Method for refrigerating fresh products and keeping them fresh, as well as refrigerator for carrying out this method

Claim 2

A high humidity refrigerator for preventing the withdrawal of moisture from food products therein, said refrigerator including (a) a cold insulated compartment (b) a compressor, condenser and evaporator connected by refrigerant lines (c) said evaporator being positioned within, and in the upper portion of, said cold insulated compartment, and having a surface temperature above 0° C. (d) a continuously operating fan located within said cold insulated compartment above said evaporator for directing air vertically downwardly past the evaporator to prevent icing of the evaporator surface, resulting in the formation of condensation thereon, and (e) a drip dish in the lower portion of the compartment beneath the evaporator for receiving water produced by the condensation dropping from the evaporator (f) said drip dish lying in the direct path of the air flow from the fan, whereby the air impinges upon the water contained in the drip dish to constantly absorb moisture therefrom and return it into the air surrounding the goods being refrigerated.

Claim 3

The refrigerator of claim 1, wherein (a) said drip dish is provided with an overflow drain which extends above the bottom of the dish to drain off excess water from the drip dish.

Claim 4

The refrigerator of claim 2, with the addition of (a) a collecting trough exteriorly of said compartment, and in communication with said overflow drain, for receiving the excess water.

Claim 5

The refrigerator of claim 1, with the addition of (a) at least one vent opening in said compartment for exchanging air from within the compartment to the outside.

Claim 6

The refrigerator of claim 1, wherein (a) said continuously operated fan is a radial flow fan.

Claim 7

The refrigerator of claim 1, wherein (a) said evaporator is of the lamination type (b) said evaporator including evaporator coils (c) laminations perpendicular to, and in contact with, said evaporator coils, whereby the air flowing over said laminations, draws the cold away from the evaporator and into the interior of the compartment.

Claim 8

A high humidity refrigerator for preventing the withdrawal of moisture from food products therein, said refrigerator including (a) a cold insulated compartment (b) a compressor, condenser and evaporator connected by refrigerant lines (c) said evaporator being positioned within, and in the upper portion of, said cold insulated compartment, and having a surface temperature above 0° C. (d) a continuously operating fan located within said cold insulated compartment above said evaporator for directing air vertically downwardly past the evaporator to prevent icing of the evaporator surface, resulting in the formation of condensation therein (e) a drip dish in the lower portion of the compartment beneath the evaporator for receiving water produced by the condensation dropping from the evaporator (f) said drip dish lying in the direct path of the air flow from the fan, whereby the air impinges upon the water contained in the drip dish to constantly absorb moisture therefrom and return it into the air surrounding the goods to be refrigerated (g) an overflow drain which extends above the bottom of the dish to drain off excess water from the drip dish, and (h) a vent opening in said compartment for exchanging air from within the compartment to the outside.

Claim 9

A high humidity refrigerator for preventing the withdrawal of moisture from food products therein, said refrigerator including (a) a cold insulated compartment (b) a compressor, condenser and evaporator connected by refrigerant lines (c) said evaporator being positioned within, and in the upper portion of, said cold insulated compartment, and having a surface temperature above 0° C. (d) a continuously operating fan located within said cold insulated compartment above said evaporator for directing air vertically downwardly past the evaporator to prevent icing of the evaporator surface, resulting in the formation of condensation therein (e) a drip dish in the lower portion of the compartment beneath the evaporator for receiving water produced by the condensation dropping from the evaporator (f) said drip dish lying in the direct path of the air flow from the fan, whereby the air impinges upon the water contained in the drip dish to constantly absorb moisture therefrom and return it into the air surrounding the goods to be refrigerated (g) an overflow drain which extends above the bottom of the dish to drain off excess water from the drip dish, and (h) a vent opening in said compartment for exchanging air from within the compartment to the outside.

Claim 10

The refrigerator of claim 7, with the addition of (a) a collecting trough exteriorly of said compartment and in communication with said overflow drain for collecting the excess water drained from said drip dish.

Claim 11

The refrigerator of claim 7, wherein (a) said continuously operated fan is a radial flow fan.

Claim 12

The regrigerator of claim 7, wherein (a) said evaporator is of the lamination type and includes evaporator coils, and (b) laminations perpendicular to, and in contact with, said evaporator coils, whereby the air flowing over said laminations draws the cold away from the evaporator and into the interior of the compartment.

Claim 13

The refrigerator of claim 7, with the addition of (a) a throttle element located in the refrigerant line between said compressor and evaporator.

Claim 14

The refrigerator of claim 11, wherein (a) said throttle element is a capillary pipe.

Claim 15

The refrigerator of claim 7, wherein (a) the surface of said evaporator is in excess of double the size of evaporators of refrigerators of comparable size.