CN207023962U

CN207023962U - A kind of thermos flask

Info

Publication number: CN207023962U
Application number: CN201720136275.7U
Authority: CN
Inventors: 张涵渝
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-02-15
Filing date: 2017-02-15
Publication date: 2018-02-23
Anticipated expiration: 2027-02-15

Abstract

The utility model discloses a kind of thermos flask, belong to thermos flask technical field, including kettle courage, kettle skin is enclosed with the outside of the kettle courage, pot lid is connected with the pot mouth of the kettle courage, discharge mechanism is provided with the pot lid, the suction hose of the discharge mechanism is extended to inside kettle courage, the outlet pipe of the discharge mechanism is extended on the outside of pot lid, the convex water outlet pipe part on the outside of pot lid is provided with spout I, the button of pressing discharge mechanism water outlet is provided with the pot lid, reservoir chamber I is provided with the kettle courage, reservoir chamber II, the reservoir chamber I and reservoir chamber II are setting up and down；The reservoir chamber I is communicated with suction pump by pipe I, and the suction pump connects reservoir chamber II by pipe II, and the bottom of reservoir chamber II is communicated with spout II, valve is provided with the spout II；The pipe I extends to the bottom of reservoir chamber I.The utility model avoids the waste of water resource and separately seeks the trouble that vessel contain old hot water, preserves the heat in old hot water well.

Description

A kind of thermos flask

Technical field

Thermos flask technical field is the utility model is related to, more particularly to a kind of thermos flask.

Background technology

In the daily life of Chinese, thermos flask is essential, and thermos flask will be filled with boiling water in every morning man, Required as family one day uses water, although very usually, it is also under cover many in this traditional life the problem of, such as Some families can outwell the previous day exhaustless old hot water, and the thermos flask that soars is used for containing second day new boiling water, and this is undoubtedly Causing the waste of water resource, old hot water then for not waste water resource, can be separately placed in him and sentence the thermos flask that soars by some families, But the old hot water for being separately placed in elsewhere is often just cool before it is being used, this measure not only increase only another vessel of seeking and contain old hot water It is cumbersome, also wasted the heat in old hot water.

Utility model content

Technical problem to be solved in the utility model is, there is provided a kind of thermos flask；The thermos flask overcomes newly to be opened to contain Water must just soar thermos flask the drawbacks of, not only avoid the waste of water resource and separately seek the trouble that vessel contain old hot water, also very The good heat saved in old hot water, avoid another vessel of seeking and contain heat waste caused by old hot water.

In order to solve the above-mentioned technical problem, a kind of thermos flask provided by the utility model, including kettle courage, the kettle courage outside are wrapped Kettle skin is wrapped with, kettle handle is provided with the kettle skin, pot lid is connected with the pot mouth of the kettle courage, water outlet is provided with the pot lid Mechanism, the suction hose of the discharge mechanism are extended to inside kettle courage, and the outlet pipe of the discharge mechanism is extended on the outside of pot lid, institute State the convex water outlet pipe part on the outside of pot lid and be provided with spout I, the button of pressing discharge mechanism water outlet, institute are provided with the pot lid State and reservoir chamber I, reservoir chamber II are provided with kettle courage, the reservoir chamber I and reservoir chamber II are setting up and down；The reservoir chamber I passes through Pipe I is communicated with suction pump, and the suction pump connects reservoir chamber II by pipe II, and the bottom of reservoir chamber II is communicated with spout II, Valve is provided with the spout II；The pipe I extends to the bottom of reservoir chamber I.

Further to improve, the above-mentioned inside bottom of reservoir chamber I is provided with liquid level sensor, and the liquid level sensor connection is set The warning device being placed on kettle skin, the effect of this design are in the case of not opening pot lid, it is possible to know hot water in thermos flask Surplus, avoid frequently open pot lid, cause the heat of hot water to scatter and disappear.

Further to improve, above-mentioned warning device includes buzzer and/or warning lamp.

It is further to improve, through hole I is provided with above-mentioned pot lid, electrically operated valve I is provided with the through hole I；The storage The top of hydroecium II is provided with through hole II and is connected with the external world, and electrically operated valve II is provided with the through hole II, in actual life, The main reason for thermos flask generation blast etc. is dangerous is that the pressure in thermos flask is excessive, so the design is for balancing thermos flask and the external world Pressure differential, avoid thermos flask occur blast etc. accident.

It is further to improve, above-mentioned thermos flask also include control device, pressure sensor I, pressure sensor II, draw water by Key, the pressure sensor I are arranged in reservoir chamber I, and the pressure sensor II is arranged in reservoir chamber II, it is described draw water by Key is arranged at Hu Pishang；

The suction pump, liquid level sensor, warning device, the button that draws water, electrically operated valve I, electrically operated valve II, pressure sensing Device I, pressure sensor II are connected with control device respectively；

Control module of drawing water, the control module of pressure I, the control module of pressure II are provided with the control device；

Water in reservoir chamber I is evacuated to water storage by the unlatching of the control module according to the button that draws water of drawing water, control suction pump In room II, and according to the most information of the water of reservoir chamber I of liquid level sensor feedback, suction pump is closed, control warning device sends storage The most prompting of the water of hydroecium I；

The thermos flask pressure security value that the control module of pressure I will be set when dispatching from the factory, the water storage fed back with pressure sensor I The pressure value of room I is contrasted, and when the pressure value of reservoir chamber I is more than or equal to safety value, the control module of pressure I controls electrically operated valve I is opened, and when the pressure value of reservoir chamber I is less than safety value, the control module of the pressure I control electrically operated valve I is closed；

The thermos flask pressure security value that the control module of pressure II will be set when dispatching from the factory, the storage fed back with pressure sensor II The pressure value of hydroecium II is contrasted, when the pressure value of reservoir chamber II is more than or equal to safety value, the control module of the pressure II control electricity Movable valve II is opened, and when the pressure value of reservoir chamber II is less than safety value, the control module of the pressure II control electrically operated valve II is closed； The operations such as the hyperphoric elsewhere of old hot water, balance thermos flask pressure are integrated on control device, microcomputer control is carried out, avoids suction pump The operation and the operation of artificial equilibrium's thermos flask pressure manually stopped after drawing water.

Further to improve, above-mentioned suction hose extends to the bottom of reservoir chamber I, and this design can make the water outlet of reservoir chamber I without residual Stay.

Further to improve, the above-mentioned volume of reservoir chamber I is less than reservoir chamber II, and this design avoids the water resource of reservoir chamber II and overflow Go out, cause to waste.

The utility model has the advantages that：

The utility model use " the multiple reservoir chambers of kettle courage " design concept, not only the another process of putting of hot water be Carry out in same kettle courage, also in other reservoir chambers of same kettle courage, this design avoids different kettles for the another seated position of hot water When water is changed between courage, the thermal loss of hot water in aquaporin is changed, the old hot water of reservoir chamber is evacuated to by the utility model by suction pump In case he uses in other reservoir chambers of same kettle courage, water resource has not only been saved, another vessel of seeking has been avoided and contains the numerous of old hot water It is trivial, also effectively avoid because another vessel of seeking contain old hot water, the problem of caused old the heat of hot water loss.

Brief description of the drawings

Fig. 1 is the utility model structure diagram；

Fig. 2 is the utility model control system architecture schematic diagram；

Shown in figure：1- pot lids；2- kettle skins；3- kettle courages；31- reservoir chambers I；32- reservoir chambers II；4- discharge mechanisms；41- goes out Water pipe；411- spouts I；42- suction hoses；5- suction pumps；51- pipes I；52- pipes II；53- draws water button；6- control devices；7- kettles Mouth II；71- valves；8- liquid level sensors；9- warning devices；10- pressure sensors I；11- through holes I；111- electrically operated valves I； 12- pressure sensors II；13- through holes II；131- electrically operated valves II；14- power supplys.

Embodiment

It is new to this practicality below in conjunction with accompanying drawing to make the purpose of this utility model, technical scheme and advantage clearer Type is described in further detail.

As shown in figure 1, a kind of thermos flask, including kettle courage 3, the outside of kettle courage 3 are enclosed with kettle skin 2, set on the kettle skin 2 There is kettle handle, pot lid 1 is connected with the pot mouth of the kettle courage 3, discharge mechanism 4, the discharge mechanism 4 are provided with the pot lid 1 Suction hose 42 extend to inside kettle courage 3, the outlet pipe 41 of the discharge mechanism 4 extends to the outside of pot lid 1, described convex in pot lid Spout I 411 is provided with the outlet pipe 41 in 1 outside, the button of the pressing water outlet of discharge mechanism 4 is provided with the pot lid 1, it is described Reservoir chamber I 31, reservoir chamber II 32 are provided with kettle courage 3, the reservoir chamber I 31 and reservoir chamber II 32 are setting up and down, the water storage The volume of room I 31 is less than reservoir chamber II 32；The reservoir chamber I 31 is communicated with suction pump 5 by pipe I 51, and the suction pump 5 passes through pipe II 52 connection reservoir chambers II 32, the bottom of reservoir chamber II 32 is communicated with spout II 7, valve 71 is provided with the spout II 7； The pipe I 51 extends to the bottom of reservoir chamber I 31, and the suction hose 42 extends to the bottom of reservoir chamber I 31；The reservoir chamber I 31 Inside bottom is provided with liquid level sensor 8, and the liquid level sensor 8 is connected in the warning device 9 on kettle skin 2, the report Alarm device 9 includes buzzer and/or warning lamp；Through hole I 11 is provided with the pot lid 1, is provided with the through hole I 11 electronic Valve I 111；The top of reservoir chamber II 32 is provided with through hole II 13 and is connected with the external world, and electricity is provided with the through hole II 13 Movable valve II 131.

As shown in Figure 1, 2, the thermos flask also includes control device 6, pressure sensor I 10, pressure sensor II 12, drawn water Button 53, the pressure sensor I 10 are arranged in reservoir chamber I 31, and the pressure sensor II 12 is arranged in reservoir chamber II 32, the button 53 that draws water is arranged on kettle skin 2；The suction pump 5, liquid level sensor 8, warning device 9, the button 53 that draws water, Electrically operated valve I 111, electrically operated valve II 131, pressure sensor I 10, pressure sensor II 12 are connected with control device 6 respectively.

Control module of drawing water, the control module of pressure I, the control module of pressure II are provided with the control device；It is described to take out Water in reservoir chamber I is evacuated in reservoir chamber II by water management module according to the unlatching of the button that draws water, control suction pump, and according to liquid The most information of the water of reservoir chamber I of level sensor feedback, closes suction pump, and control warning device sends the most prompting of the water of reservoir chamber I； The thermos flask pressure security value that the control module of pressure I will be set when dispatching from the factory, the pressure of reservoir chamber I fed back with pressure sensor I Value is contrasted, and when the pressure value of reservoir chamber I is more than or equal to safety value, the control module of the pressure I control electrically operated valve I is opened, When the pressure value of reservoir chamber I is less than safety value, the control module of the pressure I control electrically operated valve I is closed；The pressure II controls mould The thermos flask pressure security value that block will be set when dispatching from the factory, the pressure value of reservoir chamber II fed back with pressure sensor II are contrasted, and are stored up When the pressure value of hydroecium II is more than or equal to safety value, the control module of the pressure II control electrically operated valve II is opened, and reservoir chamber II is pressed When force value is less than safety value, the control module of the pressure II control electrically operated valve II is closed.

During use：When need to soar reservoir chamber I when, user presses the button that draws water, and suction pump is started working, by reservoir chamber I Old hot water is evacuated in reservoir chamber II, until the water of reservoir chamber I is use up, now the liquid level sensor of reservoir chamber I can the most information of the water of reservoir chamber I Control module of drawing water is reached, suction pump is stopped, and warning device sends the water of alarm user reservoir chamber I and use up, and then makes User's can pours into new boiling water in reservoir chamber I.

It should be understood by those skilled in the art that the utility model is not restricted to the described embodiments, above-described embodiment and Simply illustrate principle of the present utility model described in specification, on the premise of the spirit and scope of the utility model is not departed from, The utility model also has various changes and modifications, and these changes and improvements both fall within claimed the scope of the utility model It is interior.

Claims

1. a kind of thermos flask, including kettle courage, the kettle courage outside is enclosed with kettle skin, and kettle handle, the kettle courage are provided with the kettle skin Pot mouth at be connected with pot lid, discharge mechanism is provided with the pot lid, the suction hose of the discharge mechanism is extended in kettle courage Portion, the outlet pipe of the discharge mechanism are extended on the outside of pot lid, and the convex water outlet pipe part on the outside of pot lid is provided with spout I, The button of pressing discharge mechanism water outlet is provided with the pot lid, it is characterised in that：Reservoir chamber I, storage are provided with the kettle courage Hydroecium II, the reservoir chamber I and reservoir chamber II are setting up and down；The reservoir chamber I is communicated with suction pump by pipe I, described to draw water Pump connects reservoir chamber II by pipe II, and the bottom of reservoir chamber II is communicated with spout II, valve is provided with the spout II；Institute State the bottom that pipe I extends to reservoir chamber I.

2. thermos flask according to claim 1, it is characterised in that：The inside bottom of reservoir chamber I is provided with liquid level sensor, The liquid level sensor is connected in the warning device on kettle skin.

3. thermos flask according to claim 2, it is characterised in that：The warning device includes buzzer and/or warning lamp.

4. the thermos flask according to Claims 2 or 3, it is characterised in that：Through hole I is provided with the pot lid, in the through hole I It is provided with electrically operated valve I；The top of reservoir chamber II is provided with through hole II and is connected with the external world, and electricity is provided with the through hole II Movable valve II.

5. thermos flask according to claim 4, it is characterised in that：The thermos flask also include control device, pressure sensor I, Pressure sensor II, drawn water button, and the pressure sensor I is arranged in reservoir chamber I, and the pressure sensor II is arranged at storage In hydroecium II, the button that draws water is arranged at Hu Pishang；

The suction pump, liquid level sensor, warning device, the button that draws water, electrically operated valve I, electrically operated valve II, pressure sensor I, Pressure sensor II is connected with control device respectively；

Water in reservoir chamber I is evacuated to reservoir chamber II by the unlatching of the control module according to the button that draws water of drawing water, control suction pump It is interior, and according to the most information of the water of reservoir chamber I of liquid level sensor feedback, suction pump is closed, control warning device sends reservoir chamber I The most prompting of water；

The thermos flask pressure security value that the control module of pressure I will be set when dispatching from the factory, the reservoir chamber I fed back with pressure sensor I Pressure value is contrasted, and when the pressure value of reservoir chamber I is more than or equal to safety value, the control module of the pressure I control electrically operated valve I is opened Open, when the pressure value of reservoir chamber I is less than safety value, the control module of the pressure I control electrically operated valve I is closed；

The thermos flask pressure security value that the control module of pressure II will be set when dispatching from the factory, the reservoir chamber fed back with pressure sensor II II pressure value is contrasted, and when the pressure value of reservoir chamber II is more than or equal to safety value, the control module of pressure II controls motor-driven valve Door II is opened, and when the pressure value of reservoir chamber II is less than safety value, the control module of the pressure II control electrically operated valve II is closed.

6. thermos flask according to claim 1, it is characterised in that：The suction hose extends to the bottom of reservoir chamber I.

7. thermos flask according to claim 1, it is characterised in that：The volume of reservoir chamber I is less than reservoir chamber II.