A kind of energy-saving drinking machine of making warm water
Technical field
This practical water dispenser, specifically be a kind of energy-saving drinking machine of making warm water.
Background technology
The connoisseur advises that ordinary populace getting up early every day will drink water, and every day, amount of drinking water was no less than 2500ml, but due to the quickening of rhythm of life now, not many times that we do not go to drink water, but busy go to drink because the just boiled water temperature of water dispenser is very high, must etc. about upper five minute grade its coolingly just can drink, and it is unhealthy directly to drink the water that hard water do not heat, and hot and cold water is directly drinking mixed all the more so.A lot of people narrowly miss with healthy habits and customs thus, and are regrettable.
Well known, water dispenser generally has two water inlets now, and one heats or the interface that freezes, and another normal-temperature water interface does not have the water of heating.Can just think and introduce a warm water interface, be euthermic boiling water from the water of its outflow.Tradition water dispenser individual design also has this class interface, and the water of its outflow is that simple hot and cold water mixes, though temperature is moderate and be not suitable for the people and drink.Therefore for the younger generation's white collar clan, be badly in need of a can the outflow and at once drink the water fountain of healthy warm water.
The utility model content
The utility model provides a kind of energy-saving drinking machine of making warm water for solving the problems of the technologies described above, and has normal-temperature water, warm water and three interfaces of boiling water, and water quality is good, and is energy-efficient.
The utility model is that the technical scheme that the deficiency that solves the problems of the technologies described above adopts is: a kind of energy-saving drinking machine of making warm water, formed by water butt, heat exchange cavity, heating tank and heat-exchange tube,
Be provided with normal temperature delivery port and water butt water transport port at water butt, the water butt water transport port is communicated with by the water inlet of water-supply-pipe with the heat exchange cavity;
Be provided with warm water delivery port and heat exchange cavity water transport port on the heat exchange cavity, be provided with heat-exchange tube in the heat exchange cavity, heat exchange cavity water transport port is communicated with the water inlet of heating tank by water-supply-pipe;
Be provided with boiling water delivery port and boiling water delivery outlet on heating tank, the boiling water delivery outlet is communicated with the warm water delivery port by heat-exchange tube.
Warm water delivery port described in the utility model is arranged on the top of heat exchange cavity, and the water inlet of heat-exchange tube is arranged on the bottom of heat exchange cavity.
Warm water delivery port described in the utility model is arranged on the bottom of heat exchange cavity, and the water inlet of heat-exchange tube is arranged on the top of heat exchange cavity.
Heat-exchange tube described in the utility model is the screw-type setting.
The utility model beneficial effect is:
1, this apparatus structure is simple, and is easy to use, has normal-temperature water, warm water, three kinds of water outlets of boiling water.
2, the water after the heating is not to carry out simple cold and hot mixing, but boiling water is lowered the temperature, and is safer healthy and safe.
3, the energy that heating tank is produced carries out recycling, and namely saving resource, improved again the efficient of water heating, more economically.
Description of drawings
Fig. 1 is structural representation of the present utility model;
In figure: 1, water butt, 11, the normal temperature delivery port, 12, the water butt water transport port, 2, the heat exchange cavity, 21, the warm water delivery port, 22, heat exchange cavity water transport port, 3, heating tank, 31, the boiling water delivery port, 32, the boiling water delivery outlet, 4, heat-exchange tube.
The specific embodiment
As shown in the figure, a kind of energy-saving drinking machine of making warm water is comprised of water butt 1, heat exchange cavity 2, heating tank 3 and heat-exchange tube 4,
Be provided with normal temperature delivery port 11 and water butt water transport port 12 at water butt 1, water butt water transport port 12 is communicated with by the water inlet of water-supply-pipe with heat exchange cavity 2;
Be provided with warm water delivery port 21 and heat exchange cavity water transport port 22 on heat exchange cavity 2, be provided with heat-exchange tube 4 in the heat exchange cavity, heat exchange cavity water transport port 22 is communicated with by the water inlet of water-supply-pipe with heating tank 3;
Be provided with boiling water delivery port 31 and boiling water delivery outlet 32 on heating tank 3, boiling water delivery outlet 31 is communicated with warm water delivery port 21 by heat-exchange tube 4.
Described warm water delivery port 21 is arranged on the top of heat exchange cavity 2, and the water inlet of heat-exchange tube 4 is arranged on the bottom of heat exchange cavity 2.
Described warm water delivery port 21 is arranged on the bottom of heat exchange cavity 2, and the water inlet of heat-exchange tube 4 is arranged on the top of heat exchange cavity 2.
Described heat-exchange tube 4 is the screw-type setting, makes the heat exchanger time of boiling water in heat exchange chamber more abundant.
Heat-exchange tube can store in the heat exchange cavity of normal-temperature water boiling water to carry out sufficient heat exchange, simultaneously the normal-temperature water in the heat exchange cavity is carried out preheating, water after preheating enters heating tank, makes the heating-up temperature of heating tank high, need not from low-temperature heat, be heated to the boiling water time short, the time of namely having saved is saved again the energy, and the boiling water from heating tank enters the heat exchange cavity, and heat spills into the heat exchange cavity, reduce energy loss, enter recycling.