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US 2024/0052631 A1Published application
Heat exchange panel of a heat regulating device
OwnerVladimir Stanislavovich POTAPOV, Rafael Shamsitdinovich MAVLIUTOVinventors
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OwnerVladimir Stanislavovich POTAPOV, Rafael Shamsitdinovich MAVLIUTOVinventors
Estimating the term…
The invention relates to the field of devices and systems for temperature regime regulation both in living and uninhabited premises of any destination, for rooms heating. The invention ensures rise of thermostability of the heat exchange panel construction in the wide range of temperature, allowing to widen the sphere of its use. The heat exchange panel of a thermoregulating device comprises a flattened base made of a low heat conductivity polymer material and having two opposing flat functional sides joined along their outside edges to narrow lateral sides, at that one of said functional sides has grooves with channels for receiving piping elements of a heat exchange loop, and a heat exchange coating made of a high heat conductivity material is arranged on the surface of the grooved functional side of the base so as to cover both the flat surface thereof and the surfaces of the channel cavities, the distinction of the prototype is that the heat exchange coating is made of foil and is adhesively bonded to the surface of the functional side of the base.
The heat exchange panel of a heat regulating device, comprising a flattened base made of a low heat conductivity polymer material, having two opposing flat functional sides, joined along the contour to narrow lateral sides, at that one of the functional sides has grooves with channels for receiving piping elements of a heat exchange loop, and the heat exchange coating made of a high heat conductivity material, arranged on the surface of the grooved functional side of the base with possibility to cover both the flat surface thereof and the surface of the grooves channels cavity, the distinction is that the heat exchange coating is made of foil and is adhesively joined to the surface of the functional side of the base, sais bond is fulfilled as a glue coating with “residual tack” of PSA type, keeping elasticity in the temperature range from −40° C. to +100° C., and the base contains the combined set of grooves with straight and bow-shaped channels, bound together with formation of a continuous contour, at that the end sides of the grooves channels, conjugated with the lateral sides of the base, are made open.
Dependencies are inferred from the claim text.