CN207702616U - Vertical air-conditioner indoor unit - Google Patents

Abstract

The utility model is related to a kind of vertical air-conditioner indoor units, including：There is casing the front panel positioned at front side, front panel to be equipped at least one air outlet；Outlet frame component is disposed adjacently the rear side in front panel, to guide the air flow direction air outlet in casing, and adjusts the air-out direction of air outlet；Heat exchanger, be arranged in casing, and positioned at outlet frame component rear side, for flow through its air carry out heat exchange；And drip tray, it is set in casing, and positioned at the lower section of outlet frame component and heat exchanger, and the projection of outlet frame component and heat exchanger in the horizontal plane is fallen into the projection of drip tray in the horizontal plane, to collect the condensed water generated on outlet frame component and heat exchanger by drip tray, it avoids to flow to indoor floor outside condensed water and client is caused to use and perplex, also avoid, because of a series of security risk caused by condensed water, improving the safety in utilization of vertical air-conditioner indoor unit.

Description

Vertical air-conditioner indoor unit

Technical field

The utility model is related to air-conditioning devices, more particularly to a kind of vertical air-conditioner indoor unit.

Background technology

When hot-air passes through evaporator, the heat in refrigerant vaporization absorption hot-air in evaporator makes hot-air become Cold air is blown into interior.But during hot-air passes through evaporator, since the air of heat and cold evaporator are in contact, Droplet can be formed on the surface of evaporator, as the increase of droplet becomes more, weep, small water can be formed in evaporator external Stream can flow in the drip tray of bottom, after then drip tray collects weep, be discharged outside air conditioner by drainpipe.

But during operation of air conditioner, outlet frame also has the appearance of condensed water.Traditional prevents outlet frame cold The method of condensate outflow completely cuts off hot and cold air using sealing element, prevents using the mode for being isolated cold air duct and hot-air Only the hot and cold air in outlet frame, which is met, generates condensed water.But as the aging of component deforms, assembling error, or transport is not Various undesirable elements such as kind, may cause the cold air duct in outlet frame group that cannot be completely cut off completely with hot-air, it is possible to go out Condensed water is formed in wind frame group, is flowed into inside machine, or even is overflowed outside machine, and a small amount of condensed water can flow to inside air-conditioning machine The circuit device for damaging air-conditioning bottom causes circuit damage, is also possible to overflow inside machine when condensing dilutional hyponatremia, flows to furniture On floor, home decoration is not only damaged, it is also possible to cause electric shock accidents, cause the loss of property or life.

Utility model content

One purpose of the utility model is intended to break through limitation in the prior art, provides one kind and can effectively solve the problem that outlet air The vertical air-conditioner indoor unit of a series of problems that condensed water is brought caused by frame component.

One of the utility model is further objective is that improve the stability of vertical air-conditioner indoor unit.

Another of the utility model is further objective is that avoid the frame of air outlet from generating condensed water.

To achieve the goals above, the utility model provides a kind of vertical air-conditioner indoor unit, including：

There is casing the front panel positioned at front side, the front panel to be equipped at least one air outlet；

Outlet frame component is disposed adjacently in the rear side of the front panel, to guide the air flow direction institute in the casing At least one air outlet is stated, and adjusts the air-out direction of at least one air outlet；

Heat exchanger, be arranged in the casing, and positioned at the outlet frame component rear side, for flow through its air Carry out heat exchange；And

Drip tray is set in the casing, and is located at the lower section of the outlet frame component and the heat exchanger, and described The projection of outlet frame component and the heat exchanger in the horizontal plane is fallen into the projection of the drip tray in the horizontal plane, to pass through The drip tray collects the condensed water generated on the outlet frame component and the heat exchanger.

Optionally, the vertical air-conditioner indoor unit further includes：

At least one axial-flow fan is vertically sequentially arranged in the casing, and at least one axial-flow fan Axis collinear, each axial-flow fan are each configured to that air inlet of the air through the casing is promoted to enter in the casing, simultaneously It is blown out from the corresponding air outlet after exchanging heat with the heat exchanger；And

At least one axial-flow fan is between the outlet frame component and the heat exchanger, the bottom of the drip tray Open up jagged on wall, for installing the motor of the axial-flow fan being below, the drip tray has by its bottom wall The circumferential edge peripheral wall upwardly extended and the annular convex edge upwardly extended by the edge of the notch, in the peripheral wall and institute State the annular groove formed between annular convex edge for containing condensed water.

Optionally, the annular groove of the drip tray includes the first area being connected and second area, the first area With the shape of the second area bottom shape phase with the bottom shape of the outlet frame component and the heat exchanger respectively Match.

Optionally, the first area is in the strip extended transversely, and the second area is in the U-shaped facing forward that is open Shape.

Optionally, the motor mount for installing the motor is equipped in the notch, the motor mount has The narrow annular slot and the multiple clinch for being evenly distributed on its circumferential edge, the multiple overlap joint being formed on the inside of its circumferential edge Portion is overlapped in the annular convex edge of the drip tray；And

Straight slot is formed at the top of at least partly described clinch, and one end of the straight slot is connected to the narrow annular slot, separately One end is in the surface of the annular groove, to allow the condensed water in the narrow annular slot by being connect described in straight slot flow direction The annular groove of water pond.

Optionally, the casing further includes being in pedestal of the bottom to provide a supporting role, and is defined on the pedestal Cavity；And drainpipe, the draining of the upper end of the drainpipe and the drip tray are equipped between the drip tray and the pedestal Hole is connected to, and the lower end of the drainpipe is connected to the cavity of the pedestal, with will be in the drip tray by the drainpipe Water is discharged into the cavity of the pedestal.

Optionally, the front of the pedestal is equipped with the groove extended transversely, and the bottom insertion of the front panel is described recessed In slot, to collect the condensed water generated on the front panel by the groove.

Optionally, the quantity of the air outlet is multiple, and the outlet frame component includes and at least one air outlet The multiple outlet frames being arranged in a one-to-one correspondence are equipped in each outlet frame for going out described in guiding and adjusting corresponding one The blade swinging mechanism of the air-out direction in air port, and

It is equipped at the top and bottom of each outlet frame for the through-hole with the pivot joint of the shaft of the blade swinging mechanism, often The through-hole of the outlet air frame bottom in top and the outlet frame top being below in the two neighboring outlet frame Through-hole connection, the through-hole of the outlet air frame bottom in bottom is connected to the drip tray, to allow the pendulum leaf machine The condensed water generated on structure flows into the drip tray along the blade swinging mechanism and the through-hole.

Optionally, the blade swinging mechanism includes the multiple pendulum leaves being transversely arranged in order, wherein in intermediate part pendulum The width of leaf in the horizontal is more than the width of the pendulum leaf in both lateral sides in the horizontal.

Optionally, what at least partly edge part of each air outlet was equipped in the casing at least one leads Wind portion, each air dam gradually tilts to extend or be bent towards the central area of the air outlet from the front to the back to be extended, with The air-flow for blowing to the air outlet is set to be concentrated to the central area of the air outlet.

The vertical air-conditioner indoor unit of the utility model is specifically designed drip tray below outlet frame component and heat exchanger, and So that the projection of outlet frame component and heat exchanger in the horizontal plane is fallen into the projection of drip tray in the horizontal plane, outlet air as a result, The condensed water generated on frame component and heat exchanger can instill under self gravitation effect in drip tray, so as to be received by drip tray The condensed water generated on collection outlet frame component and heat exchanger is avoided to flow to indoor floor outside condensed water and cause to use to client and is stranded It disturbs, also avoids, because of a series of security risk caused by condensed water, improving the safety in utilization of vertical air-conditioner indoor unit.

Further, extend forward since drip tray is whole compared with the prior art, the branch of air-conditioning bottom can be made Support column extends forward simultaneously, vertical air-conditioner indoor unit can be effectively prevent to topple over, increase the stability on chassis.

Further, the vertical air-conditioner indoor unit of the utility model is especially set in at least partly edge part of each air outlet Count at least one air dam, and each air dam gradually tilts from the front to the back towards the central area of air outlet and extends or curved Qu Yanshen concentrates so as to make to blow to the air-flow at the top and bottom of air outlet to the central area of air outlet, when avoiding refrigeration Cold air blows to air outlet side frame, to avoid air outlet side frame from generating condensation because temperature is too low.

Further, multiple pendulum leaves of blade swinging mechanism are specifically designed to so that being put in intermediate part by the utility model The width of leaf in the horizontal is more than the width of the pendulum leaf in both lateral sides in the horizontal, may make intermediate part pendulum leaf more It extends back, it is cold when avoiding freezing so as to guide more air-flows to the central area of air outlet closer to air duct Air blows to air outlet side frame, and condensation is generated because temperature is too low to further avoid air outlet side frame.

According to the accompanying drawings to the detailed description of the utility model specific embodiment, those skilled in the art will be more Add the above-mentioned and other purposes, advantages and features of clear the utility model.

Description of the drawings

Some specific realities of the utility model are described in detail by way of example rather than limitation with reference to the accompanying drawings hereinafter Apply example.Identical reference numeral denotes same or similar component or part in attached drawing.It should be appreciated by those skilled in the art that The drawings are not necessarily drawn to scale.In attached drawing：

Fig. 1 is the schematic diagram according to the vertical air-conditioner indoor unit of the utility model one embodiment；

Fig. 2 is the schematic structure exploded view according to the vertical air-conditioner indoor unit of the utility model one embodiment；

Fig. 3 is schematically schemed according to the part-structure of the vertical air-conditioner indoor unit of the utility model one embodiment；

Fig. 4 is the schematic structure exploded view of embodiment illustrated in fig. 3；

Fig. 5 is the part-structure exploded view according to the vertical air-conditioner indoor unit of the utility model one embodiment；

Fig. 6 is the schematic expanded view of part A in Fig. 5；

Fig. 7 is the schematic structure exploded view according to the outlet frame component of the utility model one embodiment；

Fig. 8 is another part structural representation figure according to the vertical air-conditioner indoor unit of the utility model one embodiment；

Fig. 9 is divided according to the schematic of another part structure of the vertical air-conditioner indoor unit of the utility model one embodiment Xie Tu.

Specific implementation mode

The utility model embodiment provides a kind of vertical air-conditioner indoor unit, and Fig. 1 is according to the utility model one embodiment Vertical air-conditioner indoor unit schematic diagram, Fig. 2 is the vertical air-conditioner indoor unit according to the utility model one embodiment Schematic structure exploded view.Referring to Fig. 1 and Fig. 2, the vertical air-conditioner indoor unit 1 of the utility model embodiment can wrap in general manner Include casing 10, heat exchanger 20, at least one axial-flow fan 30 and outlet frame component 40.Casing 10, which has, to be located at before front side Plate 110 and air-inlet grille 120 positioned at rear side offer at least one air outlet on front panel 110, are opened on air-inlet grille 120 Equipped with air inlet 121.Accommodation space, heat exchanger 20, at least one axial-flow fan 30 and outlet frame component are defined in casing 10 40 are set in casing 10, and heat exchanger 20 is located at the rear side of outlet frame component 40, for flow through its air and carry out hot friendship It changes.Heat exchanger 20 collectively forms vapour compression refrigeration with compressor, condenser, throttling set, connecting line and other accessories The circulatory system realizes the refrigerating/heating of air-conditioning, and details are not described herein for concrete principle and structure.Outlet frame component 40, which is adjacent to, to be set Be placed in the rear side of front panel 110, to guide the above-mentioned at least one air outlet of the air flow direction in casing 10, and adjust it is above-mentioned at least The air-out direction of one air outlet.

Fig. 3 is schematically schemed according to the part-structure of the vertical air-conditioner indoor unit of the utility model one embodiment, and Fig. 4 is The schematic structure exploded view of embodiment illustrated in fig. 3.Particularly, the vertical air-conditioner indoor unit 1 of the utility model further includes water receiving Disk 60 is set in casing 10, and is located at the lower section of outlet frame component 40 and heat exchanger 20, and outlet frame component 40 and heat exchange The projection of device 20 in the horizontal plane is fallen into the projection of drip tray 60 in the horizontal plane, to collect outlet frame group by drip tray 60 The condensed water generated on part 40 and heat exchanger 20.That is, the front of drip tray 60 can extend forwardly into outlet frame component 40 Underface, the rear portion of drip tray 60 can extand rearward to the underface of heat exchanger 20, so that outlet frame component 40 and changing Condensed water on hot device 20 can instill under self gravitation effect in drip tray 60, you can collect outlet frame group by drip tray 60 The condensed water generated on part 40 and heat exchanger 20 avoids to flow to indoor floor outside condensed water and cause to use to client and perplex, It avoids because of a series of security risk caused by condensed water, improves the safety in utilization of vertical air-conditioner indoor unit 1.

Extend forward simultaneously as the drip tray 60 of the utility model is whole compared with the prior art, therefore sky can be made It adjusts the support post of bottom to extend forward simultaneously, the stability on chassis can be increased, vertical air-conditioner indoor unit 1 is effectively prevent to incline .In addition, when assembling outlet frame component 40, it can be erected on drip tray 60 in advance, it will not be because of operating personnel's accident It slips out of the hand and falls, injure operating personnel by a crashing object, improve the safety of the assembling of outlet frame component 40.

In some embodiments of the utility model, above-mentioned at least one axial-flow fan 30 is vertically sequentially arranged in casing In 10, and the axis collinear of at least one axial-flow fan, each axial-flow fan 30 are each configured to promote air through casing 10 Air inlet enters in casing 10 and is blown out from corresponding air outlet after exchanging heat with heat exchanger 20.At least one axial-flow fan 30 Between outlet frame component 40 and heat exchanger 20, therefore, notch 61 is further opened on the bottom wall of drip tray 60, for installation The motor 31 for the axial-flow fan 30 being below, drip tray 60 have 63 He of peripheral wall upwardly extended by the circumferential edge of its bottom wall The annular convex edge 62 upwardly extended by the edge of notch 61, to be formed between peripheral wall 63 and annular convex edge 62 for containing condensation The annular groove 64 of water.

Further, the annular groove 64 of drip tray 60 includes the first area that is connected and second area, at first area In front side, second area is in rear side, the shape of the first area and second area bottom shape with outlet frame component 40 respectively Match with the bottom shape of heat exchanger 20.Specifically, first area can be in the strip extended transversely.Heat exchanger 20 is excellent It is selected as U-typed heat exchanger vertically extending and that opening is facing forward, axial-flow fan 30 is located on the inside of the front of heat exchanger 20, passes through in other words Flow fan 30 is enclosed by three bread of U-typed heat exchanger, when axial-flow fan 30 is run, to make thirdly heat exchanger is passed through in face air draught 20, the rate of air circulation of heat exchanger 20 is improved, and then improve its heat exchange efficiency.Correspondingly, the second area of annular groove 64 It can be in the U-shape facing forward that is open.

Fig. 5 is the part-structure exploded view according to the vertical air-conditioner indoor unit of the utility model one embodiment, and Fig. 6 is figure The schematic expanded view of part A in 5.It is equipped with and is used in some embodiments of the utility model, in the notch 61 of drip tray 60 The motor mount 32 of motor 31 is installed, motor mount 32 has 321 He of narrow annular slot being formed on the inside of its circumferential edge Multiple clinch 322 of its circumferential edge are evenly distributed on, multiple clinch 322 are overlapped on the annular convex edge 62 of drip tray 60 On, so that motor mount 32 is installed on drip tray 60.

Further, vertical air-conditioner indoor unit 1 further includes ducting assembly 50, is erected at above-mentioned at least one axial-flow fan 30 outer circumferential, for by air conduction to above-mentioned at least one air outlet.In refrigerating operaton, on ducting assembly 50 It is possible that will produce condensed water, which is easy to drop to motor mount 32 or instills room from the notch 61 of drip tray 60 It is interior.For this purpose, in some embodiments of the utility model, the top of at least partly clinch 322 has been especially formed straight slot 323, One end of straight slot 323 is connected to narrow annular slot 321, and the other end is in the surface of drip tray annular groove 64, to allow annular narrow Condensed water in slot 321 flows to the annular groove 64 of drip tray 60 by straight slot 323, to avoid the condensation in narrow annular slot 321 Water overfill is overflowed.

In some embodiments of the utility model, the lower section of motor mount 32 is additionally provided with supporting rack 33, and motor 31 holds It is contained between motor mount 32 and supporting rack 33.Supporting rack 33 has bottom plate and is upwardly extended by bottom plate and equally distributed more A linking arm, each linking arm are fastenedly connected with motor mount 32.Motor mount 32 removes above-mentioned multiple clinch 322 Except other parts be in notch 61, that is, be exposed to the lower section of drip tray 60, in order to support motor 31, also allow for Supporting rack 33 is connected.

In some embodiments of the utility model, casing 10 further includes being in pedestal of the bottom to provide a supporting role 130, cavity 132 is defined on pedestal 130.Between drip tray 60 and pedestal 130 be equipped with drainpipe 70, the upper end of drainpipe 70 with The osculum of drip tray 60 is connected to, and the lower end of drainpipe 70 is connected to the cavity 132 of pedestal 130, will be connect by drainpipe 70 Water in water pond 60 is discharged into the cavity 132 of pedestal 130.Specifically, through-hole, drainpipe can be offered on the bottom wall of drip tray 60 70 upper end is inserted into the through-hole, and is hermetically connected to the through-hole.The lower end of drainpipe 70 be in pedestal cavity 132 just on Side or the lower end of drainpipe 70 are connected to the bottom wall of pedestal cavity 132.

Further, the front of pedestal 130 is equipped with the groove 131 extended transversely, and groove is inserted into the bottom of front panel 110 In 131, to collect the condensed water generated on front panel 110 by groove 131.That is, the condensed water on front panel 110 can Along in front panel 110 fair current to groove 131 under self gravitation effect, so as to avoid the condensed water on front panel 110 outside Indoor floor is flow to bring using puzzlement or security risk to client.Specifically, the shape of groove 131 and 110 bottom of front panel Shape match.Specifically, front panel 110 is substantially in the lamellar of regular shape, cross-sectional shape and its bottom shape It is identical, substantially it is in the arc for protruding slightly above bending forward.Correspondingly, groove 131 is also the arc groove for protruding slightly above bending forward.

Further, groove 131 is connected with cavity 132, to allow the condensed water collected in groove 131 to flow into cavity In 132 so that condensed water evaporates after absorbing heat in cavity 132, avoid the condensed water in groove 131 accumulate it is excessive and It overflows.

Fig. 7 is the schematic structure exploded view according to the outlet frame component of the utility model one embodiment.In this practicality In some novel embodiments, the quantity of air outlet is multiple, and multiple air outlets are vertically arranged in order.Outlet frame component 40 wraps Include the multiple outlet frames being arranged in a one-to-one correspondence with above-mentioned at least one air outlet.

The blade swinging mechanism of the air-out direction for guiding and adjusting a corresponding air outlet is equipped in each outlet frame. It is equipped at the top and bottom of each outlet frame for the through-hole with the pivot joint of the shaft of blade swinging mechanism, in each adjacent two outlet frame The through-hole of outlet air frame bottom in top is connected to the through-hole at the top of the outlet frame being below, and is in the outlet frame of bottom The through-hole of bottom is connected to drip tray 60, to allow the condensed water generated in blade swinging mechanism to be connect along blade swinging mechanism and through-hole inflow Water pond 60.That is, condensed water on pendulum leaf in each outlet frame can under self gravitation effect along pendulum leaf and The through-hole of outlet frame flows into drip tray 60, therefore the condensed water put on leaf can fast and effeciently be discharged, while also avoiding cold Indoor floor is flow to outside condensate to bring using puzzlement or security risk to client.

Air outlet 111 that specifically, in some embodiments, multiple air outlets are respectively arranged in order from top to bottom, 112,113, outlet frame component 40 includes three outlet frames being arranged in order along the vertical direction, respectively opposite with air outlet 111 Outlet frame 42, outlet frame 43 corresponding with air outlet 112 and the outlet frame corresponding with air outlet 113 44 answered.Outlet frame The through-hole 423 of 42 bottoms is communicated with the through-hole 432 at 43 top of outlet frame, and through-hole 433 and the outlet frame 44 of 43 bottom of outlet frame push up The through-hole in portion 442 communicates, and the through-hole 443 of 44 bottom of outlet frame is directly communicated with drip tray 60.The through-hole 423 of 42 bottom of outlet frame It is arranged in a one-to-one correspondence with the through-hole 432 at 43 top of outlet frame, the through-hole of the through-hole 433 and 44 top of outlet frame of 43 bottom of outlet frame 442 are arranged in a one-to-one correspondence.The condensed water generated on the pendulum leaf 421 of outlet frame 42 as a result, can successively along its bottom through-hole 421, The through-hole 432 at the top of outlet frame 43, the pendulum leaf 431 of outlet frame 43, the through-hole 433 of 43 bottom of outlet frame, outlet frame 44 top The through-hole 443 of 44 bottom of pendulum leaf 441 and outlet frame of through-hole 442, outlet frame 44 is fallen into drip tray 60.The pendulum leaf of outlet frame 43 The condensed water generated on 431 can be successively along its bottom through-hole 433, the pendulum leaf of the through-hole 442 at 44 top of outlet frame, outlet frame 44 441 and the through-hole 443 of 44 bottom of outlet frame fall into drip tray 60.The condensed water generated on the pendulum leaf 441 of outlet frame 44 can be according to The secondary through-hole 443 along 44 bottom of the pendulum leaf 441 and outlet frame is fallen into drip tray 60.

Blade swinging mechanism includes the multiple pendulum leaves being transversely arranged in order, wherein in the horizontal in intermediate part pendulum leaf Width is more than the width of the pendulum leaf in both lateral sides in the horizontal.Pendulum leaf in intermediate part more extends back as a result, more Close to air duct, so as to guide more air-flows in transverse direction to the central area of air outlet, cold air when avoiding freezing The both lateral sides frame for blowing to air outlet, to avoid the frame of air outlet both lateral sides from generating condensation because temperature is too low.

Specifically, by taking outlet frame 42 as an example, blade swinging mechanism includes horizontal arranged 8 pendulum leaves 421, each puts leaf 421 is vertically extending.The width of four pendulum leaves 421 of centre in the horizontal is wherein in more than four in both lateral sides Put the width of leaf 421 in the horizontal.After the rear end of four intermediate pendulum leaves 421 is compared to four pendulum leaves 421 of both lateral sides End avoids outlet air closer to ducting assembly 50 so as to guide the central area of more air flow direction air outlets 111 Frame around mouth 111 generates condensation.

Fig. 8 is another part structural representation figure according to the vertical air-conditioner indoor unit of the utility model one embodiment, Fig. 9 is the schematic, exploded according to another part structure of the vertical air-conditioner indoor unit of the utility model one embodiment. In some embodiments of the utility model, at least partly edge part of each air outlet is equipped at least one in casing 10 A air dam, each air dam gradually tilts to extend or be bent towards the central area of the air outlet from the front to the back to be extended, i.e., The space that all air dams of each air outlet edge part are surrounded is from the front to the back gradually to the central area of the air outlet It shrinks, so that the air-flow for blowing to the air outlet is concentrated to the central area of the air outlet, cold air when refrigeration is avoided to blow to outlet air Mouth frame, to avoid air outlet side frame from generating condensation because temperature is too low.When air dam, which is bent, to be extended, the wind-guiding of air dam Surface is curved surface；When air dam, which tilts, to be extended, the wind-guiding surface of air dam is plane.

In some embodiments of the utility model, the edge part at the top and bottom of each air outlet is respectively equipped with a wind-guiding Portion, decurvation extends the air dam in air outlet top edge from the front to the back, in air outlet bottom sides edge Bending extends air dam upward from the front to the back.The air-flow at the top and bottom of air outlet can be guided as much as possible as a result, to going out The central area in air port avoids the top frame of air outlet and bottom frame from generating condensation.

In some embodiments of the utility model, the quantity of air outlet be it is multiple, multiple air outlets along the vertical direction according to Secondary arrangement.The top wind-guiding block 140 being located above the air outlet of the top is equipped in casing 10, under the air outlet of bottom The bottom wind-guiding block 150 and at least one intermediate wind-guiding block between each adjacent two air outlet of side.The top goes out The air dam of air port top edge is the lower surface 141 of top wind-guiding block 140, the air dam of the air outlet bottom margin of bottom For the upper surface 151 of bottom wind-guiding block, the air dam of the air outlet bottom margin in top is place in two neighboring air outlet The air dam of the upper surface of intermediate wind-guiding block between two air outlets, the air outlet top edge being below is in this Between wind-guiding block lower surface.The utility model is by the air dam concentrated setting of two neighboring air outlet edge part in a wind-guiding block On, the structure and installation operation of air dam can be simplified.

Specifically, in some embodiments, the quantity of intermediate wind-guiding block is two, is respectively in air outlet 111 and goes out Intermediate wind-guiding block 160 between air port 112 and the intermediate wind-guiding block 170 between air outlet 112 and air outlet 113.Outlet air The top edge of mouth 111 and the air dam of bottom margin are respectively the lower surface 141 of top wind-guiding block 140 and intermediate wind-guiding block 160 upper surface 161, the top edge of air outlet 112 and the air dam of bottom margin are respectively the following table of intermediate wind-guiding block 160 During the upper surface 171 in face 162 and intermediate wind-guiding block 170, the top edge of air outlet 113 and the air dam of bottom margin are respectively Between wind-guiding block 170 lower surface 172 and bottom wind-guiding block 150 upper surface 151.

It will be understood by those skilled in the art that so-called "upper" in the utility model embodiment, "lower", "inner", "outside", " cross ", "front", "rear" etc. are for indicating that the term of orientation or positional relationship is using the real use state of air conditioner indoor unit 1 as base For standard, these terms are merely for convenience of describing and understanding the technical solution of the utility model, rather than indicate or imply Signified device or component must have a particular orientation, therefore should not be understood as limiting the present invention.

So far, although those skilled in the art will appreciate that the more of the utility model have been shown and described in detail herein A exemplary embodiment still, still can be according to the utility model public affairs in the case where not departing from the spirit and scope of the utility model The content opened directly determines or derives many other variations or modifications for meeting the utility model principle.Therefore, this practicality is new The range of type is understood that and regards as to cover other all these variations or modifications.

Claims (10)

1. a kind of vertical air-conditioner indoor unit, which is characterized in that including：

There is casing the front panel positioned at front side, the front panel to be equipped at least one air outlet；

Outlet frame component is disposed adjacently in the rear side of the front panel, to guide described in the air flow direction in the casing extremely A few air outlet, and adjust the air-out direction of at least one air outlet；

Heat exchanger, be arranged in the casing, and positioned at the outlet frame component rear side, for flow through its air carry out Heat exchange；And

Drip tray is set in the casing, and is located at the lower section of the outlet frame component and the heat exchanger, and the outlet air The projection of frame component and the heat exchanger in the horizontal plane is fallen into the projection of the drip tray in the horizontal plane, described to pass through Drip tray collects the condensed water generated on the outlet frame component and the heat exchanger.

2. vertical air-conditioner indoor unit according to claim 1, which is characterized in that further include：

At least one axial-flow fan is vertically sequentially arranged in the casing, and the axis of at least one axial-flow fan Collinearly, each axial-flow fan be each configured to promote air inlet of the air through the casing enter in the casing and with institute It is blown out from the corresponding air outlet after stating heat exchanger heat exchange；And

At least one axial-flow fan is between the outlet frame component and the heat exchanger, on the bottom wall of the drip tray Open up jagged, for installing the motor of the axial-flow fan being below, the drip tray has the week by its bottom wall The peripheral wall upwardly extended to edge and the annular convex edge upwardly extended by the edge of the notch, in the peripheral wall and the ring The annular groove for containing condensed water is formed between shape convex edge.

3. vertical air-conditioner indoor unit according to claim 2, which is characterized in that

The annular groove of the drip tray includes the first area being connected and second area, the first area and secondth area Bottom shape of the shape in domain respectively with the bottom shape of the outlet frame component and the heat exchanger matches.

4. vertical air-conditioner indoor unit according to claim 3, which is characterized in that

The first area is in the strip extended transversely, and the second area is in the U-shape facing forward that is open.

5. vertical air-conditioner indoor unit according to claim 2, which is characterized in that

The motor mount for installing the motor is equipped in the notch, the motor mount, which has, is formed in its circumferential direction Narrow annular slot on the inside of edge and the multiple clinch for being evenly distributed on its circumferential edge, the multiple clinch is overlapped on described In the annular convex edge of drip tray；And

Straight slot is formed at the top of at least partly described clinch, and one end of the straight slot is connected to the narrow annular slot, the other end In the surface of the annular groove, to allow the condensed water in the narrow annular slot to flow to the drip tray by the straight slot The annular groove.

6. vertical air-conditioner indoor unit according to claim 1, which is characterized in that

The casing further includes being in pedestal of the bottom to provide a supporting role, and cavity is defined on the pedestal；And it is described Drainpipe is equipped between drip tray and the pedestal, the upper end of the drainpipe is connected to the osculum of the drip tray, described The lower end of drainpipe is connected to the cavity of the pedestal, the water in the drip tray is discharged into the bottom by the drainpipe In the cavity of seat.

7. vertical air-conditioner indoor unit according to claim 6, which is characterized in that

The front of the pedestal is equipped with the groove extended transversely, and the bottom of the front panel is inserted into the groove, to pass through The groove collects the condensed water generated on the front panel.

8. vertical air-conditioner indoor unit according to claim 1, which is characterized in that

The quantity of the air outlet is multiple, and the outlet frame component includes being arranged in a one-to-one correspondence at least one air outlet Multiple outlet frames, the outlet air side for guiding and adjusting a corresponding air outlet is equipped in each outlet frame To blade swinging mechanism, and

It is equipped at the top and bottom of each outlet frame for the through-hole with the pivot joint of the shaft of the blade swinging mechanism, per adjacent The through-hole of the outlet air frame bottom in top and leading at the top of the outlet frame being below in two outlet frames Hole is connected to, and the through-hole of the outlet air frame bottom in bottom is connected to the drip tray, to allow in the blade swinging mechanism The condensed water of generation flows into the drip tray along the blade swinging mechanism and the through-hole.

9. vertical air-conditioner indoor unit according to claim 8, which is characterized in that

The blade swinging mechanism includes the multiple pendulum leaves being transversely arranged in order, wherein in the horizontal in intermediate part pendulum leaf Width is more than the width of the pendulum leaf in both lateral sides in the horizontal.

10. vertical air-conditioner indoor unit according to claim 1, which is characterized in that

At least partly edge part of each air outlet is equipped at least one air dam in the casing, Mei Gesuo It states air dam and gradually tilts to extend or be bent towards the central area of the air outlet from the front to the back and extend, so as to blow to the outlet air The air-flow of mouth is concentrated to the central area of the air outlet.