CN206430355U - Separate type siphon heater - Google Patents
Separate type siphon heater Download PDFInfo
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- CN206430355U CN206430355U CN201720026286.XU CN201720026286U CN206430355U CN 206430355 U CN206430355 U CN 206430355U CN 201720026286 U CN201720026286 U CN 201720026286U CN 206430355 U CN206430355 U CN 206430355U
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Abstract
The utility model proposes a kind of separate type siphon heater, including siphon heating container and liquid storage container；The liquid storage container is to contain liquid；The siphon heating container is provided with low level fluid apertures；The siphon heating container is separably set with the liquid storage container, and the low level fluid apertures of siphon heating container is directly contacted with the liquid in the liquid storage container；Siphon heating container is directly passed through liquid in the liquid storage container to interior by the low level fluid apertures；It is provided with the siphon heating container to the heating element heater for the liquid for heating entrance；The high-order steam vent higher than liquid level is additionally provided with the siphon heating container, the siphon is heated the liquid evaporation in container and gone out from the high-order steam vent；Or, the middle position fluid apertures less than liquid level is additionally provided with the siphon heating container, the liquid that the siphon is heated in container is led to outer by the middle position fluid apertures.Siphon is heated and separated between container and liquid storage container, and is easy to division etc..
Description
Technical field
The utility model is related to siphon heating device technology area, more particularly to a kind of separable siphon heater.
Background technology
Siphon heating is, by being heated to the liquid for heating receptacle, to be exported due to heating in container after heated liquid,
The liquid level of liquid storage container can be less than by heating the liquid level in container, and liquid level difference generates heating container and enters hydraulic power.
In existing siphon heater, liquid is transmitted by siphon communicating pipe between liquid storage container and heating container,
Liquid is transported to by siphon connecting tube in siphon heating container in the presence of hydraulic pressure difference.Existing siphon heater is present such as
Lower defect：1) siphon heat when liquid storage container and heating container position be it is fixed relative to one another, due to liquid storage container with
Siphon communicating pipe is connected between heating container, thus liquid storage container is difficult to separate with heating both containers, or division is very
Inconvenience, it can not at will change place and use；2) siphon heating container and liquid storage container can not clean or clean inconvenience, this
Solution never siphon heating just loses heating meaning, dirty because the dirt in heating container can be cumulative with the time
Contaminate heated liquid；3) the problem of dry combustion method, oxidation occurs in heating element heater, and heating has potential safety hazard；It additionally there are inconvenience
In carrying, the low problem of the efficiency of heating surface.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of separate type siphon heater, siphon heating container
Separated between liquid storage container, and be easy to division.
To solve the above problems, the utility model proposes a kind of separate type siphon heater, including siphon heating container
And liquid storage container；The liquid storage container is to contain liquid；The siphon heating container is provided with low level fluid apertures；The siphon adds
Heat container is separably set with the liquid storage container, and in the low level fluid apertures and the liquid storage container of siphon heating container
Liquid directly contact；Siphon heating container is directly passed through liquid in the liquid storage container extremely by the low level fluid apertures
It is interior；It is provided with the siphon heating container to the heating element heater for the liquid for heating entrance；
The liquid being additionally provided with the siphon heating container in the high-order steam vent higher than liquid level, the siphon heating container steams
Send out and gone out from the high-order steam vent；Or, the middle position fluid apertures less than liquid level, the siphon are additionally provided with the siphon heating container
Liquid in heating container is led to outer by the middle position fluid apertures.
According to one embodiment of the present utility model, the siphon heating container exempts to be placed on the liquid storage container with installing
In；Or liquid storage container exempts to stretch to installing in siphon heating container.
According to one embodiment of the present utility model, the siphon heating container can load from the top of the liquid storage container
Or take out；Or, liquid storage container can load or take out from siphon heating container bottom.
According to one embodiment of the present utility model, the top of the siphon heating container is provided with handle.
According to one embodiment of the present utility model, the low level fluid apertures be opened in siphon heating container bottom or
Close to bottom.
According to one embodiment of the present utility model, the liquid storage container that at least submerges of the siphon heating container is contained
Be provided with dividing plate on surface in the liquid of dress, the dividing plate is covered with the position that low level fluid apertures is removed on the surface, and the dividing plate with
There is the gap of no liquid entrance between the surface of the siphon heating container.
According to one embodiment of the present utility model, the bottom of the siphon heating container is provided with container pin, in institute
Siphon heating container is stated when being placed into the liquid storage container, the bottom that the siphon is heated into container is lifted away from the liquid storage container
Bottom surface.
According to one embodiment of the present utility model, the heating element heater is powered electrode, and is arranged at the siphon and adds
The bottom of heat container or close bottom position.
According to one embodiment of the present utility model, the bottom of the siphon heating container is relative to be retracted, described to reduce
The liquid heating volume of container is heated in siphon.
According to one embodiment of the present utility model, the siphon heating container and liquid storage container use insulating materials system
Into.
After adopting the above technical scheme, the utility model has the advantages that compared with prior art：
In the liquid for being located at liquid storage container due to low level fluid apertures, thus liquid in liquid storage container is in the effect of hydraulic pressure difference
Under, the low level fluid apertures on siphon heating container is directly squeezed into, is heated hence into siphon in container, siphon heating container
Siphon communicating pipe or other logical liquid parts are eliminated between liquid storage container, siphon heating container and liquid storage container can be separated each other
And it is independent, the tank that container need not can be fixed uniquely is heated in use, siphon heating can be also carried out, in addition division
Do not influenceed by siphon communicating pipe or other logical liquid parts, be easy to division；
Due to siphon, to heat container and liquid storage container separable, and siphon heating container leaves liquid level and is equal to every time to be added to siphon
Heat container has carried out automatic cleaning, and the liquid storage container after separation also can be cleaned conveniently, it is to avoid cannot clean causes for a long time
Dirt accumulation, it is ensured that heating properties；
Low level fluid apertures is located at the bottom that container is heated in siphon, on the one hand can ensure normally entering in the case of more low liquid level
Liquid, on the other hand, under gravity, when siphon heating container is raised, internal liquid can all pass through low level fluid apertures stream
Go out, it is to avoid internal liquid or other materials are accumulated, also allow for the inside that container is heated in thoroughly cleaning siphon；
Siphon is heated into the surface of container with gap for dividing plate and the liquid of liquid storage container is separated, and leaves behind liquid and flows into siphon
The entrance of container is heated, the cooling effect that liquid heats container to siphon can be effectively reduced, the thermal efficiency of siphon heating is improved；Solution
Certainly due to removing siphon communicating pipe from, siphon is caused to heat container surfaces contact liquid, and to siphon heating container cooling increase rainbow
The problem of inhaling heating energy consumption etc..
Brief description of the drawings
Fig. 1 is the structural representation of the separate type siphon heater of the utility model embodiment.
Description of symbols in figure：
Container, 2- handles, 3- high position steam vents, 4- liquid storage containers, 5- liquid, 6- low level fluid apertures, 7- containers are heated in 1- siphons
Pin, 8- heating element heaters.
Embodiment
To enable above-mentioned purpose of the present utility model, feature and advantage more obvious understandable, below in conjunction with the accompanying drawings to this
The embodiment of utility model is described in detail.
Many details are elaborated in the following description to fully understand the utility model.But this practicality is new
Type can be implemented with being much different from other manner described here, and those skilled in the art can be new without prejudice to this practicality
Similar popularization is done in the case of type intension, therefore the utility model is not limited by following public specific implementation.
Referring to Fig. 1, in one embodiment, separate type siphon heater includes siphon and heats container 1 and liquid storage container
4, separably set between siphon heating container 1 and liquid storage container 4.Liquid storage container 4 is to contain liquid 5, the liquid contained
Body 5, which is used for being flowed into siphon heating container 1, to be heated, and outside fluid infusion is subjected in liquid storage container 4.The size of liquid storage container
It is unrestricted, it might even be possible to the big size to rivers.Siphon heating container 1 is provided with low level fluid apertures 6, and the low of container is heated in siphon
Position fluid apertures is directly contacted with the liquid in liquid storage container.Siphon heating container is directly passed through in liquid storage container by low level fluid apertures
Liquid is to interior.The heating element heater 8 to heat is provided with siphon heating container 1.
In one embodiment, high-order steam vent 3, the relatively high-order steam vent 3 of low level fluid apertures 6 are additionally provided with siphon heating container 1
For heat the lower position of container 1 in siphon, low level fluid apertures 6 is used for feed liquor, thus needs to be less than liquid level, high-order steam vent 3
For exporting steam, thus need to be higher than liquid level.Under the heating of heating element heater 8, the liquid evaporation in siphon heating container 1 is simultaneously
Gone out from high-order steam vent 3.The position that high-order steam vent 3 is set makes it not touch no matter container 1 or liquid storage appearance are heated in siphon
Liquid in device 4, high-order steam vent 3 can connect other devices, or can be not connected to.
Siphon heating container 1 is placed in liquid storage container 4, is directly contacted with the liquid in liquid storage container 4, and siphon heating is held
The liquid that device 1 is directly passed through in liquid storage container 4 by low level fluid apertures 6 to siphon is heated in container 1, enters siphon heating container
Liquid in 1 is exported after the heating of heating element heater 8 further through high-order steam vent or middle position fluid apertures, so as to constantly occur
Liquid, go out liquid.
In another embodiment, middle position fluid apertures is additionally provided with siphon heating container, middle position fluid apertures is less than liquid level, in
Position fluid apertures is used to export the liquid in siphon heating container.Under the heating of heating element heater 8, the liquid in siphon heating container 1
It is heated, and led to outside by middle position fluid apertures.Liquid introduction pipe can be connected outside middle position fluid apertures, by the non-of liquid introduction pipe
Connection end reaches and can transfer out heated liquid outside liquid level.
In the liquid for being located at liquid storage container 4 due to low level fluid apertures 6, thus liquid in liquid storage container 4 is in the work of hydraulic pressure difference
Under, the low level fluid apertures 6 on siphon heating container 1 is directly squeezed into, is heated hence into siphon in container 1, siphon adds
Siphon communicating pipe or other logical liquid parts, siphon heating container 1 and liquid storage container 4 are eliminated between heat container 1 and liquid storage container 4
It can each other separate and independent, the tank that siphon heating container 1 need not can be fixed uniquely in use, can also carry out siphon
Heating, in addition division is not also influenceed by siphon communicating pipe or other logical liquid parts, is easy to division；Because container 1 is heated in siphon
Separable with liquid storage container 4, siphon heating container 1 leaves liquid level and has carried out automatic cleaning equal to siphon heating container 1 every time,
Liquid storage container 4 after separation also can be cleaned conveniently, it is to avoid cannot clean caused dirt accumulation for a long time, it is ensured that heating property
Energy.Siphon heating container 1 can constitute new siphon heater with other containers, therefore not only be moved easily, and conveniently
Cleaning, improves the application value of siphon heating, expands application.
In one embodiment, siphon heating container 1 exempts to be placed in liquid storage container 4 with installing, and is heated and held due to siphon
Device 1 is placed in liquid storage container 4, thus liquid storage container 4 it is stable after siphon heating container 1 can be stabilized, thus siphon adds
Heat container 1 can be placed only in liquid storage container 4, fixed siphon heating container 1 without extra fixture, dress takes also more square
Just it is quick.
Certainly, in some scenarios, in order that obtaining siphon heating container 1 has higher stability, siphon heating container 1
It is placed in liquid storage container 4, siphon can also be heated by container 1 by fixture and liquid storage container 4 is relatively fixed, siphon
Heat container 1 and heat the master that container 1 is separated as the driving link separated with liquid storage container 4 or using liquid storage container 4 as with siphon
Moving part.
Or, liquid storage container exempts to stretch to installing in siphon heating container, equally can with it is stabilized after one of them it is another
Outer one stabilized.
In one embodiment, the opened upper end of liquid storage container 4 or top can be opened, so that the energy of container 1 is heated in siphon
Load from the top of liquid storage container 4 or take out, or, liquid storage container can load or take out from siphon heating container bottom.It is easy to
The dress of siphon heating container 1 takes, and also allows for both separation and cleaning.
In one embodiment, the top of siphon heating container 1 is provided with handle 2, increases portability.Certainly can also be in storage
Portable units are set on liquid container 4, in order to the carrying that device is overall.The volume that siphon is heated into container 1 or liquid storage container 4 subtracts
Small total amount mitigates, and can be more convenient to carry.
Preferably, low level fluid apertures 6 is opened in the bottom that container 1 is heated in siphon.Low level fluid apertures 6 is located at siphon and heats container 1
Bottom, on the one hand can ensure the normal feed liquor in the case of more low liquid level, on the other hand, under gravity, siphon adds
When heat container 1 is raised, internal liquid all can be flowed out by low level fluid apertures, it is to avoid internal liquid or other materials are accumulated,
Also allow for the inside that container 1 is heated in thoroughly cleaning siphon.But not limited to this, in some scenarios, low level fluid apertures 6 can also be opened up
Other positions of container 1 are heated in siphon.
In one embodiment, siphon heating container 1 is at least submerged on the surface in the liquid 5 that liquid storage container 4 is contained
Provided with dividing plate (not shown), wherein, dividing plate is covered with the position that low level fluid apertures 6 is removed on the surface, and dividing plate is heated with siphon and held
There is the gap of no liquid entrance between the surface of device 1.In other words, siphon heating container 1 part is immersed in liquid storage container 4 and contained
Liquid in, the outer surface for heating container 1 in siphon sets dividing plate, with dividing plate will heat vessel surface and outer low temperature liquid every
Open, certain dividing plate does not influence the feed liquor of low level fluid apertures 6, and certain interval, dividing plate are stayed between dividing plate and siphon heating container 1 outer surface
The connection heated with siphon between the outer surface of container 1 causes the liquid that liquid storage container 4 is contained not enter in gap.Should be every
Plate can heat extending sideways for container 1 towards siphon since the outer of low level fluid apertures 6 and form, and position and the siphon of extension are heated
There is the gap between the outer surface of container 1.
Siphon is heated into the surface of container 1 with gap for dividing plate and the liquid of liquid storage container 4 is separated, and leaves behind liquid and flows into rainbow
The low level fluid apertures 6 of heating container 1 is inhaled, the surface of container 1 is heated into siphon with space isolation mode and liquid is kept apart, can effectively be dropped
Low liquid heats the cooling effect of container 1 to siphon, improves the thermal efficiency of siphon heating；Solve due to removing siphon communicating pipe from,
Cause siphon to heat the surface contact liq of container 1, and the problem of energy consumption is heated in siphon is increased to the siphon heating cooling of container 1.Every
Plate is preferably heat-barrier material and is made, but not limited to this, due to the presence in gap, and separator material is not heat-insulated also may be used.
In one embodiment, the bottom of siphon heating container 1 is provided with container pin 7, or outside in heating container waist
Extend plane (not shown), by buoyancy of the liquid level to plane, when siphon heating container 1 is placed into liquid storage container 4,
The bottom that siphon is heated into container 1 is lifted away from the bottom surface of liquid storage container 4.So that being located under siphon heating container 1 in liquid storage container 4
The liquid 5 of side circulates, and is conducive to the feed liquor of low level fluid apertures 6.It can set what is matched with container pin 7 in the corresponding position of liquid storage container 4
Positioning pit, be conducive to siphon heat container 1 quick positioning with stably.
In one embodiment, heating element heater 7 is powered electrode, and is arranged at the bottom or close that container 1 is heated in siphon
Bottom position.Heated using heated by electrodes method, have itself unique reliable disconnected using the siphon heating container 1 of heated by electrodes
Liquid defencive function, heated by electrodes is to produce not having medium just no electric current between electric current, powered electrode as medium by liquid, because
This, powered electrode heating has naturally disconnected liquid stopping heating function, will not produce dry combustion method, heated by electrodes material surface temperature will not
More than fluid temperature, typically smaller than equal to 100 DEG C, therefore electrode material will not be oxidized with air contact.
It is retracted preferably, the bottom of siphon heating container 1 is relative, bottom is thinner compared with top, the liquid capacity of bottom reduces,
Also reduce the liquid heating volume that container 1 is heated in siphon.The mode of bottom retraction can be gradually retracted, but be not limited to
This or it is stepped so that bottom area is minimum in whole bottom, reduces siphon heating container 1 bottom as far as possible
Portion's area, reduces heating amount of liquid.Powered electrode is nearer from the siphon heating distance from bottom of container 1, and siphon heating container 1 bottom
Area is smaller, and the amount of liquid of heating will be smaller needed for siphon heating, realizes minimum liquid measure heating, lifts the efficiency of heating surface.
In one embodiment, siphon heating container 1 and liquid storage container 4 are adopted and are made from an insulative material.Siphon heating is held
Device 1 and liquid storage container 4 can use the insulating materials such as plastic cement, glass, ceramics, can reach that insulation protection is made to the electric action of electrode
With；And solve the problem of liquid 5 of liquid storage container 4 cools down to siphon heating container 1 and causes thermal waste.
Although the utility model is disclosed as above with preferred embodiment, it is not for limiting claim, Ren Heben
Art personnel are not being departed from spirit and scope of the present utility model, can make possible variation and modification, therefore
The scope that protection domain of the present utility model should be defined by the utility model claim is defined.
Claims (10)
1. a kind of separate type siphon heater, it is characterised in that heat container and liquid storage container including siphon；The liquid storage holds
Device is to contain liquid；The siphon heating container is provided with low level fluid apertures；The siphon heating container and the liquid storage container
Separably set, and the low level fluid apertures of siphon heating container is directly contacted with the liquid in the liquid storage container；It is described
Siphon heating container is directly passed through liquid in the liquid storage container to interior by the low level fluid apertures；Container is heated in the siphon
It is interior to be provided with to the heating element heater for the liquid for heating entrance；
Liquid evaporation in the high-order steam vent higher than liquid level, the siphon heating container is additionally provided with siphon heating container simultaneously
Gone out from the high-order steam vent；Or, the middle position fluid apertures less than liquid level, the siphon heating are additionally provided with the siphon heating container
Liquid in container is led to outer by the middle position fluid apertures.
2. separate type siphon heater as claimed in claim 1, it is characterised in that the siphon heating container exempts to install ground
It is placed in the liquid storage container；Or liquid storage container exempts to stretch to installing in siphon heating container.
3. separate type siphon heater as claimed in claim 2, it is characterised in that the siphon heating container can be from described
The top of liquid storage container loads or taken out；Or, liquid storage container can load or take out from siphon heating container bottom.
4. separate type siphon heater as claimed in claim 3, it is characterised in that set at the top of the siphon heating container
There is handle.
5. separate type siphon heater as claimed in claim 1, it is characterised in that the low level fluid apertures is opened in the rainbow
Inhale the bottom of heating container or close to bottom.
6. the separate type siphon heater as described in any one in claim 1-5, it is characterised in that the siphon heating
At least submerging for container sets dividing plate on the surface in the liquid that the liquid storage container is contained, the dividing plate is covered with the surface except low
There is the gap of no liquid entrance between the position of position fluid apertures, and the surface of the dividing plate and siphon heating container.
7. the separate type siphon heater as described in any one in claim 1-5, it is characterised in that the siphon heating
The bottom of container is provided with container pin, to when siphon heating container is placed into the liquid storage container, by the siphon
The bottom of heating container is lifted away from the bottom surface of the liquid storage container.
8. separate type siphon heater as claimed in claim 1, it is characterised in that the heating element heater is powered electrode,
And it is arranged at the bottom of the siphon heating container or close bottom position.
9. separate type siphon heater as claimed in claim 8, it is characterised in that the bottom phase of container is heated in the siphon
To retraction, to reduce the liquid heating volume that container is heated in the siphon.
10. the separate type siphon heater as described in any one in claim 1-5,8,9, it is characterised in that the rainbow
Inhale heating container and liquid storage container is adopted and is made from an insulative material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720026286.XU CN206430355U (en) | 2017-01-10 | 2017-01-10 | Separate type siphon heater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720026286.XU CN206430355U (en) | 2017-01-10 | 2017-01-10 | Separate type siphon heater |
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| Publication Number | Publication Date |
|---|---|
| CN206430355U true CN206430355U (en) | 2017-08-22 |
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ID=59586005
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720026286.XU Active CN206430355U (en) | 2017-01-10 | 2017-01-10 | Separate type siphon heater |
Country Status (1)
| Country | Link |
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| CN (1) | CN206430355U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106766136A (en) * | 2017-01-10 | 2017-05-31 | 上海三洲生物科技有限公司 | Separate type siphon heater |
-
2017
- 2017-01-10 CN CN201720026286.XU patent/CN206430355U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106766136A (en) * | 2017-01-10 | 2017-05-31 | 上海三洲生物科技有限公司 | Separate type siphon heater |
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