CN207881167U - A kind of drip tray structure and air conditioner - Google Patents

Abstract

The utility model is related to a kind of drip tray structure and air conditioner, including drip tray and water blocking platform, the drip tray and the stepped design of water blocking platform, water blocking platform plane are tilted towards the side of drip tray；The drip tray includes drainage face and water blocking side wall；The drainage face and water blocking side wall surround upper end opening space structure；The inclined design of drip tray relative level is equipped with osculum in the lower surface at one end of the drip tray；The upper close water blocking side-walls in the end that is filled with water in drainage face form hollow annular and are pulled up structure, and it is electric motor protecting chamber that the hollow annular, which is pulled up structure,.The inclined design of drip tray relative level of the utility model, one end are equipped with osculum, and osculum is circumscribed with drainpipe, and water is discharged to by drainpipe outside air conditioner in the effect of gravity via osculum；Electric motor protecting chamber is formed in drainage face, the electric motor protecting chamber designs to avoid motor, and motor is placed in electric motor protecting chamber, it is ensured that flow does not drench motor.

Description

A kind of drip tray structure and air conditioner

Technical field

The utility model is related to field of air conditioning, especially a kind of drip tray structure and air conditioner.

Background technology

The drip tray of existing air conditioner is disc type or slot type structure, and air conditioner is discharged in condensed water by flow-guiding channel, empty The heat exchanger of device is adjusted to be located at the top of drip tray, and the swing flap blade of air conditioner and being arranged in parallel for heat exchanger, the swing flap leaf Piece also is located at the top of drip tray, and the both sides of swing flap blade are equipped with stepper motor, and this design pattern promotes stepper motor position It is placed in the top of drip tray and closely the top of drip tray.Heat exchanger work when because the cold and hot temperature difference will produce it is more Condensed water, condensed water are flowed to by drainage channel in drip tray, and present drip tray is when condensing dilutional hyponatremia, disc type or slot type knot Structure is easy the presence of impeded drainage, and flow is caused to accumulate, and drip tray leak or flow is caused to drench asking for stepper motor Topic.

The patent document of number of patent application 201621195556.1 discloses a kind of cabinet-type air conditioner condensed water drawing water structure, including rear Coaming plate 1, the drip tray 2 that base of evaporator is located on squab panel 1 and the drainage being drained to condensed water in drip tray 2 Muscle 3, the inside that the drainage muscle 3 is mounted on squab panel 1 correspond to the position above 2 side of drip tray, drain the outer side edges of muscle 3 Edge has additional for avoiding condensing drip from falling on the block reinforcement 34 outside drip tray and extension board 35, but the drawing water structure cannot solve water The problem of stream accumulation.

Utility model content

In view of this, the utility model is directed to a kind of drip tray structure and air conditioner, to solve the above problems.

In order to realize these purposes, adopt the following technical scheme that：

A kind of drip tray structure, including drip tray and water blocking platform, the drip tray and the stepped design of water blocking platform, water blocking Platform is tilted towards the side of drip tray；The drip tray includes drainage face and water blocking side wall；The drainage face and water blocking side wall enclose At upper end opening space structure；The inclined design of drip tray relative level is equipped with osculum in drainage face.

Preferably, drainage face is divided into be filled with water end and discharge ends；At the end that is filled with water, upper close water blocking side-walls form hollow ring Shape is pulled up structure, and it is electric motor protecting chamber that the hollow annular, which is pulled up structure,.

Preferably, it is equipped with curved protrusion structure in the junction of be filled with water end and the discharge ends, during curved protrusion structure is in Between the low bulge-structure of high surrounding, the curved protrusion structure will flow to the water segregation of discharge ends into water channel from the end that is filled with water, described Water channel is located at the both sides of curved protrusion structure.

Preferably, the water blocking platform includes guide face and obstructing surface, and the evacuation being recessed inwardly is formed in one end of guide face Region.

Preferably, the routing region of outs open, the routing region are surrounded in the other end part obstructing surface of guide face Including fixed border and anti-slip frame.

Preferably, the anti-slip frame is made of the first support leg, the second support leg, first support leg, second Support leg is strip structure.

Preferably, the first snap part is provided on the guide face, first snap part includes plinth, institute It states pedestal upper vertical and forms connection leg in susceptor surface, the anti-delinking part of susceptor surface is formed in parallel in the end of connection leg Part；The pedestal, connection leg and retaining member form the semi-surrounding space of one end open.

Preferably, extended slot is distributed in the side back to semi-surrounding space of connection leg, retaining member；The extended slot Surface relative to connection leg, retaining member is in concave configuration.

Preferably, the second snap part and positioning element are provided on the guide face；Second snap part upper end Equipped with triangular wedges；The side of the positioning element is equipped with reinforcing rib.

A kind of air conditioner, including above-mentioned drip tray structure.

Advantageous effects：

1. the inclined design of drip tray relative level, one end is equipped with osculum, and osculum is circumscribed with drainpipe, and water is in weight The effect of power is discharged to by drainpipe outside air conditioner via osculum.

2. forming hollow annular in drainage face is pulled up structure, it is motor that the hollow annular, which is pulled up structure, Chamber, the electric motor protecting chamber is protected to be designed to avoid motor, motor is placed in electric motor protecting chamber, it is ensured that flow Motor is not drenched,

Description of the drawings

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, other drawings may also be obtained based on these drawings.

Fig. 1 is cabinet-type air conditioner condensed water drawing water structure in the prior art.

Fig. 2 is the utility model drip tray structure schematic diagram.

Fig. 3 is the utility model drip tray structure side sectional view.

Fig. 4 is the structural schematic diagram of the utility model evaporator support.

Fig. 5 is the structural schematic diagram of the first snap part of the utility model.

Fig. 6 is the partial enlarged view of Fig. 5.

Fig. 7 is the structural schematic diagram of the utility model the second snap part and positioning element.

Fig. 8 is the partial enlarged view of Fig. 7.

Reference sign：

1- drip trays, 11- drain face, 12- water blocking side walls, and 111- is filled with water end, 112- discharge ends, 113- osculums, 114- Curved protrusion structure, 115- water channels, 116- electric motor protecting chambers, 2- water blocking platforms, 21- guide faces, 22- obstructing surfaces, 221- are fixed Frame, 222- anti-slip frames, the routing regions 223-, the first support legs of 2221-, the second support legs of 2222-, 2223- barbs, 23- avoids region, the first fixing threaded holes of 24-, the first snap parts of 25-, 251- plinths, 252- connection legs, 253- anticreeps Component, 254- extended slots, the second snap parts of 26-, 261- triangular wedges, 27- positioning elements, 271- reinforcing ribs, 28- second Fixing threaded hole, 29- third fixing threaded holes, 3- evaporator supports, the first connectors of 31-, 32- the second bolt columns, the first spiral shells of 33- Bolt column, 311- first through hole, the second connectors of 34-, the second through-holes of 341-, 35- third bolt columns.

Specific implementation mode

Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment Described in embodiment do not represent all embodiments consistent with the utility model.On the contrary, they be only with such as The example of the consistent device and method of some aspects be described in detail in the appended claims, the utility model.

It is the purpose only merely for description specific embodiment in the term that the utility model uses, is not intended to be limiting this reality With novel.In the "an" of the utility model and singulative used in the attached claims, " described " and "the" It is intended to include most forms, unless context clearly shows that other meanings.It is also understood that term used herein " and/ Or " refer to and include one or more associated list items purposes any or all may combine.

It will be appreciated that though various information may be described using term first, second, third, etc. in the utility model, But these information should not necessarily be limited by these terms.These terms are only used for same type of information being distinguished from each other out.For example, not In the case of being detached from the scope of the utility model, the first information can also be referred to as the second information, and similarly, the second information can also It is referred to as the first information.Depending on context, word as used in this " if " can be construed to " ... when " or " when ... " or " in response to determination ".

The utility model will be described in detail by embodiment below.

Embodiment 1

With reference to Fig. 2-4, a kind of drip tray structure, including drip tray 1 and water blocking platform 2, the drip tray 1 and water blocking platform 2 are in Step-like design, water blocking platform 2 towards drip tray 1 side tilt, fall water blocking platform 2 water under gravity, flow to and connect In water pond 1.The drip tray structure is connected with evaporator support 3 and uses, and the drip tray structure is located at evaporator support 3 Lower section, the evaporator support 3 is equipped with evaporator, when operation of air conditioner, the condensation flow dripped on evaporator to drip tray In structure.

The lower section of the evaporator support 3 is equipped with the first connector 31, the second connector 34, the first bolt column 33, the Two bolt columns 32, third bolt column 35.The first bolt column 33, the second bolt column 32, third bolt column 35 On be respectively equipped with threaded cavernous structure, be used for installation bolt.Drip tray structure passes through the first connector 31, the second connector 34, the first bolt hole 33, the second bolt hole 32, third bolt hole 35 are fixedly connected with evaporator support 3.

The drip tray 1 includes drainage face 11 and water blocking side wall 12.The drainage face 11 and water blocking side wall 12 surround upper end Open space structure.Water on the evaporator is fallen by upper end opening space structure in drip tray 1.The drainage face 11 is divided For end 111 and the discharge ends 112 of being filled with water.The entire drainage inclined design of 11 relative level of face, the end 111 that is filled with water are higher than discharge ends 112.It is equipped with osculum 113 in drainage face 11, the osculum 113 is through-hole structure, is connected with drainpipe, in drip tray 1 Water is pooled to discharge ends 112 under gravity, is discharged to outside air conditioner by drainpipe via osculum 113.

Further, the junction of 111 and discharge ends 112 is held to be equipped with curved protrusion structure 114 in being filled with water for drainage face 11, Curved protrusion structure 114 is in the low bulge-structure of intermediate high surrounding.The curved protrusion structure 114 will be flowed to from the end 111 that is filled with water The water segregation of discharge ends 112 is located at the both sides of curved protrusion structure 114 at water channel 115, the water channel 115, is drained when being flowed into When water on face 11 is less, by the way that water channel 115 is isolated, by water quick collecting to discharge ends 112, and then from 113 row of osculum Go out.

Further, hollow annular is formed at water blocking side wall 12 on the end 111 that is filled with water in drainage face 11 to pull up Stretch structure, it is electric motor protecting chamber 116 that the hollow annular, which is pulled up structure, and the electric motor protecting chamber 116 is in order to keep away It allows motor and designs, motor is placed in electric motor protecting chamber 116, in order to ensure flow does not drench motor, the electric motor protecting The stretching height of chamber 116 is more than the height of the lowest point of the water blocking side wall 12 of drip tray 1.It is protected with electric motor protecting chamber 116 Motor refer to motor for driving door-plate driving mechanism.

The water blocking platform 2 includes guide face 21 and obstructing surface 22, the water blocking side of the side of the guide face 21 with drip tray 1 Wall 12 is connected.The obstructing surface 22 is trapped among 21 other side of guide face.An inclination of the guide face 21 towards water blocking side wall 12 Tiltedly design, convenient for falling, water in guide face 21 is smooth without hindrance under gravity to be flowed in drip tray 1.

Further, the evacuation region 23 being recessed inwardly is formed in one end of guide face 21.The evacuation region 23 is used for Drip tray structure is matched with the other component of air conditioner, according to the needs of air conditioner interior design, the shape of the guide face 21 Shape can be changed, while in order to which drip tray structure and other component carry out cooperation installation, can design multiple evacuation regions 23.The component that the position in the evacuation region 23 and shape avoid as needed is designed adjustment.

The both sides that region 23 is avoided on guide face 21 are equipped with the first fixing threaded hole 24.The position of first screw hole 24 with First bolt column 33 of evaporator support 3 matches.

The routing region 223 of outs open, the routing region are surrounded in the other end part obstructing surface 22 of guide face 21 223 include fixed border 221 and anti-slip frame 222.The fixed border 221 is L-shaped.The anti-slip frame 222 wraps Include the first support leg 2221, the second support leg 2222 and barb 2223.Space between the barb 2223 and fixed border 221 For the opening of routing region 223.The anti-slip frame 222 is surrounded by the first support leg 2221, the second support leg 2222, described First support leg 2221, the second support leg 2222 are strip structure, so anti-slip frame 222 is with flexible.The lead is logical The opening for crossing routing region 223 is got into routing region 223, and when lead is displaced outwardly, barb 2223 plays the role of blocking, is prevented Only lead slides easily from routing region 223.

Further, the second fixing threaded hole 28 and third fixing threaded hole 29 are provided on guide face 21, described second is solid Determine screw hole 28 to be located near the second snap part 26；The third fixing threaded hole 29 is located at the side of the first snap part 25. Second fixing threaded hole 28, third fixing threaded hole 29 are vertical with the second bolt column 32 of evaporator support 3, third bolt respectively Column 35 is used in combination.

With reference to Fig. 5-6, the first snap part 25 is provided on the guide face 21, the first snap part 25 is used for drip tray Structure is connected with evaporator support 3.First snap part 25 includes plinth 251,251 upper vertical of the pedestal Connection leg 252 is formed in 251 surface of pedestal, the retaining member on 251 surface of pedestal is formed in parallel in the end of connection leg 252 253.The pedestal 251, connection leg 252 and retaining member 253 form the semi-surrounding space of one end open, and the semi-surrounding is empty Between for accommodating the first connector 31 of evaporator support 3.

First snap part 25 is matched with the first connector 31, and first connector 31 carries first through hole 311 columnar structures.In use, retaining member 253 passes through first through hole 311, it is hooked on the first connector 31.Described first After snap part 25 is connected with evaporator support 3, retaining member 253 can fasten drip tray structure and evaporator support 3 Connection, prevents drip tray structure from falling off from evaporator support 3.

Further, extended slot is distributed in the side back to semi-surrounding space of connection leg 252, retaining member 253 254.The extended slot 254 is in concave configuration relative to the surface of connection leg 252, retaining member 253.The extended slot 254 is Reduce connection leg 252, the material of retaining member 253 is constituted, for increasing the flexibility and ductility of the first snap part.

With reference to Fig. 7-8, the second snap part 26 and positioning element 27 are provided on the guide face 21.Second buckle Component 26 and positioning element 27 are located near routing region 223, and the positioning element 27 is located at the side of the second snap part 26 Side.Second snap part, 26 upper end is equipped with triangular wedges 261.The side of the positioning element 27 is equipped with reinforcing rib 271.

Second snap part 26, positioning element 27 are matched with the second connector 34.Second connector 34 is Cavity structure, cavity sidewalls are equipped with the second through-hole 341.In use, the second snap part 26, positioning element 27 are placed in the second company In the cavity structure of fitting 34, positioning element 27 squeezes in cavity structure, prevents the second snap part 26 in cavity structure play, Meanwhile second the triangular wedges 261 of snap part 26 be stuck in the second through-hole 341, prevent drip tray structure from evaporator branch It falls off on frame 3.

A kind of air conditioner, including above-mentioned drip tray structure.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent substitution, improvement and etc. done should be included in the utility model Within the scope of protection.

Claims (10)

1. a kind of drip tray structure, which is characterized in that including drip tray (1) and water blocking platform (2), the drip tray (1) and water blocking Platform (2) stepped design, water blocking platform (2) plane are tilted towards the side of drip tray (1)；The drip tray (1) includes drainage Face (11) and water blocking side wall (12)；The drainage face (11) and water blocking side wall (12) surround upper end opening space structure；Drip tray (1) the inclined design of relative level is equipped with osculum (113) in drainage face (11).

2. drip tray structure according to claim 1, which is characterized in that the drainage face (11) is divided into the end (111) that is filled with water With discharge ends (112)；Being filled with water hollow annular is formed at the water blocking side wall (12) on end (111) be pulled up structure, institute It is electric motor protecting chamber (116) to state hollow annular and be pulled up structure.

3. drip tray structure according to claim 2, which is characterized in that in end (111) and the discharge ends (112) of being filled with water Junction be equipped with curved protrusion structure (114), curved protrusion structure (114) is the low bulge-structure of intermediate high surrounding, described Curved protrusion structure (114) will flow to the water segregation of discharge ends (112) into water channel (115), the water channel from the end (111) that is filled with water (115) it is located at the both sides of curved protrusion structure (114).

4. drip tray structure according to claim 1, which is characterized in that the water blocking platform (2) include guide face (21) and Obstructing surface (22) forms the evacuation region (23) being recessed inwardly in one end of guide face (21).

5. drip tray structure according to claim 4, which is characterized in that in the other end part obstructing surface of guide face (21) (22) routing region (223) of outs open is surrounded, the routing region (223) includes fixed border (221) and anti-slip Frame (222).

6. drip tray structure according to claim 5, which is characterized in that the anti-slip frame (222) is by the first support Leg (2221), the second support leg (2222) composition, first support leg (2221), the second support leg (2222) are strip knot Structure.

7. drip tray structure according to claim 4, which is characterized in that be provided with the first buckle on the guide face (21) Component (25), first snap part (25) include plinth (251), and pedestal (251) upper vertical is in pedestal (251) surface forms connection leg (252), and the retaining member on pedestal (251) surface is formed in parallel in the end of connection leg (252) (253)；The pedestal (251), connection leg (252) and retaining member (253) form the semi-surrounding space of one end open.

8. drip tray structure according to claim 7, which is characterized in that in the connection leg (252), retaining member (253) extended slot (254) is distributed in the side back to semi-surrounding space；The extended slot (254) is relative to connection leg (252), the surface of retaining member (253) is in concave configuration.

9. drip tray structure according to claim 4, which is characterized in that be provided with the second buckle on the guide face (21) Component (26) and positioning element (27)；Second snap part (26) upper end is equipped with triangular wedges (261)；The positioning region The side of part (27) is equipped with reinforcing rib (271).

10. a kind of air conditioner, which is characterized in that include the drip tray structure described in claim 1-9 any one claims.