CN2623136Y

CN2623136Y - Automatic thermoregulation drinking machine

Info

Publication number: CN2623136Y
Application number: CN 02293290
Authority: CN
Inventors: 佘仁华
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-12-16
Filing date: 2002-12-16
Publication date: 2004-07-07
Anticipated expiration: 2012-12-16

Abstract

The utility model provides an automatic thermoregulation drinking machine, making three species of water capable of being changed into one species of water with needed temperature and volume and flow out from a tap. The water in a drinking machine refrigerator, a water storage bottle and a heater is modulated into the water with needed temperature via a thermoregulator and then output according to demand by a water yield controller.

Description

The automatic temperature-control water dispenser

The utility model relates to a kind of leaving water temperature and can regulate the water dispenser that to control with water yield.

Present water dispenser all is two depotition cocks mostly, a water that goes out refrigerator, the water of a from heater core.There is a spot of water dispenser to increase a tap that water-storage pot water.Make nearly three of faucet for water dispensers, want to drink the water of uniform temperature such as the user, repeatedly discharge water from three different taps, uses very inconveniently, and last water temperature and water yield are difficult to control.

In view of above reason, the purpose of this utility model is in order to provide a kind of thermosistor and water yield controller to overcome above-mentioned shortcoming.

The purpose of this utility model is achieved in that the water in water dispenser refrigerator, water-storage pot, the heater is flowed into by three arms that thermosistor puts outward, and three arms that thermosistor puts outward are corresponding to interior three holes that put, and interior cover can be moving in the overcoat transfer.Put the arm mouth to timing outside the Kong Yuqi that puts in, the mouth of pipe that all the other two Kong Yuqi overcoats are corresponding is all obstructed, rotates inner sleeve, and the aperture relative with it and mouth of pipe relative area reduce gradually.Simultaneously, adjacent pair of apertures and the mouth of pipe are connected and relative area increases gradually, and before second pair of aperture and the mouth of pipe did not align, the 3rd pair of aperture and the mouth of pipe were fully obstructed.Like this.The water of two kinds of different temperatures enter inner sleeve mix after by inner sleeve through outside the 4th arm putting enter the water yield controller, reach and regulate the water temperature purpose.Opening by timer of magnetic valve controlled in the water yield controller, and setting-up time has just reached the purpose of controlling water yield.

Compare with existing technology, the utility model has following advantage:

1, the leaving water temperature of water dispenser can set arbitrarily, regulated at will.

2, the water yield of water dispenser can be set on demand, avoids waste.

3, the drinking-water function by a tap flow out arbitrarily quantitatively, the water of arbitrary temp, make the user easy to use.

To cite an actual example below and be described with reference to the accompanying drawings the utility model:

Fig. 1 is the utility model structural representation.

Fig. 2 is thermosistor work schematic diagram.

Referring to Fig. 1 and Fig. 2:

When pointer A points to cold seat, the water of refrigerator in 2. through arm 1 that thermosistor puts outside 3. and in put the orifice flow corresponding with it and enter inner sleeve, this moment arm 1 the mouth of pipe corresponding with it in the aperture relative area maximum that puts, the mouth of pipe of arm 2 and arm 3 corresponding with it in the orifice area that puts be zero, arm 4 communicates with inner sleeve all the time, flow to the water yield controller 5. by inner sleeve through arm 4, be the water in the single refrigerator.

Rotate inner sleeve, pointer A is turned to temperature by cold, this moment arm 1 the mouth of pipe corresponding with it in the aperture relative area that puts reduce gradually, the mouth of pipe of arm 2 corresponding with it in the aperture relative area that puts increase gradually, the mouth of pipe of arm 3 corresponding with it in the aperture relative area that puts be zero, at this moment, refrigerator 2. in and the water of water-storage pot in 1. flow to water yield controller by inner sleeve through arm by different proportion, the mixing water that raises gradually for temperature.

When pointer A points to the seat of temperature, putting the orifice area corresponding with it outward in the arm 1 that puts and arm 3 are followed is zero, arm 2 and in put the hole area maximum corresponding with it, this moment by inner sleeve through arm 4 flow to the water yield controller 5. be the water of single water-storage pot in 1..

Rotate inner sleeve, pointer A is turned to by warm thermotropism, this moment arm 2 the mouth of pipe corresponding with it in the aperture relative area that puts reduce gradually, the mouth of pipe of arm 3 corresponding with it in the aperture relative area that puts increase gradually, the mouth of pipe of arm 1 corresponding with it in the aperture relative area that puts be zero, at this moment, heater 4. in and the water of water-storage pot in 1. flow to water yield controller 5. by inner sleeve through arm 4 by different proportion, the mixing water that raises gradually for temperature.

When pointer points to the seat of heat, putting the orifice area corresponding with it outward in the arm 1 that puts and arm 2 are followed is zero, arm 3 and in put the hole area maximum corresponding with it, this moment by inner sleeve through arm 4 flow to the water yield controller 5. be the water in the single heater.

In sum, when in rotating, being enclosed within different seats, just can obtain the water of different temperatures, reach the purpose that adjusts coolant-temperature gage.

Referring to Fig. 1,5. the water that is 3. flowed out by thermosistor controlled by the water yield controller, and 5. the water yield controller is made of magnetic valve and timer, by setting timer time, can control the logical time of valve opening solenoid, thereby reach the purpose of control water yield.

Claims

1, a kind of water dispenser that constitutes by refrigerator (2), water-storage pot (1), heater (4), thermosistor (3), water yield controller (5), it is characterized in that water-storage pot passes through arm 2 and links to each other with thermosistor, refrigerator links to each other with thermosistor by arm 1, heater links to each other with thermosistor by arm 3, arm 4 in the thermosistor leads in the water yield controller, and the water yield controller communicates with water tap with two outlet.

2, water dispenser as claimed in claim 1, it is characterized in that, thermosistor (3) is made of jacket and inner sleeve, inner sleeve can be moving in the overcoat transfer, put outward four pipes with in four holes putting corresponding, rotate inner sleeve, in put adjacent two holes and put outward that corresponding orifice area is relative to be changed, one diminishes, one becomes big, in put other two apertures and the mouth of pipe that puts outward, a relative area rotates with inner sleeve and changes, and cooperates temperature adjustment with front two holes, a normal open, relative area is unchanged, is used for water flowing to water yield controller (5).

3, water dispenser as claimed in claim 1 is characterized in that, water yield controller (5) is made of magnetic valve and timer, and the switch of timer control magnetic valve by setting make-and-break time, reaches the purpose of control water yield.