CN201939119U - Water dispenser capable of providing warm water - Google Patents

Abstract

The utility model discloses a water dispenser capable of providing warm water, which comprises a machine body, a smart seat, a circuit control panel, an indicator light, a hot cylinder, a water collecting tank, a hot water tap, a cold water tap and a water receiving box, wherein the smart seat is arranged at the top of the machine body, and the hot cylinder is connected with the water collecting tank through a water inlet pipe; the water dispenser also comprises a warm water tap, the warm water tap is connected with a warm water outlet pipe, and the warm water outlet pipe is connected with a hot cylinder; the warm water outlet pipe passes through the water inlet pipe, the main body part of the warm water outlet pipe is wrapped by the water inlet pipe, and the warm water outlet pipe is not communicated with the water inlet pipe. The utility model breaks through the scheme of installing the warm water tank for the water dispenser in the traditional technology, and the warm water outlet pipe is directly soaked in cold water, so that the cold water is used for cooling hot water, the cooling effect is excellent, and the cooling speed is very high; moreover, compared with a water dispenser adopting a warm water tank, the structure of the utility model is very simple, and the cost of the utility model is not much higher than that of the traditional cold and hot dual-purpose water dispenser; in addition, the use is more convenient, and the energy is saved.

Description

A water dispenser capable of providing warm water

technical field

The utility model belongs to the technical field of household electrical appliances, in particular to a water dispenser.

Background technique

At present, drinking water dispensers are widely used by enterprises and families. Various pipelines, etc., water dispensers usually use bottled water as drinking water, and the bottled water is placed upside down on the smart seat, which is clean and hygienic and easy to use. However, the disadvantages of water dispensers on the market are that they generally have two working states of cooling and heating, and of course there are only heating. The faucet is usually equipped with a hot water faucet and a cold water faucet. 30°C, if there is refrigeration, it is generally 8-10°C, and the maximum temperature of hot water is usually 92-95°C. Many people don't like to drink cold water, especially in winter. However, the temperature of hot water is as high as 90°C. It is impossible to drink such hot water. You can only wait for the hot water to cool down to about 50°C in the cup. Drink, this will bring great inconvenience to people's use. For this reason, someone just installs a warm water tank additionally in the water dispenser, allows hot water to enter in the warm water tank earlier and cools down, then directly releases warm water from the warm water tap. The disadvantage of this method is that it makes the structure of the water dispenser quite complicated. It is necessary to install heat preservation devices, temperature sensors, etc. for the warm water tank, which greatly increases the cost, and the cooling effect is not good, and the cooling speed is very slow.

Utility model content

The technical problem to be solved by the utility model is to provide a drinking water dispenser with good cooling effect, low cost, simple realization method and capable of providing warm water.

In order to solve the above technical problems, the utility model adopts the following technical solutions: a water dispenser capable of providing warm water, including a body, a smart seat, a circuit control board, an indicator light, a hot cylinder, a water collection tank, a hot water faucet, a cold water faucet, an The water box, the smart seat is installed on the top of the fuselage, the circuit control board, heat cylinder, and water collection tank are installed inside the fuselage, the indicator light is connected to the circuit control board, the water receiving box is under the faucet, and the water inlet pipe passes between the heat cylinder and the water collection tank connection, characterized in that: the water dispenser also includes a warm water faucet, the warm water faucet is connected to the warm water outlet pipe, and the warm water outlet pipe is connected to the hot cylinder; the warm water outlet pipe passes through the water inlet pipe, and the main part of the warm water outlet pipe is wrapped in the water inlet pipe , The warm water outlet pipe and the water inlet pipe are not connected to each other.

Further, the position where the warm water outlet pipe is wrapped by the water inlet pipe is completely or partially immersed in the cold water entering from the water collection tank.

Further, the position where the warm water outlet pipe is in contact with the wall of the water inlet pipe is sealed.

The warm water outlet pipe can be made of stainless steel, silica gel or other suitable materials.

The hot water enters the warm water outlet pipe first. Since the warm water outlet pipe is soaked in the cold water in the water inlet pipe, the temperature difference between the cold water and the hot water in the warm water outlet pipe is very large (the difference is 70-80°C), so the hot water can be quickly cool down. According to the actual situation, the warm water outlet pipe can be designed as a curved and winding structure in the water inlet pipe, which can increase the contact area and length, and prolong the cooling time; when the hot water flows out from the warm water faucet, it becomes warm water, and its temperature is about 40- 60°C, drinkable directly.

The utility model breaks through the traditional technology of installing a warm water tank for the water dispenser. By soaking the warm water outlet pipe directly in cold water and using the cold water to cool the hot water, the cooling effect is excellent and the cooling speed is also very fast; and the utility model The structure is very simple compared with the water dispenser using the warm water tank, and its cost is not much higher than that of the traditional hot and cold water dispenser; in addition, it is more convenient to use, and because the cold water cools the hot water, it also has heat transfer. For example, the cold water is originally 25°C, but it may be heated to 50°C when it enters the hot cylinder. The time to boil the 50°C water is obviously shorter and requires less energy, which is conducive to energy saving and environmental protection.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a schematic block diagram of the utility model warm water supply.

Among the figure, 1 is a fuselage, 2 is a smart seat, 3 is an indicator light, 4 is a water receiving box, 5 is a hot water faucet, 6 is a warm water faucet, and 7 is a cold water faucet.

Detailed ways

In this embodiment, referring to Fig. 1 and Fig. 2, the water dispenser capable of providing warm water includes a body 1, a smart seat 2, a circuit control board (not shown), an indicator light 3, a hot cylinder, a water collection tank, a hot Water faucet 5, cold water faucet 7, water receiving box 4, smart seat 2 is installed on the top of the fuselage 1, circuit control board, heating cylinder, and water collection tank are installed inside the fuselage 1, indicator light 3 is connected to the circuit control board, and water receiving box 4 Under the faucet, the hot cylinder is connected to the water collection tank through the water inlet pipe; there is also a warm water faucet 6, which is connected to the warm water outlet pipe, and the warm water outlet pipe is connected to the hot cylinder; the warm water outlet pipe passes through the water inlet pipe, and the warm water outlet pipe The main part of the water pipe is wrapped by the water inlet pipe, and the warm water outlet pipe and the water inlet pipe are not connected to each other.

The position where the warm water outlet pipe is wrapped by the water inlet pipe is completely or partially immersed in the cold water entering from the water collection tank.

The position where the warm water outlet pipe is in contact with the wall of the water inlet pipe is sealed.

The hot water enters the warm water outlet pipe first. Since the warm water outlet pipe is soaked in the cold water in the water inlet pipe, the temperature difference between the cold water and the hot water in the warm water outlet pipe is very large (the difference is 70-80°C), so the hot water can be quickly cool down. According to the actual situation, the warm water outlet pipe can be designed as a curved and winding structure in the water inlet pipe, which can increase the contact area and length, and prolong the cooling time; after the hot water flows out from the warm water faucet 6, it becomes warm water, and its temperature is about 40 -60°C, can be drunk directly.

The utility model has been described in detail above. The above description is only a preferred embodiment of the utility model. When it cannot limit the scope of the utility model, all equivalent changes and modifications made according to the scope of the application should be Still belong to the scope covered by the present utility model.

Claims (3)

1. A water dispenser that can provide warm water, including a body, a smart seat, a circuit control board, an indicator light, a hot cylinder, a water collection tank, a hot water faucet, a cold water faucet, and a water receiving box. The smart seat is installed on the top of the body, and the circuit The control board, heat cylinder and water collection tank are installed inside the fuselage, the indicator light is connected to the circuit control board, the water receiving box is under the faucet, and the heat cylinder and the water collection tank are connected through the water inlet pipe. It is characterized in that: the water dispenser also includes a temperature The faucet and the warm water faucet are connected to the warm water outlet pipe, and the warm water outlet pipe is connected to the hot cylinder; the warm water outlet pipe passes through the water inlet pipe, and the main part of the warm water outlet pipe is wrapped by the water inlet pipe, and the warm water outlet pipe and the water inlet pipe are not connected to each other. 2. The water dispenser capable of providing warm water according to claim 1, wherein the position where the warm water outlet pipe is wrapped by the water inlet pipe is completely or partially immersed in the cold water entering from the water collection tank. 3. The water dispenser capable of providing warm water according to claim 1, characterized in that the position where the warm water outlet pipe contacts the wall of the water inlet pipe is sealed.

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