CN209355725U - The atomization of water vector heat content condenses cooling equipment - Google Patents
The atomization of water vector heat content condenses cooling equipment Download PDFInfo
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- CN209355725U CN209355725U CN201822065201.6U CN201822065201U CN209355725U CN 209355725 U CN209355725 U CN 209355725U CN 201822065201 U CN201822065201 U CN 201822065201U CN 209355725 U CN209355725 U CN 209355725U
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Abstract
The utility model relates to cooling apparatus fields, it is atomized more particularly to a kind of water vector heat content and condenses cooling equipment, including tower body, tower body is made of pylon and panel, water collection device is set at the top of tower body, drip water plate is set to the middle part of tower body, it is range of atomization between water collection device and drip water plate, it is exchange area between drip water plate and tower body bottom, air duct is set to the centre of drip water plate and is connected to range of atomization and exchange area, vector atomising device is set in air duct, the two sides of tower body lower part are arranged in shutter grid, filler is arranged in exchange area and close to shutter grid, it is located on drip water plate above filler and is additionally provided with several through-holes, water tank is received to be arranged in tower body bottom and be connected with bottom, water inlet pipe passes through to receive water tank and be bent to be connected with vector atomising device upwards, return pipe and sewage pipe are all connected to receive the different location of water tank.The utility model good cooling effect, structural module is easy to repair, and heat sink material does not block, static component zero abrasion.
Description
Technical field
The utility model relates to cooling apparatus fields, and in particular to a kind of cooling equipment of water vector heat content atomization condensation.
Background technique
Currently, traditional evaporative cooling tower is driven air motion, is made recirculated cooling water using electric fan as power device
Enter air in tower in packing layer and carry out heat exchange, traditional evaporative cooling tower is often with motor, blower and transmission mechanism
And circulating cooling water pump, low frequency noise and vibration are generated in operation, influence surrounding enviroment, the pumping of traditional evaporative cooling tower tower body
Air port uses tapering type design, and a large amount of droplet is taken out of outside tower by air-flow, forms powder-refining with water and splashes, not only water loss is big, returns week
Surrounding environment causes strong influence, and traditional evaporative cooling tower is because using motor as power source, with the increasing of water process flow
Add, the power of motor also increases with it, and electric energy consumption is continuously increased, and traditional evaporative cooling tower powder-refining with water is splashed seriously, the wasting of resources and
Environment is affected, and because using electrical equipment, and there are electrical hazard and the security risks of the electrical wounding event of generation.
Utility model content
To solve deficiency existing for above-mentioned technology, the utility model provides a kind of cooling condense of water vector heat content atomization and sets
It is standby, for solving the deficiency of traditional evaporative cooling tower.
The technology employed by the present utility model is a kind of water vector heat content atomization condenses cooling equipment, including tower body,
Tower body is made of pylon and panel, is further included water collection device, drip water plate, air duct, vector atomising device, shutter grid, filler, is received water
Case, water inlet pipe, return pipe, sewage pipe, water collection device are set at the top of tower body, and drip water plate is set to the middle part of tower body, water collection device with
It is range of atomization between drip water plate, is exchange area between drip water plate and tower body bottom, air duct is set to the centre of drip water plate and connection
Range of atomization and exchange area, air duct is interior to be arranged vector atomising device, and the two sides of tower body lower part are arranged in shutter grid, and filler setting exists
In exchange area and it is located on drip water plate above shutter grid, filler and is additionally provided with several through-holes, receives water tank and be arranged in tower
Body bottom is simultaneously connected with bottom, water inlet pipe pass through receive water tank bending is connected upwards with vector atomising device, return pipe and
Sewage pipe is all connected to receive the different location of water tank.
Further, vector atomising device includes vector atomization rotation water chamber mechanism, atomizing spray mechanism, atomising device bottom
Seat and fan blade mechanism, vector atomization, which rotates, to be arranged atomizing spray mechanism and is connected around water chamber mechanism, atomising device pedestal
Setting is atomized below rotation water chamber mechanism and is connected in vector, and fan blade mechanism is divided into big blade and vanelets, vanelets setting
It is atomized at the top of rotation water chamber mechanism in vector, the quantity of vanelets is at least 3, and big blade setting is atomized rotation water chamber in vector
Surrounding and below atomizing spray mechanism, the quantity of big blade is at least 4, and atomising device pedestal is connected and connects with water inlet pipe
Logical, big blade and vanelets are all uniformly distributed.
It further, further include gondola water faucet for being equably sprayed onto recirculated water on filler, gondola water faucet and drip water plate
On through-hole be connected.
Further, sewage pipe is horizontally disposed is lower than return pipe and water inlet pipe.
It further, further include for facilitating the door for entering tower body lower part, door is set on panel.
Further, filler is twine filler, and filler is staggered and tilted to tower.
Further, pylon is galvanized steel, and panel is fiberglass reinforced plastics or stainless-steel sheet or is not limited to glass
The other materials and new material of fibre reinforced plastics or stainless-steel sheet.
The beneficial effects of the utility model are:
1, thermal performance is good, is passed through by spraying with the double action of fan blade mechanism air blast, hot water stream by atomizing spray mechanism
Atomization, water drenching rotation sprinkling, the buffering heat exchange of filler make thermal current sufficiently and exchange of cold air, will be hot in airflow channel
Enthalpy is after treatment, a small amount of to be discharged outside tower body.
2, without shock absorber, shock mounting does not need device float floor, shockproof effect.
3, structural module, the tower body of different size can be arranged in a combination by basic unit, detachably and again group
Dress, arbitrarily increases flow.
4, easy to repair, heat sink material does not block, static component zero abrasion.
5, good cooling effect, the hot water in tower exchange heat with the cold wind marched into the arena by shutter grid under the conditions of mist, and
In time outside discharge tower, reaching cooling effect, vector atomising device can achieve low-energy-efficiency, high wind pressure, Wind Volume, high water-gas ratio,
Make cooling tower that there is excellent cooling performance, and cold effect is stablized.
6, easy to maintain using safe, since this product is without motor and its electric utility, prevent electrical fire thing in operation
Therefore the generation with electrical casualty accident, as long as water circulating pump works, this product is at working condition, and structure is simple, maintenance side
Just.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the schematic diagram of internal structure of the utility model；
Fig. 3 is the vector atomising device exploded view of the utility model.
In figure: water tank, 7 sewage pipes, 8 water inlet pipes, 9 are received in 1 water collection device, 2 panels, 3 pylons, 4 shutter grids, 5 return pipes, 6
Door, 10 fillers, 11 drip water plates, 12 through-holes, 13 air ducts, 14 vector atomising devices, the atomization rotation of 14-1 vector water chamber mechanism, 14-2
Big blade, 14-3 are atomized spray boom, 14-4 atomizer, 14-5 gasket, 14-6 atomising device pedestal, 14-7 pedestal gasket, 14-8
Vanelets.
Specific embodiment
The technical issues of in order to keep the utility model solved, technical solution and beneficial effect are more clearly understood, below
In conjunction with the embodiments, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only
To explain the utility model, it is not used to limit the utility model.
It should be understood that the orientation or positional relationship of the instructions such as term "left", "right" in the description of the present invention,
To be based on the orientation or positional relationship shown in the drawings, it is merely for convenience of description the utility model, rather than requires this practical new
Type must be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
As shown in Fig. 1 Fig. 2, the utility model provides a kind of cooling equipment of water vector heat content atomization condensation, including tower body, tower
Body is made of pylon 3 and panel 2, further include water collection device 1, drip water plate 11, air duct 13, vector atomising device 14, shutter grid 4,
Filler 10 receives water tank 6, water inlet pipe 8, return pipe 5, sewage pipe 7, and water collection device 1 is set at the top of tower body, and drip water plate 11 is set to tower
The middle part of body is range of atomization between water collection device 1 and drip water plate 11, is exchange area, air duct 13 between drip water plate 11 and tower body bottom
It is set to the centre of drip water plate 11 and is connected to range of atomization and exchange area, vector atomising device 14, shutter grid 4 are set in air duct 13
The two sides of tower body lower part are set, and filler 10 is arranged in exchange area and is located at drip water plate above shutter grid 4, filler 10
It is additionally provided with several through-holes 12 on 11, receives water tank 6 and is arranged in tower body bottom and is connected with bottom, water inlet pipe 8, which passes through, receives water
Case 6 is bent to be connected with vector atomising device 14 upwards, and return pipe 5 and sewage pipe 7 are all connected to receive the different positions of water tank 6
It sets.
In the present embodiment, as shown in figure 3, vector atomising device 14 includes vector atomization rotation water chamber mechanism 14-1, atomization
Spraying mechanism, atomising device pedestal 14-6 and fan blade mechanism, atomizing spray mechanism is by atomization spray boom 14-3, atomizer 14-4
And gasket 14-5 composition, and it is atomized the one end spray boom 14-3 connection atomizer 14-4 other end attachment spacers 14-5, vector
Atomizing spray mechanism is set around atomization rotation water chamber mechanism 14-1 and is connected, atomising device pedestal 14-6 is arranged in vector mist
Change below rotation water chamber mechanism 14-1 and be connected, fan blade mechanism is divided into big blade 14-2 and vanelets 14-8, vanelets 14-8
Setting is atomized at the top of rotation water chamber mechanism 14-1 in vector, and the quantity of vanelets 14-8 is at least 3, and big blade 14-2 setting exists
Vector atomization rotates water chamber mechanism 14-1 surrounding and below atomizing spray mechanism, and the quantity of big blade 14-2 is at least 4, mist
Change device pedestal 14-6 to be connected and be connected to water inlet pipe 8 by pedestal gasket 14-7, big blade 14-2 and vanelets 14-8 are
It is uniformly distributed.
It further include the gondola water faucet (being shown in figure) for recirculated water to be equably sprayed on filler in the present embodiment,
Gondola water faucet is connected with the through-hole 12 on drip water plate 11.
In the present embodiment, sewage pipe 7 is horizontally disposed to be lower than return pipe 5 and water inlet pipe 8.
It further include for facilitating the door 9 for entering tower body lower part, door 9 is set on panel 2 in the present embodiment.
In the present embodiment, filler 10 is twine filler, and filler is staggered and tilted to tower.
In the present embodiment, pylon 3 is galvanized steel, and panel 2 is fiberglass reinforced plastics or stainless-steel sheet.
The working principle of the utility model are as follows: the atomization of water vector heat content condenses cooling equipment, has spraying and air blast double
Weight effect, when operating, form air motion in tower body, and most hot water gas enthalpy is in atomization directly at the top of tower body
The air duct that water collection device is formed is discharged outside tower top, and using water pump overbottom pressure as driving source, pressure water is flowed into through water inlet pipe 8 and sweared
In vector atomization rotation water chamber mechanism 14-1 in amount atomization rotating device 14, water impact vector atomization rotation water chamber mechanism
Chamber wall in 14-1 is provided with certain angle in chamber wall, forms first layer rotary impetus, and motive force pushes vector mist
Change the housing into rotation of rotation water chamber mechanism 14-1, the intracorporal diversion pipe of shell that water flows through vector atomization rotation water chamber mechanism 14-1 will
Water imports in atomization spray boom 14-3, and the form that the pressure water being atomized in spray boom 14-3 is atomized through atomizer 14-4 sprays, spray
During mist, the back pressure that the inner cavity of atomizer 14-4 is formed, and become the shell the of vector atomization rotating mechanism 14-1
Two driving sources, further increase the rotary power of the shell of vector atomization rotating mechanism 14-1, and are atomized and rotate in vector
It installs the fan blade mechanism with adjustable angle on mechanism 14-1 additional, is used for exhausting and air blast, so, in two water slug driving sources
Promotion under, rotate fan blade mechanism, as fan blade mechanism is spun up, under the influence of centrifugal force, drive entire vector mist
14 acceleration rotation is set in makeup, while the centrifugal force generated makes water flow centrifugation pressurization, and the speed of fluid is accelerated, and promotes vector atomization
The revolving speed of device 14 increases, and is wind energy by most fluid power conversions of pressure flow, and the hot water after making atomization blows to tower
Water collection device 1 at the top of body contacts exchange with the cold air outside tower body, and condensation forms droplet, falls back in tower, is carrying out second
Water distribution cooling processing, the hot water fallen back in tower forms round water distribution by gondola water faucet by the through-hole 12 on drip water plate 11,
It is equably sprayed in the filler 10 of exchange area, filler 10 is designed using twine, is arranged by different directions, and fluid passes through twine
Can reduce flow velocity when packing layer, increase fluid area, using unhurried current time and increasing transverse flow plane with enter from blinds grid 4 it is cold
Wind carries out more fully heat exchange, to achieve the effect that temperature drop.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, therefore, only
It should be included in this with any modifications, equivalent replacements, and improvements made by the utility model the description and the appended drawings content etc.
Within the protection scope of utility model.
Claims (7)
1. a kind of water vector heat content atomization condenses cooling equipment, including tower body, the tower body are made of pylon and panel, feature
It is: further includes water collection device, drip water plate, air duct, vector atomising device, shutter grid, filler, receives water tank, water inlet pipe, return water
Pipe, sewage pipe, the water collection device are set at the top of the tower body, and the drip water plate is set to the middle part of the tower body, the receipts
It is range of atomization between hydrophone and the drip water plate, is exchange area between the drip water plate and the tower body bottom, the air duct is set
It is placed in the centre of the drip water plate and is connected to the range of atomization and the exchange area, the setting vector atomization dress in the air duct
It sets, the two sides of the tower body lower part are arranged in the shutter grid, and the filler is arranged in the exchange area and close to described
Shutter grid, the filler top, which is located on the drip water plate, is additionally provided with several through-holes, and the receipts water tank is arranged described
Tower body bottom is simultaneously connected with bottom, and the water inlet pipe passes through receipts water tank bending and is connected upwards with the vector atomising device
It connects, the return pipe and sewage pipe are all connected to the different location for receiving water tank.
2. water vector heat content atomization according to claim 1 condenses cooling equipment, it is characterised in that: the vector atomization dress
It sets and is atomized rotation water chamber mechanism, atomizing spray mechanism, atomising device pedestal and fan blade mechanism, the vector atomization including vector
The atomizing spray mechanism is set around rotation water chamber mechanism and is connected, the atomising device pedestal is arranged in the vector mist
Change below rotation water chamber mechanism and be connected, the fan blade mechanism is divided into big blade and vanelets, and the vanelets are arranged in institute
It states at the top of vector atomization rotation water chamber mechanism, the quantity of the vanelets is at least 3, and the big blade is arranged in the vector
Atomization rotates water chamber surrounding and below the atomizing spray mechanism, and the quantity of the big blade is at least 4, the atomization dress
Bottom set seat is connected and is connected to the water inlet pipe, and the big blade and the vanelets are all uniformly distributed.
3. water vector heat content atomization according to claim 1 condenses cooling equipment, it is characterised in that: further include for that will follow
Ring water is equably sprayed onto the gondola water faucet on filler, and the gondola water faucet is connected with the through-hole on the drip water plate.
4. water vector heat content atomization according to claim 1 condenses cooling equipment, it is characterised in that: the sewage pipe is horizontal
It is set lower than the return pipe and the water inlet pipe.
5. water vector heat content atomization according to claim 1 condenses cooling equipment, it is characterised in that: further include for convenient
Into the door of the tower body lower part, the door is set on the panel.
6. water vector heat content atomization according to claim 1 condenses cooling equipment, it is characterised in that: the filler is twine
Filler, the filler are staggered and tilted to tower.
7. water vector heat content atomization according to claim 1 condenses cooling equipment, it is characterised in that: the pylon is zinc-plated
Steel, the panel are fiberglass reinforced plastics or stainless-steel sheet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822065201.6U CN209355725U (en) | 2018-12-10 | 2018-12-10 | The atomization of water vector heat content condenses cooling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822065201.6U CN209355725U (en) | 2018-12-10 | 2018-12-10 | The atomization of water vector heat content condenses cooling equipment |
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| Publication Number | Publication Date |
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| CN209355725U true CN209355725U (en) | 2019-09-06 |
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| CN201822065201.6U Active CN209355725U (en) | 2018-12-10 | 2018-12-10 | The atomization of water vector heat content condenses cooling equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109405577A (en) * | 2018-12-10 | 2019-03-01 | 深圳市辰诺节能科技有限公司 | The atomization of water vector heat content condenses cooling equipment |
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- 2018-12-10 CN CN201822065201.6U patent/CN209355725U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109405577A (en) * | 2018-12-10 | 2019-03-01 | 深圳市辰诺节能科技有限公司 | The atomization of water vector heat content condenses cooling equipment |
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