CN206656452U - A kind of water cooling fan structure of having electronic ice chest - Google Patents
A kind of water cooling fan structure of having electronic ice chest Download PDFInfo
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- CN206656452U CN206656452U CN201720134730.XU CN201720134730U CN206656452U CN 206656452 U CN206656452 U CN 206656452U CN 201720134730 U CN201720134730 U CN 201720134730U CN 206656452 U CN206656452 U CN 206656452U
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- water
- cooling
- ice chest
- groove portion
- cooling water
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Abstract
A kind of water cooling fan structure of having electronic ice chest, including main case, water pump, the water tank for storing water are provided with the main case, by the water cooling stored be the ice chest component discharged after cooling water by thermoelectric element, obtains from the ice chest component nozzle of cooling water, fanned by the water filter moistened from the free-falling cooling water in the nozzle and the driving that cold wind will be discharged forwards by the cooling water penetrated into the water filter by the extraneous air of water filter；Water in the water pump driving water tank is transported to ice chest component by the first drainpipe.As long as supply enough waters needed for cold wind, you can reduce the heat dissipation capacity of thermoelectric element, while also can fully improve cooling effectiveness.And because the utility model can also extend the time for sending cold wind even if inapplicable ice bag, solves the trouble brought because changing ice bag in the nature of things.The utility model has the characteristics of continuous working period is long, cooling effectiveness is high.
Description
Technical field
It the utility model is related to a kind of water cooling fan structure of having electronic ice chest.
Background technology
Water cooling fan is the product that cooling wind is sent using ice bag or ice etc..For air-conditioning, having can be narrow
In space use and power consumption it is small the advantages of.
Existing water cooling fan is that the water for making to be stored in water tank using ice bag turns cold, then makes water using nozzle supply by water pump
Filter becomes moistening.In such a state, if if starting fan, the wind that is externally entering by the water filter it
Afterwards cold wind is discharged toward front., must be in order that the water tank water cooling of the water cooling fan of such a conventional art or turn cold
More than one ice bag is installed inside water tank.
But the time that using such ice bag water can be made to turn cold is very limited.That is, the factor such as ice bag size determines water
The time to turn cold, according to the bar that the ice bag that can set Large Copacity is not had from the point of view of the water tank size in most of water cooling fan
Part.Therefore for usage time, the usage time of water cooling fan just becomes very short, and is difficult to be efficiently used.
Moreover, water cooling fan has need to change new ice bag after having used the regular hour the shortcomings that.If in order to it is long when
Between using the ice bag for just needing to prepare sufficient amount, and the ice bag more renewed for water tank in reasonable time.It is consequently, it is possible to existing
Water cooling box there is the problem of needing constantly to change new ice bag.
Utility model content
The purpose of this utility model aims to provide a kind of water for the having electronic ice chest that continuous working period is long, cooling effectiveness is high
Cold fan structure, to overcome weak point of the prior art.
By a kind of water cooling fan structure of having electronic ice chest of this purpose design, including main case, its architectural feature are described
Be provided with main case water pump, the water tank for storing water, by thermoelectric element by the water cooling stored be cooling water after
The ice chest component of discharge, obtain from the ice chest component nozzle of cooling water, by from free-falling cold in the nozzle
But the water filter and will be relied on by the extraneous air of water filter cold in the infiltration water filter that water is moistened
But water discharges the driving fan of cold wind forwards；Water in the water pump driving water tank is transported to ice chest group by the first drainpipe
Part.
Further, water cooling fan is the water filling port that is connected by the ice chest component with first drainpipe and from the nozzle
The cooling water groove portion that the discharge outlet of draining is formed；Thermoelectric element installed in the cooling water groove portion bottom；With thermoelectricity member
The side of part connects and is located at the coldplate in cooling water groove portion；Connect with the opposite side of the thermoelectric element and be located at cooling water
Heat sink outside groove portion；Also in order to heat caused by the heat sink is distributed into the fan guard with radiator shutter, root
It will be taken from after the water cooling of the water filling port according to the action of the thermoelectric element and collectively constituted by discharge outlet discharge.
Further, level sensor, the level sensor and water pump electricity are provided with the cooling water groove portion
Connection and linkage setting, the water pump are integrally immersed into the influence value braking of the level sensor in water according to coldplate simultaneously
Keep the suitable level in ice chest component.
Further, the cooling water groove portion is enclosed construction or is the open knot that top is rotated centered on hinge axis
Structure；In the Open architecture, the water filling port and discharge outlet are separately positioned on the side of the cooling water groove portion, the row
The mouth of a river is located at the position lower than water filling port.
Further, the heat sink is arranged on behind main case or side.
Further, the water tank is arranged on the lower end of main case, and master is arranged on the cooling water groove portion of ice chest attached components
The upper end of casing, water filter are arranged on the top of water tank, and one end of the second drainpipe passes through discharge outlet and cooling water groove portion phase
Connection, the other end of the second drainpipe are connected with nozzle, and the nozzle is located at the top of water filter, and driving fan is arranged on water
The rear side of filter.
Further, the coldplate is in vertical bar shape or ring-type.
The utility model is even if that the water cooling fan to cold wind also is available on inapplicable ice bag.Also promising supply cold wind is in water
Ice chest is installed between water tank in cold fan and the nozzle for water filter supply water.In order to which ice chest will be taken from the appropriate amount of water tank
Water cooling need, in the thermoelectric element that with coldplate and heat sink is connected respectively of cooling water groove portion installation both sides, to install simultaneously
Level sensor with water pump linkage braking is so that the water level moment of cooling water groove portion is maintained on suitable water level.As long as take
To enough waters needed for supply cold wind, you can reduce the heat dissipation capacity of thermoelectric element while also can fully improve cooling effectiveness.
And because the utility model can also extend the time for sending cold wind even if inapplicable ice bag, solve in the nature of things because more
The trouble changed ice bag and brought.
The utility model is the water for being taken from water tank is obtained cooling water after cooling using thermoelectric element, then sharp again
With cooling water come the moment provide proper temperature below cold wind, so as to solve conventional water cooling fan need change ice bag and it is caused
Inconvenience, the effective time of this product is greatly extended, also, this product can will constantly be taken from the water conservancy of water tank
Constantly cooled down with thermoelectric element and resupply filter, improve cooling effectiveness.
The utility model makes the ice chest component that the water for being taken from water tank turns cold and supplied by nozzle, is carried in the ice chest component
Cooling Water groove portion flows into the thermoelectric element of the water of cooling water groove portion with cooling, at this moment in order that thermoelectric element in maximum efficiency will
Water is kept minimum by the water cooling required for flowing into cooling water groove portion as much as possible.Therefore, for the work(of traditional water cooling fan
Can, due to can also provide cold wind even if without ice bag, so will not be brought influence to cold wind supply time and also can be long when
Between use.Also, it there will not be influence due to need not just change ice bag at regular intervals, it is possible to safe to use.Especially
It is the water quantity holding for the cooling water groove portion that can make cooling water in appropriate water level, while also have can fully improve cooling
The effect of efficiency.
In summary, the utility model has the characteristics of continuous working period is long, cooling effectiveness is high.
Brief description of the drawings
Fig. 1 is the ice chest component schematic perspective view in the embodiment of the utility model one.
Fig. 2 is ice chest component and the biopsy cavity marker devices schematic diagram after the assembling of cooling water groove portion.
Fig. 3 is ice chest component and the schematic perspective view after water tank assembling.
Fig. 4 is the biopsy cavity marker devices schematic diagram after the utility model assembling.
Fig. 5 is the schematic perspective view of another embodiment of the coldplate of the present utility model installed in ice chest component internal.
Fig. 6 is the ice chest component schematic perspective view of another embodiment of the utility model.
In figure：1 is water cooling fan, and 10 be main case, and 20 be water tank, and 22 be water pump, and 30a is the first drainpipe, 30b second
Drainpipe, 40 be nozzle, and 50 be water filter, and 60 be driving fan, and 62 be motor, and 100 be ice chest component, and 102 be bosh
Portion, 103 be thermoelectric element, and 104 be coldplate, and 106 be heat sink, and 108 be fan guard, and 111 be water filling port, and 112 be discharge outlet,
113 be installation portion, and 200 be lid.
Embodiment
Below in conjunction with the accompanying drawings and embodiment is further described to the utility model.
Referring to Fig. 1-Fig. 6, the water cooling fan structure of this having electronic ice chest, including main case 10, set in the main case 10
Be equipped with water pump 22, the water tank 20 for storing water, by thermoelectric element 103 by the water cooling stored be cooling water after discharge
Ice chest component 100, obtain from the ice chest component 100 nozzle 40 of cooling water, by from freely falling in the nozzle 40
Under the water filter 50 that is moistened of cooling water and will be by the extraneous air of water filter 50 by penetrating into the water mistake
Cooling water in filter 50 discharges the driving fan 60 of cold wind forwards；The water pump 22 drives the water in water tank 20 to pass through first row
Water pipe 30a is transported to ice chest component 100.
In the present embodiment, thermoelectric element 103 can use semiconductor refrigerating element.
Water cooling fan is with the first drainpipe 30a water filling ports 111 being connected and from the spray by the ice chest component 100
The cooling water groove portion 102 that the discharge outlet 112 of the draining of mouth 40 is formed；Thermoelectric element installed in the bottom of cooling water groove portion 102
103；Connect with the side of the thermoelectric element 103 and be located at the coldplate 104 in cooling water groove portion 102；With thermoelectricity member
The opposite side of part 103 connects and is located at the heat sink 106 outside cooling water groove portion 102；Also in order to the heat sink 106 is produced
Heat distribute the fan guard 108 with radiator shutter, the note will be taken from according to the action of the thermoelectric element 103
Collectively constituted after the water cooling at the mouth of a river 111 by the discharge outlet 112 discharge.
The composition of ice chest component 100 is taken from the water of water tank 20 for a module and in the main case 10 of water cooling fan
Water filter 50 is resupplied after cooling.Such ice chest component 100 with storage water cooling water groove portion 102, contain in order that
Water cooling in the cooling water groove portion 102 connects coldplate 104 and the thermoelectric element 103 at the both ends of heat sink 106 respectively, and
In order that the heat sink 106 radiates and is provided with the fan guard 108 with radiator shutter.
The cooling water groove portion 102, for one with the water filling port 111 that water can be obtained out of water cooling fan water tank, lead to
Cross the sealing structure that nozzle 40 obtains the discharge outlet 112 of cooling water.Such cooling water groove portion 102 is in order to suitably store water
And reduce the heating of thermoelectric element 103 and improve the cooling effectiveness of the water of storage, it is necessary to which water is maintained into suitable water always
Position.Also, because the amount of water can according to the size of thermoelectric element 103 and coldplate 104 and it is different, be proposed with passing through reality
Test the optimum value drawn.But the coldplate 104 in the cooling water groove portion 102 in the present embodiment is fully submerged in water simultaneously
Relying on whole coldplate 104 makes water be cooled.In order to adjust water level need that level sensor, figure are installed in cooling water groove portion 102
In do not indicate.The water pump that the level sensor prepares with water tank links and braked.
Level sensor is provided with the cooling water groove portion 102, the level sensor is electrically connected with the water pump 22
Connect and the setting that links, the water pump 22 are immersed into the influence value system of the level sensor in water according to the entirety of coldplate 104
Move and keep the suitable level in ice chest component 100.
According to dissipating for the coldplate 104 in the cooling water groove portion 102 and the reverse side for being attached on thermoelectric element 103
The action of hot plate 106 makes water be cooled.Coldplate 104 so should have a very strong thermal conductivity, and because submerged in water so
Need to use anticorrosion or the anti-material got rusty.Therefore stainless steel or brass, the plastics with thermal conductive resin etc. can be used.
It is arranged on due to coldplate 104 in more narrow cooling water groove portion 102, in order that it farthest connects with water
It is tactile that it is necessary to have more fin.It is of course also possible to use circular another coldplate 104' as shown in Fig. 5 sign.
That is, coldplate 104 is not necessarily intended to make according to specified shape, can be used respectively as long as being allowed to cool efficiency and maximizing
The shape of kind various kinds.Under normal circumstances, coldplate could be arranged to be in vertical bar shape or ring-type, divides and sees Fig. 1 and Fig. 5.
Moreover, fan guard 108 discharges the hot gas that the heat sink 106 occurs toward outside, it should be noted that is arranged on
Radiator shutter in fan guard 108 should be arranged on the place that will not be impacted to the cold wind from the discharge of water cooling fan front.Therefore,
The structure discharged for warm wind by behind water cooling fan or side.According to such structure, heat sink should be arranged on water cooling fan
Behind or side, that is, heat sink 106 is arranged on behind main case 10 or side, if relatively tired setting
In the case of difficulty using pipeline by heat sink 106 radiate formation warm wind be delivered directly to behind water cooling fan or side arrange
Go out.
The bottom that thermoelectric element 103 is arranged on cooling water groove portion 102 is cut open on the installation portion 113 to be formed.In order to not allow
Water is spilt from the installation portion 113 of cooling water groove portion 102, can use silica gel between the inner side of installation portion 113 and thermoelectric element 103
Blocked Deng preventing water leakage material.
The structure that ice chest component is connected with the water tank of water cooling fan has marked in Fig. 3, inside water cooling fan
The overall structure of ice chest component marked in Fig. 4.If observing these drawings, the water tank 20 for storing water is arranged on
The lower end of the main case 10 of water cooling fan 1, by storing the first drainpipe 30a of water in the side of water tank 20, install toward the cold of upper end
But the water pump 22 that tank portion supplies water.That is one end of the first drainpipe 30a is connected with water pump 22, the first drainpipe 30a other end
It is connected with the water filling port 111 of cooling water groove portion 102.
In the upper end of the main case 10, installation includes the ice chest component 100 of the cooling water groove portion 102.In order to by with
The adjacent water filter 50 of ice chest component 100 supplies cooling water, and nozzle 40 is installed in the second drainpipe 30b end.At this moment it is cold
But the distance between tank portion 102 and nozzle 40 are nearest, are taken from the cooling water of cooling water groove portion 102 by nozzle 40 promptly
It is fed to water filter 50.
The water tank 20 is arranged on the lower end of main case 10, and the cooling water groove portion 102 to connect with ice chest component 100 is arranged on
The upper end of main case 10, water filter 50 are arranged on the top of water tank 20, and the second drainpipe 30b one end passes through discharge outlet 112
It is connected with cooling water groove portion 102, the second drainpipe 30b other end is connected with nozzle 40, and the nozzle 40 is located at water mistake
The top of filter 50, driving fan 60 are arranged on the rear side of water filter 50.
In order to drive the work of driving fan 60, motor 62 is set in the front of the water filter 50, sees Fig. 4.Driving fan 60
Can be behind main case 10 and side sucks in wind, then cool breeze conveyed toward front by water filter 50.
Next, the effect of explanation water cooling fan 1.When water cooling fan 1 works, water pump 22, ice chest component 100 and driving fan 62
All start.So, the cooling water groove portion that water pump 22 gets up the water pump in water tank 20 by the first drainpipe 30a toward top
102 supply water.At this moment, water pump 22 according to the sensing result of the level sensor being arranged in cooling water groove portion 102 by bosh
Water level in portion 102 maintains appropriate height.For example, driven or using regulation water pump by on/off key switches water pump repeatedly
Driving force adjust the mode of the water of supply to adjust the height of water level.
The cooling water groove portion 102 obtains water by water filling port 111, according to the water pump with level sensor linkage braking
Braking moment remains suitable water level.Suitable water level mentioned here is to refer to make coldplate 104 fully be immersed in
Degree in water.Water is stored in cooling water groove portion 102, thermoelectric element 103 is stored by the cooling of coldplate 104
Water.Heat sink 106 installed in the reverse side of thermoelectric element 103 is radiated, and heat emission fan is by outside heat dissipation to main case 10.
Cooling water after the cooling of coldplate 104 is supplied by the discharge outlet 112 of cooling water groove portion 102 toward nozzle 40.
Water filter 50 is set to become moistening after freely falling supply feed water filter 50 toward the cooling water that nozzle 40 is supplied.Make water filter
50 water for becoming moistening are actually the water being under the state of cooling.Therefore, by driving fan 60, sucked in outside main case 10
Become cold wind after the water filter 50 that wind has been moistened by the water that is cooled to send out from the front of main case 10.
Therefore, cold wind can be produced using the cooling water of the cooling water groove portion 102 of ice chest component 100.In other words, i.e.,
1 no ice bag of water cooling fan is set also to realize 1 due function of water cooling fan.Can especially solve traditional needs and constantly change ice
The trouble of bag, it is certainly contemplated that to being rapidly the offer cooling water of water filter 50 so as to improving cooling effectiveness, it is necessary to by
The place installation nozzle 40 of nearly ice chest component 100.
The cooling water groove portion 102 is enclosed construction or is the Open architecture that top is rotated centered on hinge axis；
See Fig. 6, in the Open architecture, the water filling port 111 and discharge outlet 112 are separately positioned on the cooling water groove portion 102
Side, the discharge outlet 112 is located at the position lower than water filling port 111.
Fig. 6 is another application example of the present utility model.The structure of the ice chest component indicated in Fig. 6 and ice chest described above
The structure of component is identical, and simply different is that the upper end of cooling water groove portion 102 is open structure.Hereinafter, only for this
Individual discrepancy illustrates.
As shown in fig. 6, the inside of main case be mounted with the cooling water groove portion 102 of coldplate 104 be shaped as strip,
The top installation lid 200 of cooling water groove portion 102.The lid 200 will be formed to close once being carried out with hinge if being hinged
To the Open architecture of side activity centered on page axle.Because according to such structure, the top of cooling water groove portion 102 can be certainly
By being opened and closed, so the inside of cooling water groove portion 102 can be cleaned.Therefore cooling water groove portion 102 can be carried out much cleaner
Management, so that it may more cleanly using water cooling fan.
Also, when cooling water groove portion 102 is Open architecture, water filling port 111 and discharge outlet 112 need to be arranged on cooling
The side in tank portion 102, form structure as shown in Figure 6.Here the position of discharge outlet 112 most cans be compared to the position of water filling port 111
Set low.Thus, the water that cooling water groove portion 102 stores can be supplied more toward the side of nozzle 40, and because storing
The quantitative change of the water come can minimize less the dustiness of water.
The advantages of general principle and principal character of the present utility model and the utility model has been shown and described above.One's own profession
The technical staff of industry is it should be appreciated that the utility model is not restricted to the described embodiments, described in above-described embodiment and specification
Simply illustrate principle of the present utility model, on the premise of the spirit and scope of the utility model is not departed from, the utility model is also
Various changes and modifications are had, these changes and improvements are both fallen within claimed the scope of the utility model.The utility model
Claimed scope is by appended claims and its equivalent thereof.
Claims (7)
1. a kind of water cooling fan structure of having electronic ice chest, including main case (10), it is characterized in that being set in the main case (10)
Have water pump (22), the water tank (20) for storing water, by thermoelectric element (103) by the water cooling stored be cooling water after
The ice chest component (100) of discharge, obtain from the ice chest component (100) nozzle (40) of cooling water, by from the nozzle
(40) water filter (50) and the outside empty of water filter (50) will be passed through that the free-falling cooling water in is moistened
Gas discharges the driving fan (60) of cold wind by the cooling water penetrated into the water filter (50) forwards；The water pump (22) is driven
Water in dynamic water tank (20) is transported to ice chest component (100) by the first drainpipe (30a).
2. the water cooling fan structure of having electronic ice chest according to claim 1, it is characterized in that water cooling fan is by the ice chest group
The water filling port (111) and the discharge outlet from the nozzle (40) draining that part (100) is connected with first drainpipe (30a)
(112) the cooling water groove portion (102) formed；Thermoelectric element (103) installed in cooling water groove portion (102) bottom；With institute
The side for stating thermoelectric element (103) connects and is located at the coldplate (104) in cooling water groove portion (102)；With the thermoelectric element
(103) opposite side connects and is located at the heat sink (106) of cooling water groove portion (102) outside；Also in order to by the heat sink
(106) heat caused by distributes the fan guard (108) with radiator shutter, according to the action of the thermoelectric element (103)
Collectively constituted after the water cooling of the water filling port (111) will be taken from by the discharge outlet (112) discharge.
3. the water cooling fan structure of having electronic ice chest according to claim 2, it is characterized in that in the cooling water groove portion (102)
Level sensor is inside provided with, the level sensor is electrically connected with the water pump (22) and the setting that links, the water pump (22)
The influence value for the level sensor being integrally immersed into according to coldplate (104) in water is braked and keeps ice chest component (100)
Interior suitable level.
4. the water cooling fan structure of having electronic ice chest according to claim 3, it is characterized in that the cooling water groove portion (102) is
Enclosed construction or the Open architecture rotated for top centered on hinge axis；
In the Open architecture, the water filling port (111) and discharge outlet (112) are separately positioned on the cooling water groove portion
(102) side, the discharge outlet (112) are located at the position lower than water filling port (111).
5. the water cooling fan structure of having electronic ice chest according to claim 2, it is characterized in that the heat sink (106) is arranged on
Behind main case (10) or side.
6. the water cooling fan structure of having electronic ice chest according to claim 2, it is characterized in that the water tank (20) is arranged on master
The lower end of casing (10), the cooling water groove portion (102) to connect with ice chest component (100) are arranged on the upper end of main case (10), water
Filter (50) is arranged on the top of water tank (20), and one end of the second drainpipe (30b) passes through discharge outlet (112) and bosh
Portion (102) is connected, and the other end of the second drainpipe (30b) is connected with nozzle (40), and the nozzle (40) is located at water filtration
The top of device (50), driving fan (60) are arranged on the rear side of water filter (50).
7. the water cooling fan structure of having electronic ice chest according to claim 2, it is characterized in that the coldplate (104) is in vertical bar
Shape or ring-type.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720134730.XU CN206656452U (en) | 2017-02-14 | 2017-02-14 | A kind of water cooling fan structure of having electronic ice chest |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720134730.XU CN206656452U (en) | 2017-02-14 | 2017-02-14 | A kind of water cooling fan structure of having electronic ice chest |
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| Publication Number | Publication Date |
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| CN206656452U true CN206656452U (en) | 2017-11-21 |
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ID=60313404
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| CN201720134730.XU Active CN206656452U (en) | 2017-02-14 | 2017-02-14 | A kind of water cooling fan structure of having electronic ice chest |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113954536A (en) * | 2021-11-18 | 2022-01-21 | 彩茉目目龙(杭州)影视制作有限公司 | Label printer |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113954536A (en) * | 2021-11-18 | 2022-01-21 | 彩茉目目龙(杭州)影视制作有限公司 | Label printer |
| CN113954536B (en) * | 2021-11-18 | 2024-01-05 | 广州楠枫纸业有限公司 | Label printer |
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