CN206094379U - Air -cooler and ice room thereof - Google Patents

Abstract

An embodiment of the utility model provides an air -cooler and ice room thereof, the ice room includes that the top is equipped with the open -ended container and locates the refrigerant entry and the refrigerant outlet of container bottom, the refrigerant entrance is equipped with and is used for makeeing the mobile shunt of refrigerant homodisperse of following the pump sending of refrigerant storage box and coming. This embodiment is through being equipped with the shunt in the refrigerant entrance, when making the refrigerant go into in the container from refrigerant storage box pump, because in stopping of shunt and dividing flow into the container after scattering uniformly, avoid appearing making because of the operating condition of liquid pump is unstable irregular the spouting of refrigerant to lead to the fact the inhomogeneous of the velocity of flow and the distribution of refrigerant in wet curtain in the container, and then the sometimes hot and sometimes cold circumstances of the wind that results in the air -cooler to blow out, the refrigeration performance of promotion air -cooler, improvement user experience, in addition, the top of casing still is fixed in to the ice room through detachable connected mode, conveniently pulls down the ice room and maintains ice room or the inside subassembly of casing, reduces maintenance duration and cost.

Description

Air-cooler and its icehouse

Technical field

This utility model is related to refrigeration technology field, more particularly to a kind of air-cooler and its icehouse.

Background technology

In the season of heat or in the of a relatively high specific occasion of room temperature, people would generally select various coolings to set It is standby come adjusting ambient temperature, wherein, air-cooler（Also known as air cooler）Because its observable index air-conditioning is low, cooling-down effect is better than electric fan Feature and receive the favor of user.

The basic functional principle of air-cooler is：Wet curtain is formed in the inlet side of blower fan, the air of blower fan suction is through wet With the coolant for flowing through wet curtain during curtain（Existing air-cooler is most to adopt water as coolant）Carry out heat exchange and lower the temperature, and then can be with The relatively low air-flow of temperature is blowed out, comfort is given.

Traditional air-cooler all can be provided with container to contain coolant in bottom, and ice cube, ice crystal box can be also put into into container Or the low-temperature receiver object such as ice bag is reducing the temperature of coolant.Coolant needs the top for being pumped into air-cooler to drench again in wet curtain simultaneously certainly Flow in wet curtain above and lowerly, finally collect to flow back in container and realize recycling.Wet curtain is being entered effectively to reduce coolant When temperature, new-type air-cooler generally all can arrange icehouse at the top of air-cooler, by low-temperature receivers such as ice cube, ice crystal box or ice bags Object is positioned in icehouse, and coolant is pumped in icehouse from the container of bottom, is contacted with low-temperature receiver object in icehouse and is lowered the temperature, Flow out from icehouse again and drench in wet curtain.Because the refrigerant exit of icehouse is directly connected to wet curtain, can effectively ensure to enter wet The coolant of curtain is in low temperature state, improves refrigeration cooling-down effect.However, the refrigerant inlet set by existing icehouse is only one The individual hole through on icehouse diapire, outside be connected with refrigerant container by corresponding pipeline and pump, pumping pressure compared with When big, coolant can be sprayed in icehouse from refrigerant inlet, be difficult to form Uniform Flow in icehouse, cause the refrigerant temperature in icehouse Also likely to be present larger difference so that user may may feel that the wind that air-cooler blows out is sometimes hot and sometimes cold, Consumer's Experience sense phase To poor.Additionally, existing icehouse is all fixedly to be assembled in air-cooler top, layman is difficult to dismounting, this Bring to user routine use, maintenance air-cooler very big not convenient.

Utility model content

This utility model embodiment technical problem to be solved is, there is provided a kind of icehouse of air-cooler, can effectively guarantee Coolant uniform flow is entered in wet curtain, improves cooling-down effect.

This utility model embodiment technical problem further to be solved is, there is provided a kind of air-cooler, can effectively guarantee Coolant uniform flow is entered in wet curtain, improves cooling-down effect.

To solve above-mentioned technical problem, the technical scheme that this utility model embodiment is adopted is：A kind of air-cooler icehouse, bag Container and the refrigerant inlet and refrigerant exit located at the container bottom that top is provided with opening are included, is set at the refrigerant inlet There is the diverter of the dispersed flowing of coolant for promoting the coolant storage box pumping from air-cooler to come.

Further, the vessel bottom wall is in many scalariforms, and the vessel bottom wall is from a side to relative another side side To successively include the first rank, second-order and the 3rd rank, wherein, second-order be less than the 3rd rank, the 3rd rank be less than the first rank, it is described On the first rank, the refrigerant exit is located at second-order and the junction of the 3rd rank for refrigerant inlet.

Further, the slot for placing cold wind set remote-controller is additionally provided with the top of the icehouse.

Further, the icehouse is additionally provided with the top cover of engagement corresponding with the opening.

Further, a lateral margin of the top cover is articulated on the corresponding side wall of container top.

Further, the second-order is additionally provided with overfall, and the overfall is from second-order is protruding upward and top surface The open tubular column of opening, the top surface aperture position of the open tubular column is higher than refrigerant exit, and the overfall outer end is by corresponding The coolant storage box of pipeline connection to air-cooler.

Second aspect, this utility model also provides a kind of air-cooler, including casing and icehouse, and the icehouse is above-mentioned cold The icehouse of blower fan.

Further, the icehouse is fixed on the top of casing by detachable connection mode.

Further, the icehouse is locked in the top of casing or solid using movable buckle structure using screw connecting structure Due to the top of casing.

Using above-mentioned technical proposal, this utility model embodiment at least has the advantages that：This utility model is implemented Example by being provided with the diverter of the dispersed flowing of coolant for promoting to come from the pumping of coolant storage box at refrigerant inlet, Coolant can be made to flow into dispersedly in wet curtain, be conducive to coolant to be uniformly distributed in wet curtain everywhere, improve wet curtain integrally right The cooling-down effect of air, it is to avoid because coolant flow in wet curtain it is uneven cause air-cooler to be produced by boasting wind neglect heat it is suddenly cold, carry Rise Consumer's Experience.

Secondly, icehouse is fixed on the top of air-cooler by detachable connection mode, makes the icehouse can be from the top of air-cooler Portion disassembles, and the part inside air-cooler is touched by pulling down icehouse, facilitates the carrying out of maintenance, reduces maintenance Time and cost.

Description of the drawings

Fig. 1 is the dimensional structure diagram of this utility model air-cooler icehouse one embodiment.

Fig. 2 is the schematic top plan view of this utility model air-cooler icehouse one embodiment.

Fig. 3 is the cross-sectional schematic in the A-A faces in Fig. 2.

Fig. 4 is the dimensional structure diagram that this utility model air-cooler one embodiment icehouse pulls down state.

Specific embodiment

Below in conjunction with the accompanying drawings this utility model is described in further detail with specific embodiment.It should be appreciated that following Illustrative examples and explanation are not intended as to restriction of the present utility model only for explaining this utility model, and, do not rushing In the case of prominent, the feature in embodiment and embodiment in this utility model can be combined with each other.

As shown in Figure 1 to Figure 3, this utility model embodiment provides a kind of icehouse 1 of air-cooler, including top is provided with opening Container 10 and the refrigerant inlet 11 and refrigerant exit 12 located at the bottom of the container 10, be provided with use at the refrigerant inlet 11 In the diverter 13 of the dispersed flowing of coolant for promoting the coolant storage box pumping from air-cooler to come.

The present embodiment makes coolant pump in container 10 from coolant storage box by the diverter 13 at refrigerant inlet 11 When, uniformly flow in container 10 after being scatter due to the stop of diverter 13, it is to avoid because the reasons such as voltage make coolant random Spraying into for rule causes flow velocity of the coolant in wet curtain uneven with distribution in container 10, and then causes the wind that air-cooler blows out to be neglected The cold situation for neglecting heat, improves Consumer's Experience.

In one embodiment, the diapire of the container 10 is in many scalariforms, and the diapire of the container 10 is from a side to phase To another side directions include the first rank 101, the rank 103 of second-order 102 and the 3rd successively, wherein, second-order 102 is less than the Three ranks 103, the 3rd rank 103 is less than the first rank 101, and the refrigerant inlet 11 is located at the first rank upper 101, and the refrigerant exit 12 sets In the junction of the rank 103 of second-order 102 and the 3rd.

In another embodiment, overfall 104 is additionally provided with the second-order 102, the overfall 104 is from Second order 102 protrude and top surface opening open tubular column, the top surface aperture position of the open tubular column is higher than refrigerant exit 12, the overflow The coolant storage box that 104 outer ends of mouth pass through corresponding pipeline connection to air-cooler.When the coolant in container 10 is excessive, can be with It is back in the coolant storage box of air-cooler by overfall 104.

The present embodiment by the diapire of container 10 using multiple stage type design and refrigerant inlet 11 be located at the first higher rank 101 On, be conducive to coolant to pump into and flow under gravity after container 10 on relatively low second-order 102, the ice put into into container 10 The low-temperature receiver objects such as block, ice crystal box or ice bag also can be sufficiently mixed with coolant makes the temperature of coolant reach consistent, improves air-cooler Performance performance；Multiple equally distributed refrigerant exits 12 are provided with the junction of the rank 103 of second-order 102 and the 3rd, coolant can be made Wet curtain is more uniformly flowed into, the coolant for being conducive to wet curtain is uniformly distributed, lift the overall cooling-down effect to air.

In another embodiment, the side of the icehouse 1 is additionally provided with the slot 14 for placing cold wind set remote-controller.

Air-cooler typically all can be carried for the remote control of the function such as remote controable temperature, wind speed, the present embodiment in icehouse 1 one Side is provided with the slot 14 for placing remote control, can be positioned over remote control in slot 14 after using complete remote control, keeps away Exempt to occur remote control because arbitrarily place and in the situation for thinking that the used time is difficult to find that.

In one alternate embodiment, the icehouse 1 also includes the top cover 15 at the opening at the top of container 10, described One lateral margin of top cover 15 is articulated on the corresponding side wall in the top of container 10.

The present embodiment can effectively prevent the impurity such as dust from falling into container 10 by arranging top cover 15 on the opening of container 10 It is interior, it is to avoid contaminated refrigerant and breed bacteria；In addition, to be flexibly connected between top cover 15 and container 10, only top cover 15 need to be opened just Easily the low-temperature receiver objects such as ice cube, ice crystal box or ice bag can be put in container 10.

As shown in figure 4, this utility model also provides a kind of air-cooler, including casing 2 and icehouse 1, the icehouse 1 is above-mentioned Air-cooler icehouse, the icehouse 1 is locked in the top of casing 2 by detachable connection structure.In the specific implementation, institute It can be the top that casing 2 is locked in by screw connecting structure to state icehouse 1, and the screw connecting structure is included located at casing 2 On screw hole 16 and on icehouse 1 through hole 17 corresponding with the screw hole 16, by means of corresponding screw rod through logical Hole 17 is screwed together in again in the screw hole 16 in casing 2, so as to icehouse 1 to be detachably assembled onto the top of casing 2.

The present embodiment is screwed togather after through hole 17 by the way that screw rod is passed through with the screw hole 16 in casing 2, so as to icehouse 1 is removable It is assembled to the top of casing 2 with unloading, during the later stage M R of air-cooler, it is only necessary to will by screw rod is screwed down Icehouse 1 is disassembled from casing 2, on the one hand icehouse 1 can be cleaned, safeguarded, on the other hand can also be maintained easily cold The components such as motor, the wiring board of blower interior, reduce maintenance time and cost.

In another alternative embodiment, the icehouse 1 can also be the top that casing 2 is fixed on using movable buckle structure Portion.In the specific implementation, the movable buckle structure include be arranged at the fixture block on icehouse 1 and in casing 2 with fixture block The draw-in groove of cooperation, the movable buckle structure can also be including the draw-in groove on icehouse 1 and in the casing 2 The fixture block coordinated with draw-in groove.

The present embodiment coordinates the top that icehouse 1 is fixed on casing 2 by fixture block and draw-in groove, only need to be by fixture block from draw-in groove Icehouse 1 is disassembled from casing 2 by unloading, it is convenient that icehouse 1 or the component inside air-cooler are safeguarded, reduce dimension Repair time and cost.

While there has been shown and described that embodiment of the present utility model, for the ordinary skill in the art, It is appreciated that these embodiments can be carried out various changes in the case of without departing from principle of the present utility model and spirit, repaiies Change, replace and modification, scope of the present utility model is limited by claims and its equivalency range.

Claims (9)

1. a kind of icehouse of air-cooler, including top be provided with opening container and the refrigerant inlet located at the container bottom and Refrigerant exit, it is characterised in that：It is provided with the refrigerant inlet for promoting what the coolant storage box pumping from air-cooler came The diverter of the dispersed flowing of coolant.

2. the icehouse of air-cooler according to claim 1, it is characterised in that：The vessel bottom wall is in many scalariforms, the appearance Device diapire includes successively the first rank, second-order and the 3rd rank from a side to relative another side directions, wherein, second-order Less than the 3rd rank, the 3rd rank is less than the first rank, the refrigerant inlet on the first rank, the refrigerant exit located at second-order and The junction of the 3rd rank.

3. the icehouse of air-cooler according to claim 1, it is characterised in that：It is additionally provided with the top of the icehouse for placing The slot of cold wind set remote-controller.

4. the icehouse of air-cooler according to claim 1, it is characterised in that：The icehouse is additionally provided with corresponding with the opening The top cover of engagement.

5. the icehouse of air-cooler according to claim 4, it is characterised in that：One lateral margin of the top cover is articulated in vessel top On the corresponding side wall in portion.

6. the icehouse of air-cooler according to claim 2, it is characterised in that：The second-order is additionally provided with overfall, institute The open tubular column that overfall is and top surface opening protruding upward from second-order is stated, the top surface aperture position of the open tubular column is higher than coolant Outlet, the coolant storage box that the overfall outer end passes through corresponding pipeline connection to air-cooler.

7. a kind of air-cooler, including casing and icehouse, it is characterised in that：The icehouse is as described in any one of claim 1 ~ 6 Air-cooler icehouse.

8. air-cooler according to claim 7, it is characterised in that：The icehouse is fixed on by detachable connection mode The top of casing.

9. air-cooler according to claim 8, it is characterised in that：The icehouse is locked in casing using screw connecting structure Top or the top of casing is fixed on using movable buckle structure.