CN104596003B - Air conditioner water cold accumulation system water-distributing device - Google Patents
Air conditioner water cold accumulation system water-distributing device Download PDFInfo
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- CN104596003B CN104596003B CN201510003867.7A CN201510003867A CN104596003B CN 104596003 B CN104596003 B CN 104596003B CN 201510003867 A CN201510003867 A CN 201510003867A CN 104596003 B CN104596003 B CN 104596003B
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0007—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater cooling apparatus specially adapted for use in air-conditioning
- F24F5/0017—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater cooling apparatus specially adapted for use in air-conditioning using cold storage bodies, e.g. ice
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/14—Thermal energy storage
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Abstract
The invention provides a kind of air conditioner water cold accumulation system water-distributing device, it includes the first pipeline connected with cistern and the second pipeline, it is respectively communicated with first, first on second pipeline, second water-locator, water level where first water-locator is on the water level where the second water-locator, also include first, second spreads water layer, first, second, which spreads water layer, is covered on the whole cross section of cistern, first spreads water layer below the first water-locator, second spreads water layer above the second water-locator, first spreads water layer spreads above water layer positioned at second, first, second spreads water layer positioned at first, between second water-locator.The water that first, second, which spreads water layer, respectively to discharge first, second water-locator is distributed on the cross section of whole cistern, water distribution is more uniform, and disturbance caused by water distribution can be effectively reduced, can be applied to the accumulation of energy pond of various cross sections, produce a desired effect, to install cost small.
Description
Technical field
The invention belongs to air-conditioning equipment field, more particularly to a kind of air conditioner water cold accumulation system water-distributing device.
Background technology
How popularization with country to progressive pricing, carry out peak load shifting to air-conditioning system and have become solution air-conditioning
One of Main way of system electricity charge spending.At present, the peak load shifting major way of air-conditioning system is water cold storage, ice cold-storage etc..
Because the efficiency of conventional chilled water storage system is higher than ice cold-storage, chilled water storage system how is effectively improved, water cold storage system is improved
The cold storage efficiency of system, it has also become how air-conditioning system utilizes the key of peak load shifting technology.
Under current energy policy, energy consumption is related to the development of enterprise, or even living or death, and enterprise must not think little of power-saving technology
Using.In recent years, in the area for having obvious electricity price between peak and valley, water energy accumulating technique is extremely paid attention to.In numerous water accumulation of energy principles, water
Density natural layering way of energy storage is relatively simple.Natural layering effect audient's multifactor impact, wherein based on the performance of water-locator
Want one of factor.
Water-locator should ensure that water outlet can be evenly arranged in pond, and disturb small.At present, there are H types, eight-trigram type in engineering,
It is ring-like, the water-locator such as orifice plate type.These peculiarly shaped water-locators are provided to nothing but water distribution uniformly, reduce tiltedly temperature to greatest extent
Thickness degree, improves energy storage efficiency.Wherein, H types, eight-trigram type, ring-like water-locator are generally symmetric form water-locator, and these water-locators are often
Limited by the shape in pond, the water-locator that symmetric form is installed in the irregular accumulation of energy pond in cross section just compares difficult.It is right
Title type water-locator is typically all that can allow the equal flow arrangement of current in theory, but by factors such as material, manufacture craft, installation environments
Influence, often falls flat；Although orifice plate type water-locator easy construction, need in the whole cross sectional arrangement in pond
Orifice plate, in addition it is also necessary to arrange numerous water distribution pipes, although effect is good, but cost is higher.
The content of the invention
It is an object of the invention to provide a kind of air conditioner water cold accumulation system water-distributing device, it is intended to which solution exists in the prior art
Water-locator symmetrical structure and be not applied for various shape of cross sections accumulation of energy pond, due to symmetric form water-locator by
The influence of the factors such as material, manufacture craft, installation environment and can not produce a desired effect, the installation of orifice plate type water-locator needs crowd
Many water distribution pipes and cause the problem of cost is higher.
The present invention is achieved in that a kind of air conditioner water cold accumulation system water-distributing device, is installed in a cistern, the sky
Water transfer cold accumulation system water-distributing device, which includes the first pipeline for connect with the cistern and the second pipeline, be communicated in described first manages
The first water-locator on road and the second water-locator being communicated on second pipeline, first water-locator are located at the retaining
First water level in pond, second water-locator is located at the second water level of the cistern, and first water level is higher than described second
Water level, the water that the air conditioner water cold accumulation system water-distributing device also includes first water-locator to be discharged is distributed in whole institute
First on the cross section of cistern is stated to spread water layer and be distributed in whole institute to the water for discharging second water-locator
State second on the cross section of cistern and spread water layer, described first spreads the whole horizontal stroke that water layer is covered in the cistern
On section, described second, which spreads water layer, is covered on the whole cross section of the cistern, and described first spreads water layer position
Below the first water level of first water-locator, described second spreads the second water level that water layer is located at second water-locator
Top, described first spreads water layer positioned at the described second top for spreading water layer, and described first spreads water layer and described
Second, which spreads water layer, is located between first water-locator and second water-locator.
Further, described first spreads water layer and described second and spreads water layer and include two layers of screen cloth and positioned at two
Interlayer between the layer screen cloth, the interlayer is made up of anti-corrosion filtrate, and screen cloth described in two layers and the interlayer are covered with the storage
On the whole cross section in pond.
Further, first water-locator includes several first water distributors for being communicated in first pipeline and uniform
The first cloth (operating) water nozzle on each described first water distributor, the first cloth (operating) water nozzle with plane water distribution manner water outlet, each
First water distributor is respectively provided with by the first side and second side relative with first side of the first cloth (operating) water nozzle water outlet,
Described first spreads second side that water layer is located at each first water distributor.
Further, second water-locator includes several second water distributors for being communicated in second pipeline and uniform
The second cloth (operating) water nozzle on each described second water distributor, the second cloth (operating) water nozzle with plane water distribution manner water outlet, each
Second water distributor is respectively provided with by the first side and second side relative with first side of the second cloth (operating) water nozzle water outlet,
Described second spreads second side that water layer is located at each second water distributor.
Further, the first cloth (operating) water nozzle includes inserting in first water distributor and connecting with first water distributor
First jet disk and the second nozzle disk that is removably attachable on the first jet disk, the first jet disk with it is described
Be formed between second nozzle disk can 360 degree water spray gap, the second nozzle disk include be connected with the first jet disk
Cock body, the cock body offers some pod apertures, and the pod apertures connect the gap and first water distributor.
Further, the first cloth (operating) water nozzle includes offering perforation on gum sleeve, first water distributor, described
Gum sleeve is arranged on the inwall of the perforation, and the first jet disk includes the first disk body and in first disk body
The insertion tube that portion extends towards first water distributor, the insertion tube offers the inner chamber connected with first water distributor,
First disk body is run through in the inner chamber, and the insertion tube is closely tied in the gum sleeve, and the cock body is removably
It is connected in the inner chamber.
Further, the second nozzle disk includes the second disk body and is connected to the connection at the middle part of second disk body
Body, the cock body is connected on the connector, and the connector has a guide face, and the guide face is along by second disk
Body is to the direction of first disk body towards tilted.
Further, the second nozzle disk also includes the operating portion for being connected to the middle part of second disk body, the behaviour
Make the opposite sides that portion is located at second disk body with the connector respectively.
Further, the periphery of the cock body is provided with external screw thread, and the cavity wall of the inner chamber of the insertion tube is provided with
Internal thread, the external screw thread and the internal thread phase screw lock, the thickness in the gap is between the cock body and the inner chamber
Screw in and screw out and diminish and become big.
Further, the inner chamber of the insertion tube includes the first cavity and the second chamber connected with first cavity
Body, the cock body is removably attachable in second cavity, and the diameter of second cavity is more than first cavity
Diameter.
First water-locator and the second water-locator are respectively arranged at the high-low water level of cistern, when the first water-locator discharges water,
First is provided with below the first water-locator and spreads water layer, and first spreads water layer and can arrange first water-locator
The water gone out is distributed on the cross section of the whole cistern, makes the water distribution of the first water-locator more uniform, and can effectively reduce
Disturbed caused by water distribution；When the second water-locator discharges water, second is provided with above the second water-locator and spreads water layer, and
The water that two, which spread water layer, to discharge second water-locator is distributed on the cross section of the whole cistern, is equally made
The water distribution of second water-locator is more uniform, and can effectively reduce disturbance caused by water distribution, reduces thermocline thickness to greatest extent,
Improve energy storage efficiency.Also, in the air conditioner water cold accumulation system water-distributing device of the present invention, uniformity of water distribution mainly by first, the
Two spread water layer to determine, do not have symmetrically arranged requirement for first, second water-locator, also will not be by material, system
Make the influence of the factors such as technique, installation environment, many water distribution pipes more need not be specially arranged as orifice plate type water-locator, and
And can preferably reach expected water distribution effect；First, second to spread water layer be a layer structure, and its shape can be with
The cistern of various shape of cross sections is used cooperatively, strong adaptability.To sum up, air conditioner water cold accumulation system water-distributing device of the invention should
Accumulation of energy pond for various cross sections, produce a desired effect, to install cost small.
Brief description of the drawings
Fig. 1 is the structural representation of air conditioner water cold accumulation system water-distributing device provided in an embodiment of the present invention.
Fig. 2 is the magnified partial view of Fig. 1 air conditioner water cold accumulation system water-distributing device.
Fig. 3 is the structural representation for spreading water layer of Fig. 1 air conditioner water cold accumulation system water-distributing device.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
Please refer to Fig. 1 to Fig. 3, air conditioner water cold accumulation system water-distributing device 100 provided in an embodiment of the present invention is installed on
In one cistern 10.The air conditioner water cold accumulation system water-distributing device 100 includes the first pipeline 20 connected with the cistern 10
And second pipeline 21, the first water-locator 30 being communicated on first pipeline 20 and be communicated on second pipeline 21
Two water-locators 40.First water-locator 30 is located at the first water level of the cistern 10, and second water-locator 40 is located at institute
The second water level of cistern 10 is stated, first water level is higher than second water level.First water-locator 30 and described second
At the high water level and low water level of cistern 10, water distribution is distinguished from the upper and lower part of cistern 10 respectively for water-locator 40.
The air conditioner water cold accumulation system water-distributing device 100 is also uniform including the water first water-locator 30 to be discharged
Water layer 50 is spread in first on the cross section of the whole cistern 10 and second water-locator 40 to be discharged
What water was distributed on the cross section of the whole cistern 10 second spreads water layer 60, and described first, which spreads water layer 50, covers
The whole transversal of the cistern 10 is covered on the whole cross section of the cistern 10, described second spreads water layer 60
On face, described first spreads water layer 50 below the first water level of first water-locator 30, and described second spreads water
Layer 60 is located above the second water level of second water-locator 40, and described first spreads water layer 50 spreads positioned at described second
The top of water layer 60, described first spread water layer 50 and described second spread water layer 60 positioned at first water-locator 30 with
Between second water-locator 40.
First water-locator 30 and the second water-locator 40 are respectively arranged at the high-low water level of cistern 10, when the first water-locator 30
When discharging water, first is provided with the lower section of the first water-locator 30 and spreads water layer 50, and first spread water layer 50 can be by institute
The water for stating the discharge of the first water-locator 30 is distributed on the cross section of the whole cistern 10, makes the water distribution of the first water-locator 30 more
Plus it is uniform, and disturbance caused by water distribution can be effectively reduced；When the second water-locator 40 discharges water, set in the top of the second water-locator 40
Be equipped with second and spread water layer 60, and the second water spread water layer 60 and second water-locator 40 can discharged be distributed in it is whole
On the cross section of the individual cistern 10, equally make the water distribution of the second water-locator 40 more uniform, and water distribution can be effectively reduced to draw
The disturbance risen, reduces thermocline thickness to greatest extent, improves energy storage efficiency.Also, in the air conditioner water cold accumulation system of the present invention
In water-distributing device 100, uniformity of water distribution is mainly by first, second spreads water layer 50,60 and determine, for first, second cloth
Hydrophone 30,40 does not have symmetrically arranged requirement, will not be influenceed by factors such as material, manufacture craft, installation environments, more yet
Many water distribution pipes need not be specially arranged as orifice plate type water-locator, and can preferably reach expected water distribution effect
Really；First, second to spread water layer 50,60 be a layer structure, the cistern that its shape can be with various shape of cross sections
10 use cooperatively, strong adaptability.To sum up, air conditioner water cold accumulation system water-distributing device 100 of the invention is applied to various cross sections
Accumulation of energy pond, produce a desired effect, to install cost small.
Described first, which spreads water layer 50 and described second, spreads water layer 60 including two layers of screen cloth 51 and positioned at two layers
Interlayer 52 between the screen cloth 51, the interlayer 52 is made up of anti-corrosion filtrate, screen cloth 51 described in two layers and the cloth of the interlayer 52
On the whole cross section of the full cistern 10.First spread water layer 50 and second spread water layer 60 can be according to cistern
The size of 10 cross section is decided, it is completely covered on the whole cross section of cistern 10.
First spreads water layer 50 installs close to the first water-locator 30, and second spreads water layer 60 close to the second water-locator 40
Install.First, which spreads water layer 50 and second, spreads the level of water layer 60 and is covered in cistern 10.
First water-locator 30 includes being communicated in several first water distributors 31 of first pipeline 20 and is distributed in
The first cloth (operating) water nozzle 70 on each described first water distributor 31, the first cloth (operating) water nozzle 70 with plane water distribution manner water outlet,
Each described first water distributor 31 is respectively provided with by the first side of the water outlet of the first cloth (operating) water nozzle 70 and relative with first side
The second side, described first spread water layer 50 be located at each first water distributor 31 second side.
It is opposite that installation site of the first cloth (operating) water nozzle 70 on the first water distributor 31 spreads water layer 50 with first, i.e., and first
Cloth (operating) water nozzle 70 and first spreads the opposite sides that water layer 50 is divided into the first water distributor 31.Because the first water-locator 30 is
One spreads the top of water layer 50, and the two is in the upper position of cistern 10, when the first water-locator 30 is with plane water distribution side
During formula water outlet, first is flowed downwardly at leisure and is spread at water layer 50, in the presence of spreading water layer 50 first, the first water distribution
The water outlet of device 30 is evenly laid out on the cross section of cistern 10.
Further, second water-locator 40 includes several second water distributors 41 for being communicated in second pipeline 21
And the second cloth (operating) water nozzle 80 on each described second water distributor 41 is distributed in, the second cloth (operating) water nozzle 80 is with plane water distribution side
Formula water outlet, each described second water distributor 41 is respectively provided with by the first side of the water outlet of the second cloth (operating) water nozzle 80 and with described first
The second relative side of side, described second spreads second side that water layer 60 is located at each second water distributor 41.
It is opposite that installation site of the second cloth (operating) water nozzle 80 on the second water distributor 41 spreads water layer 60 with second, i.e., and second
Cloth (operating) water nozzle 80 and second spreads the opposite sides that water layer 60 is divided into the second water distributor 41.Because the second water-locator 40 is
Two spread the lower section of water layer 60, and the two is in the upper position of cistern 10, when the second water-locator 40 is with plane water distribution side
During formula water outlet, second is flowed upward at leisure and is spread at water layer 60, in the presence of spreading water layer 60 second, the second water distribution
The water outlet of device 40 is evenly laid out on the cross section of cistern 10.
In the present embodiment, the first cloth (operating) water nozzle 70 is identical with the structure of the second cloth (operating) water nozzle 80, below only for first
The structure of cloth (operating) water nozzle 70 is illustrated.
The first cloth (operating) water nozzle 70 includes inserting what is connected in first water distributor 31 and with first water distributor 31
First jet disk 71 and the second nozzle disk 72 being removably attachable on the first jet disk 71, the first jet disk 71
Be formed between the second nozzle disk 72 can 360 degree of water sprays gap 73, the second nozzle disk 72 includes and described the
The cock body 74 of one spray nozzle plate 71 connection, the cock body 74 offers some pod apertures 75, and the pod apertures 75 connect the gap
73 and first water distributor 31.Water in first water distributor 31 is flow in pod apertures 75 by first jet disk 71, and by water conservancy diversion
In 360 degree of radial plane water sprays at hole 75, water can be sprayed by the periphery of the first cloth (operating) water nozzle 70.First jet disk 71 and second
The gap 73 of spray nozzle plate 72 is smaller, there is certain acceleration to water outlet.The thickness in the gap 73 is adjustable.
Further, the first cloth (operating) water nozzle 70 also includes offering on gum sleeve 90, first water distributor 31
Perforation 32, the gum sleeve 90 is arranged on the inwall of the perforation 32, and the first jet disk 71 includes the first disk body 710
And the insertion tube 711 extended by the middle part of first disk body 710 towards first water distributor 31, the insertion tube 711 opens
Provided with the inner chamber 712 connected with first water distributor 31, first disk body 710, the insertion tube are run through in the inner chamber 712
711 are closely tied in the gum sleeve 90, and the cock body 74 is removably attachable in the inner chamber 712.First water distribution
Water in pipe 31 enters in the inner chamber 712 of the insertion tube 711, and flows through the pod apertures 75 on cock body 74, eventually enters into gap
In 73, realize that 360 degree are sprayed water without dead angle.
The inner chamber 712 of the insertion tube 711 includes the first cavity 713 and connected with first cavity 713 the
Two cavitys 714, the cock body 74 is removably attachable in second cavity 714, and the diameter of second cavity 714 is more than
The diameter of first cavity 713.Water in first water distributor 31 enters in the first cavity 713, passes through the first of small diameter
After the acceleration of cavity 713, into the second cavity 714, by flowing into gap 73 after the pod apertures 75 that are connected with the second cavity 714
It is interior.
The second nozzle disk 72 also includes the second disk body 720 and is connected to the connection at the middle part of second disk body 720
Body 721, the cock body 74 is connected on the connector 721, and the connector 721 has a guide face 722, the guide face
722 along by second disk body 720 to the direction of first disk body 710, towards tilted, the water in the first water distributor 31 is by inserting
Enter cavity in pipe 711 and enter pod apertures 75, a large amount of water sprayed by pod apertures 75 are led in the guide face 722 of connector 721
Quickly enter in gap 73, and then spray under drawing.
Further, the second nozzle disk 72 also includes the operating portion for being connected to the middle part of second disk body 720
723, the operating portion 723 is located at the opposite sides of second disk body 720 with the connector 721 respectively.Operating portion 723 is
For free-hand or screwed using instrument for user, when operating portion 723 is screwed, cock body 74 and the chamber of the inner chamber 712 of insertion tube 711
It is threaded in or out between wall, thus, user can adjust the size in gap 73 according to the demand of injection flow rate.
Further, the periphery of the cock body 74 is provided with external screw thread (not indicating), the inner chamber of the insertion tube 711
712 cavity wall is provided with internal thread (not indicating), the external screw thread and the internal thread phase screw lock, the thickness in the gap 73 in
Screw-in and back-out between the cock body 74 and the inner chamber 712 and diminish and become big, so as to adjust injection flow rate.
First disk body 710 of first jet disk 71 is identical with the diameter of the second disk body 720 of second nozzle disk 72, and the two
It is discoid.The periphery of operating portion 723 can be provided with some fin (not shown), facilitate user is free-hand to screw, or, behaviour
The periphery for making portion 723 is hexagon, facilitates instrument to screw.The center of connector 721 and operating portion 723 is relative.Cock body 74
Maximum gauge be more than connector 721 maximum gauge, also greater than the maximum outside diameter of operating portion 723.The bottom of cock body 74 is in cone
Shape, is conveniently guided into the current in the second cavity 714.The middle part of cock body 74 is connected with the bottom of connector 721, pod apertures 75
It is distributed on cock body 74 and encloses around the connector 721.Each pod apertures 75 is parallel to each other.The one of insertion tube 711
End is connected on the first disk body 710, and the other end is hooked under the gum sleeve 90, and the periphery of insertion tube 711 is tightly matched with
In gum sleeve 90, make the periphery of insertion tube 711 with being seamless contact between gum sleeve 90.The other end of insertion tube 711 is set
Overhead kick 715 is equipped with, the overhead kick 715 is hooked in the bottom of gum sleeve 90.
The periphery of gum sleeve 90 offers neck 91, and the neck 91 is in the circumferentially extending of gum sleeve 90, the first water distribution
The inwall of perforation 32 on pipe 31 is caught in the neck 91 so that gum sleeve 90 is installed in perforation 32.
In the present embodiment, the first pipeline 20 is usually hot water inlet pipe, and the second pipeline 21 is cold water inlet pipe.
The operation principle of above-mentioned water-distributing device 100 is as follows：
When cistern 10 releases energy, the first water-locator 30 is connected with hot water water main (the first pipeline 20), and hot water is flowed through
First pipeline 20, is diverted to each first water distributor 31, reaches after each first cloth (operating) water nozzle 70, the first cloth (operating) water nozzle installed upward
Hot water, with plane water distribution manner, is evenly arranged in the top layer of cistern 10 by 70.The lower section of first water-locator 30 is installed by one and retaining
The cross section of pond 10 it is consistent first spread water layer 50, make the water distribution of the first water-locator 30 more uniform, and cloth can be effectively reduced
Disturbed caused by water；When pond releases energy, the second water-locator 40 is connected with cold water water main (the second pipeline 21), and cold water is flowed through
Second pipeline 21, is diverted to each second water distributor 41, and each second cloth (operating) water nozzle of arrival is after 80s, the second cloth (operating) water nozzle installed down
Cold water, with plane water distribution manner, is evenly arranged in the bottom of cistern 10 by 80.The top of second water-locator 40 is installed by one and retaining
The cross section of pond 10 it is consistent second spread water layer 60, make the water distribution of the second water-locator 40 more uniform, and cloth can be effectively reduced
Water causes disturbance.
Above-mentioned first cloth (operating) water nozzle 70 is identical with the principle of the second cloth (operating) water nozzle 80, below only for the first cloth (operating) water nozzle 70
Principle illustrate.
First cloth (operating) water nozzle 70 is made up of first jet disk 71, second nozzle disk 72 and gum sleeve 90.First jet disk
71st, second nozzle disk 72 is using threaded connection.The liftable of second nozzle disk 72 activity, to adjust cloth water and cloth water area；Rubber
The perforation 32 of gum cover pipe 90 and the first water distributor 31 is supporting, and gum sleeve 90 is embedded in perforation 32.First jet disk 71 and rubber
Gum cover pipe 90 is close supporting, inserts straight in gum sleeve 90.Hot and cold water flows through the chamber of first jet disk 71, from second nozzle disk
72 pod apertures 75 flow out, and scatter to form face type moisture film after by second nozzle disk 72 being stopped, are evenly arranged in water layer nearby.
The water flowed out from the first cloth (operating) water nozzle 70 can cause disturbance, natural layering be destroyed, in the lower section of the first water-locator 30
Install one consistent with the shape of cross section of cistern 10 first and spread water layer 50, the water outlet of the first water-locator 30 is flowed by first
Water distribution layer 50 absorbs, and uniformly divides the whole plane of cistern 10.Similarly, one and pond are installed in the top of the second water-locator 40
Shape of cross section it is consistent second spread water layer 60, the water outlet of the second water-locator 40 is spread water layer 60 by second and absorbed, uniformly
Divide the whole plane of cistern 10 in ground.
The air conditioner water cold accumulation system water-distributing device 100 of the present invention has the following advantages that：
1st, consider for water distribution effect, the water-distributing device 100 that the present invention is designed, can be in planar fashion water distribution, so
Cloth water area can be increased.Resistance of ducting unbalanced factor is considered simultaneously, causes water distribution uneven, first, second water-locator 30,40
Water distribution blind area can be eliminated with dry run operating mode, prior each first, second cloth (operating) water nozzle 70 of adjustment, the water of 80 cloth；
First, second is installed in cistern 10 and spreads water layer 50,60, disturbance caused by water distribution is effectively reduced, can finally effectively reduce
Thermocline thickness.
2nd, consider for making, installing complexity, water-distributing device 100 and H types, circular ring type water-locator pair of the invention
Than water distribution pipe is contrasted, first, second water-locator 30,40 can be effective without needing to be fabricated to symmetric shape with orifice plate type water-locator
Pipeline tapping quantity is reduced, mitigates workload, can effectively simplify manufacture craft, so as to substantially increase production efficiency.
3rd, for the consideration to engineering cost, first, second water-locator 30,40 of the invention and H types, circular ring type and eight
The water-locators such as hexagram type are contrasted, and can effectively reduce the water-locator cost of raw material, cost of manufacture.
In a word, the water-distributing device 100 that the present invention is provided has the characteristics of making is easy, easy for installation, production cost is low, and tool
Standby good distribution performance, therefore can effectively be applied in central hollow water transfer accumulation of energy project.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
Any modifications, equivalent substitutions and improvements made within refreshing and principle etc., should be included in the scope of the protection.
Claims (10)
1. a kind of air conditioner water cold accumulation system water-distributing device, is installed in a cistern, the air conditioner water cold accumulation system water-distributing device
Including the first pipeline and the second pipeline that are connected with the cistern, the first water-locator being communicated on first pipeline and company
Pass through the second water-locator on second pipeline, first water-locator is located at the first water level of the cistern, described the
Two water-locators are located at the second water level of the cistern, and first water level is higher than second water level, it is characterised in that：It is described
The water that air conditioner water cold accumulation system water-distributing device is also included first water-locator to be discharged is distributed in the whole cistern
Cross section on first spread water layer and the water second water-locator to be discharged is distributed in the whole cistern
Cross section on second spread water layer, described first, which spreads water layer, is covered on the whole cross section of the cistern,
Described second, which spreads water layer, is covered on the whole cross section of the cistern, and described first, which spreads water layer, is located at described the
Below first water level of one water-locator, described second spreads water layer above the second water level of second water-locator, institute
State first and spread water layer positioned at the described second top for spreading water layer, described first spreads water layer and described second flow
Water distribution layer is located between first water-locator and second water-locator, and first water-locator includes being communicated in described first
Several first water distributors of pipeline and the first cloth (operating) water nozzle being distributed on each described first water distributor, first water distribution
Nozzle is respectively provided with by the first side of the first cloth (operating) water nozzle water outlet with plane water distribution manner water outlet, each described first water distributor
And second side relative with first side, described first spreads described second that water layer is located at each first water distributor
Side, the first cloth (operating) water nozzle include inserting the first jet disk that connects in first water distributor and with first water distributor and
The second nozzle disk on the first jet disk is removably attachable to, between the first jet disk and the second nozzle disk
Be formed with can 360 degree of water sprays gap, the second nozzle disk includes the cock body that is connected with the first jet disk, the cock body
Some pod apertures are offered, the pod apertures connect the gap and first water distributor.
2. air conditioner water cold accumulation system water-distributing device as claimed in claim 1, it is characterised in that：Described first spread water layer and
Described second, which spreads water layer, includes two layers of screen cloth and the interlayer between screen cloth described in two layers, and the interlayer is filtered by anti-corrosion
Material composition, screen cloth described in two layers and the interlayer are covered with the whole cross section of the cistern.
3. air conditioner water cold accumulation system water-distributing device as claimed in claim 1 or 2, it is characterised in that：The second water-locator bag
Include the second water distribution for being communicated in several second water distributors of second pipeline and being distributed on each described second water distributor
Nozzle, the second cloth (operating) water nozzle is respectively provided with by second cloth with plane water distribution manner water outlet, each described second water distributor
First side of (operating) water nozzle water outlet and second side relative with first side, described second spread water layer positioned at each described the
Second side of two water distributors.
4. air conditioner water cold accumulation system water-distributing device as claimed in claim 1, it is characterised in that：The first cloth (operating) water nozzle is also wrapped
Include and offer perforation on gum sleeve, first water distributor, the gum sleeve is arranged on the inwall of the perforation, described
First jet disk includes the first disk body and the insertion tube extended by the middle part of first disk body towards first water distributor, institute
State insertion tube and offer the inner chamber connected with first water distributor, first disk body, the insertion tube are run through in the inner chamber
It is closely tied in the gum sleeve, the cock body is removably attachable in the inner chamber.
5. air conditioner water cold accumulation system water-distributing device as claimed in claim 4, it is characterised in that：The second nozzle disk also includes
Second disk body and be connected to second disk body middle part connector, the cock body is connected on the connector, the company
Junctor has a guide face, the guide face along by second disk body to the direction of first disk body towards tilted.
6. air conditioner water cold accumulation system water-distributing device as claimed in claim 5, it is characterised in that：The second nozzle disk also includes
The operating portion at the middle part of second disk body is connected to, the operating portion is with the connector respectively positioned at second disk body
Opposite sides.
7. air conditioner water cold accumulation system water-distributing device as claimed in claim 4, it is characterised in that：The periphery of the cock body is provided with
External screw thread, the cavity wall of the inner chamber of the insertion tube is provided with internal thread, the external screw thread and the internal thread phase screw lock, institute
State screw-in and back-out of the thickness in gap between the cock body and the inner chamber and diminish and become big.
8. air conditioner water cold accumulation system water-distributing device as claimed in claim 4, it is characterised in that：The inner chamber of the insertion tube
The second cavity connected including the first cavity and with first cavity, the cock body is removably attachable to second cavity
Interior, the diameter of second cavity is more than the diameter of first cavity.
9. air conditioner water cold accumulation system water-distributing device as claimed in claim 3, it is characterised in that：The knot of the second cloth (operating) water nozzle
Structure is identical with the structure of the first cloth (operating) water nozzle.
10. the air conditioner water cold accumulation system water-distributing device as described in claim any one of 4-8, it is characterised in that：Second cloth
The structure of (operating) water nozzle is identical with the structure of the first cloth (operating) water nozzle.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510003867.7A CN104596003B (en) | 2015-01-04 | 2015-01-04 | Air conditioner water cold accumulation system water-distributing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201510003867.7A CN104596003B (en) | 2015-01-04 | 2015-01-04 | Air conditioner water cold accumulation system water-distributing device |
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| CN104596003B true CN104596003B (en) | 2017-08-25 |
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| CN201510003867.7A Active CN104596003B (en) | 2015-01-04 | 2015-01-04 | Air conditioner water cold accumulation system water-distributing device |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108775662B (en) * | 2018-07-24 | 2024-02-02 | 中国科学院广州能源研究所 | Secondary self-rectifying water distributor |
| CN108731169A (en) * | 2018-07-26 | 2018-11-02 | 中国科学院广州能源研究所 | A kind of current stabilization water-distributing device |
| CN109028415A (en) * | 2018-08-29 | 2018-12-18 | 北京环渤高科能源技术有限公司 | A kind of water-distributing device of bilayer water distributing plate |
| CN110596200B (en) * | 2019-08-07 | 2022-08-05 | 中国地质调查局水文地质环境地质调查中心 | Underground water stratified sampling detection device and detection method |
| CN110371315B (en) * | 2019-08-20 | 2024-03-05 | 无锡雪鸥移动空调有限公司 | Cold-storage low-energy-consumption aircraft ground air conditioner |
| CN114738868A (en) * | 2022-04-07 | 2022-07-12 | 广东申菱环境系统股份有限公司 | Water distributor for chilled water storage air conditioner |
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| CN104596003A (en) | 2015-05-06 |
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Address after: 518000 201 and 202, building 7, Shenzhen Software Park, kekezhong 2nd Road, Central District, high tech Zone, Shenzhen, Guangdong Patentee after: Shenzhen Aoyu Low Carbon Technology Co.,Ltd. Address before: 518000 201 and 202, building 7, Shenzhen Software Park, kekezhong 2nd Road, Central District, high tech Zone, Shenzhen, Guangdong Patentee before: SHENZHEN AOTO-UNION ENERGY SAVING TECHNOLOGY CO.,LTD. |