very different sizes and configurations of ships Livestock

More specifically, the plate that is recommended it is constituted from a trapezoidal prismatic body, elongated and of low height, in whose major faces and in some cases on both minor faces or one of them are established superiorly a pair of coplanar fins with the upper base of the plate, obtained in stainless steel, and that allow support said plate on the floor of the room, providing a quick and easy placement of the same over the corresponding stringers set on the ground.

The core of the plate is obtained from polymeric material in which a material is embedded insulator that will prevent heat generated by the plate from leaving projected by the bottom of it, forcing heat to That ascends.

More specifically, the material used for the manufacture of heating plates is concrete polymer, this material is characterized by its absence of pores, which is not affected by the contact of defecation of the animals, unable to penetrate the core of the plate.

The means of generating said heat is They get by circulating hot water.

More specifically, these means consist in the incorporation of a coil inside said core, by where hot water will flow from a water heater, counting for said plate with the corresponding connections hydraulics at their ends, which will be faced with that of adjacent plates, to allow interconnecting said plates according to if necessary, until the circuit is closed.

In this way, the said coil transmits the heat generated to the upper zone, getting a temperature uniform with a little variation of it throughout the area higher. This ensures that the piglets are arranged by the whole plate since in all its area it generates the same temperature. This avoids the accumulation of piglets in areas favorite of the plate, which are the areas or points where the temperature is higher.

As for the finish of the plate, this can be of various types, either based on polymer material arranged on the top of the plate, that is to say on the footprint, well lined by a stainless steel sheet tear by its upper face that will allow better heat distribution generated by the plate, or by finishing on the part rubber upper, rubber type or similar, also obtaining a better quality finish.

Description of the drawings

To complement the description that is being performing and in order to help a better understanding of the characteristics of the invention, according to a preferred example of practical realization of it, is accompanied as part member of that description, a set of drawings where with illustrative and non-limiting nature, what has been represented next:

Figure 1.- Shows a perspective view of a heating plate for the conditioning of rooms pigs, in which the heating means materialize in a hot water circuit.

Figure 2.- Shows an enlarged detail of the figure 5.

Figure 3.- Shows a sectional detail of the panel of the previous figures.

Figure 4.- Shows a view similar to that of Figure 3, in which the panel has been devoid of its stainless steel top coating to allow viewing the configuration adopted by hydraulic lines in the sine of said panel.

Figure 5.- Shows a plan view of the set of the previous figure.

Figure 6.- Shows a variant of practical embodiment of the device of figure 1, in which the panel holding fins are not embedded in the core of this one, but they are part of a framework that surrounds said nucleus. In this specific case it is shown that the plate is wrapped by three fins.

Figure 7.- Shows a variant of practical embodiment in which the plate incorporates fins in its Four edges

Figure 8.- Shows a variant of practical embodiment of the previous figure, in which the plate incorporates a superior rubber finish.

Figures 9.- Shows a sectional view of the plate of the previous figure.

Preferred Embodiment of the Invention

In view of the figures outlined, you can observe how the plate of the invention is constituted from of a trapezoidal prismatic body (1), of low height in relationship with its width and length, in which a core is defined main (2), of polymer, also prismatic, in which they remain embedded side fins (3), which adopt an arrangement coplanar with the upper base of said prismatic body rectangular that extends internally on a "V" branch (4), which in the manufacture of the panel is embedded in the core of polymer, and that allow its easy assembly on the ground.

Within the said polymer core, establishes a layer (5) of insulating material, through which prevents the heat generated from being transmitted in the lower direction, from so that all of it is transmitted ascendingly to a tear-plated stainless steel plate (6), which tops off the panel, which optionally may not participate in the board, being able to optionally incorporate a rubber coating (6 ').

For heat generation, it is planned that, in the upper area of the core, and conveniently distributed, it establish a hydraulic circuit (8) through pipe, which transmit the heat of the hot water flowing through your interior, coming from a heater, to the upper area of the panel, for which, the panels will have the corresponding intakes (9) of water inlet and outlet.

Finally, and as can be seen in the Figure 6, the lateral fins (3 ') may not be embedded in the core (2), so that they are part of a frame (10) that is externally adapts as a bowl to the geometry of said core (2).

Claims (4)

1. Heating plate for the conditioning of cattle rooms, characterized in that it is constituted from a trapezoid prismatic body, in which a main polymer core is defined, from whose upper lateral edges emerge support fins, which adopt an arrangement coplanar with the upper base of said rectangular prismatic body, which extend internally within said core into a "V" branch that is embedded in said core, it being provided that heating means are established on the upper middle area of said core , materialized in a hydraulic circuit based on metal pipes through which hot water from a heater circulates, each plate having been provided with an inlet and an outlet for connection to the hot water circuit, while, under these there is a layer of insulating material that redirects the heat generated towards the upper face of the plate. 2. Heating plate for the conditioning of cattle rooms, according to claim 1, characterized in that the plate is optionally topped off by means of a stainless steel plate. 3. Heating plate for the conditioning of cattle rooms, according to claim 1, characterized in that optionally the lateral fins emerge from a frame that adapts externally as a bowl to the geometry of the panel core. 4. Heating plate for the conditioning of cattle rooms, according to claim 1, characterized in that the upper part is covered with rubber, rubber type or the like.