The present invention relates to the technical field of pet-related products, and discloses a voice control pet feeding device. The voice control pet feeding device comprises a container device used to contain pet food or running water, a feeding switch used to open or shield an output port of the container device, a control circuit, and a pickup device used to receive a sound and compare the same against a predetermined audio frequency. Compared with the prior art, the use of the voice control pet feeding device enables pet food or water to be placed in the container device in advance, and enables inputting of a sound as a predetermined sound. When a pet needs to be fed, a user only needs to generate the predetermined sound toward the voice control pet feeding device, and the pickup device detects the predetermined sound, performs comparison, and then sends an instruction to the control circuit; the control circuit controls the feeding switch to open for a specified duration, such that a specific amount of pet food or water comes out of the container device for the pet to consume. Throughout a feeding process, a user can send a voice command while sitting or lying at any place, such as a sofa and a bed, thus eliminating the need to personally perform feeding operation.