CN205866617U - Hold healthy type watering device more - Google Patents

Abstract

The utility model provides a many appearances type healthy water device, including heating system, heating system is including the heating jar, the heating is equipped with the outfall sewer on jar, and the end of this outfall sewer is equipped with a plurality of soaking tank water inlet branch pipe, soaking tank water inlet branch pipe's end is all located on the soaking tank, all be equipped with upper and lower float switch in the soaking tank, the last soaking tank water outlet branch pipe that all is equipped with of soaking tank, all be equipped with on all soaking tank water outlet branch pipe the solenoid valve, and all with meet water piping connection, the water receiving pipe is controlled by switch portion spare, switch portion spare is including the switch that corresponds each soaking tank of control. The utility model discloses both having avoided the waste of drinking water, and also can providing the green health drinking water of high temperature of multiple different temperatures simultaneously, and satisfied multiple requirement, application scope is wide, and thermal insulation performance is good, realizes purposes such as water economy resource, electric energy, is worth extensively promoting.

Description

A multi-capacity healthy drinking water device

technical field

The utility model relates to a water dispenser, in particular to a multi-capacity healthy drinking water device.

Background technique

Most of the water dispensers currently used use the principle of pressure to press out drinking water, that is, when we receive drinking water, an equal amount of "new water" will be continuously injected into the heating or cooling tank from the bucket, so that we In most cases it is a "mixed" water that is consumed. In addition, if the heating switch of the water dispenser is not turned off, the heating system will heat the drinking water repeatedly, and repeated heating of the drinking water will change the nitrate in the water into nitrite, and the nitrite will make the hemoglobin in the human body into nitrite. Nitrate-based hemoglobin will make red blood cells lose their ability to carry oxygen. Long-term drinking will cause nitrite to accumulate in the human body. When a certain dose reaches a certain dose, it will form carcinogens and seriously endanger human health.

The utility model with Chinese application number 20112034692568 discloses an energy-saving and healthy drinking water dispenser, which overcomes the defect of repeated heating of drinking water by traditional drinking water dispensers and ensures the health and safety of drinking water. The utility model whose Chinese application number is 2013207670698 is an improvement to the previous water dispenser, which can prevent repeated heating of drinking water and make full use of boiled water that has not been cooled in time, but still has the following defects: one, warm/cold water storage The water tank is not equipped with insulation measures, which leads to the rapid heat loss of the warm boiled water in it, which cannot meet the needs of drinking high-temperature boiled water, especially in cold weather. In addition, only one warm/cold water storage tank is installed, which cannot provide multiple temperatures of boiled water Demand, poor practicability; second, there is no temperature display device on the warm/cold water storage tank, and the temperature of the water in the warm/cold water storage tank cannot be intuitively known, which cannot meet the specific requirements in special cases, resulting in poor performance of the water dispenser.

Utility model content

Aiming at the deficiencies in the prior art, the utility model provides a multi-capacity healthy drinking water device that is heat-preserving, energy-saving, and can provide boiled water at various temperatures.

In order to achieve the above object, the technical scheme that the utility model takes:

A multi-capacity healthy drinking water device, including a heating system, the heating system includes a heating tank, the heating tank is provided with a water outlet main pipe, and the end of the water outlet main pipe is provided with several water inlet branch pipes of the heat preservation tank, and the heat preservation tank The ends of the water inlet branch pipes are all arranged on the heat preservation tank, and the upper and lower float switches are arranged in the heat preservation tank, and the upper and lower float ball switches are connected with the solenoid valves arranged on the water inlet branch pipes of the corresponding heat preservation tanks. All of the thermal insulation tanks are provided with outlet branch pipes of the thermal insulation tanks, and all the outlet branch pipes of the thermal insulation tanks are equipped with electromagnetic valves and are connected to the water receiving pipes. switch.

As a preferred technical solution, in order to visually display the temperature of the boiling water in each heat preservation tank, to meet the specific requirements in special cases and improve the overall performance of the drinking water device, the heat preservation tanks are equipped with temperature sensors, and the temperature sensors are all Connect with the corresponding temperature display.

As a preferred technical solution, in order to have an alarm sound when all the insulation tanks are full, prompting the user to cut off the controller of the drinking water device or remove the water in the insulation tank, so as to realize energy saving and provide healthy drinking water, all the upper float switches are connected in parallel with the Full capacity warning light connection.

As an optimal technical solution, in order to ensure that each thermal insulation tank can store the water once boiled in the heating tank, prevent repeated heating of the water, and provide users with healthy drinking water, the volume of the thermal insulation tank is 1 to 1.1 times the volume of the heating tank. times.

Compared with the prior art, the utility model has the beneficial effects:

1. Set up several thermal insulation water tanks. On the one hand, it has thermal insulation performance to prevent rapid loss of heat, thermal insulation and energy saving, which can meet the drinking demand of high-temperature boiled water and is suitable for cold weather; The waste of boiled water that has been received and cooled down is provided at the same time with a variety of boiled water at different temperatures to meet the different needs of users and has a wide range of applications; in addition, it is equipped with switch parts to control all heat preservation tanks, which is easy to operate and has good practicability.

2. Set up a temperature display device that can display the temperature of the water in each insulation tank. You can intuitively know the temperature of the water in the insulation tank. Users can choose to drink the water in the corresponding insulation tank according to their needs, which meets the specific requirements of special circumstances and has high practical performance.

3. Set the full-capacity alarm indicator connected in parallel with all the upper float switches, and when all the insulation tanks are full, an alarm will be issued, so as to cut off the controller of the drinking water device or remove the water in the insulation tank, so as to realize energy saving and provide healthy drinking water.

4. Set the insulation tank whose volume is 1 to 1.1 times the volume of the heating tank to ensure that the cooled boiled water in the heating tank is only stored in one insulation tank, so as to ensure that the water in each insulation tank is boiled water once. And then provide users with healthy drinking water.

Description of drawings

Below in conjunction with accompanying drawing and specific embodiment the utility model is described in further detail.

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

Reference numerals: 1, heating system, 1-1, heating tank, 1-2, heating rod, 1-3, cold water injection pipe, 1-4, exhaust pipe, 1-5, cooling control thermal switch, 1 -6. Boiling water connection pipe, 1-7. Overheating protection thermal switch, 1-8. Heating control thermal switch, 2. Outlet main pipe, 3. Insulation tank, 3-1, Insulation tank water branch pipe, 3-2, Outlet branch pipe of insulation tank, 4. Up float switch, 5. Down float switch, 6. Solenoid valve, 7. Water connection pipe, 8. Temperature sensor.

detailed description

As shown in Figure 1, a specific embodiment of the utility model is proposed, a multi-capacity healthy drinking water device, including a heating system 1, and the heating system 1 includes a heating tank 1-1, which is located in the heating tank 1-1. Heating rod 1-2, upper float switch 4, lower float switch 5, cold water injection pipe 1-3 and exhaust pipe 1-4 arranged at the outer upper end of heating tank 1-1, located at the outer lower end of heating tank 1-1 Boiled water connection pipe 1-6, overheat protection thermal switch 1-7, heating control thermal switch 1-8, cooling control thermal switch 1-5 located at both sides of heating tank 1-1, heating rod 1-2 are controlled Controlled by the upper float switch 4 and the lower float switch 5, the heating rod 1-2 will start to heat the water in the heating tank 1-1 only when the upper float switch 4 and the lower float switch 5 are in the off state , when the water temperature reaches the required temperature, the heating control thermal switch 1-8 will be disconnected, and the overheating protection thermal switch 1-7 is used to cut off the circuit in time when dry burning occurs under unexpected circumstances; the heating tank 1-1 There is a main water outlet pipe 2 on the top, and the main water outlet pipe 2 is provided with a solenoid valve 6 connected with the cooling control thermal switch 1-5, and the end of the main water outlet pipe 2 is provided with several water inlet branch pipes 3-1 of the insulation tank, so The ends of the water inlet branch pipes 3-1 of the thermal insulation tank are all arranged on the thermal insulation tank 3, and the outer surface of the thermal insulation tank 3 is covered with glass insulation cotton to realize the heat preservation effect. Correspondingly, there are 3 branch pipes 3-1. The upper parts of the 3 insulation tanks are equipped with upper float switches 4 and the lower parts are equipped with lower float switches 5. The solenoid valve 6 of 3-1 on the water branch pipe is connected, and the heat preservation tank 3 is provided with the water branch pipe 3-2 of the heat preservation tank, and the water branch pipe 3-2 of all heat preservation tanks is equipped with the solenoid valve 6, and the ends are all connected to the connection. Water pipe 7 is connected, and described water pipe 7 is controlled by switch unit, and described switch unit comprises the switch of corresponding control each insulation tank, then is provided with 3 sub-switches, and heating system 1 and all electrical original parts are all connected with power controller.

The three thermal insulation tanks 3 are all equipped with temperature sensors 8, and the three temperature sensors 8 are all connected to the corresponding temperature displays, and the three temperature sensors 8 and the three temperature displays are all connected to the power controller, and the three temperature sensors are visually displayed. The temperature of the boiling water in the thermal insulation tank 3, the user can choose to drink the water in the corresponding thermal insulation tank according to needs, which meets the specific requirements in special circumstances and has high practical performance.

The upper float switches 4 in the three insulation tanks 3 are connected in parallel to the full capacity alarm indicator light, and the full capacity alarm indicator light is connected to the power controller. When the three thermal insulation tanks 3 are all full, the three upper float switches 4 Close the electromagnetic valve 6 on the water inlet branch pipe 3-1 of the corresponding insulation tank, so that the full capacity alarm indicator light is on and an alarm sounds, prompting the user to cut off the power controller or remove the water in the insulation tank 3, so as to realize energy saving and provide healthy drinking water.

The volumes of the three insulation tanks 3 are 1 to 1.1 times the volume of the heating tank 1-1. It is better to set the volume of the three insulation tanks 3 slightly larger than the volume of the heating tank 1-1. Small, unable to meet the cooling requirements of the heating tank 1-1. The warm water can be stored in a certain insulation tank 3 at one time, so that the water remaining in the heating tank 1-1 will be heated repeatedly to produce harmful substances; if 3 insulation tanks 3 The volume is set too large, the water in the 3 thermal insulation tanks 3 is the mixture of warm water discharged into the heating tank 1-1 for many times, the drinking water is not pure, and the quality is reduced.

When the utility model is in use: when the heating tank 1-1 and 3 heat preservation tanks 3 are all empty, start the power controller, the electromagnetic valve 6 on the cold water injection pipe 1-3 is opened, and the cold water is injected into the heating tank 1-1, When the cold water is injected into the position of the upper float switch 4 in the heating tank 1-1, the upper float switch 4 touches the solenoid valve 6 on the cold water injection pipe 1-3 to close, and the heating rod 1-2 controls the cold water in the heating tank 1-1. Heating until boiling, the user can directly take boiling water from the boiling water connection pipe 1-6; when the temperature of the boiling water in the heating tank 1-1 drops to 95°C, the cooling control thermal switch 1-5 starts to work, and touches the main water outlet pipe 2 The solenoid valve 6 is opened, and the cooled boiling water is stored in the three insulation tanks 3 through the water inlet branch pipe 3-1 of the insulation tank. The user chooses to open the corresponding control switch according to the temperature display device showing the temperature of the boiling water in the three insulation tanks. Receive the warm boiled water that needs from water receiving pipe 7.

After being used for a period of time, when the water level in a certain heat preservation tank 3 drops to the position of the lower float switch 5, the lower float switch 5 starts to work, and the electromagnetic valve 6 on the water inlet branch pipe 3-1 of the corresponding heat preservation tank is touched to open, and the water from the heating tank 1-1 injects cooled boiled water, and when the water level in the insulation tank 3 rises to the position of the upper float switch 4, the upper float switch 4 starts to work and touches the electromagnetic valve 6 on the water inlet branch pipe 3-1 of the corresponding insulation tank to close.

Of course, the above is only a detailed description of the preferred embodiment of the utility model in conjunction with the accompanying drawings, and is not intended to limit the scope of implementation of the utility model. All equivalent changes made according to the principle, structure and structure of the utility model shall be Covered within the protection scope of the present utility model.

Claims (4)

1. A multi-capacity healthy drinking water device, comprising a heating system (1), said heating system (1) comprising a heating tank (1-1), characterized in that: said heating tank (1-1) is provided with Water outlet main pipe (2), the end of this water outlet main pipe (2) is provided with several thermal insulation tank water inlet branch pipes (3-1), and the end of described insulation tank water inlet branch pipe (3-1) is all arranged on the insulation tank (3 ), the upper and lower float switches (4, 5) are arranged in the heat preservation tank (3), and the upper and lower float switches (4, 5) are all connected with the water inlet branch pipes (3- 1) is connected to the solenoid valve (6), the insulation tank (3) is provided with an insulation tank water branch pipe (3-2), and all insulation tank water outlet pipes (3-2) are equipped with a solenoid valve (6 ), and the ends are all connected to the water receiving pipe (7), and the water receiving pipe (7) is controlled by a switch component, and the switch component includes a switch for correspondingly controlling each heat preservation tank. 2. A multi-capacity healthy drinking water device according to claim 1, characterized in that: said heat preservation tank (3) is provided with a temperature sensor (8), and said temperature sensor (8) is connected to Corresponding temperature display connection. 3. A multi-capacity healthy drinking water device according to claim 1 or 2, characterized in that all the upper float switches (4) are connected in parallel and then connected to the full-capacity alarm indicator light. 4. A multi-capacity healthy drinking water device according to claim 3, characterized in that: the volume of the heat preservation tank (3) is 1 to 1.1 times the volume of the heating tank (1-1).