CN208828484U - It suspends storage tank heated - Google Patents
It suspends storage tank heated Download PDFInfo
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- CN208828484U CN208828484U CN201821252264.6U CN201821252264U CN208828484U CN 208828484 U CN208828484 U CN 208828484U CN 201821252264 U CN201821252264 U CN 201821252264U CN 208828484 U CN208828484 U CN 208828484U
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Abstract
The utility model discloses it is a kind of suspend it is storage tank heated, belong to field of petroleum machinery.The storage tank heated suspension includes: oil storage tank, suspension heat transfer mechanism, heating mechanism, pressure control mechanism, filling mechanism；Suspension heat transfer mechanism is adjustably suspended in oil storage tank up and down, and the inlet of suspension heat transfer mechanism is sequentially connected to the liquid outlet of heating mechanism, pressure control mechanism, filling mechanism, suspension heat transfer mechanism by pipeline.Liquid is conveyed into heating mechanism by filling mechanism, pressure control mechanism, and is delivered to suspension heat transfer mechanism after heating by heating mechanism, is conducive to suspension heat transfer mechanism and is conducted heat to oil reservoir, it avoids heat and oil reservoir is transferred to by water layer, heat exchange area is big, is conducive to quick heated oil reservoir, low energy consumption.Moreover, avoiding heating mechanism in such a way that the heating mechanism being located at outside oil storage tank heats liquid and dry combustion method occur and cause an accident.
Description
Technical field
The utility model relates to field of petroleum machinery, in particular to a kind of suspension is storage tank heated.
Background technique
The crude oil produced from oil reservoir includes oil and water, and with certain viscosity, poor fluidity can pass through heating
Mode improves its mobility.When being stored to crude oil, loading and unloading transport, the mode of heating is generallyd use to improve the stream of crude oil
Dynamic property.Therefore it provides the device that a kind of pair of crude oil is heated is very necessary.
In the related technology, one electrical bar is installed respectively in the two sides of the oil inlet of oil storage tank and oil outlet, and by crude oil
It is placed in oil storage tank, so that electrical bar heats the crude oil in oil storage tank.
Designer find the relevant technologies the prior art has at least the following problems:
In the related art, aqueous when crude oil since electrical bar is fixedly mounted on the oil inlet and oil outlet of oil storage tank
When measuring higher, oil reservoir is located on water layer, and when water level is more than electrical bar, the heat of electrical bar is exchanged heat by Water transport to oil
Area is small, the poor fluidity between liquid, and ability is thermally conductive when water temperature is higher than oil temperature, and electric energy expends larger.
Utility model content
The utility model embodiment provide it is a kind of suspend it is storage tank heated, above-mentioned technical problem can be solved.Particular technique
Scheme is as follows:
The utility model embodiment provide it is a kind of suspend it is storage tank heated, it is described suspend it is storage tank heated include: oil storage
Tank, suspension heat transfer mechanism, heating mechanism, pressure control mechanism, filling mechanism；
The suspension heat transfer mechanism is adjustably suspended in the oil storage tank up and down, the inlet of the suspension heat transfer mechanism
By pipeline sequentially with the heating mechanism, the pressure control mechanism, the filling mechanism, the suspension heat transfer mechanism liquid outlet
Connection.
In a kind of possible design, the suspension heat transfer mechanism includes: keg float, heat exchange pipeline, two guide rods, feed liquors
Pipeline, outlet tube line；
The guide rod is vertically arranged in the oil storage tank, and the keg float, which can slide up and down to, to be covered in the guide rod
On；
The heat exchange pipeline is wound on the outer wall of the keg float, and the inlet and liquid outlet difference of the heat exchange pipeline
It is connected to one end of one end of the feed liquor pipeline and the outlet tube line；
The other end of the other end of the feed liquor pipeline and the outlet tube line passes through pipeline and the heating mechanism respectively
Liquid outlet be connected to the inlet of the filling mechanism.
In a kind of possible design, the feed liquor pipeline includes: connected vertical liquid input section and flexible liquid input section；
The outlet tube line includes: that connected go out vertically liquid section and flexibility go out liquid section；
The end of the vertical liquid input section and it is described it is vertical go out liquid section the end inlet with the heat exchange pipeline respectively
It is connected to liquid outlet, the length of the vertical liquid input section and the vertical liquid section out is identical as the height of the oil storage tank, and institute
The roof across the oil storage tank can be slided up and down to by stating vertical liquid input section and the vertical liquid section out；
The flexibility liquid input section and it is described it is flexible go out liquid section respectively with the liquid outlet of the heating mechanism and the liquid filler
The inlet of structure is connected to.
In a kind of possible design, the suspension is storage tank heated further include: is set in the vertical liquid input section and institute
State on the junction of flexible liquid input section and be set in the bullet in the vertical liquid section out and the flexible junction of liquid section out
Spring.
In a kind of possible design, liquid injection hole and drainage hole are provided on the roof of the keg float；
The liquid injection hole and drainage hole of the keg float pass through the liquid outlet and the liquid feeding of pipeline and the heating mechanism respectively
The inlet of mechanism is connected to；
On pipeline between the liquid injection hole of the keg float and the heating mechanism, the drainage hole of the keg float and the liquid feeding
The first valve is provided on pipeline between mechanism.
In a kind of possible design, the suspension heat transfer mechanism further include: multiple fixing pieces；
The heat exchange pipeline is fixed on the outer wall of the keg float by multiple fixing pieces.
In a kind of possible design, the suspension is storage tank heated further include: the control machine being electrically connected with heating mechanism
Structure and the oil temperature sensor being electrically connected with the control mechanism, liquid temperature sensor, liquid level sensor；
The oil temperature sensor is set on the wall of the oil storage tank, for detecting temperature oily in the oil storage tank；
The liquid temperature sensor is set on the wall of the heating mechanism, for detecting the temperature of liquid in the heating mechanism
Degree；
The liquid level sensor is set on the wall of the filling mechanism, for detecting the liquid level in the filling mechanism.
In a kind of possible design, the suspension is storage tank heated further include: the pressure being electrically connected with the control mechanism
Force snesor；
The pressure sensor is set on the pipeline between the pressure control mechanism and the heating mechanism.
In a kind of possible design, the suspension is storage tank heated further include: the second valve；
Second valve is set on the pipeline between the pressure control mechanism and the heating mechanism.
In a kind of possible design, the pressure control mechanism is booster pump；
The booster pump is electrically connected with the control mechanism.
Technical solution bring beneficial effect provided by the embodiment of the utility model includes at least:
Suspension provided by the embodiment of the utility model is storage tank heated, is adjustably suspended in oil storage tank up and down by setting
Suspension heat transfer mechanism, conducive to suspension heat transfer mechanism is suspended in oil reservoir.By filling mechanism, pressure control mechanism to heating mechanism
Interior conveying liquid, and it is delivered to suspension heat transfer mechanism after the heated mechanism heats of liquid, it is conducive to suspension heat transfer mechanism and is passed to oil reservoir
Heat avoids heat by water layer and is transferred to oil reservoir, and heat exchange area is big, is conducive to quick heated oil reservoir, low energy consumption.Moreover, passing through
The mode that heating mechanism outside oil storage tank heats liquid, avoids heating mechanism and dry combustion method occurs and generate thing
Therefore.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model
Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings
Obtain other attached drawings.
Fig. 1 is the storage tank heated structural schematic diagram provided by the embodiment of the utility model that suspends；
Fig. 2 is the structural schematic diagram of suspension heat transfer mechanism provided by the embodiment of the utility model；
Fig. 3 is the top view of keg float provided by the embodiment of the utility model；
Fig. 4 is the main view of keg float provided by the embodiment of the utility model.
Wherein, appended drawing reference respectively indicates:
1- oil storage tank, 101- manhole cover,
2- suspension heat transfer mechanism, 201- keg float, 2011- liquid injection hole, 2012- drainage hole, 202- heat exchange pipeline, 2021- are horizontal
Heat exchanger tube, 2022- heat exchange connector, 203- guide rod, 204- feed liquor pipeline, the vertical liquid input section of 2041-, 2042- flexibility liquid input section,
205- outlet tube line, 2051- go out liquid section vertically, and 2052- flexibility goes out liquid section, 206- fixing piece,
3- heating mechanism,
4- pressure control mechanism,
5- filling mechanism,
6- control mechanism,
7- oil temperature sensor,
8- liquid temperature sensor,
9- liquid level sensor,
10- pressure sensor,
The second valve of 11-.
Specific embodiment
Unless otherwise defined, all technical terms used in the utility model embodiment all have and those skilled in the art
Normally understood identical meaning.Before being described in further detail to the utility model embodiment, to understanding this reality
Definition is provided with some terms of new embodiment.
The crude oil exploited from oil reservoir includes: You Heshui, oily density be greater than water density, oil reservoir be suspended in water layer it
On.During to heating crude oil, directly the oil reservoir being suspended on water layer is heated, heat can be saved, reduces heat waste
Consumption.For this purpose, the utility model embodiment provide it is a kind of suspend it is storage tank heated.
It is practical new to this below in conjunction with attached drawing to keep the purpose of this utility model, technical solution and advantage clearer
Type embodiment is described in further detail.
The utility model embodiment provide it is a kind of suspend it is storage tank heated, as shown in Fig. 1, the suspension is storage tank heated
It include: oil storage tank 1, suspension heat transfer mechanism 2, heating mechanism 3, pressure control mechanism 4, filling mechanism 5.Wherein, on suspension heat transfer mechanism 2
Under be adjustably suspended in oil storage tank 1, the inlet of suspension heat transfer mechanism 2 by pipeline sequentially with heating mechanism 3, pressure control mechanism
4, the liquid outlet connection of filling mechanism 5, suspension heat transfer mechanism 2.
The storage tank heated working principle provided by the embodiment of the utility model that suspends is described below:
According to the gravity of the volume ratio of the grease of crude oil, suspension heat transfer mechanism 2 in oil storage tank 1, adjustment, which suspends, up and down is passed
Heat engine structure 2, is suspended in it in oil reservoir of crude oil.Filling mechanism 5 is inputted into heating mechanism 3 centainly by pressure control mechanism 4
The liquid (such as water) of pressure is delivered to suspension heat transfer mechanism 2 after heating mechanism 3 heats liquid.Due to suspension heat transfer mechanism
2 are suspended in oil reservoir, and suspension heat transfer mechanism 2 conducts heat to oil reservoir.Liquid after heat transfer is back to liquid feeding by pipeline
Mechanism 5 forms circulation.
Suspension provided by the embodiment of the utility model is storage tank heated, is adjustably suspended in oil storage tank 1 up and down by setting
Interior suspension heat transfer mechanism 2, conducive to suspension heat transfer mechanism 2 is suspended in oil reservoir.By filling mechanism 5, pressure control mechanism 4 to adding
Liquid is conveyed in heat engine structure 3, and is delivered to suspension heat transfer mechanism 2 after the heated heating of mechanism 3 of liquid, is conducive to suspension heat transfer mechanism
2 conduct heat to oil reservoir, avoid heat by water layer and are transferred to oil reservoir, and heat exchange area is big, are conducive to quick heated oil reservoir, low energy consumption.
Moreover, avoiding heating mechanism 3 in such a way that the heating mechanism 3 being located at outside oil storage tank 1 heats liquid and doing
It burns and causes an accident.
In addition, it is storage tank heated by suspension provided by the embodiment of the utility model, since about 2 suspension heat transfer mechanism can
It adjusts, haves no need to change the structure of oil storage tank 1.
Suspension heat transfer mechanism 2 can be set to diversified forms, and being based on, structure is simple, under the premise of being easy heat transfer, provides
Following example:
As shown in Fig. 2, suspension heat transfer mechanism 2 includes: keg float 201, heat exchange pipeline 202, two guide rods 203, feed liquor
Pipeline 204, outlet tube line 205.Wherein, guide rod 203 is vertically arranged in oil storage tank 1, and keg float 201, which can slide up and down to, to be covered
On guide rod 203；Heat exchange pipeline 202 is wound on the outer wall of keg float 201, and the inlet and liquid outlet point for the pipeline 202 that exchanges heat
It is not connected to one end of one end of feed liquor pipeline 204 and outlet tube line 205；The other end and outlet tube line 205 of feed liquor pipeline 204
The other end pass through pipeline respectively and be connected to the inlet of the liquid outlet of heating mechanism 3 and filling mechanism 5.
It should be noted that heat exchange pipeline 202 is wound on the outer wall of keg float 201, comprising: heat exchange pipeline 202 is wound in
On the side wall of keg float 201, bottom wall and roof.
Convey liquid into heating mechanism 3 by filling mechanism 5, after heated mechanism 3 heats, by pipeline be delivered into
Liquid pipe line 204, heat exchange pipeline 202, heat exchange pipeline 202 transmit heat to oil reservoir.Liquid after heat exchange inputs outlet tube line
205, and filling mechanism 5 is inputted by pipeline, form circulation.
So set, not only can avoid the accident that dry combustion method occurs in oil storage tank 1, but also pass through the liquid after circulation input heating
Body can sufficiently heat oil reservoir.
Wherein, guide rod 203 is that floating up and down for keg float 201 provides guiding role, and guide rod 203 is removably set vertically
It is placed in oil storage tank 1, to facilitate the dismounting between guide rod 203 and oil storage tank 1.As an example, on the bottom wall of oil storage tank 1
It is provided with the first fixing sleeve, second fixing sleeve opposite with the first fixing sleeve is provided on roof, by making under guide rod 203
End and upper end are individually fixed in the first fixing sleeve and the second fixing sleeve, and guide rod 203 can be made to be vertically arranged in oil storage tank 1.
As an example, manhole is provided on the roof of oil storage tank 1, the lid that can be opened and closed on manhole is equipped with manhole cover 101.
Feed liquor pipeline 204 and outlet tube line 205, which can slide up and down to, to be penetrated in manhole cover 101 and manhole.
Manhole cover 101 and manhole are set, maintenance of the operator to oil storage tank 1 and suspension heat transfer mechanism 2 is facilitated.
In view of position of the keg float 201 in oil storage tank 1, as shown in Fig. 2, feed liquor pipeline 204 can be readily determined
It may include: connected vertical liquid input section 2041 and flexible liquid input section 2042；Outlet tube line 205 may include: connected vertical
Liquid section 2051 and flexible liquid section 2052 out out.The end of vertical liquid input section 2041 and the end of vertical liquid section 2051 out respectively with change
The inlet of hot pipeline 202 is connected to liquid outlet, vertical liquid input section 2041 and the length and oil storage tank 1 for going out liquid section 2051 vertically
It is highly identical, and vertical liquid input section 2041 and vertical liquid section 2051 out can slide up and down to the roof across oil storage tank 1；Flexibility into
Liquid section 2042 and flexible liquid section 2052 out are connected to the inlet of the liquid outlet of heating mechanism 3 and filling mechanism 5 respectively.
So set, by measure vertical liquid input section 2041 and it is vertical go out liquid section 2051 stretch out the length of oil storage tank 1, can be with
It determines that vertical liquid input section 2041 and vertical liquid section 2051 out protrude into the length of oil storage tank 1, and then determines keg float 201 in oil storage indirectly
Levitation position in tank 1 is located at heat exchange pipeline 202 in oil reservoir conducive to the position for accurately adjusting keg float 201.
In view of the junction of vertical liquid input section 2041 and flexible liquid input section 2042, and go out liquid section 2051 and flexibility vertically
The junction of liquid section 2052 is not easy to beat and turns round or fracture out, and suspension provided by the embodiment of the utility model is storage tank heated further include:
It is set on the junction of vertical liquid input section 2041 and flexible liquid input section 2042 and is set in and go out liquid section 2051 and flexibility vertically
Spring on the junction of liquid section 2052 out.
Above-mentioned to refer to, about 2 suspension heat transfer mechanism is adjustably suspended in oil storage tank 1.Suspension heat transfer mechanism 2 can pass through
Mode realizes that it is adjustable up and down, under the premise of based on being easy setting and realizing adjustable up and down, provides following example:
As shown in Fig. 3, liquid injection hole 2011 and drainage hole 2012 are provided on the roof of keg float 201；The fluid injection of keg float 201
Hole 2011 and drainage hole 2012 are connected to by pipeline with the inlet of the liquid outlet of heating mechanism 3 and filling mechanism 5 respectively；Keg float
Pipe on pipeline between 201 liquid injection hole 2011 and heating mechanism 3, between the drainage hole 2012 and filling mechanism 5 of keg float 201
The first valve is provided on line.
It is understood that the drainage hole of the liquid injection hole 2011 of keg float 201, heating mechanism 3, filling mechanism 5, keg float 201
The circuit formed between 2012 goes out with the heat exchange inlet of pipeline 202, heating mechanism 3, filling mechanism 5, heat exchange pipeline 202
The circuit formed between liquid mouth is different.
According to the gravity of the volume ratio of the grease of crude oil, suspension heat transfer mechanism 2 in oil storage tank 1, determine that keg float 201 suspends
Position after, by heating mechanism 3 into the liquid injection hole 2011 of keg float 201 fluid injection or keg float 201 by drainage hole 2012 to
Drain in filling mechanism 5 is suspended in the suspension heat transfer mechanism 2 in oil reservoir.
Above-mentioned to refer to, heat exchange pipeline 202 is wound on the outer wall of keg float 201.In order to enable to exchange heat pipeline 202 firmly
It is wound on the outer wall of keg float 201, as shown in Fig. 4, suspension heat transfer mechanism 2 can also include: multiple fixing pieces 206；Pass through
Heat exchange pipeline 202 is fixed on the outer wall of keg float 201 by multiple fixing pieces 206.
It should be noted that multiple fixing pieces 206 are uniformly distributed on heat exchange pipeline 202, the pipeline 202 that will exchange heat is stablized
Ground is fixed on the outer wall of keg float 201.
Wherein, fixing piece 206 can be circlip.The structure of circlip is simple, is easy to obtain.
As an example, as shown in Fig. 2, heat exchange pipeline 202 includes: 2021 He of horizontal heat exchanger tube that multistage is sequentially connected to
Exchange heat connector 2022, and horizontal heat exchanger tube 2021 and heat exchange connector 2022 are arranged alternately, and heat exchange pipeline 202 is enabled to be wound in keg float
On 201 outer wall.
Specifically, it is set with spring on the junction of horizontal heat exchanger tube 2021 and heat exchange connector 2022, to avoid horizontal heat exchanger tube
2021 and heat exchange connector 2022 between bending or fracture.
In order to make suspension provided by the embodiment of the utility model is storage tank heated there is automation and controllability, such as attached drawing
Shown in 1, suspension provided by the embodiment of the utility model is storage tank heated further include: the control mechanism being electrically connected with heating mechanism 3
6 and the oil temperature sensor 7, liquid temperature sensor 8, the liquid level sensor 9 that are electrically connected with control mechanism 6.Oil temperature sensor 7 is set
It is placed on the wall of oil storage tank 1, for detecting temperature oily in oil storage tank 1；Liquid temperature sensor 8 is set on the wall of heating mechanism 3,
For detecting the temperature of liquid in heating mechanism 3；Liquid level sensor 9 is set on the wall of filling mechanism 5, for detecting liquid filler
Liquid level in structure 5.
Control mechanism 6 is detected according to temperature and liquid level sensor 9 oily in the detected oil storage tank 1 of oil temperature sensor 7
Heating mechanism 3 in liquid temperature, can control the heating temperature of heating mechanism 3, make crude oil reach entrucking or other need
The temperature wanted avoids waste of the high oil temperature to the energy, also can avoid the too low mobility for influencing oil of oil temperature, and then make full use of
Heat.Control mechanism 6 is according to the liquid level in the filling mechanism 5 detected of liquid level sensor 9, to determine whether filling mechanism 5
Interior plus water, avoids no liquid in heating mechanism 3 and dry combustion method occurs.
Further, dry combustion method occurs in order to avoid no liquid in heating mechanism 3 and pressure control mechanism 4 evacuates, such as attached drawing 1
Shown, suspension provided by the embodiment of the utility model is storage tank heated further include: the pressure sensor being electrically connected with control mechanism 6
10；Pressure sensor 10 is set on the pipeline between pressure control mechanism 4 and heating mechanism 3.
Control mechanism 6 is according to the temperature and pressure sensor of liquid in the heating mechanism 3 detected of liquid level sensor 9
10 pressure detected that liquid is conveyed into heating mechanism 3, to determine the water level in heating mechanism 3 and whether have liquid defeated
It send, and then controls the heating temperature of heating mechanism 3, avoid heating mechanism 3 that dry combustion method occurs.
In order to easily control whether pressure control mechanism 4 conveys liquid, as shown in Fig. 1, this reality into heating mechanism 3
The suspension provided with new embodiment is storage tank heated further include: the second valve 11；Second valve 11 be set to pressure control mechanism 4 with
On pipeline between heating mechanism 3.
Wherein, the second valve 11 can be solenoid valve, and solenoid valve is electrically connected with control mechanism 6, is controlled by control mechanism 6
The aperture of solenoid valve, and then control whether pressure control mechanism 4 into heating mechanism 3 conveys liquid.
As an example, pressure control mechanism 4 is booster pump；Booster pump is electrically connected with control mechanism 6.
It controls booster pump by control mechanism 6 to be pressurized liquid, so that liquid is delivered to heater by pipeline
In structure 3.It controls booster pump by control mechanism 6 not to be pressurized liquid, the flow velocity for making liquid be delivered to heating mechanism 3 subtracts
It is few, alternatively, not inputting in heating mechanism 3.
In the utility model embodiment, heating mechanism 3 can be can be to the heater that liquid is heated.
Heating mechanism 3 expand heated liquid in heating process, unavoidably generate exhaust gas to liquid, it is contemplated that
Can the easily intracorporal exhaust gas of discharge liquor, gas vent can be set on the roof of filling mechanism 5.Filling mechanism 5 is heating
Mechanism 3 and suspension heat transfer mechanism 2 supplement liquid, and recycling expands liquid out, and the gas vent in liquid is discharged.
In the utility model embodiment, filling mechanism 5 can be the cabinet that can store liquid.
It is provided by the embodiment of the utility model suspend it is storage tank heated, using outside using heating mechanism 3 to liquid into
The mode of row heating, fire and quick-fried photograph may be occurred when directly contacting dry combustion method using electrical bar and oil gas in the related technology by avoiding
Dangerous accident.
It as an example, can be by three sections when storage tank heated using suspension provided by the embodiment of the utility model
Time control design is combined with control mechanism 6, to adjust heating interval.Specifically, can be in electricity consumption low peak period, the electricity charge are lower
When, so that heating mechanism 3 is worked, to reduce electricity charge spending, realizes energy-saving, belt-tightening purpose.Also, so adjustment is kept away
Peak also protects the coulomb balance of power grid with regard to the working time of valley floor setting heating mechanism 3.
As an example, suspension provided by the embodiment of the utility model is storage tank heated during the work time, to liquid feeding
Liquid is injected in mechanism 5, after being vented by gas vent, starts booster pump forced circulation, is made in pipeline and heat exchange thread-changing full of liquid
After body, the liquid level in filling mechanism 5 remains 1/3~2/3.
As an example, the bottom of oil storage tank 1 is provided with third valve, in favor of its internal crude oil to be discharged.
The foregoing is merely the illustrative embodiments of the utility model, the protection model that is not intended to limit the utility model
It encloses, within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should be included in this
Within the protection scope of utility model.
Claims (10)
1. a kind of suspension is storage tank heated, which is characterized in that described suspend storage tank heated includes: oil storage tank (1), suspension heat transfer
Mechanism (2), heating mechanism (3), pressure control mechanism (4), filling mechanism (5)；
The suspension heat transfer mechanism (2) is adjustably suspended in up and down in the oil storage tank (1), the suspension heat transfer mechanism (2)
Inlet by pipeline sequentially with the heating mechanism (3), the pressure control mechanism (4), the filling mechanism (5), the suspension
The liquid outlet of heat transfer mechanism (2) is connected to.
2. suspension according to claim 1 is storage tank heated, which is characterized in that the suspension heat transfer mechanism (2) includes: floating
Bucket (201), heat exchange pipeline (202), two guide rods (203), feed liquor pipeline (204), outlet tube line (205)；
The guide rod (203) is vertically arranged in the oil storage tank (1), and the keg float (201), which can slide up and down to, to be covered in institute
It states on guide rod (203)；
The heat exchange pipeline (202) is wound on the outer wall of the keg float (201), and the inlet of heat exchange pipeline (202)
It is connected to respectively with one end of one end of the feed liquor pipeline (204) and the outlet tube line (205) with liquid outlet；
The other end of the feed liquor pipeline (204) and the other end of the outlet tube line (205) pass through pipeline respectively and add with described
The liquid outlet of heat engine structure (3) is connected to the inlet of the filling mechanism (5).
3. suspension according to claim 2 is storage tank heated, which is characterized in that the feed liquor pipeline (204) includes: connected
Vertical liquid input section (2041) and flexible liquid input section (2042)；
The outlet tube line (205) includes: that connected vertical liquid section (2051) out and flexibility go out liquid section (2052)；
The end of the vertical liquid input section (2041) and it is described it is vertical go out liquid section (2051) end respectively with the heat exchange pipeline
(202) inlet is connected to liquid outlet, the vertical liquid input section (2041) and it is described it is vertical go out liquid section (2051) length with
The height of the oil storage tank (1) is identical, and the vertical liquid input section (2041) and vertical liquid section (2051) out can go up downslide
The roof of the oil storage tank (1) is passed through dynamicly；
The flexibility liquid input section (2042) and flexible liquid section (2052) out respectively with the liquid outlet of the heating mechanism (3) and
The inlet of the filling mechanism (5) is connected to.
4. suspension according to claim 3 is storage tank heated, which is characterized in that the suspension is storage tank heated further include:
It is described vertical to be set on the junction of the vertical liquid input section (2041) and the flexible liquid input section (2042) and be set in
Spring in liquid section (2051) and the flexible junction of liquid section (2052) out out.
5. suspension according to claim 2 is storage tank heated, which is characterized in that be arranged on the roof of the keg float (201)
There are liquid injection hole (2011) and drainage hole (2012)；
The liquid injection hole (2011) and the drainage hole (2012) of the keg float (201) pass through pipeline and the heater respectively
The liquid outlet of structure (3) is connected to the inlet of the filling mechanism (5)；
On pipeline between the liquid injection hole (2011) and the heating mechanism (3) of the keg float (201), the keg float
(201) the first valve is provided on the pipeline between the drainage hole (2012) and the filling mechanism (5).
6. suspension according to claim 2 is storage tank heated, which is characterized in that the suspension heat transfer mechanism (2) further include:
Multiple fixing pieces (206)；
The heat exchange pipeline (202) is fixed on the outer wall of the keg float (201) by multiple fixing pieces (206).
7. described in any item suspensions are storage tank heated according to claim 1~6, which is characterized in that oil storage is heated in the suspension
Tank further include: the control mechanism (6) being electrically connected with heating mechanism (3) and the oil temperature being electrically connected with the control mechanism (6)
Sensor (7), liquid temperature sensor (8), liquid level sensor (9)；
The oil temperature sensor (7) is set on the wall of the oil storage tank (1), for detecting temperature oily in the oil storage tank (1)
Degree；
The liquid temperature sensor (8) is set on the wall of the heating mechanism (3), for detecting the heating mechanism (3) interior liquid
The temperature of body；
The liquid level sensor (9) is set on the wall of the filling mechanism (5), for detecting in the filling mechanism (5)
Liquid level.
8. suspension according to claim 7 is storage tank heated, which is characterized in that the suspension is storage tank heated further include:
The pressure sensor (10) being electrically connected with the control mechanism (6)；
The pressure sensor (10) is set on the pipeline between the pressure control mechanism (4) and the heating mechanism (3).
9. suspension according to claim 7 is storage tank heated, which is characterized in that the suspension is storage tank heated further include:
Second valve (11)；
Second valve (11) is set on the pipeline between the pressure control mechanism (4) and the heating mechanism (3).
10. suspension according to claim 7 is storage tank heated, which is characterized in that the pressure control mechanism (4) is booster pump；
The booster pump is electrically connected with the control mechanism (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821252264.6U CN208828484U (en) | 2018-08-03 | 2018-08-03 | It suspends storage tank heated |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821252264.6U CN208828484U (en) | 2018-08-03 | 2018-08-03 | It suspends storage tank heated |
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| Publication Number | Publication Date |
|---|---|
| CN208828484U true CN208828484U (en) | 2019-05-07 |
Family
ID=66308231
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821252264.6U Active CN208828484U (en) | 2018-08-03 | 2018-08-03 | It suspends storage tank heated |
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| Country | Link |
|---|---|
| CN (1) | CN208828484U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110789856A (en) * | 2018-08-03 | 2020-02-14 | 中国石油天然气股份有限公司 | Suspension heating oil storage tank |
-
2018
- 2018-08-03 CN CN201821252264.6U patent/CN208828484U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110789856A (en) * | 2018-08-03 | 2020-02-14 | 中国石油天然气股份有限公司 | Suspension heating oil storage tank |
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