CN206546002U - A kind of water cold storage water-locator - Google Patents
A kind of water cold storage water-locator Download PDFInfo
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- CN206546002U CN206546002U CN201720209826.8U CN201720209826U CN206546002U CN 206546002 U CN206546002 U CN 206546002U CN 201720209826 U CN201720209826 U CN 201720209826U CN 206546002 U CN206546002 U CN 206546002U
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Abstract
A kind of water cold storage water-locator, includes the upper head plate and the bottom plate of bottom on top, the interior stream washer between outflow washer and bottom outflow washer and bottom plate between the communicating pipe of connection bottom plate and upper and lower end plate；Outer end plate, inner end plate, outflow washer and interior stream washer are fixed together by fixed support piece, top, which is outflowed, forms outflow channel between washer and upper head plate, outflow washer, interior stream baffle plate is formed with bottom plate has vertical direction view field interior stream washer communicating pipe with bottom plate angle.When aproll, water gets on from communicating pipe and is distributed away by outer flowing flux and interior flowing flux, wherein interior stream washer makes current be folded to vertical direction view field；When catchmenting：The water that water enters internal flow channel by vertical direction view field and come in outflow channel converges, and is then gone out from communicating pipe；So weaken and even eliminate water distribution shadow region, reduce thermocline thickness, improve the utilization ratio of cold-storage tank.
Description
Technical field
The utility model is related to a kind of cold-storage device, more particularly to a kind of natural layering formula water cold storage water-locator.
Background technology
Water cold storage is a kind of power-saving technology being widely used in central air-conditioning or other cold supply systems.Water cold storage technology should
It is by being stored and released cold quantity between round the clock, so that refrigeration system can make full use of the electric power of low-valley interval with purpose
The power load of peak power period is reduced, alleviates the peak valley contradiction of power system, is conducive to safety and the economical operation of power network.
Now in the natural temperature differential layer-stepping Water cold storage technology being most widely used, water-locator is to ensure that cold-storage tank in cold-storage and put
The key equipment of stable water temperature delamination is realized under cold operating mode.In same cold-storage tank, the higher high-temperature water of cold, temperature is released
Because density is relatively low and floats over top naturally, and the relatively low water at low temperature of non-released cold quantity (or storing full cold), temperature is because density
It is larger and sink to bottom under nature.There is an excessive temperature layer between high and low warm water --- mesolimnion.Due to being stored up in mesolimnion
The cold grade deposited is poor, it is difficult to effectively utilized by air-conditioning system, therefore the cold-storage tank space occupied by it is actually nothing
Space is imitated, therefore it is the problem of each water-locator will be faced to reduce thermocline thickness.Disc type water-locator because it is simple in construction,
It is with low cost, so that as the class water-locator being most widely used, still, conventional disc type water-locator has one more
Obvious shortcoming：Because the delivery port (or water inlet) of disc type water-locator is the face of cylinder that is formed between inside and outside end plate, current
Direction is horizontal direction, therefore intermediate region of the water-locator of every a pair of upper and lower correspondings arrangement in the projection of its vertical direction is all deposited
Be easily created water distribution shadow region between flow dead, i.e., upper and lower water-locator, that is, water flow blind angle, be unfavorable for
The natural layering of water, while increasing thermocline thickness, reduces the service efficiency of cold-storage tank.
Utility model content
The purpose of this utility model is to overcome the shortcoming and deficiency of prior art can be decreased or even eliminated there is provided one kind
The water cold storage water-locator in water shadow region.
The purpose of this utility model is achieved through the following technical solutions：A kind of water cold storage water-locator, includes the outer end on top
Plate and the inner end plate of bottom, the outflow washer between outer end plate and inner end plate, connect inner end plate communicating pipe and by outer end plate,
The fixed support piece that outflow washer and inner end plate are fixed together；It is between the outflow washer and outer end plate and two neighboring outer
The outflow channel of radial direction is formed between stream washer, the inner end plate and the angle region of communicating pipe are that water-locator vertical direction is projected
Provided with the interior stream washer being fixed on fixed support piece, the interior stream between the outflow catch of region, the inner end plate and bottom
The outer end of catch is extended radially outward to the outer end more than inner end plate, and curves downward and to the outer end more than inner end plate, described
Internal flow channel is formed between inner end plate and interior stream catch, the outlet of the internal flow channel horizontally toward water-locator vertical direction projected area
Domain.
As preferred embodiment, the interior stream reclinate part in catch outer end is circular arc, and this is bent downwardly
The end of part be provided with horizontal lengthening section more than inner end plate outer end extended horizontally to axis direction.
As preferred embodiment, the outer end plate, inner end plate, the upper end of outflow washer and interior stream washer are all circle
Shape, wherein, the top of the inner end plate, outflow washer and interior stream washer is equipped with circle in position corresponding with the communicating pipe
Through hole.
As preferred embodiment, the outer end plate, inner end plate, outflow washer, interior stream washer upper surface area it is big
Small relation is：Interior stream washer upper surface area>Outer end plate suqare=the inner plate suqare>Outflow catch area.
As preferred embodiment, the ratio between the internal flow channel discharge area and outflow channel discharge area are equal to
The ratio between whole water-locator vertical direction view field's volume summations and other Domain Volume summations in cold-storage tank in cold-storage tank.
As preferred embodiment, the outflow washer is that more than two panels, the interior stream washer is a piece of.
The utility model has the following advantages and effect relative to prior art：Due to the interior outer end for flowing catch radially
Extend outwardly to the outer end more than inner end plate and form circular arc shaped curvature, therefore the internal flow channel that interior stream washer is formed with bottom plate goes out
Mouth horizontally toward water-locator vertical direction view field so that water cold storage water-locator is in release current or absorbs under the operating modes of current
It can be discharged by internal flow channel to the shadow region that water cold storage water-locator vertical direction be projected or absorb current from the region, so that
Solve the problems, such as the water distribution shadow region that traditional water-locator exists in vertical direction view field.
Brief description of the drawings
Fig. 1 and Fig. 2 are a kind of structural representations of water cold storage water-locator described in the utility model, wherein, Fig. 1 is main view
Figure, Fig. 2 is top view.
Embodiment
The utility model is described in further detail with reference to embodiment and accompanying drawing, but implementation of the present utility model
Mode not limited to this.
Water cold storage water-locator as depicted in figs. 1 and 2, includes the outer end plate 1 and inner end plate 5, the outer end plate 1 of bottom on top
Outflow catch 2 between inner end plate 5 and interior stream catch 4, outer end plate 1, inner end plate 5, outflow catch 2 and the interior catch 4 that flows consolidated
Fixed several pieces (only display 4 in Fig. 2) fixed support piece 3, communicating pipes 6 being connected with the center of inner end plate 5 together；The outer end plate
1st, inner end plate 5, outflow catch 2, the upper end of interior stream catch 4 be all to be discoid, wherein inner end plate 5, outflow washer 2, interior stream washer 4
Upper surface is being designed with manhole with the correspondence position of communicating pipe 6；The outer end plate 1 and inner end plate 5 are between the two cylinder
Space, outflow catch 2 is more than 2, as preferred embodiment, and this example is 3, and respectively outflow washer 21,22,23,
Outflow between washer 21 and outer end plate 1 and formed radially between two neighboring outflow washer 21 and 22, outflow washer 22 and 23
Outflow channel 8；The communicating pipe 6 is water-locator vertical direction view field 9 with the angle region of inner end plate 5；The interior stream gear
The quantity of piece 4 is a piece of, is fixed on by fixed support piece 3 between inner end plate 5 and the outflow washer 23 of bottom, the interior stream catch
4 outer end is extended radially outward to the outer end more than inner end plate 5, and the outer end curved downward and to more than inner end plate 5 forms circle
Arc-shaped curvature portion, circular arc shaped curvature end is provided with the level lengthening extended horizontally to axis direction more than the outer end of inner end plate 5
Section, can so make the internal flow channel 7 formed between inner end plate 5 and interior stream catch 4 export horizontally toward water-locator vertical direction throwing
Shadow zone domain 9；The fixed support piece 3 is made up of rectangular-shaped sheet of material, by welding or other modes that are fixedly connected outer end plate
1st, inner end plate 5 and outflow catch 2, interior stream washer 4 connection are fastened together, and laminar fixed support piece 3 presses disk radial direction side
To arrangement, it is therefore an objective to do not influence the current of the outflow channel 8 of Radial Flow.The outer end plate 1, inner end plate 2, outflow washer 2, interior
The size relation of stream washer 4 upper surface is：Interior stream washer upper surface area>Outer end plate suqare=the inner plate suqare>Outflow
Catch area.
When water-locator aproll：The cylindrical empty that cooling water is formed from communicating pipe 6 into outer end plate 1 and inner end plate 5
Between, outflow channel 8 and internal flow channel 7 are assigned to, wherein, internal flow channel 7 makes water (flow) direction be folded to the throwing of water-locator vertical direction
Shadow zone domain 9, so that spatially realizing and water cold storage water distribution in water-locator vertical direction view field 9 and outside region
Current between device are exchanged, therefore the water distribution shadow region in water cold storage water-locator vertical direction view field 9 is greatly weakened
Even eliminate, effectively reduce average thermoclinic thickness, improve the utilization ratio of cold-storage tank；When water-locator catchments
Wait：Water enters internal flow channel 7 from vertical direction view field 9 and converged again through connecting with the water flowed into from outflow channel 8 again
Pipe 6 flows out.
Because the volume of water cold storage water-locator vertical direction view field 9 only accounts for the small portion of whole water cold storage water-locator volume
Point, therefore must take into consideration on the outflow channel 8 of water-locator described in the utility model and the water operation ratio of internal flow channel 7
This species diversity, i.e., the ratio between the outlet stream sectional area of interior stream runner 7 and discharge area of outflow runner 8 are equal to above-mentioned cold-storage water
Volume shared by whole water-locator vertical direction view fields 9 in the water cold storage water-locator institute compass of competency except above-mentioned with hanging down in groove
Nogata is to the ratio between other Domain Volumes after view field.
Above-described embodiment is the utility model preferably embodiment, but embodiment of the present utility model is not by above-mentioned
The limitation of embodiment, it is other it is any without departing from Spirit Essence of the present utility model with made under principle change, modify, replace
Generation, combination, simplification, should be equivalent substitute mode, are included within protection domain of the present utility model.
Claims (6)
1. a kind of water cold storage water-locator, includes the outer end plate and the inner end plate of bottom on top, outer between outer end plate and inner end plate
Washer is flowed, the fixed support piece for connecting the communicating pipe of inner end plate and outer end plate, outflow washer and inner end plate being fixed together；
The outflow channel of radial direction, the inner end plate are formed between the outflow washer and outer end plate and between two neighboring outflow washer
Angle region with communicating pipe is water-locator vertical direction view field, it is characterised in that：The inner end plate and bottom it is outer
Provided with the interior stream washer being fixed on fixed support piece between stream catch, the outer end of the interior stream catch is extended radially outward to super
The outer end of inner end plate is crossed, and curves downward and to the outer end more than inner end plate, interior flow is formed between the inner end plate and interior stream catch
Passage, the outlet of the internal flow channel horizontally toward water-locator vertical direction view field.
2. water cold storage water-locator according to claim 1, it is characterised in that：The interior stream reclinate portion in catch outer end
It is divided into circular arc, the end of the reclinate part is provided with the level extended horizontally to axis direction more than inner end plate outer end
Lengthening section.
3. water cold storage water-locator according to claim 1, it is characterised in that：The outer end plate, inner end plate, outflow washer and
The upper end of interior stream washer all to be discoid, wherein, the upper surface of the inner end plate, outflow washer and interior stream washer with the company
The corresponding position of siphunculus is equipped with manhole.
4. water cold storage water-locator according to claim 3, it is characterised in that：The outer end plate, inner end plate, outflow washer,
The size relation of interior stream washer upper surface is：Interior stream washer upper surface area>Outer end plate suqare=the inner plate suqare>Outflow
Catch area.
5. water cold storage water-locator according to claim 1, it is characterised in that：The internal flow channel discharge area and outflow
The ratio between channel outlet sectional area is equal to whole water-locator vertical direction view field's volume summations and cold-storage tank in cold-storage tank
The ratio between interior other Domain Volume summations.
6. water cold storage water-locator according to claim 1, it is characterised in that：It is described outflow washer be two panels more than, it is described
Interior stream washer is a piece of.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720209826.8U CN206546002U (en) | 2017-03-06 | 2017-03-06 | A kind of water cold storage water-locator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720209826.8U CN206546002U (en) | 2017-03-06 | 2017-03-06 | A kind of water cold storage water-locator |
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| CN206546002U true CN206546002U (en) | 2017-10-10 |
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| CN201720209826.8U Active CN206546002U (en) | 2017-03-06 | 2017-03-06 | A kind of water cold storage water-locator |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107702253A (en) * | 2017-10-31 | 2018-02-16 | 江苏高菱蓄能科技有限公司 | A kind of water-locator for being used to surpass laminar flow chilled water storage system |
-
2017
- 2017-03-06 CN CN201720209826.8U patent/CN206546002U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107702253A (en) * | 2017-10-31 | 2018-02-16 | 江苏高菱蓄能科技有限公司 | A kind of water-locator for being used to surpass laminar flow chilled water storage system |
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