CN207865678U - A kind of waste heat circulation device for air compressor - Google Patents
A kind of waste heat circulation device for air compressor Download PDFInfo
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- CN207865678U CN207865678U CN201820177978.9U CN201820177978U CN207865678U CN 207865678 U CN207865678 U CN 207865678U CN 201820177978 U CN201820177978 U CN 201820177978U CN 207865678 U CN207865678 U CN 207865678U
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- babinet
- air compressor
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- waste heat
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Abstract
The utility model is related to a kind of waste heat circulation device more particularly to a kind of waste heat circulation devices for air compressor.That the technical problem to be solved by the present invention is to provide a kind of hot gas of recycling is pure, recycles the vapor of generation, to save the waste heat circulation device for air compressor of water resource.In order to solve the above-mentioned technical problem, the utility model provides such a waste heat circulation device for air compressor, includes first support, the first babinet, case lid, fixed mechanism, the first web plate, sponge block, the second web plate, screen frame, activated carbon, the second babinet, water inlet pipe, the first valve, downtake pipe, outlet pipe, the second valve, second exhaust pipe and condensing mechanism；Air compressor ontology is positioned on ground.The utility model has achieved the effect that the hot gas recycled is pure, saves water resource.
Description
Technical field
The utility model is related to a kind of waste heat circulation device more particularly to a kind of waste heat circulation dresses for air compressor
It sets.
Background technology
Air compressor is a kind of equipment to compressed gas.Air compressor is similar with water pump structure.Most of skies
Air compressor is reciprocating-piston, rotating vane or rotary screw.Centrifugal compressor is very big application program.Air pressure
Contracting machine will produce many hot gas at work, and then can hot gas be carried out Recovery and recycle utilization, can not only economize on resources,
And the effect of environmental protection can be played.
The existing waste heat circulation device for air compressor has that the hot gas recycled is pure, water by generation
Steam is directly emitted in air, the shortcomings that failing to be recycled, therefore it is pure there is an urgent need for researching and developing a kind of hot gas of recycling
Only, the vapor of generation is recycled, to save the waste heat circulation device for air compressor of water resource.
Utility model content
(1) technical problems to be solved
The utility model is in order to overcome the existing waste heat circulation device for air compressor to there is the heat recycled
Gas is not pure, the shortcomings that being directly emitted in air, fail to be recycled the vapor of generation, and the utility model will solve
It is to provide that a kind of hot gas of recycling is pure, recycles the vapor of generation certainly the technical issues of, to save
The waste heat circulation device for air compressor of water resource.
(2) technical solution
In order to solve the above-mentioned technical problem, the utility model provides such a waste heat circulation for air compressor
Device includes first support, the first babinet, case lid, fixed mechanism, the first web plate, sponge block, the second web plate, screen frame, activity
Charcoal, the second babinet, water inlet pipe, the first valve, downtake pipe, outlet pipe, the second valve, second exhaust pipe and condensing mechanism；
Air compressor ontology is positioned on ground, and air compressor escape pipe is installed on one upper lateral part of air compressor ontology；First
Holder is fixed in the side that air compressor ontology is abutted on ground, and the first babinet is fixed at the top of first support, air compression
Machine escape pipe stretches into lower part in the first babinet；Case lid is articulated with the first top of the box close to the side of air compressor ontology, and
And case lid is fixed by being fixed in fixed mechanism of first top of the box close to the side of air compressor ontology；First row
Tracheae is installed on the first top of the box, and the first web plate is fixed in the first babinet, and goes out positioned at air compressor in the horizontal direction
The top of tracheae；Sponge block is positioned at the top of the first web plate；Second web plate is fixed in the horizontal direction in the first babinet, and is located at
The top of first web plate；Screen frame is positioned at the top of the second web plate, and activated carbon is positioned in screen frame；Second babinet is positioned on ground
Against the side of first support, downtake pipe stretches into lower part in the second babinet；Second exhaust pipe is installed on the second top of the box；
Water inlet pipe is installed on a upper lateral part of second babinet far from first support, and the first valve is equipped on water inlet pipe；Outlet pipe is installed
In being equipped with the second valve on a side lower part of second babinet far from first support, outlet pipe；Condensing mechanism is fixed on ground
Against the side of the second babinet, and second exhaust pipe stretches into the output end of condensing mechanism.
Preferably, fixed mechanism includes elastic component, sliding block and inserted link；First top of the box is close to air compressor ontology
Side on be vertically provided with jack, case lid is vertically provided with cunning close to a upper lateral part of air compressor ontology
Slot, inserted link are slidably connected by sliding block and sliding slot, and are inserted and coordinated with jack；Elastic component one end is fixed in bottom in sliding slot,
The elastic component other end is fixed in slider bottom.
Preferably, condensing mechanism includes second support, third babinet, condenser and connecting tube；Second support is fixed in
The side of the second babinet is abutted on ground, third babinet is fixed at the top of second support, and is connected by connecting tube and the second babinet
It connects；Second exhaust pipe stretches into third babinet, and condenser is fixed in third babinet inner top.
Preferably, the material of downtake pipe is rubber-plastic sponge.
Preferably, the outer surface of the second babinet is coated with thermal insulation coatings.
Operation principle：It will produce hot gas when this body running of air compressor, and then hot gas will be gone out by air compressor
Tracheae enters in the first babinet, is arrived by the double filtration of sponge block and activated carbon will be by downtake pipe later
In second babinet.Staff again opens the first valve later, is passed through later to the second babinet by water inlet pipe a certain amount of
Cold water later again shuts the first valve, and then cold water will be by cold water heating with hot air impingement, and generates vapor.
At the same time the vapor generated will be entered by second exhaust pipe in the output end of condensing mechanism, and then after condensation
Small water droplet just again can be into recycling in people to the second babinet, and then has saved water resource.When the water in the second babinet compared with
When hot, staff can open the second valve, then the hot water in the second babinet will be flowed out by outlet pipe, and then the people that works
Member can use hot water, to save the energy.When sponge block and activated carbon are using long need replacing, staff is first
The first no longer fixed case lid of control fixed mechanism, makes case lid be clockwise to suitable position, and then case lid is opened later.Later
Staff can replace the sponge block on the first web plate, later again pull out screen frame, and then by the work in screen frame
Property charcoal is replaced, and is placed into later onto the second web plate.Staff's another mistake hour hands rotation case lid is to reset later, then controls
Case lid is fixed fixed mechanism.
Because fixed mechanism includes elastic component, sliding block and inserted link；First top of the box is close to air compressor ontology
Jack is vertically provided on side, case lid is vertically provided with sliding slot close to a upper lateral part of air compressor ontology,
Inserted link is slidably connected by sliding block and sliding slot, and is inserted and coordinated with jack；Elastic component one end is fixed in bottom in sliding slot, elasticity
The part other end is fixed in slider bottom；So when staff needs to open case lid, staff pulls up inserted link first,
When inserted link is pulled out out of jack completely, staff stops drag inserted link, rotates clockwise case lid again later to suitable position,
And then case lid is opened.When staff needs that case lid is covered and fixed, staff rotates counterclockwise case lid first, with
This simultaneously because elastic component effect, inserted link will be driven to move downward.When case lid resets, inserted link will be inserted into jack
It is interior, and then inserted link is fixed.
Because condensing mechanism includes second support, third babinet, condenser and connecting tube；Second support is fixed in ground
The upper side for abutting the second babinet, third babinet is fixed at the top of second support, and is connect with the second babinet by connecting tube；The
Two exhaust pipes stretch into third babinet, and condenser is fixed in third babinet inner top；So when the vapor in the second babinet is logical
It crosses second exhaust pipe to enter when contacting with condenser in third babinet, and then vapor moment will be condensed into small water droplet,
It then drops onto the small water droplet in third babinet and will be entered by connecting tube in the second babinet and recycled, to save
Water resource.
(3) advantageous effect
The hot gas that the utility model generates when can be by this body running of air compressor by sponge block and activated carbon carries out
Double filtration, so as to keep the hot gas of recycling purer；Vapor can be condensed into small water droplet by condensing mechanism to carry out
It recycles, to save water resource；To achieve the effect that the hot gas recycled is pure, saves water resource.
Description of the drawings
Fig. 1 is the main structure diagram of the utility model.
Fig. 2 is the main structure diagram of the utility model fixed mechanism.
Fig. 3 is the main structure diagram of the utility model condensing mechanism.
Label in attached drawing be：The ground 1-, 2- air compressor ontologies, 3- air compressor escape pipes, 4- first supports,
The first babinets of 5-, 6- case lids, 7- fixed mechanisms, 71- sliding slots, 72- elastic components, 73- sliding blocks, 74- inserted links, 75- jacks, 8- first
Web plate, 9- sponge blocks, the second web plates of 10-, 11- screen frames, 12- activated carbons, the second babinets of 13-, 14- water inlet pipes, the first valves of 15-
Door, 16- downtake pipes, 17- outlet pipes, the second valves of 18-, 19- second exhaust pipes, 20- condensing mechanisms, 201- second
Frame, 202- third babinets, 203- condensers, 204- connecting tubes.
Specific implementation mode
The utility model is further described with reference to the accompanying drawings and examples.
Embodiment 1
A kind of waste heat circulation device for air compressor includes as shown in Figs. 1-3 first support 4, the first babinet
5, case lid 6, fixed mechanism 7, the first web plate 8, sponge block 9, the second web plate 10, screen frame 11, activated carbon 12, the second babinet 13, into
Water pipe 14, the first valve 15, downtake pipe 16, outlet pipe 17, the second valve 18, second exhaust pipe 19 and condensing mechanism 20；
Air compressor ontology 2 is positioned on ground 1, and air compressor escape pipe 3 is installed on 2 one upper lateral part of air compressor ontology；
First support 4 is fixed in the side that air compressor ontology 2 is abutted on ground 1, and the first babinet 5 is fixed in 4 top of first support,
Air compressor escape pipe 3 stretches into lower part in the first babinet 5；Case lid 6 is articulated with 5 top of the first babinet close to air compressor sheet
The side of body 2, and case lid 6 is by being fixed in fixed mechanism of 5 top of the first babinet close to the side of air compressor ontology 2
7 are fixed；Downtake pipe 16 is installed on 5 top of the first babinet, and the first web plate 8 is fixed in the first babinet 5 in the horizontal direction
It is interior, and positioned at the top of air compressor escape pipe 3；Sponge block 9 is positioned over 8 top of the first web plate；Second web plate 10 is along level
Direction is fixed in the first babinet 5, and positioned at the top of the first web plate 8；Screen frame 11 is positioned over 10 top of the second web plate, activated carbon
12 are positioned in screen frame 11；Second babinet 13 is positioned over the side that first support 4 is abutted on ground 1, and downtake pipe 16 stretches into
Lower part in second babinet 13；Second exhaust pipe 19 is installed on 13 top of the second babinet；It is remote that water inlet pipe 14 is installed on the second babinet 13
A upper lateral part from first support 4 is equipped with the first valve 15 on water inlet pipe 14；It is separate that outlet pipe 17 is installed on the second babinet 13
One side lower part of first support 4 is equipped with the second valve 18 on outlet pipe 17；Condensing mechanism 20 is fixed on ground 1 against the
The side of two babinets 13, and second exhaust pipe 19 stretches into the output end of condensing mechanism 20.
Fixed mechanism 7 includes elastic component 72, sliding block 73 and inserted link 74；First babinet, 5 top is close to air compressor sheet
Vertically be provided with jack 75 on the side of body 2, case lid 6 close to air compressor ontology 2 a upper lateral part vertically
It is provided with sliding slot 71, inserted link 74 is slidably connected by sliding block 73 and sliding slot 71, and is inserted and coordinated with jack 75；72 one end of elastic component
It is fixed in bottom in sliding slot 71,72 other end of elastic component is fixed in 73 bottom of sliding block.
Condensing mechanism 20 includes second support 201, third babinet 202, condenser 203 and connecting tube 204；Second support
201 are fixed in the side that the second babinet 13 is abutted on ground 1, and third babinet 202 is fixed in 201 top of second support, and passes through
Connecting tube 204 is connect with the second babinet 13；Second exhaust pipe 19 stretches into third babinet 202, and condenser 203 is fixed in third case
202 inner top of body.
The material of downtake pipe 16 is rubber-plastic sponge.
The outer surface of second babinet 13 is coated with thermal insulation coatings.
Operation principle：Air compressor ontology 2 will produce hot gas when working, and then hot gas will be gone out by air compressor
Tracheae 3 enters in the first babinet 5, will pass through downtake pipe by the double filtration of sponge block 9 and activated carbon 12 later
16 and then in the second babinet 13.Staff again opens the first valve 15 later, later by water inlet pipe 14 to the second case
Body 13 is passed through a certain amount of cold water, later again shuts the first valve 15, and then cold water will become cold water with hot air impingement
Heat, and generate vapor.At the same time the vapor generated will enter condensing mechanism 20 by second exhaust pipe 19
Small water droplet in output end, and then after condensing just again can be into recycling in people to the second babinet 13, and then saving
Water resource.When the water in the second babinet 13 is warmmer, staff can open the second valve 18, then the heat in the second babinet 13
Water will be flowed out by outlet pipe 17, and then staff can use hot water, to save the energy.When 9 He of sponge block
When activated carbon 12 is using long need replacing, staff controls the no longer fixed case lid 6 of fixed mechanism 7 first, makes case lid 6 later
It is clockwise to suitable position, and then case lid 6 is opened.Staff can be by the sponge block 9 on the first web plate 8 later
It is replaced, is later again pulled out screen frame 11, and then the activated carbon 12 in screen frame 11 is replaced, placed into later to second
On web plate 10.Staff's another mistake hour hands rotate case lid 6 to reset later, then control fixed mechanism 7 and case lid 6 is fixed i.e.
It can.
Because fixed mechanism 7 includes elastic component 72, sliding block 73 and inserted link 74；It is compressed close to air at first babinet, 5 top
Jack 75 is vertically provided on the side of machine ontology 2, case lid 6 is vertical close to the upper lateral part edge of air compressor ontology 2
Direction is provided with sliding slot 71, and inserted link 74 is slidably connected by sliding block 73 and sliding slot 71, and inserts and coordinate with jack 75；Elastic component 72
One end is fixed in bottom in sliding slot 71, and 72 other end of elastic component is fixed in 73 bottom of sliding block；So when staff needs to open
When case lid 6, staff pulls up inserted link 74 first, and when inserted link 74 is pulled out out of jack 75 completely, staff stops
Inserted link 74 is pulled, case lid 6 is rotated clockwise again later and is opened to suitable position, and then by case lid 6.When staff needs case
When lid 6 is covered and fixed, staff rotates counterclockwise case lid 6 first, will band at the same time due to the effect of elastic component 72
Dynamic inserted link 74 moves downward.When case lid 6 resets, inserted link 74 will be inserted into jack 75, and then inserted link 74 is fixed.
Because condensing mechanism 20 includes second support 201, third babinet 202, condenser 203 and connecting tube 204；Second
Holder 201 is fixed in the side that the second babinet 13 is abutted on ground 1, and third babinet 202 is fixed in 201 top of second support, and
It is connect with the second babinet 13 by connecting tube 204；Second exhaust pipe 19 stretches into third babinet 202, and condenser 203 is fixed in
Three babinets, 202 inner top；So the vapor in the second babinet 13 is entered by second exhaust pipe 19 in third babinet 202
When being contacted with condenser 203, and then vapor moment will be condensed into small water droplet, then dropped onto small in third babinet 202
Water droplet will be entered in the second babinet 13 by connecting tube 204 and be recycled, to save water resource.
Preferred embodiments of the present invention above described embodiment only expresses, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these are all
Belong to the scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (5)
1. a kind of waste heat circulation device for air compressor, which is characterized in that include first support (4), the first babinet
(5), case lid (6), fixed mechanism (7), the first web plate (8), sponge block (9), the second web plate (10), screen frame (11), activated carbon
(12), the second babinet (13), water inlet pipe (14), the first valve (15), downtake pipe (16), outlet pipe (17), the second valve
(18), second exhaust pipe (19) and condensing mechanism (20)；Air compressor ontology (2) is positioned on ground (1), air compressor
Escape pipe (3) is installed on (2) one upper lateral part of air compressor ontology；First support (4), which is fixed on ground (1), abuts air pressure
The side of contracting machine ontology (2), the first babinet (5) are fixed at the top of first support (4), and air compressor escape pipe (3) stretches into the
One babinet (5) interior lower part；Case lid (6) is articulated with the side close to air compressor ontology (2) at the top of the first babinet (5), and
Case lid (6) is carried out by being fixed in the fixed mechanism (7) of the side at the top of the first babinet (5) close to air compressor ontology (2)
It is fixed；Downtake pipe (16) is installed at the top of the first babinet (5), and the first web plate (8) is fixed in the first babinet in the horizontal direction
(5) in, and positioned at the top of air compressor escape pipe (3)；Sponge block (9) is positioned at the top of the first web plate (8)；Second web plate
(10) it is fixed in the horizontal direction in the first babinet (5), and positioned at the top of the first web plate (8)；Screen frame (11) is positioned over second
At the top of web plate (10), activated carbon (12) is positioned in screen frame (11)；Second babinet (13), which is positioned on ground (1), abuts first
The side of frame (4), downtake pipe (16) stretch into the second babinet (13) interior lower part；Second exhaust pipe (19) is installed on the second babinet
(13) top；Water inlet pipe (14) is installed on a upper lateral part of the second babinet (13) far from first support (4), and water inlet pipe is pacified on (14)
Equipped with the first valve (15)；Outlet pipe (17) is installed on a side lower part of the second babinet (13) far from first support (4), outlet pipe
(17) the second valve (18) is installed on；Condensing mechanism (20) is fixed in the side that the second babinet (13) is abutted on ground (1), and
Second exhaust pipe (19) stretches into the output end of condensing mechanism (20).
2. a kind of waste heat circulation device for air compressor according to claim 1, which is characterized in that fixed mechanism
(7) include elastic component (72), sliding block (73) and inserted link (74)；Close to air compressor ontology (2) at the top of first babinet (5)
Jack (75) is vertically provided on side, a upper lateral part of the close air compressor ontology (2) of case lid (6) is vertically
It is provided with sliding slot (71), inserted link (74) is slidably connected by sliding block (73) and sliding slot (71), and is inserted and coordinated with jack (75)；Bullet
Property part (72) one end is fixed in sliding slot (71) interior bottom, and elastic component (72) other end is fixed in sliding block (73) bottom.
3. a kind of waste heat circulation device for air compressor according to claim 2, which is characterized in that condensing mechanism
(20) include second support (201), third babinet (202), condenser (203) and connecting tube (204)；Second support (201)
It is fixed in the side that the second babinet (13) is abutted on ground (1), third babinet (202) is fixed at the top of second support (201), and
It is connect with the second babinet (13) by connecting tube (204)；Second exhaust pipe (19) stretches into third babinet (202), condenser
(203) it is fixed in third babinet (202) inner top.
4. a kind of waste heat circulation device for air compressor according to claim 3, which is characterized in that first exhaust
The material for managing (16) is rubber-plastic sponge.
5. a kind of waste heat circulation device for air compressor according to claim 4, which is characterized in that the second babinet
(13) outer surface is coated with thermal insulation coatings.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820177978.9U CN207865678U (en) | 2018-02-01 | 2018-02-01 | A kind of waste heat circulation device for air compressor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820177978.9U CN207865678U (en) | 2018-02-01 | 2018-02-01 | A kind of waste heat circulation device for air compressor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207865678U true CN207865678U (en) | 2018-09-14 |
Family
ID=63460679
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820177978.9U Active CN207865678U (en) | 2018-02-01 | 2018-02-01 | A kind of waste heat circulation device for air compressor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207865678U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109469980A (en) * | 2018-12-25 | 2019-03-15 | 广东珠江燃气集团股份有限公司 | A kind of residual temperature collection device for gas heater |
-
2018
- 2018-02-01 CN CN201820177978.9U patent/CN207865678U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109469980A (en) * | 2018-12-25 | 2019-03-15 | 广东珠江燃气集团股份有限公司 | A kind of residual temperature collection device for gas heater |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address |
Address after: Room 2318, 233 Tianhe Road, Tianhe District, Guangzhou City, Guangdong 510000 Patentee after: Guangdong Super Dragon Energy Conservation and Environmental Protection Technology Co., Ltd. Address before: 510000 Guangdong Province Tangan Road 146 Room 103 Guangzhou Super Dragon Energy Saving Technology Co., Ltd. Patentee before: Guangzhou Super Dragon Energy Saving Technology Co., Ltd. |
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| CP03 | Change of name, title or address |