CN206222959U - The condenser system that water wind is combined - Google Patents
The condenser system that water wind is combined Download PDFInfo
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- CN206222959U CN206222959U CN201621173345.8U CN201621173345U CN206222959U CN 206222959 U CN206222959 U CN 206222959U CN 201621173345 U CN201621173345 U CN 201621173345U CN 206222959 U CN206222959 U CN 206222959U
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Abstract
The utility model is related to the condenser system that a kind of water wind is combined, including feed pipe, drainage line, inlet channel, drainage pipeline, at least one set of water cooling plant, at least one set of air cooling equipment, acquisition device, detection means and control device.Focus on, the environmental condition residing for condenser system can be obtained, and the duty parameter of condenser system can be detected, and then the working condition of water cooling plant and air cooling equipment is controlled by control device.The environmental condition and current working parameter according to residing for system are enabled it to, rational allocation water, wind apparatus realize the comprehensive utilization of the energy, can not only reduce production cost and increase economic efficiency, and meet the requirement of national energy-saving emission reduction.
Description
Technical field
The utility model is related to the condenser system that a kind of water wind is combined.
Background technology
By taking brewed spirit field as an example, the condensation of wine steam is mostly by single water cooling plant or single air-cooled dress
Put.Wherein, water cooling plant cooling 1T wine is generally required with water about 30T or so, and water consumption is huge, is especially lacked in water resource
Area, using water wisely situation is severeer；Air cooling equipment production 1T wine generally requires electricity consumption and takes around 20 or so, although realize
Water saving but energy-saving effect is not good, and in wine brewing, profit grain, proportioning water will also use small part hot water, if the hot water
Can be exported by the cold medium of water cooling plant and provided, then can reach making full use of for hot water.
Therefore, how the current environmental condition according to residing for brewery is suited measures to local conditions, between water cooling plant and air cooling equipment
Seek a balance, realize the comprehensive utilization of the energy, reach environmental protection of saving water and energy, reduce the purpose of production cost, be cold at present
A technical problem urgently to be resolved hurrily in solidifying system.
Utility model content
Based on this, the utility model provides the condenser system that a kind of water wind is combined, including feed pipe, drainage line, enters
Waterpipe, drainage pipeline, at least one set of water cooling plant, at least one set of air cooling equipment, acquisition device, detection means and control dress
Put：
The feed pipe, the material inlet with the water cooling plant or the air cooling equipment is connected；
The drainage line, the material outlet with the water cooling plant or the air cooling equipment is connected；
The inlet channel, the drainage pipeline, cold medium import respectively with the water cooling plant, cold medium outlet connect
Connect；
The water cooling plant is connected in series or in parallel with the air cooling equipment；
Acquisition device, for obtaining the environmental condition residing for the condenser system；
Detection means, the duty parameter for detecting the condenser system；
The control device, connects with the acquisition device, the detection means, the water cooling plant and the air cooling equipment
Connect, for according to the environmental condition and the duty parameter, controlling the work shape of the water cooling plant and the air cooling equipment
State.
Further, at the inlet channel, flow valve is provided with, the working condition for controlling the water cooling plant；
In the air cooling equipment, variable-frequency motor is provided with, the working condition for controlling the air cooling equipment.
Further, the water cooling plant includes the first water-cooled component；The air cooling equipment includes the first air-cooled component, string
After connection is arranged on the first water-cooled component；The material inlet of the first water-cooled component, is connected with the feed pipe；It is described
The material outlet of the first water-cooled component, the material inlet with the described first air-cooled component is connected；The thing of the first air-cooled component
Material outlet, is connected with the drainage line；
The detection means, including the first detection components, are arranged at the material outlet of the first water-cooled component, are used for
Detect the first temperature of the material；
The condenser system, also including switch valve, is arranged on the drainage pipeline；
The control device, is also connected, for according to the environment bar with the switch valve and first detection components
Part, the conducting state of the switch valve and first temperature, control the working condition of the first air-cooled component.
Further, the condenser system, also including the second water-cooled component and the second detection components；
The material outlet of the first air-cooled component, through the material inlet of the second water-cooled component, second water-cooled
The material outlet of component, is connected with the drainage line；
Second detection components, are arranged at the material outlet of the described first air-cooled component, for detecting the material
Second temperature；
The control device, is also connected with second detection components, for according to the environmental condition and described second
Temperature, controls the working condition of the second water-cooled component.
Further, the condenser system, also including the 3rd detection components, is arranged on the material of the second water-cooled component
Exit, the 3rd temperature for detecting the material；
The control device, is also connected with the 3rd detection components, for judging described cold according to the 3rd temperature
Whether solidifying system breaks down.
Further, the condenser system, also including the 4th detection components and heater；
4th detection components, are arranged at the cold medium import of the first water-cooled component, described cold for detecting
The temperature of medium；
The control device, is also connected with the 4th detection components and the heater, for according to cold Jie
The temperature of matter, controls the heater that the cold medium is heated into preset temperature.
Further, the cold medium outlet of the second water-cooled component, also the cold medium with the first water-cooled component is entered
Mouth connection.
Further, the material is wine steam；The cold medium is water；The environmental condition, including cold feed amount,
Hot water demand measures and the local electricity charge.
Further, the condenser system, also including flowmeter, is arranged on the drainage pipeline, described for detecting
Flow value on drainage pipeline；
The control device, is connected with the flowmeter and the switch valve, for being equal to the heat in the flow value
During water demand, the switch valve is closed.
Further, the condenser system, also including water tank, is connected with the drainage pipeline.
The condenser system that the geomantic omen that the utility model is provided combines, environmental condition that mainly can be according to residing for system and current
Duty parameter, rational allocation water, wind apparatus realize the comprehensive utilization of the energy, can not only reduce production cost and increase economic efficiency,
And meet the requirement of national energy-saving emission reduction.
Brief description of the drawings
Fig. 1 is the structural representation of the one embodiment for the condenser system that the utility model geomantic omen combines；
Fig. 2 is the schematic diagram of the control system of the condenser system that the utility model geomantic omen combines；
Fig. 3 is the structural representation of the another embodiment of the condenser system that the utility model geomantic omen combines.
Specific embodiment
For the ease of understanding the utility model, below in conjunction with Figure of description and preferred embodiment to practical new herein
Type does and more comprehensively, meticulously describes, but protection domain of the present utility model is not limited to specific examples below.
Unless otherwise defined, all technical terms used hereinafter are generally understood that implication phase with those skilled in the art
Together.Technical term used herein is intended merely to describe the purpose of specific embodiment, is not intended to limit this practicality newly
The protection domain of type.
As shown in Figure 1, it is shown that a specific embodiment of the utility model condenser system, below with wine steam in wine brewing
Condensation as a example by, be further explained explanation.The condenser system that water wind based on the utility model design is combined, including feed pipe
Road 100, drainage line 200, inlet channel 300, drainage pipeline 400, at least one set of water cooling plant 500, at least one set of air-cooled dress
Put 600, acquisition device 700, detection means 800 and control device 900.Wherein, feed pipe 100, upstream and wine production line
Evaporate the pot connection of wine rice steamer, downstream be connected with the material inlet of water cooling plant 500 or air cooling equipment 600, will evaporate wine rice steamer pot and export
Wine steam be delivered to water cooling plant 500 or air cooling equipment 600, do the condensation process of next step；Drainage line 200, upstream with
The material outlet connection of water cooling plant 500 or air cooling equipment 600, downstream is connected with wine storage tank or packaging device, will condense extremely
The wine storage of liquid is sealed up for safekeeping or dispensed by bottle；Inlet channel 300 and drainage pipeline 400, respectively with the cold medium of water cooling plant 500
Import, cold medium outlet connection, cold medium is provided with for water cooling plant 500, specifically, be the reduces cost cold medium it is optional but
It is water to be not limited only to, can also be according to condensation demand from other condensing agents etc.；Some water cooling plants 500 and some air cooling equipments
600 can be connected in series or in parallel according to the actual requirements；Acquisition device 700, for obtaining the environmental condition residing for condenser system, tool
The environmental condition of body it is optional but be not limited only to for cold feed amount, hot water demand's amount, the local electricity charge, material to be condensed it is initial
Temperature value, target temperature value etc. are related to the environmental factor and objective factor that water cooling plant, air cooling equipment power are chosen；Detection dress
800 are put, the duty parameter for detecting condenser system, specifically, the duty parameter is optional but is not limited only at the beginning of wine steam
The current state of beginning temperature, the temperature of each transit point, each water cooling plant and air cooling equipment, if break down etc.；Control device
900, be connected with acquisition device 700, detection means 800, water cooling plant 500 and air cooling equipment 600, for according to environmental condition and
The working condition of duty parameter, control water cooling plant 500 and air cooling equipment 600, specifically, at inlet channel 300, being provided with stream
Amount valve 310, in air cooling equipment 600, is provided with variable-frequency motor 610, and control device 900 is by controlling flow valve 310 and variable-frequency electric
The start and stop of the control water cooling plant 500 of machine 610 and air cooling equipment 600 and power etc..
In this embodiment, a preferred embodiment of the utility model water-cooling system is given, it can consider it
The working condition of residing environmental condition and current duty parameter, rational allocation water cooling plant 500 and air cooling equipment 600.With
As a example by southern area and northern area, southern area water resource is enriched, and especially some breweries are set up in mountain area, directly take mountain
Spring does not have any production cost, then use water-cooled that can be according to the abundant cold feed amount preferentially or more than air cooling equipment is filled
Put；And northern area water resources shortage in itself, then use air cooling equipment that can be preferentially or more than water cooling plant.Again with brewery in itself
Hot water demand's amount as a example by, profit grain, proportioning water need to use a certain amount of hot water, if can export the cold medium of water cooling plant
The Recovery of the hot water of output is consumed as this part hot water, then be capable of achieving making full use of for the energy, and operating personnel can be according to this
Principle control flow valve, and then the power of water cooling plant is controlled, on the premise of cold water demand meets, remaining condensation is used
Air cooling equipment is until material to be condensed is condensed to target temperature value.Preferably, environmental condition and hot water demand can be considered
Amount etc., formulates a water wind proportioning mode that optimal, using energy source is most effective, cost is minimum, and water cooling plant and wind are controlled with this
The working condition of device for cooling.It is noted that the species of above-mentioned material to be condensed, the species of cold medium, environmental condition, control water
Flow valve, variable-frequency motor of control air cooling equipment of device for cooling etc. are exemplary illustration, this condenser system are not applicable
Scope, control strategy and executing agency make unique restriction.
Preferably, condenser system, including the first water-cooled component 510 and the first air-cooled component 620 being arranged in series.Wherein,
The material inlet of the first water-cooled component 510, is connected with feed pipe 100；The material outlet of the first water-cooled component 510, with first
The material inlet connection of air-cooled component 620；The material outlet of the first air-cooled component 620, is connected with drainage line 200.
The condenser system, also including being arranged at the material outlet of the first water-cooled component 510, for detecting material first
First detection components 810 of temperature and the switch valve 1000 being arranged on drainage pipeline 400.Control device 900, then can be according to ring
Border condition, the conducting state of switch valve 1000 and the first temperature, control the working condition of the first air-cooled component 620.
Specifically, in this embodiment, condenser system is composed in series by a water cooling plant and an air cooling equipment, operation
Personnel can determine whether the hot water that the first water-cooled component 510 is provided reaches hot water demand according to the conducting state of switch valve 1000
Amount, when the conducting state of switch valve 1000 is to close（Can be by manually operating or being automatically brought into operation）, know the first water-cooled component 510
The hot water of offer has reached hot water demand's amount, without providing hot water again, can now close the first water-cooled component 510, is further continued for
Determine a need for starting the first air-cooled component 620 according to above-mentioned first temperature and how to control the electricity of the first air-cooled component 620
Unit frequency.Specifically, operating personnel can preset material to be condensed（Wine）Target temperature value, if first temperature is higher than upper
When stating target temperature value, illustrate that material condensation effect to be condensed is also insufficient, control device 900 needs further to start the first wind
Cold component 620 is further condensed to it.More specifically, control device 900 can be according to the first temperature and target temperature
The difference of value, further determines that the electric machine frequency of the first air-cooled component 620.The control strategy, has taken into full account the recovery of hot water
Utilization rate, reduces the waste of hot water, further optimizes whole condenser system, reaches energy-saving, reduces cost purpose.
It is more highly preferred to, in another embodiment, condenser system, also including the second water-cooled component 520, wherein the first wind
The material outlet of cold component 620, through the material inlet of the second water-cooled component 520, the material outlet of the second water-cooled component 520, with
Drainage line 200 is connected, i.e., as shown in figure 1, the second water-cooled component 520 is arranged in series in behind the first air-cooled component 620.
The condenser system, also including the second detection components 820, is arranged at the material outlet of the first air-cooled component 620, uses
In the second temperature of detection material.Control device 900, then can control the second water-cooled group according to environmental condition and the second temperature
The working condition of part 520.
In this embodiment, condenser system is additionally arranged the second water-cooled component after being connected on the first air-cooled component, and it can be
When the condensed material of the first air-cooled component is still not up to target temperature value, aided in as supplement using the second water-cooled component, really
Protect it and reach target temperature value.More specifically, if the second temperature remains above above-mentioned target temperature value, thing to be condensed is illustrated
Material condensation effect is also insufficient, control device 900 need further to start the second water-cooled component 520 it is carried out it is further cold
It is solidifying.More specifically, control device 900 can further determine that flow valve according to second temperature and the difference of target temperature value
Uninterrupted, to control the watt level of the second water-cooled component 520.
It is more highly preferred to, the condenser system also includes the 3rd detection components 830, is arranged on the thing of the second water-cooled component 520
Material exit, the 3rd temperature for detecting material.Control device 900, is also connected, for basis with the 3rd detection components 830
3rd temperature judges whether condenser system breaks down.
In this embodiment, whether control device 900 can reach target temperature value according to the 3rd temperature, it is determined that whole condensation
Whether system breaks down, on the one hand the instant maintenance down of energy, it is to avoid bigger failure occurs and the energy, the waste of material；Separately
On the one hand, so that wine steam is material to be condensed as an example, can further optimize wine brewing growth line, judge whether wine reaches requirement,
Improve out the yield and quality of wine.
It is more highly preferred to, the condenser system is also including being arranged at the cold medium import of the first water-cooled component 510, for examining
Survey the 4th detection components 840 and heater 1100 of the temperature of cold medium.Control device 900, also with the 4th detection components 840
Connected with heater 1100, for the temperature according to cold medium, cold medium is heated to default temperature by control heater 1100
Degree.
In this embodiment, the 4th detection components 840 and heater 1100 are additionally arranged, its main purpose is to protect
First water-cooled component 510.Because the temperature difference differs too big between the cold medium of the material to be condensed with outside of water-cooled component internal, then
The explosion of drainer is likely to result in, causes device to lose and security incident, so for generally relative to 100 degree of wine steam,
The cold medium of entrance wishes stabilization between 80-90 degree.Herein in principle, set up heater 1100 pairs and be unsatisfactory for the cold of requirement
Medium carries out warm-up operation, can effectively avoiding above-mentioned phenomenon.
It is more highly preferred to, is further realization to effective control of the cold medium temperature of the first water-cooled component 510 and enters
One step comprehensive energy utilization, can also export the cold medium of the second water-cooled component 520, the cold medium with the first water-cooled component 510
Import is connected, and the hot water of the second water-cooled component 520 is provided to the cold medium entrance of the first water-cooled component 510, and reducing needs
Enable the situation of heater 1100.
It is more highly preferred to, the condenser system also includes flowmeter 1200, is arranged on drainage pipeline 400, for the row of detection
Flow value on waterpipe 400.Control device 900, is connected, with flowmeter 1200 and switch valve 1000 for being equal in flow value
When hot water demand measures, closing switch valve 1000.
In this embodiment, the flowmeter 1200 set up can be on direct detection drainage pipeline 400 flow value, and then pass through
Control device 900 realizes automatically controlling to switch valve 1000, without artificial operation, on the one hand reduces hand labor intensity；
On the other hand, relatively artificial operation more in time, more accurately, further increases automation, the intellectuality of condenser system.
It is more highly preferred to, as shown in figure 1, the condenser system also includes water tank 1300, is connected with drainage pipeline 400, uses
To store hot water.Now, if desired store hot water, you can the amount for storing as needed, change above-mentioned hot water demand's amount.It is more excellent
Choosing, the water tank 1300 may also include gap, to avoid hot water from leaking.
The utility model objective of the utility model design, environmental condition and current working that mainly can be according to residing for system be joined
Count, rational allocation water, wind apparatus realize the comprehensive utilization of the energy, can not only reduce production cost and increase economic efficiency, Er Qiefu
Close the requirement of national energy-saving emission reduction.Each technical characteristic of embodiment described above can be combined arbitrarily, to make description letter
Clean, combination not all possible to each technical characteristic in above-described embodiment is all described, as long as however, these technologies are special
The combination levied does not exist contradiction, is all considered to be the scope of this specification record.
Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed,
But therefore can not be interpreted as the limitation to utility model patent scope.It should be pointed out that for the common skill of this area
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
Protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (10)
1. the condenser system that a kind of water wind is combined, it is characterised in that including feed pipe (100), drainage line (200), water inlet
Pipeline (300), drainage pipeline (400), at least one set of water cooling plant (500), at least one set of air cooling equipment (600), acquisition device
(700), detection means (800) and control device (900)：
The feed pipe (100), the material inlet with the water cooling plant (500) or the air cooling equipment (600) is connected；
The drainage line (200), the material outlet with the water cooling plant (500) or the air cooling equipment (600) is connected；
The inlet channel (300), the drainage pipeline (400), cold medium import respectively with the water cooling plant (500),
Cold medium outlet connection；
The water cooling plant (500) is connected in series or in parallel with the air cooling equipment (600)；
Acquisition device (700), for obtaining the environmental condition residing for the condenser system；
Detection means (800), the duty parameter for detecting the condenser system；
The control device (900), with the acquisition device (700), the detection means (800), the water cooling plant (500)
Connected with the air cooling equipment (600), for according to the environmental condition and the duty parameter, controlling the water cooling plant
(500) and the air cooling equipment (600) working condition.
2. condenser system according to claim 1, it is characterised in that inlet channel (300) place, is provided with flow valve
(310), for controlling the working condition of the water cooling plant (500)；In the air cooling equipment (600), variable-frequency motor is provided with
(610), for controlling the working condition of the air cooling equipment (600).
3. condenser system according to claim 2, it is characterised in that
The water cooling plant (500) includes the first water-cooled component (510)；The air cooling equipment (600) includes the first air-cooled component
(620) after, being arranged in series in the first water-cooled component (510)；The material inlet of the first water-cooled component (510), with institute
State feed pipe (100) connection；The material outlet of the first water-cooled component (510), with the described first air-cooled component (620)
Material inlet is connected；The material outlet of the first air-cooled component (620), is connected with the drainage line (200)；
The detection means (800), including the first detection components (810), are arranged on the material of the first water-cooled component (510)
Exit, the first temperature for detecting the material；
The condenser system, also including switch valve (1000), is arranged on the drainage pipeline (400)；
The control device (900), is also connected, for root with the switch valve (1000) and first detection components (810)
According to the environmental condition, the conducting state of the switch valve (1000) and first temperature, the first air-cooled component is controlled
(620) working condition.
4. condenser system according to claim 3, it is characterised in that also examined including the second water-cooled component (520) and second
Survey component (820)；
The material outlet of the first air-cooled component (620), through the material inlet of the second water-cooled component (520), described
The material outlet of two water-cooled components (520), is connected with the drainage line (200)；
Second detection components (820), are arranged at the material outlet of the described first air-cooled component (620), for detecting
State the second temperature of material；
The control device (900), is also connected, for according to the environmental condition and institute with second detection components (820)
Second temperature is stated, the working condition of the second water-cooled component (520) is controlled.
5. condenser system according to claim 4, it is characterised in that also including the 3rd detection components (830), be arranged on institute
State at the material outlet of the second water-cooled component (520), the 3rd temperature for detecting the material；
The control device (900), is also connected with the 3rd detection components (830), for being judged according to the 3rd temperature
Whether the condenser system breaks down.
6. condenser system according to claim 5, it is characterised in that also including the 4th detection components (840) and heating dress
Put (1100)；
4th detection components (840), are arranged at the cold medium import of the first water-cooled component (510), for detecting
The temperature of the cold medium；
The control device (900), is also connected with the 4th detection components (840) and the heater (1100), is used for
According to the temperature of the cold medium, control the heater (1100) that the cold medium is heated into preset temperature.
7. condenser system according to claim 6, it is characterised in that the cold medium of the second water-cooled component (520) goes out
Mouthful, the also cold medium import with the first water-cooled component (510) is connected.
8. condenser system according to claim 7, it is characterised in that also including flowmeter (1200), be arranged on the row
On waterpipe (400), for detecting the flow value on the drainage pipeline (400)；
The control device (900), is connected, in the flow with the flowmeter (1200) and the switch valve (1000)
When value is equal to hot water demand amount, the switch valve (1000) is closed.
9. condenser system according to claim 8, it is characterised in that also including water tank (1300), with the drainpipe
Road (400) is connected.
10. the condenser system according to claim 1-9 any one, it is characterised in that the material is wine steam；It is described
Cold medium is water；The environmental condition, including cold feed amount, hot water demand's amount and the local electricity charge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621173345.8U CN206222959U (en) | 2016-11-02 | 2016-11-02 | The condenser system that water wind is combined |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621173345.8U CN206222959U (en) | 2016-11-02 | 2016-11-02 | The condenser system that water wind is combined |
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| Publication Number | Publication Date |
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| CN206222959U true CN206222959U (en) | 2017-06-06 |
Family
ID=58789661
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| Application Number | Title | Priority Date | Filing Date |
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| CN201621173345.8U Active CN206222959U (en) | 2016-11-02 | 2016-11-02 | The condenser system that water wind is combined |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106352714A (en) * | 2016-11-02 | 2017-01-25 | 湖南博雅智能装备股份有限公司 | Water-air combined condensation system |
| WO2021115010A1 (en) * | 2019-12-11 | 2021-06-17 | 倪治荣 | Environmentally friendly circulating discharging distillation tower |
-
2016
- 2016-11-02 CN CN201621173345.8U patent/CN206222959U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106352714A (en) * | 2016-11-02 | 2017-01-25 | 湖南博雅智能装备股份有限公司 | Water-air combined condensation system |
| WO2021115010A1 (en) * | 2019-12-11 | 2021-06-17 | 倪治荣 | Environmentally friendly circulating discharging distillation tower |
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| GR01 | Patent grant | ||
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| TR01 | Transfer of patent right |
Effective date of registration: 20210302 Address after: 410119 room 318, No.7 workshop, Sany industrial city, No.1 Sany Road, Changsha area, Hunan pilot Free Trade Zone, Changsha City, Hunan Province Patentee after: Hunan Boya Intelligent Equipment Co.,Ltd. Address before: 410100 No.11, East 6th line, Changsha Economic and Technological Development Zone, Changsha City, Hunan Province Patentee before: HUNAN BONYA INTELLIGENT EQUIPMENT Co.,Ltd. |
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