An egg incubator having a base assembly, a window, and a lid assembly. The base assembly including a base tray configured to support a plurality of eggs, a water trough beneath the base tray and configured to retain a quantity of water, and a motorized egg turner configured to periodically turn the plurality of eggs. The window is configured to be removably coupled to the base assembly. The lid assembly is coupled to the window. The base assembly, window, and the lid assembly enclose a main incubation chamber sized to hold a plurality of eggs therein. The lid assembly includes a heating element configured to heat the main incubation chamber to a desired temperature, and a circulating fan configured to generate an airflow over the heating element.

An egg incubator having a base assembly, a window, and a lid assembly. The base assembly includes a base tray configured to support a plurality of eggs, and a first water trough beneath the base tray and configured to retain a quantity of water. The window is removably coupled to the base assembly. The lid assembly is coupled to the window. The base assembly, window, and the lid assembly enclose a main incubation chamber sized to hold a plurality of eggs therein. The lid assembly includes a heating element configured to heat the main incubation chamber to a desired temperature, and a circulating fan configured to generate an airflow over the heating element.

An egg incubator having a base assembly, a window, and a lid assembly. The base assembly includes a base tray configured to support a plurality of eggs, and a first water trough beneath the base tray and configured to retain a quantity of water. The window is removably coupled to the base assembly. The lid assembly is coupled to the window. The base assembly, window, and the lid assembly enclose a main incubation chamber sized to hold a plurality of eggs therein. The lid assembly includes a heating element configured to heat the main incubation chamber to a desired temperature, and a circulating fan configured to generate an airflow over the heating element.

The disclosure provides an integrated incubator with automatic water filling and humidifying device, comprising the bottom case, cover and top cover, with a controller, detector, humidifier and water-filling unit; the water-filling unit comprises the bottom case cover, casing, plug and limiting post; the plug is provided with a sealing ring at the top and springs in the middle; the upper part of the casing and the sealing ring forms a sealing structure, and the bottom of the casing is provided with a water level opening for water discharge. The casing, the plug, the limiting post and the sealing ring form the water-filling unit, realizing the automatic water operation; the water level opening controls the water-filling amount to ensure an appropriate egg hatching environment, to improve the hatchability, and to reduce the manual working volume and labor burden, allowing additional time and energy to manage other issues and create greater value.

The disclosure provides an integrated incubator with automatic water filling and humidifying device, comprising the bottom case, cover and top cover, with a controller, detector, humidifier and water-filling unit; the water-filling unit comprises the bottom case cover, casing, plug and limiting post; the plug is provided with a sealing ring at the top and springs in the middle; the upper part of the casing and the sealing ring forms a sealing structure, and the bottom of the casing is provided with a water level opening for water discharge. The casing, the plug, the limiting post and the sealing ring form the water-filling unit, realizing the automatic water operation; the water level opening controls the water-filling amount to ensure an appropriate egg hatching environment, to improve the hatchability, and to reduce the manual working volume and labor burden, allowing additional time and energy to manage other issues and create greater value.

A tabletop style incubator that includes an integrated water reservoir in the form of channels formed in the floor of the base tray and fill ports that allow water to be added to the incubator without removing the top assembly from the bottom assembly. The incubator incorporates conventional incubator features, such as, electronic controls for heat, humidity and time, and an automated egg turner. The base tray of the bottom assembly base tray includes a pair of thermoplastic shells that are bonded together around an inner expanded polystyrene core. The base tray is also configured with a pair of recessed channels that serve as two separate water troughs or reservoirs. A fill port extends through opposed sidewalls of the base tray into each channel and is enclosed by a removable plug.

A tabletop style incubator that includes an integrated water reservoir in the form of channels formed in the floor of the base tray and fill ports that allow water to be added to the incubator without removing the top assembly from the bottom assembly. The incubator incorporates conventional incubator features, such as, electronic controls for heat, humidity and time, and an automated egg turner. The base tray of the bottom assembly base tray includes a pair of thermoplastic shells that are bonded together around an inner expanded polystyrene core. The base tray is also configured with a pair of recessed channels that serve as two separate water troughs or reservoirs. A fill port extends through opposed sidewalls of the base tray into each channel and is enclosed by a removable plug.

The present invention relates to a method for promoting production of female embryos in fertilized eggs, comprising steps of: incubating said eggs; generating at least one type of energy with a predetermined energy profile; and simultaneously generating a pre-determined profile of a non-energy parameter by means of an energy generation device, applying both energy profile and the non-energy parameter to the eggs; and, collecting the eggs; wherein said method is non-toxic to the embryos, the application of both the energy profile and the non-energy parameter increases the fraction of females in the hatched chicks.

The present invention relates to a method for promoting production of female embryos in fertilized eggs, comprising steps of: incubating said eggs; generating at least one type of energy with a predetermined energy profile; and simultaneously generating a pre-determined profile of a non-energy parameter by means of an energy generation device, applying both energy profile and the non-energy parameter to the eggs; and, collecting the eggs; wherein said method is non-toxic to the embryos, the application of both the energy profile and the non-energy parameter increases the fraction of females in the hatched chicks.

An egg incubator includes an incubator base, an incubator upper cover, a heating assembly, an egg turning assembly, and a water supply assembly. A first water tank and a second water tank are disposed inside the incubator base. The first water tank and the second water tank are communicated with each other. A third water tank communicated with the second water tank is disposed on one side of the incubator base. A mesh plate is lapped inside the incubator base. An inner wall bottom of the first water tank is higher than an inner wall bottom of the second water tank. A water supply assembly is mounted on the third water tank and the water supply assembly (5) is configured to supply water to the first water tank, the second water tank, and the third water tank.