TH10596B - Refrigerator - Google Patents

Abstract

DC60 (01/05/41) to provide a refrigerator that can maintain a uniform temperature in the refrigerator by lowering the temperature on the door side of the The refrigerator suddenly slows down as the temperature rises by opening and closing the refrigerator door, so a cold air vent 18 is provided for the side of the refrigerator 6, separated from the cold air inlet 11 on the back of the refrigerator 6 for volume control. Cold air is fed from the side cooling air outlet 23 by the side temperature senser 20 and the side temperature retarder 19 to provide a refrigerator that can maintain a constant temperature in the refrigerator by reducing the temperature on the door side. of The refrigerator suddenly slows down as the temperature increases by opening and closing the refrigerator door, so a cool air vent 18 is provided for the side of the refrigerator 6 separated from the cold air inlet 11 on the back of the refrigerator 6 for volume control. Cold air fed from the side cooling air outlet 23 by the side temperature senser 20 and the side temperature damper 19.

Claims (6)

1. a refrigerator which consists of Cold air intake pipe for feeding cold air for cooling channel Where the cooling unit receives Setting with cool air outlet at the back And the side of the refrigerator compartment Rear damper for opening or closing the suction port. For feeding cool air to The channel to blow out the cold air mentioned above. On the back of the cooler compartment via the aforementioned cold air intake ducts, side dampers for opening or closing the suction inlet. For feeding cool air to The channel to blow out the cold air mentioned above. On the side of the refrigerator compartment, through the aforementioned cold air intake ducts, a temperature detector for detecting the temperature of the cooler compartment and a control unit for controlling the operation of the rear damper. And the side damper that As mentioned above, in accordance with the temperature detected by the aforementioned temperature detectors. Where at least one funnel to blow cool air On the side of the refrigerator compartment are located. Close to the door of the refrigerator above. 2. The refrigerator of claim 1, where the cold air intake pipe has a cold air supply pipe. Rear for feeding cool air to the cool air outlet in the back of the aforementioned cooler compartment Then and the side cold air intake ducts for feeding cold air to the cooling air outlet channel on the side Side of the aforementioned freezer compartment and the aforementioned cold air intake hoses are embedded in the 3. The refrigerator of claim 1, where the aforementioned cold air intake pipe has a cold air intake pipe. Rear for feeding cold air to the cool air outlet in the back of the said cooler Comes and a side cold air intake pipe for feeding cold air to the cooling air outlet channel on the side The side of the pre-populated freezer and the aforementioned cold air intake pipe have been formed. The same piece as the frame inside the freezer compartment mentioned above. 4. Refrigerator, which consists of Cold air intake pipe for feeding cold air for cooling channel Where the cooling unit receives Setting with cool air outlet at the back And the side of the refrigerator compartment Rear damper for opening or closing the suction port. For sucking cool air into Cold air intake pipe as mentioned above. Temperature detector for detecting the temperature of the refrigerator compartment and a control unit for controlling the function of the rear damper. In accordance with the temperature Detectable by temperature detectors mentioned above Where at least one funnel to blow cool air On the side of the refrigerator compartment mentioned above Located near the door of the refrigerator mentioned above. The aforementioned cold air intake has a cold air intake pipe. Rear side for feeding cool air to the cooling air outlet channel. On the back of the aforementioned chiller compartment and the side cold air intake pipe for supplying cool air to the side cooling air outlet. Of the aforementioned freezer compartment And cold air intake pipe on the side as above Was formed to have both tracks Support the above-mentioned freezer compartment for rack installation. To divide the freezer compartment The foregoing And part of the internal frame of the freezer compartment mentioned above. 5. Refrigerator, which consists of Rear cold air intake pipe for feeding cold air from the cooling port where the unit can cool. It is set up with a cool air outlet at the back of the cooler compartment. Side cold air intake ducts for cooling air to the cool air outlet port on the side Side of the refrigerator compartment mentioned above Rear damper for opening and closing the suction port for the intake of cool air into the feed pipe. The aforementioned rear cool air and a side damper for opening and closing the suction inlet for the intake of cold air into the feed pipe. Side cold air as mentioned above. 6. Refrigerator of Clause 5 that also contains The rear temperature sensing path for detecting the temperature of the rear in the aforementioned refrigerated compartments. Side temperature sensing path for the aforementioned temperature detection of the side of the refrigerator compartment and the control path for the control of the aforementioned dampers corresponding to both. Any value or value that has been detected by the aforementioned detection methods. 7. Refrigerators of claim 5 that also contain Rear temperature sensing path for the aforementioned detecting the temperature of the back of the refrigerator compartment. A door-opening detection path for the aforementioned detection of the opening or closing of the door of the refrigerator compartment, and a control path for controlling the actuation of the aforementioned dampers corresponding to both. Any value or value that is detected by the aforementioned detection method. 8. Refrigerators of claim 5, where the aforementioned cold air intake ducts are embedded. Pin in heat insulating material 9. Refrigerators of claim 5, where the side cold air intake ducts above have been built The figure is the same as the inner frame of the freezer compartment 1 0. Refrigerator of claim 5, where the side cold air intake pipe is built. The figure has both a shelf support rail that extends into the inside of the aforementioned freezer compartment for the installation of the shelf to divide it. The aforementioned freezer compartment and part of the aforementioned chiller inner frame 1 1. Refrigerator of claim 5, where the amount of cold air of the cold air supply pipe for Feed cool air to the cool air outlet port on the side of the aforementioned chiller compartment, controlled by Operation of the aforementioned side dampers after opening and closing the aforementioned refrigerator compartment door 1 2. Refrigerator of claim 8, where the number of revolutions of the fan motor in the cabinet The aforementioned chiller is controlled in accordance with either of the two or one of the values detected by the trajectory. The aforementioned rear temperature sensing path and the aforementioned lateral temperature sensing path 1 3. The refrigerator of claim 5 that also contains The cold air connection pipe is prepared for the ceiling of the above cooler compartment. For the cold air connection from the aforementioned rear cool air inlet to the door side of the freezer compartment. And the cold air intake pipe with cool air outlet port. That has been prepared in the door of the compartment. Chilled as mentioned above For feeding cold air from the aforementioned cold air connection pipes to the Cool air vent to blow off storage space in the door shelf attached to the aforementioned door of the cooler compartment 1. 4. Refrigerator of claim 5 that also contains The cold air connection pipe is provided for the side of the aforementioned compartment. For the cold air connection from the aforementioned rear cool air intake to the door side of the compartment. Refrigerate as mentioned above and cold air intake ducts on door with blow-out port on door. That has been prepared at the door of the compartment. Chilled as mentioned above For feeding cold air from the aforementioned cold air connection pipes to the A blow-out door at the aforementioned door to blow out the storage space in the door shelf attached to the said door. It has arrived of refrigerated compartment 1. 5. Refrigerator of claim 5 that also contains The cold air connection pipe is prepared for the ceiling of the above cooler compartment. For connecting cold air from the aforementioned cold air intake ducts to the door side of the compartment Refrigeration, as mentioned above, and cold air intake ducts at the door with the blow-off port on the door That has been prepared in the door of the compartment. Chilled as mentioned above For feeding cold air from the aforementioned cold air connection pipes to the A blow-out door at the aforementioned door to blow out the storage space in the door shelf attached to the said door. It has arrived of refrigerated compartment 1. 6. Refrigerator of claim 5 that also contains The cold air connection pipe is provided for the side of the aforementioned refrigerator compartment. For connecting cold air from the aforementioned cold air intake ducts to the door side of the compartment Refrigerate as mentioned above and cold air intake ducts on door with blow-out port on door. That has been prepared in the door of the compartment. Chilled as mentioned above For feeding cold air from the aforementioned cold air connection pipes to the A blow-out door at the aforementioned door to blow out the storage space in the door shelf attached to the said door. Then came the freezer compartment.