Radiant, linear panels

A linear panel unit capable of radiant heating and cooling for use on walls and ceilings, the panel unit being mounted on carrier bars and comprising:

• a panel shell having an upwardly deformed bottom portion configured with recesses formed longitudinally along each side of said panel shell, and mounted to and supported by the carrier bars;
• a radiator panel resting in and in intimate thermal contact with the panel shell, the radiator panel having substantially an entire outward surface abutting against and in intimate thermal contact with the panel shell and an inward surface containing an integral longitudinal channel;
• clip means positioned between the recesses in the panel shell and the inward side of the radiator panel to secure contact between the outer side of the radiator panel and the panel shell;
• the channel comprising two parallel, longitudinally extending walls projecting from the inward side of the radiator panel, wherein the panel shell has bilateral side walls, and wherein the clip means is wedged in place between one side wall of the panel shell and one channel wall;
• a flow tube positioned in, conforming to, and in intimate thermal contact along generally the full circumference and substantially along the entire length of the longitudinal channel, the flow tube providing means for conveying liquid of varying temperature;
• the channel walls containing a groove near the intersection of the channel wall with the inward side of the radiator panel to hold one end of the clip means;
• and
• said clip means comprising a flexible hook-shaped clip having one end wedged against the groove and the opposite end wedged against the side wall between the panel shell trough and the inward side of the radiator panel,
• whereby heat will be transferred between a fluid contained in the flow tube and the panel shell.

A linear panel unit capable of radiant heating and cooling for use on walls and ceilings, the panel unit being mounted on carrier bars and comprising:

• a panel shell having an upwardly deformed bottom portion and configured with recesses formed longitudinally along each side of said panel shell, and mounted to and supported by the carrier bars;
• a radiator panel resting in and in intimate thermal contact with the panel shell, the radiator panel having substantially an entire outward surface abutting against and in intimate thermal contact with the panel shell and an inward surface containing an integral longitudinal channel;
• clip means positioned between the recesses in the panel shell and the inward side of the radiator panel to secure contact between the outer side of the radiator panel and the panel shell;
• the channel comprising two parallel, longitudinally extending walls projecting from the inward side of the radiator panel, wherein the panel shell has bilateral side walls, and wherein the clip means is wedged in place between one side wall of the panel shell and one channel wall;
• a flow tube positioned in, conforming to, and in intimate thermal contact along generally the full circumference and substantially along the entire length of the longitudinal channel, the flow tube providing means for conveying liquid of varying temperature;
• said channel walls containing a groove near the intersection of the channel wall with the inward side of the radiator panel to hold one end of the clip means;
• and
• said clip means comprising a flexible hook-shaped clip having one end wedged against the groove and the opposite end wedged against the side wall between the panel shell trough and the inward side of the radiator panel;
• the side of the channel walls facing the panel shell side walls are tapered away from the side wall to facilitate placement of the hook-shaped clips,
• whereby heat will be transferred between a fluid contained in the flow tube and the panel shell.

A linear panel unit capable of radiant heating and cooling for use on walls and ceilings, the panel unit being mountable on carrier bars and comprising

• a panel shell having an outward side, side walls, and recesses formed at the upper ends of the side walls and running longitudinally along each side of each panel shell and mounted to and supported by the carrier bars;
• an aluminum radiator panel resting in and in intimate thermal contact with the panel shell, the radiator panel having an outward surface abutting against and in intimate thermal contact with the panel shell substantially along the entire width and length of the panel shell, and having an inward surface containing an integral longitudinal C-shaped channel, defined by two parallel, longitudinally extending walls projecting from the inward side of the radiator panel, each wall of the channel being tapered away from the panel shell side walls and having a groove near the intersection of each channel wall in the radiator panel;
• a copper flow tube partially, rigidly grasped by and abutting against the channel, and in intimate thermal contact with the longitudinal walls of the channel along substantially their entire length and circumference, the flow tube providing means for conveying liquid of varying temperatures;
• and
• a flexible clip positioned with one end in the groove in the channel wall and the opposing end wedged between the panel shell trough and the inward side of the radiator panel to secure contact between the outward side of the panel and the panel shell;
• whereby heat will be transferred between the fluid contained in the flow tube and the panel shell.

A linear panel system capable of radiant heating and cooling for use on walls and ceilings, the system being mountable on carrier bars and comprising:

• a plurality of active linear panel units having a panel shell with an upwardly deformed bottom portion and further having side walls configured with recesses running longitudinally along each side of said panel shell mounted on and supported by the carrier bars;
• a radiator panel resting in and in intimate thermal contact with the panel shell with an outward surface abutting against and in intimate thermal contact with the panel shell substantially along the entire width and length of the outward surface and having an inward surface forming an integral longitudinal channel;
• a flow tube positioned in, conforming to, and in intimate thermal contact with walls of the longitudinal channel along substantially their entire length and circumference, the flow tube providing means for conveying liquids of varying temperature;
• a plurality of passive linear panel units mounted on the carrier bars, the passive units being interspersed with the active linear panel units, each passive linear panel unit being comprised of a panel shell configured with recesses running longitudinally along each side of said panel shell for mounting and supporting the passive panel unit on the carrier bar;
• each of said active linear panel units further comprising clip means between the recesses on the panel shell and the inward side of the radiator panel to secure contact between the outward side of the radiator panel and the panel shell;
• said channels comprising two parallel longitudinally extending walls projecting from the inward side of the radiator panel, wherein the panel shell of each active panel unit has bilateral side walls, and wherein the clip means is wedged in place between the side wall of the panel shell and the channel wall;
• said channel wall containing a groove near the intersection of the channel wall with the inward side of the radiator panel to hold one end of the clip means;
• whereby the active panel units capable of providing radiant heating and cooling are indistinguishable from the passive panel units.

A linear panel system capable of radiant heating and cooling for use on walls and ceilings, the system being mountable on carrier bars and comprising:

• a plurality of active linear panel units having a panel shell with an upwardly deformed bottom portion and further having side walls configured with recesses running longitudinally along each side of said panel shell mounted on and supported by the carrier bars;
• a radiator panel resting in and in intimate thermal contact with the panel shell with an outward surface abutting against and in intimate thermal contact with the panel shell substantially along the entire width and length of the outward surface and having an inward surface forming an integral longitudinal channel;
• a flow tube positioned in, conforming to, and in intimate thermal contact with walls of the longitudinal channel along substantially their entire length and circumference, the flow tube providing means for conveying liquids of varying temperature;
• a plurality of passive linear panel units mounted on the carrier bars, the passive units being interspersed with the active linear panel units, each passive linear panel unit being comprised of a panel shell configured with recesses running longitudinally along each side of said panel shell for mounting and supporting the passive panel unit on the carrier bar;
• each of said active linear panel units further comprising clip means between the recesses on the panel shell and the inward side of the radiator panel to secure contact between the outward side of the radiator panel and the panel shell;
• said channels comprising two parallel longitudinally extending walls projecting from the inward side of the radiator panel, wherein the panel shell of each active panel unit has bilateral side walls, and wherein the clip means is wedged in place between the side wall of the panel shell and the channel wall;
• said channel wall containing a groove near the intersection of the channel wall with the inward side of the radiator panel to hold one end of the clip means;
• and
• the clip means comprises a flexible hook-shaped clip having one end wedged against the groove and the opposite end wedged against the side wall between the panel shell trough and the inward side of the radiator panel;
• whereby the active panel units capable of providing radiant heating and cooling are indistinguishable from the passive panel units.

A linear panel system capable of radiant heating and cooling for use on walls and ceilings, the system being mountable on carrier bars and comprising:

• a plurality of active linear panel units having a panel shell with an upwardly deformed bottom portion and further having side walls configured with recesses running longitudinally along each side of said panel shell mounted on and supported by the carrier bars;
• a radiator panel resting in and in intimate thermal contact with the panel shell with an outward surface abutting against and in intimate thermal contact with the panel shell substantially along the entire width and length of the outward surface and having an inward surface forming an integral longitudinal channel;
• a flow tube positioned in, conforming to, and in intimate thermal contact with walls of the longitudinal channel along substantially their entire length and circumference, the flow tube providing means for conveying liquids of varying temperature;
• a plurality of passive linear panel units mounted on the carrier bars, the passive units being interspersed with the active linear panel units, each passive linear panel unit being comprised of a panel shell configured with recesses running longitudinally along each side of said panel shell for mounting and supporting the passive panel unit on the carrier bar;
• each of said active linear panel units further comprising clip means between the recesses and the panel shell and the inward side of the radiator panel to secure contact between the outward side of the radiator panel and the panel shell;
• said channels comprising two parallel longitudinally extending walls projecting from the inward side of the radiator panel, wherein the panel shell of each active panel unit has bilateral side walls, and wherein the clip means is wedged in place between the side wall of the panel shell and the channel wall;
• said channel wall containing a groove near the intersection of the channel wall with the inward side of the radiator panel to hold one end of the clip means;
• the clip means comprises a flexible hook-shaped clip having one end wedged against the groove and the opposite end wedged against the side wall between the panel shell trough and the inward side of the radiator panel;
• and
• the side of the channel walls facing the panel shell side walls is tapered away from the side wall to facilitate placement of the hook-shaped clip,
• whereby the active panel units capable of providing radiant heating and cooling are indistinguishable from the passive panel units.