Dual brewing mechanism

A dual brewing mechanism, comprising:

• a hot water pipe including a hot water input, a first pipe body, and a second pipe body, one end of the first pipe body and one end of the second pipe body being in communication with the hot water input, wherein hot water is transported to the first pipe body and the second pipe body through the hot water input;
• an espresso brewing device including a brewing head, wherein a flow channel is located inside the brewing head, a water inlet is formed at one end of the flow channel, and the water inlet is in communication with another end of the first pipe body;
• wherein the hot water is transported to the flow channel through the first pipe body, and at least one water outlet is formed at another end of the flow channel;
• a first solenoid valve being in communication with the flow channel of the espresso brewing device, wherein, when the first solenoid valve is turned on, the hot water flows through the flow channel of the espresso brewing device and is outputted from the water outlet for extracting coffee;
• a pour over device connected to another end of the second pipe body, wherein the hot water is transported to the pour over device through the second pipe body;
• and
• at least one second solenoid valve being in communication with the pour over device, wherein, when the second solenoid valve is turned on, the hot water flows through the pour over device, and the pour over device outputs the hot water to extract ingredients by imitating a pour over ingredient brewing procedure;
• wherein the pour over device includes a water injection head cover and a water injection seat, the water injection head cover has at least one water inlet hole, and the at least one water inlet hole is connected to the another end of the second pipe body;
• wherein the water injection seat is disposed below the water injection head cover, and the water injection head cover is assembled with the water injection seat wherein the water injection seat has a seat body and a plurality of water injection holes, the water injection holes are formed on the seat body and arranged to form at least one ring, and the water injection holes penetrate two sides of the seat body;
• wherein the hot water flows in through the at least one water inlet hole and then flows to the water injection holes, so that the hot water is outputted through the water injection holes;
• wherein the water injection seat further includes a water inlet channel and a water diversion channel, and the water inlet channel and the water diversion channel are located on one side of the seat body near the water injection head cover;
• wherein the water inlet channel is in communication with the at least one water inlet hole, and the water injection holes are in communication with the water inlet channel through the water diversion channel;
• wherein the hot water flows from the at least one water inlet hole into the water inlet channel, and then flows through the water diversion channel to the water injection holes.