CN208723051U - Energy recycling device and vehicle - Google Patents
Energy recycling device and vehicle Download PDFInfo
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- CN208723051U CN208723051U CN201821686098.0U CN201821686098U CN208723051U CN 208723051 U CN208723051 U CN 208723051U CN 201821686098 U CN201821686098 U CN 201821686098U CN 208723051 U CN208723051 U CN 208723051U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/10—Energy storage using batteries
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Abstract
The utility model discloses a kind of energy recycling device and vehicles, wherein energy recycling device includes thermal output pipeline, the first water pump, the first liquid storage pot and heat conducting pipe；The thermal output pipeline includes the first triple valve, the second triple valve, third triple valve, the 4th triple valve, the second water pump and the second liquid storage pot；Cooperated by the first triple valve, the second triple valve, third triple valve and the 4th triple valve, the liquid in pipeline can be made to shift the heat that heat conducting pipe is absorbed from the external world, and treat heating equipment and heated.The utility model discloses a kind of energy recycling device and vehicles, are able to ascend the capacity usage ratio of product.
Description
Technical field
The utility model relates to energy utilization field more particularly to a kind of energy recycling devices and vehicle.
Background technique
With the reinforcement of entire society's environmental consciousness, how to improve the capacity usage ratio of product, thus reduce energy consumption,
The energy saving fresh target for becoming each manufacturer, while being also the product optimization direction that society advocates, it is of great significance.
In the prior art, oil burning power system can generate a large amount of hot gas, and the hot gas in engine operation process
Body usually passes through gas exhaust piping and is emitted into atmospheric environment as exhaust gas, cause engine generate amount of heat distributed and not
It is utilized, reduces the capacity usage ratio of product.
Utility model content
The utility model embodiment provides a kind of energy recycling device and vehicle, is generated with to solve current engine
The problem of amount of heat in exhaust gas is distributed and is not utilized, reduces the capacity usage ratio of product.
The utility model embodiment provides a kind of energy recycling device in order to solve the above problem, which is characterized in that institute
Stating device includes thermal output pipeline, the first water pump, the first liquid storage pot, heat conducting pipe；
The thermal output pipeline includes the first triple valve, the second triple valve, third triple valve, the 4th triple valve, the second water
The third port of pump and the second liquid storage pot, first triple valve is connected by the third port of pipeline and the third triple valve
It connects, the first port of the third triple valve is connect by pipeline with the first port of the second liquid storage pot, second storage
The second port of liquid pot is connect by pipeline with the first port of second water pump, and the second port of second water pump passes through
Pipeline is connect with the first port of the 4th triple valve, and the second port of the 4th triple valve passes through pipeline and the third
The second port of triple valve connects, and the third port of the 4th triple valve passes through the third end of pipeline and second triple valve
The second port of mouth connection, second triple valve is connect by pipeline with the second port of first triple valve；
The first port of first triple valve is connect by pipeline with the first port of first water pump, and described first
The second port of water pump passes through the second port of pipeline and the first liquid storage pot, and the first port of the first liquid storage pot passes through
Pipeline is connect with the first port of second triple valve；
The heat conducting pipe is connected in the pipeline between first water pump and first triple valve, or is connected to institute
It states in the pipeline between the first triple valve and second triple valve, or is connected to second triple valve and first storage
In pipeline between liquid pot, or in the pipeline that is connected between the first liquid storage pot and first water pump.
Optionally, the first port in first triple valve be connected to third port, the third of second triple valve
Port is connected to first port, the third port of third connecting valve is connected to first port, the first port of the 4th communicating valve with
Third port connection, the second port closing of the first triple valve and/or the second port closing of the second triple valve, third connecting valve
Second port close and/or in the case that the second port of the 4th communicating valve is closed, the thermal output pipeline obtains described lead
The heat of heat pipe；Alternatively,
It is connected to second port in the first port of first triple valve, the first port of second triple valve and the
In the case where Two-port netwerk connection, the third port closing of the first triple valve, the third port closing of the second triple valve, the heat is defeated
Pipeline stops obtaining the heat of the heat conducting pipe out.
Optionally, the first port of the heat conducting pipe is connect by pipeline with the first port of first water pump, described
The second port of heat conducting pipe is connect by pipeline with the first port of first triple valve.
Optionally, the quantity of the thermal output pipeline be one, the thermal output pipeline be battery coolant liquid circulation line,
Any one in engine coolant circulation line and air-conditioning heating circulation line；Alternatively, the quantity of the thermal output pipeline
It is two, two thermal output pipelines are battery coolant liquid circulation line, engine coolant circulation line and air-conditioning heating circulation
Any two in pipeline；Alternatively, the quantity of thermal output pipeline is three, three thermal output pipelines are respectively that battery coolant liquid is followed
Endless tube road, engine coolant circulation line and air-conditioning heating circulation line.
Optionally, the heat conducting pipe is metal heat-conducting tube, and the specific heat capacity of the metal heat-conducting tube is less than or equal to 1KJ/
kg·℃。
Optionally, the specific heat capacity of the liquid flowed in the pipeline is greater than or equal to 2.4KJ/kg DEG C.
Optionally, described device further includes controller, first triple valve, second triple valve, the described 3rd 3
Port valve and the 4th triple valve are electronic valve, and are electrically connected with the controller.
Optionally, equipment to be heated is set in the pipeline between the third triple valve and the second liquid storage pot, or
Person is set in the pipeline between the second liquid storage pot and second water pump, or be set to second water pump with it is described
In pipeline between 4th triple valve.
Optionally, the thermally conductive pipeline section is arranged close to the catalyst converter of exhaust pipe.
The utility model embodiment also provides a kind of vehicle, including energy regenerating as described above benefit in order to solve the above problem
Use device.
In the utility model embodiment, matched by the first triple valve, the second triple valve, third triple valve and the 4th triple valve
It closes, the liquid flowed in thermal output pipeline can be made to obtain the heat of heat conducting pipe absorption and brings thermal output pipeline into to be heated
Object is heated.In this way, being not only convenient for the normal work of equipment to be heated, while also realizing and heat in gas exhaust piping is returned
It receives and utilizes, promote the capacity usage ratio of product.
Detailed description of the invention
In order to illustrate more clearly of the technical solution of the utility model embodiment, the utility model embodiment will be retouched below
Attached drawing needed in stating is briefly described, it should be apparent that, the accompanying drawings in the following description is only the utility model
Some embodiments for those of ordinary skill in the art without any creative labor, can be with root
Other attached drawings are obtained according to these attached drawings.
Fig. 1 is the structural schematic diagram for the energy recycling device that an embodiment of the present invention provides；
Fig. 2 is one of the operation schematic diagram of energy recycling device that an embodiment of the present invention provides；
Fig. 3 is the two of the operation schematic diagram for the energy recycling device that an embodiment of the present invention provides；
Fig. 4 is the structural schematic diagram for the energy recycling device that another embodiment of the utility model provides；
Fig. 5 is a kind of knot of gas exhaust piping of the energy recycling device cooperation provided with various embodiments of the utility model
Structure schematic diagram.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
It clearly and completely describes, it is clear that the embodiments are a part of the embodiments of the present invention, rather than whole implementation
Example.Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without creative efforts
The every other embodiment obtained, fall within the protection scope of the utility model.
Referring to Fig. 1, Fig. 1 is the structural schematic diagram for the energy recycling device that an embodiment of the present invention provides.
The utility model embodiment provides a kind of energy recycling device 100, and device includes thermal output pipeline 110, the first water pump
120, the first liquid storage pot 130, heat conducting pipe 140；
The thermal output pipeline 110 includes the first triple valve 111, the second triple valve 112, third triple valve the 113, the 4th 3
The third port of port valve 114, the second water pump 115 and the second liquid storage pot 116, the first triple valve 111 passes through pipeline and the third
The third port of triple valve 113 connects, and the first port of third triple valve 113 passes through the first of pipeline and the second liquid storage pot 116
The second port of port connection, the second liquid storage pot 116 is connect by pipeline with the first port of the second water pump 115, the second water pump
115 second port is connect by pipeline with the first port of the 4th triple valve 114, and the second port of the 4th triple valve 114 is logical
It crosses pipeline to connect with the second port of third triple valve 113, the third port of the 4th triple valve 114 passes through pipeline and the second threeway
The third port of valve 112 connects, and the second port of the second triple valve 112 passes through the second port of pipeline and the first triple valve 111
Connection；
The first port of first triple valve 113 is connect by pipeline with the first port of the first water pump 120, the first water pump
120 second port passes through the second port of pipeline and the first liquid storage pot 130, and the first port of the first liquid storage pot 130 passes through pipe
Road is connect with the first port of the second triple valve 112；
Heat conducting pipe 140 is connected in the pipeline between the first water pump 120 and the first triple valve 111, or is connected to first
In pipeline between triple valve 111 and the second triple valve 112, or be connected to the second triple valve 112 and the first liquid storage pot 130 it
Between pipeline in, or in the pipeline that is connected between the first liquid storage pot 130 and the first water pump 120.
Heat conducting pipe 140 is used to conduct extraneous heat, so that in the liquid absorption external world of 140 internal flow of heat conducting pipe
Heat, to promote the temperature of the liquid of 140 internal flow of heat conducting pipe.
It first water pump 120, the first liquid storage pot 130, heat conducting pipe 140 and connects the pipeline of three and forms warming pipeline, the
In the case that one triple valve 111 is connected to the second triple valve 112, the liquid being heated can circulate in warming pipeline,
The temperature of liquid is gradually promoted in warming pipeline.
In the first feelings that triple valve 111 is connected to third triple valve 113 and the 4th triple valve 114 is connected to the second triple valve
Under condition, the liquid after absorbing heat in the warming pipeline enters thermal output pipeline 110, thus the liquid in thermal output pipeline 110
Temperature increases, and the liquid release heat in the thermal output pipeline 110 after heating is treated heating equipment and heated, thus by extraneous
Originally the heat not being recycled is used to heat equipment to be heated, realizes the recycling of energy.
Wherein, the first water pump 120 is used to that the liquid in warming pipeline to be made to be circulated according to the predetermined direction, while can
Control the flow rate of liquid in warming pipeline.Likewise, the second water pump 115 is used to make the liquid in thermal output pipeline by predetermined
Direction is circulated, and can control the flow rate of liquid in thermal output pipeline.In addition, passing through the first water pump of control
120 and second water pump 115 power, can further control the heating efficiency for treating heating equipment.
First liquid storage pot 130 can increase the accommodation space of warming pipeline, and when temperature is lower, the volume of liquid is larger, lead to
The carrying capacity of warming pipeline can be enhanced by crossing the first liquid storage pot 130, and the pipeline for the warming pipeline that avoids rising brokenly improves warming pipeline
Safety and service life.In addition, (being risen when thermal output pipeline 110 does not need to treat heating equipment quantity of heat given up
In the case that warm pipeline and thermal output pipeline 110 are not turned on), the first liquid storage pot 130 can to the heat that heat conducting pipe 140 absorbs into
Row storage.Likewise, the second liquid storage pot 116 can increase the accommodation space of thermal output pipeline 110, the liquid when temperature is lower
Volume is larger, can enhance the carrying capacity of thermal output pipeline 110 by the second liquid storage pot 116, avoid the thermal output pipeline that rises brokenly
Pipeline, the heat caching capabilities of the safety of thermal output pipeline 110, service life and thermal output pipeline 110 are improved, to protect
Equipment to be heated is demonstrate,proved during being heated or not being heated, temperature has the process of a gradual change.
Heat conducting pipe 140 can be located at any pipeline section in warming pipeline, it should be noted that be connected in heat conducting pipe 140
When in the pipeline between the first triple valve 111 and the second triple valve 112, it is defeated that warming pipeline can not directly deliver heat to heat
Pipeline 110 out need first to be connected to the first triple valve 111 with the second triple valve 112, and the liquid in warming pipeline is in warming pipeline
Middle circulation simultaneously continues heat absorption heating heat accumulation, is again connected to the first triple valve 111 and the 4th with third triple valve 113 after a period of time
Triple valve 114 is connected to the second triple valve 112, and the liquid injection thermal output pipeline 110 after will heat up at this time reaches heat transfer.
And thermally conductive pipeline 140 when being located at the other positions in warming pipeline (can as the case may be depending on, thermally conductive pipeline
The selection of 140 positions depends on the present apparatus in different heat sources system, such as the installation situation in vehicle), it can be directly by the one or three
Port valve 111 is connected to third triple valve 113 and the 4th triple valve 114 is connected to the second triple valve 112, and this mode liquid will not
It is recycled in warming pipeline, but is directly entered thermal output pipeline 110 after heating.
In the utility model embodiment, pass through the first triple valve 111, the second triple valve 112, third triple valve 113 and
The cooperation of four triple valves 114 can make the liquid flowed in thermal output pipeline 110 obtain the heat of the absorption of heat conducting pipe 140 and bring into
Thermal output pipeline 140 is to heat heated material.In this way, being not only convenient for the normal work of equipment to be heated, simultaneously also
It is used to the extraneous heat not being recycled originally to heat equipment to be heated, realizes the recycling of energy.
Wherein, the first port in the first triple valve 111 be connected to third port, the third port of the second triple valve 112
It is connected to first port, the third port of third connecting valve 113 is connected to first port, the first port of the 4th communicating valve 114
Be connected to third port, the second port of the first triple valve 111 is closed and/or the second port of the second triple valve 112 is closed, the
In the case that the second port of tee joint valve 113 is closed and/or the second port of the 4th communicating valve 114 is closed, heat conducting pipe 140 is inhaled
The heat of receipts is exported by warming pipeline to thermal output pipeline 110, i.e. thermal output pipeline 110 obtains the heat of the recycling of heat conducting pipe 140；
Alternatively,
It is connected to second port in the first port of the first triple valve 111, the first port and second of the second triple valve 112
In the case where port connection, the third port closing of the first triple valve 111, the third port closing of the second triple valve 112, heat is defeated
The stopping of pipeline 110 out obtains the heat of heat conducting pipe 140.
In the present embodiment, it is from the first water pump 120 that the first water pump 120, which drives the loop direction of the liquid in warming pipeline,
First port stream of the second port to the first water pump 120；Second water pump 115 drives the circulation of the liquid in thermal output pipeline 110
Direction is the first port from the second water pump 115 to the second port stream of the second water pump 115, below with above-mentioned flow direction into
Row explanation.
It is connected to third port in the first port of the first triple valve 111, the third port and first of the second triple valve 112
Port is connected to, the third port of third connecting valve 113 is connected to first port, the first port and third of the 4th communicating valve 114
Port connection, the second port closing of the first triple valve 111 and/or second port closing, the third connecting of the second triple valve 112
In the case that the second port of valve 113 is closed and/or the second port of the 4th communicating valve 114 is closed, at this point, as shown in Fig. 2, rising
Liquid after absorbing heat in warm pipeline is followed by the first port-the of the-the first triple valve of first port 111 of the first water pump 120
The storage of the third port of one triple valve 111-third triple valve 113 third port-third triple valve 113 first port-the second
Four triple valve of first port-the of four triple valve 114 of second port-the of the-the second liquid storage of first port pot 114 of liquid pot 114
The-the first liquid storage of first port pot 114 of the-the second triple valve of third port 112 of 114 the-the second triple valve of third port 112
The second port of the-the first water pump of second port 120 of the-the first liquid storage of first port pot 114.To which thermal output pipeline 110 obtains
The heat that heat conducting pipe 140 absorbs, is heated for treating heating equipment.
It is connected to second port in the first port of the first triple valve 111, the first port and second of the second triple valve 112
In the case where port connection, the third port closing of the first triple valve 111, the third port closing of the second triple valve 112, this
When, as shown in figure 3, the liquid after heating up in warming pipeline is followed by the-the first triple valve of first port of the first water pump 120
The-the second triple valve of second port 112 of the-the second triple valve of second port 112 of 111 the-the first triple valve of first port 111
The second end of the-the first water pump of second port 120 of the-the first liquid storage of first port pot 114 of the-the first liquid storage of first port pot 114
Mouthful.At this point, liquid is in thermal output pipeline followed by the first end of four triple valve 114 of second port-the of the second water pump 115
Second port-third triple valve 113 second port-third triple valve 113 first port-the of the-the four triple valve 114 of mouth
The first port of the-the second water pump of second port 115 of the-the second liquid storage of first port pot 114 of two liquid storage pots 114.In this way, heating
Mutually completely cut off between pipeline and thermal output pipeline 110, the stopping of thermal output pipeline 110 obtains the heat of heat conducting pipe 140.
Therefore, in the present embodiment, by the on state characteristic of triple valve, four triple valves is made to cooperate, is needing to treat
Thermal output pipeline 110 can be made to obtain the heat of heat conducting pipe 140 by four triple valve cooperations when heating equipment is heated；?
Do not need to treat when heating equipment is heated that the stopping of thermal output pipeline 110 can be made to obtain by the cooperation of four triple valves thermally conductive
The heat of pipe 140, the simple and reliable property of principle are high.
Further, the first port of heat conducting pipe 140 is connect by pipeline with the first port of the first water pump 120, thermally conductive
The second port of pipe 140 is connect by pipeline with the first port of the first triple valve 113.
Heat conducting pipe 140 to liquid heat after, the liquid after heating no longer need to by warming pipeline other equipment directly by
The first port of first triple valve 111 enters in thermal output pipeline 110, avoids distributing for heat, can increase thermal output pipeline
110 obtained heats promote the heating effect for treating heating equipment.
Optionally, the quantity of thermal output pipeline 110 is one, and thermal output pipeline 110 is battery coolant liquid circulation line, hair
(any one that can make in above-mentioned three kinds makes any one in motivation coolant liquid circulation line and air-conditioning heating circulation line
With)；Alternatively, the quantity of thermal output pipeline 110 is two, two thermal output pipelines 110 are battery coolant liquid circulation line, start
(any two kinds for can making in above-mentioned three kinds make any two in machine coolant liquid circulation line and air-conditioning heating circulation line
With)；Alternatively, the quantity of thermal output pipeline 110 is three, three thermal output pipelines can be used as battery coolant liquid circulation pipe respectively
Road, engine coolant circulation line and air-conditioning heating circulation line.The above present apparatus thermal output pipeline different using quantity
When 110, each thermal output pipeline 110 can be connect by respective first triple valve, the second triple valve with warming pipeline, can root
Analogize according to situation shown in FIG. 1, details are not described herein again.
Referring to Fig. 4, the quantity that Fig. 4 is thermal output pipeline 110 is two, and two thermal output pipelines 110 respectively as
In the case where battery coolant liquid circulation line and engine coolant circulation line, the structure chart of energy recycling device.Such as
Shown in Fig. 4, battery coolant liquid circulation line and engine coolant circulation line can pass through respective first triple valve, second
Triple valve is connect with warming pipeline, can analogize situation shown in FIG. 1, details are not described herein again.Two thermal output pipelines 110 can be same
When be connected to warming pipeline；Can also be connected to a thermal output pipeline 110 with warming pipeline, another thermal output pipeline 110 with
Warming pipeline isolation；It can be completely cut off simultaneously with warming pipeline with two thermal output pipelines 110, according to battery temperature and engine temperature
The actual conditions of degree determine.
It should be noted that Fig. 4 is only merely a kind of citing to above-mentioned a variety of situations, the principle of other situations and beneficial
The case where effect is with Fig. 4 is same or similar, to avoid repeating repeatedly, herein without exhaustion.
Pass through battery coolant liquid circulation line, engine coolant circulation line and the air-conditioning system for just having vehicle originally
Thermal output pipeline 110 of the thermal cycle pipeline as energy recycle device 100, only need to be to battery coolant liquid circulation line, engine
Coolant liquid circulation line and air-conditioning heating circulation line are transformed and can be realized, reduce energy recycling device at
This.
Optionally, heat conducting pipe 140 can be metal heat-conducting tube, and the specific heat capacity of metal heat-conducting tube is less than or equal to 1KJ/kg
℃。
The lesser heat conducting pipe 140 of specific heat capacity absorbs identical heat and is able to ascend higher temperature, thus in heat conducting pipe 140
Liquid heating effect more preferably, promoted from external environment heat heat conductive pipes 140 liquid carry out heat conduction efficiency, increase
The capacity usage ratio of energy recycling device.
Further, the specific heat capacity of the liquid flowed in pipeline is greater than or equal to 2.4KJ/kg DEG C.
The biggish liquid of specific heat capacity temperature during treating heating equipment heating reduces by one degree Celsius of heat discharged
It measures more, the ability for absorbing heat and heat transfer to equipment to be heated from heat conducting pipe 140 is improved, to enhance to be added
The heating efficiency of hot object.
Optionally, device can also include controller (not shown), the first triple valve 111, the second triple valve 112, third
Triple valve 113 and the 4th triple valve 114 are electronic valve, and are electrically connected with the controller.Controller is for controlling the first threeway
Valve 111, the second triple valve 112, third triple valve 113 are connected to or close with the 4th each port of triple valve, to realize warming pipeline
Heat is transmitted to thermal output pipeline 110 or stops transmission heat, such as:
Specific be arranged of four triple valves may is that the in the case that warming pipeline transmits heat to thermal output pipeline 110
The first port of one triple valve 111 is connected to third port, the third port of the second triple valve 112 is connected to first port,
The third port of tee joint valve 113 is connected to first port, the first port of the 4th communicating valve 114 is connected to third port,
The second port of one triple valve 111 is closed and/or the second port of the second triple valve 112 is closed, third connecting valve 113 second
The second port of port shutdown and/or the 4th communicating valve 114 is closed；
Specific be arranged of four triple valves can be in the case that warming pipeline stops transmission heat to thermal output pipeline 110
It is: is connected to second port in the first port of the first triple valve 111, the first port and second port of the second triple valve 112
Connection, the third port closing of the first triple valve 111, the third port closing of the second triple valve 112.
User can need to treat heating equipment heat when, controller is operated, the first triple valve 111 is made
It is connected to third triple valve 113 and the 4th triple valve 114 is connected to the second triple valve 112, thermal output pipeline is made to obtain heat conducting pipe
140 heats absorbed, and treat heating equipment and heated；When needing to stop heating heating equipment, to controller
It is operated, makes that the first triple valve 111 is connected to the second triple valve 112 and third triple valve 113 and the 4th triple valve 114 connect
It is logical, make thermal output pipeline stop obtaining the heat of the absorption of heat conducting pipe 140, so that stopping is treated heating equipment and heated.
In addition, device can also include the temperature detector being electrically connected with the controller, temperature inspection on the basis of controller
The temperature that device is used to detect equipment to be heated is surveyed, when the temperature of equipment to be heated is lower than default low-temperature values, controller makes first
Triple valve 111 is connected to third triple valve 113 and the 4th triple valve 114 is connected to the second triple valve 112, obtains thermal output pipeline
The heat absorbed to heat conducting pipe 140, and treat heating equipment and heated.When the temperature of equipment to be heated is higher than default high temperature values
When, controller is operated, is connected to the first triple valve 111 with the second triple valve 112 and third triple valve 113 and the four or three
Port valve 114 is connected to, and thermal output pipeline is made to stop obtaining the heat of the absorption of heat conducting pipe 140, to stop treating heating equipment progress
Heating.
By controller to the first triple valve 111, the second triple valve 112, third triple valve 113 and the 4th triple valve 114
Conducting direction switch over, thus realize treat heating equipment heating and stop heating, user's is simple, convenient.
Optionally, equipment to be heated is set in the pipeline between third triple valve 113 and the second liquid storage pot 114, or
It is set in the pipeline between the second liquid storage pot 114 and the second water pump 115, or is set to the second water pump 115 and the 4th threeway
In pipeline between valve 114.
Equipment to be heated can be in the case where thermal output pipeline 110 obtains the heat of the absorption of heat conducting pipe 140, in any position
The heat absorbed in thermal output pipeline 110 is set, to promote the temperature of equipment to be heated.Wherein, equipment to be heated can use
It directly contacts this mode to absorb heat, which can promote energy regenerating using dress efficiently using the heat in liquid
The capacity usage ratio set.Certainly, equipment to be heated can also absorb heat by other means, be not construed as limiting to this.
In addition, in some alternative embodiments, as shown in figure 5, heat conducting pipe 140 is set close to the catalyst converter of exhaust pipe
It sets.
Catalyst converter 211 is set in gas exhaust piping 210, for the pernicious gas that engine is discharged to be aoxidized and restored
Effect, and then innocuous gas is converted by pernicious gas, promote the feature of environmental protection of product.And it is aoxidized and is gone back in catalyst converter 211
Original work can generate a large amount of heat during using, and by the way that heat conducting pipe 140 to be arranged close to catalyst converter 211, can increase thermally conductive
The heat that pipe 140 transmits enables the liquid in heat conducting pipe 140 to absorb more heats, promotes the heating for treating heating equipment
Effect.
The utility model embodiment also provides a kind of vehicle, including energy recycling device as described above.Vehicle tool
The technical characteristic of standby above-mentioned energy recycling device, therefore vehicle is likewise supplied with above-mentioned energy recycling device and is had
Beneficial effect.
Above description is only a specific implementation of the present invention, but the protection scope of the utility model is not limited to
In this, anyone skilled in the art within the technical scope disclosed by the utility model, can readily occur in variation
Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be wanted with right
Subject to the protection scope asked.
Claims (10)
1. a kind of energy recycling device, which is characterized in that described device includes thermal output pipeline, the first water pump, the first storage
Liquid pot, heat conducting pipe；
The thermal output pipeline include the first triple valve, the second triple valve, third triple valve, the 4th triple valve, the second water pump and
The third port of second liquid storage pot, first triple valve is connect by pipeline with the third port of the third triple valve, institute
The first port for stating third triple valve is connect by pipeline with the first port of the second liquid storage pot, the second liquid storage pot
Second port connect by pipeline with the first port of second water pump, the second port of second water pump pass through pipeline and
The first port of 4th triple valve connects, and the second port of the 4th triple valve passes through pipeline and the third triple valve
Second port connection, the third port of the 4th triple valve connected by the third port of pipeline and second triple valve
It connects, the second port of second triple valve is connect by pipeline with the second port of first triple valve；
The first port of first triple valve is connect by pipeline with the first port of first water pump, first water pump
Second port by the second port of pipeline and the first liquid storage pot, the first port of the first liquid storage pot passes through pipeline
It is connect with the first port of second triple valve；
The heat conducting pipe is connected in the pipeline between first water pump and first triple valve, or is connected to described
In pipeline between one triple valve and second triple valve, or it is connected to second triple valve and the first liquid storage pot
Between pipeline in, or in the pipeline that is connected between the first liquid storage pot and first water pump.
2. energy recycling device according to claim 1, which is characterized in that in the first end of first triple valve
Mouth is connected to third port, the third port of second triple valve is connected to first port, the third port of third connecting valve
It is connected to first port, the first port of the 4th communicating valve is connected to third port, the second port of first triple valve is closed
It closes and/or the second port of second triple valve is closed, the second port of the third connecting valve is closed and/or the described 4th
In the case that the second port of communicating valve is closed, the thermal output pipeline obtains the heat of the heat conducting pipe；Alternatively,
It is connected to second port in the first port of first triple valve, the first port and second end of second triple valve
It is described in the case where mouth connection, the third port closing of first triple valve, the third port closing of second triple valve
Thermal output pipeline stops obtaining the heat of the heat conducting pipe.
3. energy recycling device according to claim 1, which is characterized in that the first port of the heat conducting pipe passes through
Pipeline is connect with the first port of first water pump, and the second port of the heat conducting pipe passes through pipeline and first triple valve
First port connection.
4. energy recycling device according to claim 1, which is characterized in that the quantity of the thermal output pipeline is one
A, the thermal output pipeline is battery coolant liquid circulation line, engine coolant circulation line and air-conditioning heating circulation line
In any one；Alternatively, the quantity of the thermal output pipeline is two, two thermal output pipelines are battery coolant liquid circulation pipe
Any two in road, engine coolant circulation line and air-conditioning heating circulation line；Alternatively, the quantity of thermal output pipeline is
Three, three thermal output pipelines are respectively that battery coolant liquid circulation line, engine coolant circulation line and air-conditioning heating follow
Endless tube road.
5. energy recycling device according to claim 1, which is characterized in that the heat conducting pipe is metal heat-conducting tube,
The specific heat capacity of the metal heat-conducting tube is less than or equal to 1KJ/kg DEG C.
6. energy recycling device according to claim 1, which is characterized in that the ratio of the liquid flowed in the pipeline
Thermal capacitance is greater than or equal to 2.4KJ/kg DEG C.
7. energy recycling device according to claim 1, which is characterized in that described device further includes controller, institute
Stating the first triple valve, second triple valve, the third triple valve and the 4th triple valve is electronic valve, and and institute
State controller electrical connection.
8. energy recycling device according to claim 1, which is characterized in that equipment to be heated is set to the third
In pipeline between triple valve and the second liquid storage pot, or it is set between the second liquid storage pot and second water pump
Pipeline in, or in the pipeline that is set between second water pump and the 4th triple valve.
9. energy recycling device according to claim 1, which is characterized in that the heat conducting pipe is urged close to exhaust pipe
Change device setting.
10. a kind of vehicle, which is characterized in that including energy recycling device as claimed in any one of claims 1-9 wherein.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821686098.0U CN208723051U (en) | 2018-10-17 | 2018-10-17 | Energy recycling device and vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821686098.0U CN208723051U (en) | 2018-10-17 | 2018-10-17 | Energy recycling device and vehicle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208723051U true CN208723051U (en) | 2019-04-09 |
Family
ID=65983477
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821686098.0U Active CN208723051U (en) | 2018-10-17 | 2018-10-17 | Energy recycling device and vehicle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208723051U (en) |
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2018
- 2018-10-17 CN CN201821686098.0U patent/CN208723051U/en active Active
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