CN207123136U - Solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device - Google Patents
Solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device Download PDFInfo
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- CN207123136U CN207123136U CN201721171104.4U CN201721171104U CN207123136U CN 207123136 U CN207123136 U CN 207123136U CN 201721171104 U CN201721171104 U CN 201721171104U CN 207123136 U CN207123136 U CN 207123136U
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Abstract
This patent relates to the use of solar-energy air-energy drying plant, specially a kind of solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device.Air energy thermal pump assembly connects attemperater by air circulation assembly, solar thermal collector circulates assembly by solar energy and connects attemperater, heated water is in air energy thermal pump assembly and attemperater, flow circuit exchanges between solar thermal collector and attemperater, attemperater connects circulation assembly by hot-water line import with return pipe, circulation assembly is connected to the interchanger in drying room by waterpipe, switch configuration is above the conveyer belt in drying room, exhaust duct is set in drying room, air draft pipe end sets exhaust fan unit, oodle maker, noodle cutter, packing machine rear position in setting before conveyer belt, assembly is circulated by y-type filter, gate valve, water pump, gate valve, pressure gauge, check valve, loop gate valve composition, y-type filter connects water pump by gate valve, the outlet connection lock of water pump, pressure gauge, check valve.
Description
Technical field
This patent relates to the use of solar-energy air-energy drying plant, specially a kind of solar-energy air-energy heat pump assembled highly-effective
Energy-saving noodle drying system device.
Background technology
Existing drying technology generates heat using coal burning heated dry air or vapours pipeline or electric power, these technologies
The problem of the problem of power consumption is big, and cost is high, and carbon emission is high all be present.The energy consumption of electric heating is very big, in the case of based on coal electricity, also
It is the coal heat energy utilized.Direct waste gas waste residue one caused by live boiler for producing is pollution environment, second, increase environmental protection of enterprise
Cost.
The content of the invention
This patent is directed to above prior art problem, there is provided a kind of solar-energy air-energy heat pump assembled highly-effective energy-saving noodle dries
Dry systems device, air heat energy and solar energy is made full use of to realize the drying operation of product.
The concrete technical scheme of this patent is as follows：
A kind of solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device, by air energy thermal pump assembly 1, control
Cabinet 2 processed, solar thermal collector 3, air can circulate assembly 4, circulation assembly 5, attemperater 6, hot-water line import 7, return pipe 8,
Circulate assembly 9, interchanger 10, gate valve 11, oodle maker 12, drying room 13, packing machine 14, conveyer belt 15, noodle cutter 16, exhaust duct
17th, moisture-eliminating blower forms, it is characterised in that air energy thermal pump assembly connects attemperater, solar energy by air circulation assembly
Heat collector circulates assembly by solar energy and connects attemperater, heated water in air energy thermal pump assembly and attemperater, too
Positive flow circuit to be exchanged between heat collector and attemperater, it is total that attemperater connects circulation by hot-water line import with return pipe
Into circulation assembly is connected to the interchanger in drying room by waterpipe, and switch configuration is above the conveyer belt in drying room, drying room
Interior setting exhaust duct, air draft pipe end sets exhaust fan unit, during oodle maker, noodle cutter, packing machine setting are before conveyer belt
Position afterwards, circulation assembly are made up of y-type filter, gate valve, water pump, gate valve, pressure gauge, check valve, loop gate valve, the filtering of Y types
Device connects water pump, outlet connection lock, pressure gauge, the check valve of water pump by gate valve.
This mode of operation has Three models：
Solar energy pattern：Solar energy is made up of solar energy highly effective rose gold tube, stainless steel water tank, stainless steel base and support,
When sunny, solar energy is transferred heat into the water tank of solar energy configuration by absorbing the heat of sunshine, solar energy
Water tank temperature can be gradually increasing.When there is an integrated manipulator on switch board 2, solar water container and attemperater can be monitored
Temperature, when the water tank temperature of solar energy is spent more than attemperater temperature 3-5（Can select to set), circulate the water in total journey 5
Pump will start, the water in such attemperater 6 and the water meeting circulating-heating between the water tank of solar energy, the water in attemperater
Temperature can constantly increase, and when the temperature of attemperater 6 reaches or surpasses 65 degree, and sunshine is sufficient, can stablize attemperater 6
Temperature is not less than 65 degree, and the water pump now circulated in total journey 9 can start, and the hot water in attemperater 6 can enter 7 by hot-water line,
Under the operating of water pump, hot water can by gate valve 11, into interchanger 10, because heat supply of the interchanger 10 according to vermicelli drying room needs
Ask, to be reasonably arranged in vermicelli drying room, be divided into vermicelli drying room an area, 2nd area, 3rd area, 4th area, 5th area, its Zhong-1 block and
5th area do not have to heating, and 2nd area, 3rd area, 4th area need to ensure different temperature and humidity.Controller in switch board 2 is in drying room one
Area, 2nd area, 3rd area, 4th area, 5th area are placed with humidity and temp probe respectively, when any section needs heating, the meeting of interchanger 10
Startup optimization, it is copper structure that interchanger is interior, while has built-in high temperature protection against the tide blower fan, when hot water is by the copper pipe inside interchanger
When, the temperature of hot water can be delivered to copper pipe surface, and in the presence of blower fan, the wind in drying room passes through copper pipe surface, after heating
Drying room is blown to, is and so on circulated, the temperature in each area of drying room can reach the temperature specified according to stoving process requirement, work as temperature
After reaching, the controller on switch board 2 can disconnect the power supply of interchanger 10, and blower fan stops this operation, and heat is not exporting.Thus exist
Weather is preferable, during sunshine abundance, the purpose of drying vermicelli can be reached using solar energy, has saved the energy.
Air energy thermal pump assembly heat supply mode：
In the case of no sun, such as night sky, rainy day, cloudy day weather, the controller on switch board 2 can monitor insulation
The temperature of water tank 6, when the temperature of attemperater 6 is less than setting value, the controller on switch board 2 can be opened in the total journey 4 of circulation
Water pump, the water in attemperater 6 can be pumped into air energy thermal pump assembly 1, while the meeting startup optimization of air energy thermal pump assembly 1,
After the water heating being pumped into air energy thermal pump assembly 1 and send back in attemperater 6, the water temperature in attemperater 6 can constantly rise
Height, after the temperature of attemperater 6 reaches setting value, air energy heat pump main frame 1 can be shut down, when the water temperature in attemperater 6 is low
After setting value, air energy heat pump main frame 1 can restart again.The water pump circulated in total meeting of journey 9 can bring hot water into drying room reality
Row heats up to drying room.Solar energy+air energy heat pump main frame heat supply mode：When i.e. the light application time of solar energy 3 is inadequate, air
Energy heat pump main frame 1 is used as supplemental heat source, based on the heat supply of solar energy 3, the heat supply mode supplemented by the heat supply of air energy heat pump main frame 1,
The start and stop of air energy heat pump main frame 1 are all the time using the temperature set in attemperater as start and stop foundation.Moisture-eliminating blower 18：Moisture-eliminating blower
18 are connected with humidity discharging airduct 17, and the start and stop of moisture-eliminating blower 18 are controlled by the controller on switch board 2, when the humidity in drying room
During more than setting value, moisture-eliminating blower is opened, and when the humidity in drying room is less than setting value, moisture-eliminating blower is closed.Humidity discharging airduct 17
On be provided with plate, the size of exhausting amount is adjusted by plate.Vermicelli are sent into drying room 13 after being shaped by oodle maker 12 to be entered
Drying, after vermicelli drying, vermicelli can cut into certain length by noodle cutter 16, then be sent into packing machine by conveyer belt 15
Packed automatically in 14, finished goods inventory is sent into after packaging.
Brief description of the drawings
Fig. 1 is the structural scheme of mechanism of this patent.
Wherein, 1 --- --- switch board, 3 --- solar thermal collector, 4 --- air can follow for air energy thermal pump assembly, 2
Ring assembly, 5 --- circulation assembly, 6 --- attemperater, 7 --- hot-water line import, 8 --- return pipe, 9 --- circulation assembly,
10 --- interchanger, 11 --- gate valve, 12 --- oodle maker, 13 --- drying room, 14 --- packing machine, 15 --- conveyer belt,
16 --- noodle cutter, 17 --- exhaust duct, 18 --- moisture-eliminating blowers.
Embodiment
This patent is described further with reference to embodiment.
The concrete technical scheme of this patent is as follows：
A kind of solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device, by air energy thermal pump assembly 1, control
Cabinet 2 processed, solar thermal collector 3, air can circulate assembly 4, circulation assembly 5, attemperater 6, hot-water line import 7, return pipe 8,
Circulate assembly 9, interchanger 10, gate valve 11, oodle maker 12, drying room 13, packing machine 14, conveyer belt 15, noodle cutter 16, exhaust duct
17th, moisture-eliminating blower forms, it is characterised in that air energy thermal pump assembly connects attemperater, solar energy by air circulation assembly
Heat collector circulates assembly by solar energy and connects attemperater, heated water in air energy thermal pump assembly and attemperater, too
Positive flow circuit to be exchanged between heat collector and attemperater, it is total that attemperater connects circulation by hot-water line import with return pipe
Into circulation assembly is connected to the interchanger in drying room by waterpipe, and switch configuration is above the conveyer belt in drying room, drying room
Interior setting exhaust duct, air draft pipe end sets exhaust fan unit, during oodle maker, noodle cutter, packing machine setting are before conveyer belt
Position afterwards, circulation assembly are made up of y-type filter, gate valve, water pump, gate valve, pressure gauge, check valve, loop gate valve, the filtering of Y types
Device connects water pump, outlet connection lock, pressure gauge, the check valve of water pump by gate valve.
This mode of operation has Three models：
Solar energy pattern：Solar energy is made up of solar energy highly effective rose gold tube, stainless steel water tank, stainless steel base and support,
When sunny, solar energy is transferred heat into the water tank of solar energy configuration by absorbing the heat of sunshine, solar energy
Water tank temperature can be gradually increasing.When there is an integrated manipulator on switch board 2, solar water container and attemperater can be monitored
Temperature, when the water tank temperature of solar energy is spent more than attemperater temperature 3-5（Can select to set), circulate the water in total journey 5
Pump will start, the water in such attemperater 6 and the water meeting circulating-heating between the water tank of solar energy, the water in attemperater
Temperature can constantly increase, and when the temperature of attemperater 6 reaches or surpasses 65 degree, and sunshine is sufficient, can stablize attemperater 6
Temperature is not less than 65 degree, and the water pump now circulated in total journey 9 can start, and the hot water in attemperater 6 can enter 7 by hot-water line,
Under the operating of water pump, hot water can by gate valve 11, into interchanger 10, because heat supply of the interchanger 10 according to vermicelli drying room needs
Ask, to be reasonably arranged in vermicelli drying room, be divided into vermicelli drying room an area, 2nd area, 3rd area, 4th area, 5th area, its Zhong-1 block and
5th area do not have to heating, and 2nd area, 3rd area, 4th area need to ensure different temperature and humidity.Controller in switch board 2 is in drying room one
Area, 2nd area, 3rd area, 4th area, 5th area are placed with humidity and temp probe respectively, when any section needs heating, the meeting of interchanger 10
Startup optimization, it is copper structure that interchanger is interior, while has built-in high temperature protection against the tide blower fan, when hot water is by the copper pipe inside interchanger
When, the temperature of hot water can be delivered to copper pipe surface, and in the presence of blower fan, the wind in drying room passes through copper pipe surface, after heating
Drying room is blown to, is and so on circulated, the temperature in each area of drying room can reach the temperature specified according to stoving process requirement, work as temperature
After reaching, the controller on switch board 2 can disconnect the power supply of interchanger 10, and blower fan stops this operation, and heat is not exporting.Thus exist
Weather is preferable, during sunshine abundance, the purpose of drying vermicelli can be reached using solar energy, has saved the energy.
Air energy thermal pump assembly heat supply mode：In the case of no sun, such as night sky, rainy day, cloudy day weather, control
Controller on cabinet 2 can monitor the temperature of attemperater 6, when the temperature of attemperater 6 is less than setting value, the control on switch board 2
Device processed can open the water pump circulated in total journey 4, and the water in attemperater 6 can be pumped into air energy thermal pump assembly 1, while air
The energy meeting startup optimization of source pump 1, after the water heating being pumped into air energy thermal pump assembly 1 and sends back in attemperater 6, is incubated
Water temperature in water tank 6 can be raised constantly, and after the temperature of attemperater 6 reaches setting value, air energy heat pump main frame 1 can be shut down,
After the water temperature in attemperater 6 is less than setting value, air energy heat pump main frame 1 can restart again.Circulate the water in total meeting of journey 9
Hot water can be brought into drying room implementation and drying room is heated up by pump.
Solar energy+air energy heat pump main frame heat supply mode：When i.e. the light application time of solar energy 3 is inadequate, air energy heat pump master
Machine 1 is used as supplemental heat source, based on the heat supply of solar energy 3, the heat supply mode supplemented by the heat supply of air energy heat pump main frame 1, and air energy thermal
The start and stop of pump main frame 1 are all the time using the temperature set in attemperater as start and stop foundation.
Moisture-eliminating blower 18：Moisture-eliminating blower 18 is connected with humidity discharging airduct 17, and humidity discharging is controlled by the controller on switch board 2
The start and stop of blower fan 18, when the humidity in drying room is more than setting value, moisture-eliminating blower is opened, when the humidity in drying room is less than setting value
When, moisture-eliminating blower is closed.Plate is provided with humidity discharging airduct 17, the size of exhausting amount is adjusted by plate.
Vermicelli are sent into drying room 13 after being shaped by oodle maker 12 enters drying, and after vermicelli drying, vermicelli can pass through section
Machine 16 cuts into certain length, is then sent into packing machine 14 by conveyer belt 15 and is packed automatically, sent after packaging
Enter finished goods inventory.
Claims (1)
1. solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device, by air energy thermal pump assembly, switch board, too
Positive energy heat collector, air can circulate assembly, circulation assembly, attemperater, hot-water line import, return pipe, circulation assembly, exchange
Machine, gate valve, oodle maker, drying room, packing machine, conveyer belt, noodle cutter, exhaust duct, moisture-eliminating blower composition, it is characterised in that air
Energy source pump connects attemperater by air circulation assembly, and solar thermal collector passes through solar energy and circulates assembly connection insulation
Water tank, heated water flow circuit between air energy thermal pump assembly and attemperater, solar thermal collector and attemperater
Exchange, attemperater connects circulation assembly by hot-water line import with return pipe, and circulation assembly is connected to drying room by waterpipe
Interior interchanger, switch configuration set exhaust duct above the conveyer belt in drying room in drying room, air draft pipe end sets air draft
Unit, oodle maker, noodle cutter, packing machine set before conveyer belt in after position, circulation assembly by y-type filter, gate valve,
Water pump, gate valve, pressure gauge, check valve, loop gate valve composition, y-type filter connect water pump, the outlet connection of water pump by gate valve
Lock, pressure gauge, check valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721171104.4U CN207123136U (en) | 2017-09-13 | 2017-09-13 | Solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721171104.4U CN207123136U (en) | 2017-09-13 | 2017-09-13 | Solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device |
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| Publication Number | Publication Date |
|---|---|
| CN207123136U true CN207123136U (en) | 2018-03-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721171104.4U Expired - Fee Related CN207123136U (en) | 2017-09-13 | 2017-09-13 | Solar-energy air-energy heat pump assembled highly-effective energy-saving noodle drying system device |
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| CN (1) | CN207123136U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109489388A (en) * | 2018-11-28 | 2019-03-19 | 青岛理工大学 | A kind of fire hose drying device of heat pump and solar energy coupling |
| CN110118475A (en) * | 2019-05-16 | 2019-08-13 | 江苏科技大学 | A kind of rubber gloves drying system using solar heat pump |
| CN110836573A (en) * | 2019-11-05 | 2020-02-25 | 亳州职业技术学院 | Bo-chrysanthemum drying system based on orthogonal optimization and solar energy-heat pump combination |
-
2017
- 2017-09-13 CN CN201721171104.4U patent/CN207123136U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109489388A (en) * | 2018-11-28 | 2019-03-19 | 青岛理工大学 | A kind of fire hose drying device of heat pump and solar energy coupling |
| CN110118475A (en) * | 2019-05-16 | 2019-08-13 | 江苏科技大学 | A kind of rubber gloves drying system using solar heat pump |
| CN110836573A (en) * | 2019-11-05 | 2020-02-25 | 亳州职业技术学院 | Bo-chrysanthemum drying system based on orthogonal optimization and solar energy-heat pump combination |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180320 Termination date: 20180913 |