| JP2000037017A | 2000-02-02 |
| CLAIM : Junction Box Thermoelectric cooling system. Equipment position • Thermoeleciric power generator inside the box ® Fluids pump inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan • Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box ® Fluid radiator outside the box • Junction box specific fan or without a fan outside the box ® Power connection by a gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position ® Air cooling radiator inside the box ® Fan inside the box or without a fan • Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box ® Thermoeleciric power generator inside the additional junction box ® Fluids pump inside the additional box ® Fluid radiator outside the box ® Junction box specific fan outside the box or without a fan ® Power connection by a gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position Air cooling radiator inside the box ® Heat transfer bases inside the additional (extra) box attached to the gland ® Fan inside the box or without a fan • Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box ® Thermoeleciric power generator inside the additional junction box ® Air cooling radiator outside the box • Fleat transfer bases inside the additional (extra) box attached to the gland ® Fan specific to the junction box outside the box or without the fan ® Power connection by a gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position Air cooling radiator inside the box • Fan inside the box or without a fan • Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box • Thermoelectric power generator inside the additional junction box ® Air cooling radiator outside the box Heat transfer bases attached and connected to the body without entering the box Fan specific to the junction box outside the box or without a fan • Power connection by a gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position ® Thermoelectric power generator inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan • Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box Air cooling radiator outside the box • Heat transfer bases inside the box connected to the giand Fan specific to the junction box outside the box or without a fan Power connection by a gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position Fluid radiator inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan ® Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box ® Thermoelectric power generator inside the additional junction box ® Two fluid pumps inside the additional box ® Fluid radiator outside the additional box • Fan inside the box or without a fan • Fan specific to the junction box outside the box or without a fan ® Power connection by gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position Fluid radiator inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan Temperature controller and thermometer inside the box or the temperature controller specific to tire junction box outside the box ® Thermoelectric power generator inside the additional junction box ® Air cooling radiator outside the additional box ® Heat transfer bases i nside the additional box connected to the gland • Fan specific to the junction box outside the box or without a fan Power connection by gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position ® Fluid radiator inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan ® Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box ® Thermoelectric power generator inside the additional junction box ® Air cooling radiator outside the additional box ® Heat transfer bases attached and connected to the body without entering the additional box • Fan specific to the junction box outside the box or without a fan Power connection by a gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position ® Fluid pump inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan ® Temperature controller and thermometer inside the box or the temperature controller specific to tire junction box outside the box ® Fluid pump inside the additional junction box ® Thermoelectric power generator inside the additional junction box ® Fluid radiator outside the box • Fan specific to the junction box outside the box or without a fan Power connection by a gland, either inside the box or from outside the box 0: Junction Box Thermoelectric cooling system. Equipment position Fluid pump inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan ® Temperature controi!er and thermometer inside the box or the temperature controller specific to the junction box outside the box ® Thermoelectric power generator inside the additional junction box ® Air cooling radiator outside the additional box ® Heat transfer bases i nside the additional box connected to the gland • Fan specific to the junction box outside the box or without a fan Power connection by a gland, either inside the box or from outside the box : Junction Box Thermoelectric cooling system. Equipment position ® Fluid pump inside the box ® Air cooling radiator inside the box ® Fan inside the box or without a fan ® Temperature controller and thermometer inside the box or the temperature controller specific to tire junction box outside the box ® Thermoelectric power generator inside the additional junction box ® Air cooling radiator outside the additional box ® Heat transfer bases attached and connected to the body without entering the additional box • Fan specific to the junction box outside the box or without a fan Power connection by a gland, either inside the box or from outside the box |
| AMENDED CLAIMS received by the International Bureau on 09 September 2018 (09.09.2018) 1. Junction box thermoelectric cooling system, consists of following components a. Junction box b. Thermoelectric c. Air cooling radiator d. Fluid radiator e. Fluid pump f. Fan g. Special fan h. Gland 1. Conventional thermometer j. Special thermometer k. Additional junction box 2. Junction box thermoelectric cooling system Thermoelectric located in the junction box and thermoelectric thermal part connected to the fluid pump or air cooling radiator ,that transfers heat to the outside from the Junction box.(FIG5) (FIG1) 3. According to the claim 2, Junction box thermoelectric cooling system Thermoelectric located in the junction box and thermoelectric cooling part connected to the air cooling radiator that extends the cold inside the junction box. (FIG5) (FIG1) 4. Junction box thermoelectric cooling system thermoelectric is out of the junction box and located in additional junction box Thermoelectric cooling part connected to the base of air cooling radiator or fluid pump or fluid radiator , that transfers cold to the junction box and extended inside. (FIG11) (FIG10) (FIG9) (FIG8) (FIG7)(FIG6) (FIG4) (FIG3) (FIG2) 5. According to the claim4, Junction box thermoelectric cooling system thermoelectric is out of the junction box and located in additional junction box and thermoelectric thermal part connected to the air cooling radiator or fluid pump, that transfers heat to the outside from the additional junction box. (FIG11) (FIG10) (FIG9) (FIG8) (FIG7)(FIG6) (FIG4) (FIG3) (FIG2) |
Description
TECHNICAL FIELD OF INVENTION
This system involves equipping the junction box with a cooling system and preventing the temperature rise
BACKGROUND OF THE INVENTION
Junction Box is used in all industries (oil and gas, power FIGts, petrochemicals, aerospace and marine industries, etc.), which protects the electrical equipment and connections against environmental pollutants. It prevents the leakage of damages occurred to the electrical equipment to the outside and avoids the collision of sparks or flames and possible burning out of the equipment with the air outside the box to prevent explosion and fire. Due to the environmental conditions and the functioning, most of the equipment inside the box has a high temperature. Lowering the temperature will significantly improve the performance of the box. The operating and lifetime of the equipment increases as the temperature drops, which reduces the chance of equipment inside the box to get hot and bum and cause a fire.
BRIEF SUMMARY OF THE INVENTION
This system is designed to cool the junction box, in which, the thermoelectric technology is used for cooling process associated with all kinds of liquid radiators, air cooling radiators, or both, fluids pump and a variety cable glands specific to the junction box for connections, and special or conventional thermometers for the junction box or both, along with special or conventional fans or both by 1 1 different methods.
BRIEF DESCRIPTION OF THE DRAWINGS
FIG 1 : clarifies the position of the equipment in the first method.
A. Inside the main box B. Outside the main box
* Thermoelectric power generator inside the box
* Fluids pump inside the box
* Air cooling radiator inside the box
* Fan inside the box or without a fan
* Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Fluid radiator outside the box
* Junction box specific fan or without a fan outside the box
* Power connection by a gland, either inside the box or from outside the box
FIG 2: clarifies the position of the equipment in the second method.
A. Inside the main box B. Outside the main box
Air cooling radiator inside the box Fan inside the box or without a fan
* Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Thermoelectric power generator inside the additional junction box
* Fluids pump inside the additional box
* Fluid radiator outside the box
* Junction box specific fan outside the box or without a fan
* Power connection by a gland, either inside the box or from outside the box
FIG 3: clarifies the position of the equipment in the third method.
A. Inside the main box B Outside the main box
* Air cooling radiator inside the box
* Heat transfer bases inside the additional (extra) box attached to the gland
* Fan inside the box or without a fan
* Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
Thermoelectric power generator inside the additional junction box
* Air cooling radiator outside the box
* Heat transfer bases inside the additional (extra) box attached to the gland
* Fan specific to the junction box outside the box or without the fan
* Power connection by a gland, either inside the box or from outside the box
FIG 4: clarifies the position of the equipment in the fourth method.
A. Inside the main box B. Outside the main box
* Air cooling radiator inside the box
* Fan inside the box or without a fan
* Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Thermoelectric power generator inside the additional junction box
* Air cooli ng radiator outside the box
* Heat transfer bases attached and connected to the body without entering the box
* Fan specific to the junction box outside the box or without a fan
* Power connection by a gland, either inside the box or from outside the box
FIG 5: clarifies the position of the equipment in the fifth method.
A. Inside the main box B. Outside the main box
* Thermoelectric power generator inside the box
Air cooling radiator inside the box
Fan inside the box or without a fan * Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Air cooling radiator outside the box
* Heat transfer bases inside the box connected to the gland
* Fan specific to the junction box outside the box or without a fan
* Power connection by a gland, either inside die box or from outside the box
FIG 6: clarifies the position of the equipment in the sixth method.
A. Inside the main box B. Outside the main box
* Fluid radiator inside the box
* Air cooling radiator inside the box
* Fan inside the box or without a fan
Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Thermoelectric power generator inside the additional j unction box
* Two fluid pumps inside the additional box
Fluid radiator outside the additional box
* Fan inside the box or without a fan
* Fan specific to the junction box outside the box or without a fan
* Power connection by gland, either inside the box or from outside the box
FIG 7: clarifies the position of the equipment in the seventh method.
A. Inside the main box B. Outside the main box
* Fluid radiator inside the box
* Air cooling radiator inside the box
* Fan inside the box or without a fan
* Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Thermoelectric power generator inside the additional junction box
* Air cooli ng radiator outside the additional box
* Heat transfer bases inside the additional box connected to the gland
* Fan specific to the junction box outside the box or without a fan
* Power connection by gland, either inside the box or from outside the box
FIG 8: clarifies the position of the equipment in the eighth method.
A. Inside the main box B. Outside the main box
* Fluid radiator inside the box
Air cooling radiator inside the box
Fan inside the box or without a fan * Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Thermoelectric power generator inside the additional junction box
* Air cooling radiator outside the additional box
® Heat transfer bases attached and connected to the body without entering the additional box
* Fan specific to the junction box outside the box or without a fan
* Power connection by a gland, either inside the box or from outside the box
FIG 9: clarifies the position of the equipment in the ninth method.
A. Inside the main box B. Outside the main box
* Fluid pump inside the box
* Air cooling radiator inside the box
Fan inside the box or without a fan
* Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Fluid pump inside the additional junction box
Thermoelectric power generator inside the additional junction box
* Fluid radiator outside the box
* Fan specific to the junction box outside the box or without a fan
* Power connection by a gland, either inside the box or from outside the box
FIG 10: clarifies the position of the equipment in the tenth method.
A. Inside the main box B. Outside the main box
* Fluid pump inside the box
* Air cooling radiator inside the box
* Fan inside the box or without a fan
® Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Thermoelectric power generator inside the additional junction box
* Air cooling radiator outside the additional box
® Heat transfer bases inside the additional box connected to the gland
* Fan specific to die junction box outside the box or without a fan
* Power connection by a gland, either inside the box or from outside the box
FIG 1 1 : clarifies the position of the equipment in the eleventh method.
A. Inside the main box B. Outside the main box
* Fluid pump inside the box
Air cooling radiator inside the box
Fan inside the box or without a fan * Temperature controller and thermometer inside the box or the temperature controller specific to the junction box outside the box
* Thermoelectric power generator inside the additional junction box
* Air cooling radiator outside the additional box
Heat transfer bases attached and connected to the body without entering the additional box
* Fan specific to the junction box outside the box or without a fan
* Power connection by a gland, either inside the box or from outside the box
DETAILED DESCRIPTION OF THE INVENTION
Equipping Junction Box with Cooling System using thermoelectric technology and other equipment by 11 methods and maintaining the standard conditions of junction box as follows :
FIG 1 : junction box body ( 1) by Gland (2-2); Connected to the fluid pump (3); Connecting of the thermoelectric thermal part (4) to the fluid pump (3); Connecting the air cooling radiator (5) to the thermoelectric cooling unit (4); Cooling the junction box and, if necessary, using a fan (6) for more efficiency and the feature to control the temperature with a conventional thermometer (7) inside the box or a special thermometer for the junction box outside the box (10); Connecting the fluid pump (3) to the fluid radiator (8) by Gland (2-2); If necessary, the use a special fan for the junction box (9); Power consumption (11) and connections by Gland connection ( 1 , 2); The connection of the power consumption ( 1 1) both inside the box and outside the box
FIG 2 : The junction box body (1) by Gland (2-2) connected to the air cooling radiator (3) and cooling the junction box environment and, if necessary, using a fan (4) for greater efficiency, and the feature to control the temperature with a conventional thermometer (5) inside the box or the special thermometer for the junction box (10) outside the box. Air cooling radiator (3) connected to the additional junction box (I I) by Gland (2-2). Connection of the air cooling radiator (3) to the thermoelectric cooling unit (6); Connection of the thermoelectric thermal part (6) to the fluid pump (7); Connection of the fluid pump (7) to the fluid radiator (8) by Gland (2-2); If necessary, the use of a special fan for the Junction Box (9); Power consumption (12) and connections by Gland (1-2). Connection of the power consumption (12) both from inside the box and outside the box
FIG 3 : The junction box body (1) by Gland (2-2) connected to the air cooling radiator (3) and cooling the junction box environment and, if necessary, using a fan (4) for greater efficiency, and the feature to control the temperature with a conventional thermometer (5) inside the box or the special thermometer for the junction box (9) outside the box. Air cooling radiator (3) connected to the additional junction box (10) by Gland (2-2). Connection of the air cooling radiator (3) to the thermoelectric cooling unit (6); Connection of the air cooling radiator (7) to the thermoelectric thermal part (7); Connection of the air cooling radiator (7) to the additional junction box (TO) by Gland (2-2); If necessary, the use of a special fan for the Junction Box (8); Power consumption (11) and connections by Gland connector (1-2). Connection of the power consumption (1 1) both from inside the box and outside the box FIG 4 : The junction box body (1) by Gland (2-2) connected to the air cooling radiator (3) and cooling the junction box environment and, if necessary, using a fan (4) for greater efficiency; The feature to control the temperature with a conventional thermometer (5) inside the box or the special thermometer for tire junction box
(9) outside the box. Air cooling radiator (3) connected to the additional junction box (10) by Gland (2-2). Connection of the air cooling radiator (3) to the thermoelectric cooling unit (6); Connection of the thermoelectric thermal part (6) to the additional junction box ( 10): Connection of the air cooling radiator (7) to the additional junction box (10); If necessary, the use of a special fan for the Junction Box (8); Power consumption (11) and connections by Gland connector (1 -2). Connection of the power consumption (11) both from inside the box and outside the box
FIG 5 : The junction box body (1) by Gland (2-2) connected to the air cooling radiator (7) outside the box; Connection of the air cooling radiator (7) to the thermoelectric cooling unit (3); Connection of the air cooling radiator (4) and cooling the junction box environment and, if necessary, using a fan (4) for greater efficiency; The feature to control the temperature with a conventional thermometer (6) inside the box or the special thermometer for the junction box (9) outside the box. If necessary, the use of a special fan for the Junction Box (8); Power consumption (10) and connections by Gland connector (1-2). Connection of the power consumption
(10) both from inside the box and outside the box
FIG 6 : Junction box body (1) by Gland (2-2) connected to the fluid radiator (3); Connection of the air cooling radiator (4) to the fluid radiator (3) and cooling the junction box environment and, if necessary, using a fan (6) for more efficiency; The feature to control the temperature with a conventional thermometer (6) inside the box or a special thermometer for the junction box outside the box (12); Connecting the fluid radiator (3) to the fluid pump (7) in the additional junction box (13) by Gland (2-2); Connection of the fluid pump (7) to the thermoelectric cooling unit (8); Connection of the thermoelectric thermal part (8) to the fluid pump (9); Connection of the fluid pump (9) to the fluid radiator (10) by Gland; If necessary, the use a special fan for the junction box (9); Power consumption (14) and connections by Gland connection ( 1 -2); The connection of the power consumption (14) both inside the box and outside the box
FIG 7 : Junction box body (1) by Gland (2-2) connected to the fluid radiator (3); Connection of the air cooling radiator (4) to the fluid radiator (3) and cooling the junction box environment and, if necessary, using a fan (6) for more efficiency; The feature to control the temperature with a conventional thermometer (6) inside the box or a special thermometer for the junction box outside the box (12); Connecting the fluid radiator (3) to the fluid pump (7) in the additional junction box (12) by Gland (2-2); Connection of the fluid pump (7) to the thermoelectric cooling unit (8); Connection of the thermoelectric thermal part (8) to the air cooling radiator (9) by Gland (2-2); If necessary, the use a special fan for the junction box (10); Power consumption (13) and connections by Gland connector (1 -2); The connection of the power consumption (13) both from inside the box and outside the box
FIG 8 : Junction box body (1) by Gland (2-2) connected to the fluid radiator (3); Connection of the air cooling radiator (4) to the fluid radiator (3) and cooling the junction box environment; if necessary, using a fan (5) for more efficiency; The feature to control the temperature with a conventional thermometer (6) inside the box or a special thermometer for the junction box outside the box (1 1 ); Connecting the fluid radiator (3) to the fluid pump (7) in the additional junction box (12) by Gland (2-2); Connection of the fluid pump (7) to the thermoelectric cooling unit (8); Connection of the thermoelectric thermal part (8) to the additional junction box body (12); Connection of the air cooling radiator to the additional junction box (12); If necessary, the use a special fan for the junction box (10); Power consumption (13) and connections by Gland connector (1 -2); The connection of the power consumption (13) both from inside the box and outside the box
FIG 9 : Junction box body (1 ) by Gland (2-2) connected to the fluid pump (3); Connection of the air cooling radiator (4) to the fluid pump (3) and cooling the junction box environment; if necessary, using a fan (5) for more efficiency; The feature to control the temperature with a conventional thermometer (6) inside the box or a special thermometer for the junction box outside the box (12); Connecting the fluid pump (3) to the fluid radiator (7) in the additional junction box (13) by Gland (2-2); Connection of the fluid radiator (7) to the thermoelectric cooling unit (8); Connection of the thermoelectric thermal part (8) to the fluid pump (9); Connection of the fluid pump to the fluid radiator (10) by Gland (2-2); If necessary, the use a special fan for the junction box (11); Power consumption (14) and connections by Gland connector (1 -2); The connection of the power consumption (14) both from inside the box and outside the box
FIG 10 : Junction box body (1) by Gland (2-2) connected to the fluid pump (3); Connection of the air cooling radiator (4) to the fluid pump (3) and cooling the junction box environment; if necessary, using a fan (5) for more efficiency; The feature to control the temperature with a conventional thermometer (6) inside the box or a special thermometer for the junction box outside the box (11); Connecting the fluid pump (3) to the fluid radiator (7) in the additional junction box (12) by Gland (2-2); Connection of the fluid radiator (7) to the thermoelectric cooling unit (8); Connection of the thermoelectric thermal part (8) to the air cooling radiator (9) by Gland (2-2); If necessary, the use a special fan for the junction box (10); Power consumption (13) and connections by Gland connector (1 -2); The connection of the power consumption (13) both from inside the box and outside the box
FIG 11 : Junction box body (1) by Gland (2-2) connected to the fluid pump (3); Connection of the air cooling radiator (4) to the fluid pump (3) and cooling the junction box environment; if necessary, using a fan (5) for more efficiency; The feature to control the temperature with a conventional thermometer (6) inside the box or a special thermometer for the junction box outside the box (11); Connecting the fluid pump (3) to the fluid radiator (7) in the additional junction box (12) by Gland (2-2); Connection of the fluid radiator (7) to the thermoelectric cooling unit (8); Connection of the thermoelectric thermal part (8) to the additional junction box body (12); Connection of the air cooling radiator (9) to the additional junction box body (12); If necessary, the use a special fan for the junction box (10); Power consumption (13) and connections by Gland connector (1 -2); The connection of the power consumption (13) both from inside the box and outside the box