An intelligent ornamental fish feeder comprises a food container (1) and an intelligent control device (4) connected to the food container (1), configured to control the food container (1), and comprising an intelligent control module (41). The intelligent control module (41) comprises a valve controller (42) and a weight controller (43) connected to a weight sensor (44). The intelligent control device (4) further comprises a first electromagnetic valve (45) and a second electromagnetic valve (46) connected to the valve controller (42). The food container (1) comprises an accommodation cavity (11) configured to accommodate fish food and a weighing cavity (21) configured to weigh the fish food and arranged beneath the accommodation cavity (11). The weight sensor (44) is arranged at a bottom part (3) of the weighing cavity (21). A first valve (12), controlled by the first electromagnetic valve (45) to be opened or closed, is arranged at a bottom part of the accommodation cavity (11), and a second valve (22), controlled by the second electromagnetic valve (46) to be opened or closed, is arranged at a bottom part of the weighing cavity (21). The fish feeder realizes control over an amount and a number of times of intelligent fish feeding by adopting the food container containing both the accommodation cavity and the weighing cavity, combined with cooperation of the intelligent control module, facilitating a user to feed an ornamental fish.Linvention concerne un dispositif intelligent pour lalimentation de poissons dornement comprenant un récipient alimentaire (1) et un dispositif de commande intelligent (4) relié au récipient alimentaire (1), servant à contrôler le récipient alimentaire (1), et comprenant un module de commande intelligent (41). Le module de commande intelligent (41) comprend un système de contrôle de soupape (42) et un système de contrôle du poids (43) relié à un capteur de poids (44). Le dispositif de commande intelligent (4) comprend en outre une prem
