Water tank and steaming cooking equipment with same

Abstract

The invention relates to a water tank and steaming cooking equipment with the same. The water tank comprises a tank body. The water tank is characterized in that two independent water storage spaces, namely a cooking water storage space (A) and a residual water storage space (B) are arranged in the tank body, the cooking water storage space (A) is connected with the outside through a cooking water pipe (A1), and the residual water storage space (B) is connected with the outside through a residual water connecting pipe (B1). Compared with the prior art, the water tank has the advantages that through unique design of the water tank, the residual water storage space and the cooking water storage space are formed, so that the residual water storage space can be cleaned at the same time when the water tank is cleaned; in a further scheme, the residual water storage space can be closed when cooking water is added, so that water can only be added into the cooking water storage space; during water pouring, the residual water storage space and the cooking water storage space can be opened at the same time, so that convenience is brought to pouring.

Description

technical field [0001] The invention relates to a water tank and steam cooking equipment using the water tank. Background technique [0002] Commonly used household steamers adopt dynamic steam balance technology to ensure that the steam in the inner tank is fresh steam, but no matter what, a part of the steam will condense in the inner tank of the steamer during the cooking process to form residual water. The existence of residual water will cause three major difficulties. First, it is difficult for the user to clean; second, if the user does not clean the residual water for many times, it will cause the accumulated water to overflow the inner tank; third, if the user does not clean the residual water for many times, it will cause Flavor. Therefore, it is very important to reduce residual water as much as possible. At present, there are several ways to reduce residual water on the market. The first method is to add an inner tank heater at the bottom of the inner tank to ev...

AI Technical Summary

Problems solved by technology

The existence of residual water will cause three major difficulties. First, it is difficult for the user to clean; second, if the user does not clean the residual water for many times, it will cause the accumulated water to overflow the inner tank; third, if the user does not clean the residual water for many times, it will cause Flavor

Therefore, it is very important to reduce residual water as much as possible. At present, there are several ways to reduce residual water on the market. The first method is to add an inner tank heater at the bottom of the inner tank to evaporate the residual water through the inner tank heater. However, this method At present, there are two major disadvantages. First, the residual water evaporated by the inner tank heater at high temperature is easy to cause the inner tank to turn yellow. Second, after cooking, the inner tank heater cannot completely evaporate the residual water, and there is still residual water

The second method is to pump the residual water back into the water storage box or water tank for recycling. This method also has disadvantages, because the residual water is a combination of condensed water and oil stains, and recycling is unsanitary.

[0003] The waterway structure of the commonly used household steam box generally adopts two methods: the first method is single pump and single valve, which uses a one-way pump to pump water from the water tank, and the water flows through the solenoid valve and finally reaches the steam generator. This method has a simple structure. However, because this method can only feed water in one direction, after the customer finishes cooking, the remaining water in the steam generator cannot be disposed of in time, and the water quality will easily deteriorate after a long time, which will affect health; the second method is double pumps and double valves. One pump and one valve are installed in the water inlet direction, and one pump and one valve are also installed in the water return direction. This method can realize the water inlet and return water of the waterway, but this method has many components and high cost

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