Excreta dehydration type toilet

Abstract

The present invention relates to an excreta dehydration type toilet including: an upper main body (10) in which at least one toilet bowl (11) is installed; a lower main body (20) installed on a lower portion of the upper main body (10) and configured to store excreta therein; and a ventilation pipe (30) vertically installed along a lateral side of the upper main body (10), wherein the lower main body (20) includes: a warm-air pipe (21) installed on an inner bottom of the lower main body (20); a blower fan (22) installed at a side of the air inlet (21A); an electric heater (23) installed between the air inlet (21A) and the blower fan (22); and a daylighting member (24). Thus, according to the present invention, moisture included in excreta can be rapidly dried while removing odors from the toilet, thereby improving convenience when the toilet is used.

1 . An excreta dehydration type toilet comprising:
 an upper main body ( 10 ) in which at least one toilet bowl ( 11 ) is installed;   a lower main body ( 20 ) installed on a lower portion of the upper main body ( 10 ) and configured to store excreta therein; and   a ventilation pipe ( 30 ) vertically installed along a lateral side of the upper main body ( 10 ) and having a lower end communicating with the lower main body ( 20 ),   wherein the lower main body ( 20 ) comprises:   a warm-air pipe ( 21 ) installed on an inner bottom of the lower main body ( 20 ) and having an air inlet ( 21 B) and an air outlet ( 21 B);   a blower fan ( 22 ) installed at a side of the air inlet ( 21 A) to supply warm air to an inside of the warm-air pipe ( 21 );   an electric heater ( 23 ) installed between the air inlet ( 21 A) and the blower fan ( 22 ); and   a daylighting member ( 24 ) installed on an upper surface of the lower main body ( 20 ) and transmitting sunlight into the lower main body ( 20 ).   
     
     
         2 . The excreta dehydration type toilet of  claim 1 , wherein the warm-air pipe ( 21 ) is installed along a periphery of the inner bottom of the lower main body ( 20 ) and is then inserted into the ventilation pipe ( 30 ) by a predetermined length to place the air outlet ( 21 B) in the ventilation pipe ( 30 ). 
     
     
         3 . The excreta dehydration type toilet of  claim 1 , wherein a vertical communicating pipe ( 12 ) is installed on a lower portion of the toilet bowl ( 11 ) and inserted in the lower main body ( 20 ),
 a plurality of holes ( 12 A) are radially formed in the communicating pipe ( 12 ), and   the communicating pipe ( 12 ) has a diameter which gradually increases in an up-to-down direction.   
     
     
         4 . The excreta dehydration type toilet of  claim 3 , wherein each of the plurality of holes ( 12 A) is formed through the communicating pipe ( 12 ) with a downward slope from an inner side toward an outer side of the communicating pipe ( 12 ). 
     
     
         5 . The excreta dehydration type toilet of  claim 3 , wherein a horn-shaped scattering member ( 25 ) is installed on the inner bottom of the lower main body ( 20 ) in alignment with an installed position of the communicating pipe ( 12 ), and
 a lower end of the communicating pipe ( 12 ) and an upper end of the scattering member ( 25 ) are spaced apart from each other by a predetermined distance.