CN208720472U - Air outlet structure, air conditioner - Google Patents

Abstract

The utility model provides a kind of air outlet structure, air conditioner.A kind of air outlet structure, including the first training wall, the second training wall, third training wall, the first exhaust passage is formed between first training wall and second training wall, the second exhaust passage is formed between the third training wall and second training wall, it further include diversion mechanism, the diversion mechanism is connect with second training wall, and the diversion mechanism can generate relative motion relative to second training wall, to selectively close off or penetrate through first exhaust passage, or selectively close off or penetrate through second exhaust passage.A kind of air outlet structure according to the present utility model, air conditioner can select air-out direction according to the operating condition of air conditioner, and air output are adjusted, and improve the outlet air comfort level of air conditioner, simple and compact for structure.

Description

Air outlet structure, air conditioner

Technical field

The utility model belongs to air-conditioning technique field, and in particular to a kind of air outlet structure, air conditioner.

Background technique

For the physical characteristic for the air-flow for enabling air conditioner to be more adaptive under cooling condition and heating condition, part is existing There is air conditioner to use the structure of upper air outlet and lower air outlet, but the air conditioner of existing realization outlet air up and down be all mostly using Centrifugation blade, therefore its noise and outlet air comfort level are all poor.And air conditioner can then be reduced using cross flow fan well Wind noise promotes outlet air comfort level, but still has shortcoming, such as when independent upper outlet air or lower outlet air, due to The limitation of through-flow fan blade air duct type can generate the problems such as more serious outlet air reflux, air quantity loss is big, outlet air is uneven and noise.

Utility model content

Therefore, the technical problem to be solved by the present invention is to provide a kind of air outlet structures, air conditioner, being capable of basis The operating condition of air conditioner selects air-out direction, and air output is adjusted, and improves the outlet air comfort level of air conditioner, structure letter It is single compact.

To solve the above-mentioned problems, the utility model provides a kind of air outlet structure, including the first training wall, the second water conservancy diversion Wall, third training wall form the first exhaust passage, the third training wall between first training wall and second training wall The second exhaust passage is formed between second training wall, further includes diversion mechanism, the diversion mechanism and second water conservancy diversion Wall connection, and the diversion mechanism can generate relative motion relative to second training wall, to selectively close off or pass through Lead to first exhaust passage, or selectively closes off or penetrate through second exhaust passage.

Preferably, the diversion mechanism is slidably connected with second training wall.

Preferably, the diversion mechanism is equipped with sliding block towards second training wall side, and second training wall is corresponding It is provided with and the matched slideway of the sliding block.

Preferably, second training wall has groove, and the side of the diversion mechanism towards second training wall is set There is idler wheel, the idler wheel guides the diversion mechanism along the concave slot sports.

Preferably, the air outlet structure further includes driving device, and the driving device is for driving the diversion mechanism Generate the movement relative to second training wall.

Preferably, the diversion mechanism has rack gear, and the power output end of the driving device has to be nibbled with the rack gear The gear of conjunction, when driving device operating, the gear drives the movement of diversion mechanism described in the rack drives.

Preferably, the driving device is set to side of second training wall towards air duct.

Preferably, the diversion mechanism has the shunting being convex in first training wall and/or third training wall side Wall, the dividing walls are at cone structure, and the cone of the cone structure is toward first training wall and/or third water conservancy diversion Wall side, when the diversion mechanism is moved along first exhaust passage, the cone can be abutted with first training wall Form sealing；Or, the cone can be with the third training wall when the diversion mechanism is moved along second exhaust passage It abuts and forms sealing.

Preferably, when the diversion mechanism is moved along first exhaust passage, the cone can be led with described first Stream wall abuts to form linear sealing, or, when the diversion mechanism is moved along second exhaust passage, the cone can with it is described Third training wall abuts to form linear sealing.

Preferably, the dividing walls include the first dividing walls, the second dividing walls, the side of first dividing walls with it is described The side of second dividing walls is connected to form the cone, first dividing walls and/or second dividing walls be inclined-plane or Cambered surface.

The present invention also provides a kind of air conditioners, including above-mentioned air outlet structure.

A kind of air outlet structure provided by the utility model, air conditioner, due to first training wall and the second training wall It forms the first exhaust passage, the third training wall and the second training wall and forms the second exhaust passage namely the first exhaust passage and second Exhaust passage shares second training wall, to keep the air outlet structure structure simpler compact, shunts due to having Mechanism can either realize existing to make first exhaust passage, the second exhaust passage property of can choose be opened or closed Independent upper outlet air or lower outlet air in technology, and can be realized outlet air simultaneously up and down, on the one hand there is better operating condition to adapt to Ability, on the other hand also due to the shunting function of the diversion mechanism is realized to gas in first exhaust passage, the second exhaust passage The adjustment for flowing air quantity, improves the outlet air comfort level of air conditioner.

Detailed description of the invention

Fig. 1 is the schematic cross-sectional view of the air outlet structure of the utility model embodiment；

Fig. 2 is that the flow dividing structure of the air outlet structure of the utility model embodiment closes the state signal of the first exhaust passage Figure；

Fig. 3 is that the flow dividing structure of the air outlet structure of the utility model embodiment closes the state signal of the second exhaust passage Figure；

Fig. 4 is that the flow dividing structure of the air outlet structure of the utility model embodiment penetrates through the first exhaust passage simultaneously, second goes out The status diagram in air duct.

Appended drawing reference indicates are as follows:

1, the first training wall；2, the second training wall；3, third training wall；4, the first exhaust passage；5, the second exhaust passage；6, divide Flow mechanism；61, idler wheel；62, rack gear；63, dividing walls；631, the first dividing walls；632, the second dividing walls；64, cone；7, tooth Wheel；8, blower.

Specific embodiment

In conjunction with referring to FIG. 1 to FIG. 4, embodiment according to the present utility model provides a kind of air outlet structure, for sky It adjusts in device, is particularly suitable for having in the on-hook of cross flow fan, including the first training wall 1, the second training wall 2, third training wall 3, form the first exhaust passage 4 between first training wall 1 and second training wall 2, the third training wall 3 and described the The second exhaust passage 5 is formed between two training walls 2, further includes diversion mechanism 6, and the diversion mechanism 6 connects with second training wall 2 It connects, and the diversion mechanism 6 can generate relative motion relative to second training wall 2, to selectively close off or penetrate through First exhaust passage 4, or selectively close off or penetrate through second exhaust passage 5.In the technical solution, due to described first Training wall 1 and the second training wall 2 form the first exhaust passage 4, the third training wall 3 and the second training wall 2 and form the second outlet air Road 5 namely the first exhaust passage 4 and the second exhaust passage 5 share second training wall 2, to make the air outlet structure structure It is simpler compact, make first exhaust passage 4, the second exhaust passage 5 property of can choose due to having diversion mechanism 6 It is opened or closed, can either realize individually upper outlet air in the prior art or lower outlet air, and can be realized up and down simultaneously On the one hand outlet air has better operating condition adaptability, on the other hand also due to the shunting function realization pair of the diversion mechanism 6 The adjustment of air current flow, improves the outlet air comfort level of air conditioner in first exhaust passage 4, the second exhaust passage 5, furthermore it is possible to Understanding, the inside of air outlet structure is arranged in the diversion mechanism 6 again, and is not arranged in the outside of air outlet structure, this The appearance for being conducive to air conditioner is more beautiful.Further, the air-out direction of first exhaust passage 4 and second outlet air The air-out direction in road 5 is away from each other, to prevent the generation of outlet air return air phenomenon to the maximum extent.

In order to easily control the movement of the diversion mechanism 6, it is preferable that the diversion mechanism 6 and described second Training wall 2 is slidably connected.For example, the diversion mechanism 6 is equipped with sliding block towards 2 side of the second training wall, described second is led Stream wall 2, which is correspondingly provided with, can matchingly be arranged multiple groups with the matched slideway of the sliding block, the slideway and sliding block, certainly It can be set one group, when being arranged one group, the sliding is on the symmetry axis of the diversion mechanism 6, the symmetry axis In glide direction in the diversion mechanism 6.For another example second training wall 2 has groove, 6 court of diversion mechanism It is equipped with idler wheel 61 to the side of second training wall 2, the idler wheel 61 guides the diversion mechanism 6 along the concave slot sports, The idler wheel 61 can be set multiple, such as be arranged at the diversion mechanism 6 in the two sides vertical with glide direction, Neng Gouqi To better guiding function, the diversion mechanism 6 two sides parallel with glide direction can also be set certainly, it is possible to understand that Be that the idler wheel 61 can be in the groove without emerging in groove, the specific implementation of two kinds of sliding types above-mentioned Example, makes that the structure is more compact, the relatively reliable stabilization of connection.

The air outlet structure further includes driving device, and the driving device is for driving the diversion mechanism 6 to generate phase Movement for second training wall 2 adjusts the air outlet structure in air output more convenient, and the driving device is excellent It is selected as motor, further, the diversion mechanism 6 has rack gear 62, and the power output end of the driving device has and institute 62 meshed gears 7 of rack gear is stated, when driving device operating, the gear 7 drives the rack gear 62 to drive the shunting Mechanism 6 moves, and is driven by rack and pinion engagement pair, keeps the movement of the diversion mechanism 6 more stable, certain tooth Item 62 can be set two groups, and rack gear 62 described in two groups is separately positioned on the diversion mechanism 6 two sides parallel with its glide direction, Certainly, the driving device and gear 7 are also correspondingly arranged two groups, and when driving operating, driving device described in two groups is operated synchronously, To keep the movement of the diversion mechanism 6 more smooth.The driving device setting can expose to the air outlet structure Outer surface, but consider the aesthetic appearance of entire air conditioner, it is preferable that the driving device is set to second training wall 2 Towards the side in air duct.

Further, the diversion mechanism 6 has and is convex in 3 side of first training wall 1 and/or third training wall Dividing walls 63, the dividing walls 63 are at cone structure, and the cone 64 of the cone structure is toward first training wall 1 And/or 3 side of third training wall, when the diversion mechanism 6 is moved along first exhaust passage 4, the cone 64 can be with First training wall 1, which abuts, forms sealing；Or, when the diversion mechanism 6 is moved along second exhaust passage 5, the cone Point 64 can abut formation sealing with the third training wall 3；Further, when the diversion mechanism 6 goes out along described first When air duct 4 moves, the cone 64 can abut to form linear sealing with first training wall 1, or, working as the diversion mechanism 6 When moving along second exhaust passage 5, the cone 64 can abut to form linear sealing with the third training wall 3.By institute It states and forms linear sealing between diversion mechanism 6 and first training wall 1 or third training wall 3, without being sealed using face, this Aspect, which can be substantially reduced, to be needed to the dividing walls 63 with first training wall 1, third training wall 3 using face sealing in face Difficulty of matching (processing and manufacturing difficulty) when contact, on the other hand, the sealing effect of linear sealing often due to face sealing effect, To make the first exhaust passage 4 or the second exhaust passage 5 better tightness when closing, the loss of air quantity is prevented to be lost.

Preferably, the dividing walls 63 include the first dividing walls 631, the second dividing walls 632, first dividing walls 631 Side be connected to form the cone 64 with the side of second dividing walls 632, first dividing walls 631 and/or institute Stating the second dividing walls 632 is inclined-plane or cambered surface.The first dividing walls 631, second dividing walls 632 on inclined-plane or cambered surface are set as, It is more preferable to the guiding function of air-flow, certainly, specific pattern according to the blade dimensions of air conditioner through-flow fan blade and simulated effect into Row Matching and modification.

The present invention also provides a kind of air conditioners, including above-mentioned air outlet structure, can be selected according to the operating condition of air conditioner Air-out direction is selected, and air output is adjusted, improves the outlet air comfort level of air conditioner, it is simple and compact for structure.Further, The air conditioner further includes blower 8, and the blower 8 will freeze or heating air-flow is transported in the air outlet structure, described Blower 8 is preferably cross flow fan.

Those skilled in the art will readily recognize that above-mentioned each advantageous manner can be free under the premise of not conflicting Ground combination, superposition.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle Within the scope of shield.Above are merely preferred embodiments of the utility model, it is noted that for the ordinary skill of the art For personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these improvement It also should be regarded as the protection scope of the utility model with modification.

Claims (11)

1. a kind of air outlet structure, which is characterized in that including the first training wall (1), the second training wall (2), third training wall (3), it is formed the first exhaust passage (4) between first training wall (1) and second training wall (2), the third training wall (3) it is formed between second training wall (2) the second exhaust passage (5), further includes diversion mechanism (6), the diversion mechanism (6) It is connect with second training wall (2), and the diversion mechanism (6) can generate relatively relative to second training wall (2) Movement, to selectively close off or penetrate through first exhaust passage (4), or selectively closes off or penetrates through second exhaust passage (5)。

2. air outlet structure according to claim 1, which is characterized in that the diversion mechanism (6) and second water conservancy diversion Wall (2) is slidably connected.

3. air outlet structure according to claim 2, which is characterized in that the diversion mechanism (6) is led towards described second It flows wall (2) side and is equipped with sliding block, second training wall (2) is correspondingly provided with and the matched slideway of the sliding block.

4. air outlet structure according to claim 2, which is characterized in that second training wall (2) has groove, described Diversion mechanism (6) is equipped with idler wheel (61) towards the side of second training wall (2), and the idler wheel (61) guides the shunting machine Structure (6) is along the concave slot sports.

5. air outlet structure according to claim 2, which is characterized in that further include driving device, the driving device is used The movement relative to second training wall (2) is generated in the driving diversion mechanism (6).

6. air outlet structure according to claim 5, which is characterized in that the diversion mechanism (6) has rack gear (62), institute The power output end for stating driving device has and the rack gear (62) meshed gears (7), when driving device operating, institute Stating gear (7) drives the rack gear (62) to drive diversion mechanism (6) movement.

7. air outlet structure according to claim 6, which is characterized in that the driving device is set to second water conservancy diversion Side of the wall (2) towards air duct.

8. air outlet structure according to claim 1, which is characterized in that the diversion mechanism (6), which has, to be convex in described The dividing walls (63) of the first training wall (1) and/or third training wall (3) side, the dividing walls (63) are at cone structure, and institute The cone (64) of cone structure is stated toward first training wall (1) and/or third training wall (3) side, when the shunting When mechanism (6) is moved along first exhaust passage (4), the cone (64) can abut formation with first training wall (1) Sealing；Or, the cone (64) can be with the third when the diversion mechanism (6) is moved along second exhaust passage (5) Training wall (3), which abuts, forms sealing.

9. air outlet structure according to claim 8, which is characterized in that when the diversion mechanism (6) goes out along described first When air duct (4) moves, the cone (64) can abut to form linear sealing with first training wall (1), or, working as the shunting When mechanism (6) is moved along second exhaust passage (5), the cone (64) can abut formation with the third training wall (3) Linear sealing.

10. air outlet structure according to claim 8, which is characterized in that the dividing walls (63) include the first dividing walls (631), the second dividing walls (632), the side phase of the side of first dividing walls (631) and second dividing walls (632) Connection is formed the cone (64), and first dividing walls (631) and/or second dividing walls (632) are inclined-plane or cambered surface.

11. a kind of air conditioner, including air outlet structure, which is characterized in that the air outlet structure is to appoint in claims 1 to 10 Air outlet structure described in one.