CN207865540U - A kind of vertical air conditioner - Google Patents

Abstract

The utility model provides a kind of vertical air conditioner, including air-conditioning center, ducting part, wind outlet panel and front panel, it is provided with air outlet on the ducting part, the ventilation opening coordinated with the air outlet is provided on air-conditioning center, cooperation position between air outlet and ventilation opening is provided with sealing element, in the side far from front panel, air-conditioning center is provided with sealing device, and the sealing device is connect with sealing element.Sealing element is arranged in vertical air conditioner described in the utility model between air outlet and ventilation opening, sealing device is set on air-conditioning center simultaneously, coordinated by sealing device and sealing element, improve the sealing effect between air-conditioning center and ducting assembly, it efficiently avoids wind to blow out from cooperation place of center ventilation opening and wind component air outlet, it is ensured that the normal operation of vertical air conditioner.

Description

A kind of vertical air conditioner

Technical field

The utility model is related to air-conditioning technical field, more particularly to a kind of vertical air conditioner.

Background technology

Vertical air conditioner generally comprises center, ducting part, wind outlet panel etc., in the prior art used vertical air conditioner Center mainly built by head cover, column and pedestal, middle frame structure design is since number of parts is on the high side, so as to cause vertical Formula air-conditioning operates complex, production cost height in assembling process, while being also unfavorable for vertical air conditioner in later maintenance process In dismounted.Therefore, it is badly in need of proposing a kind of middle frame structure convenient for assembly.

It proposes a kind of middle frame structure of floor air conditioner in the prior art, including top, bottom and is set to the top With the receiving portion between the bottom, the top, the receiving portion and the bottom are integrally formed.And in center and air duct portion After part assembly, often there is the problems such as sealing effect is poor, wind can be caused from the cooperation of center ventilation opening and wind component air outlet Place's blowout, influences the normal operation of vertical air conditioner；The prior art is often neglected during being designed processing to center simultaneously The cabling situation of electrical control lines on center has been omited, it is unfavorable to effectively cannot preferably be arranged to the electrical control lines on center In improving rationalization degree of the center in structure, certain inconvenience is brought for the assembly of center.

Applicant while the front panel of early stage vertical air-conditioning is studied, submitted application No. is The patent application of CN201620613653.1 it is disclosed that a kind of cabinet air-conditioner structure, including cabinet-type air conditioner main body, is installed on cabinet-type air conditioner The front panel of main body first half and the pedestal for being installed on cabinet-type air conditioner bottom part body, front panel lower end is set close to the base position It is equipped with resigning, lower section is provided with screw installation position, the screw installation position and vertical direction and level at the front panel resigning Direction is tilted a certain angle, and concrete structure is shown in attached drawing 13.But with the further research of applicant, find vertical in this application When formula air-conditioning equally exists air-conditioning center with ducting part assembly, the problem of existing sealing effect difference between the two.

Utility model content

In view of this, the utility model is directed to a kind of vertical air conditioner, assembled with ducting part with solving air-conditioning center When, the problem of existing sealing effect difference between the two.

In order to achieve the above objectives, the technical solution of the utility model is realized in：

A kind of vertical air conditioner, including air-conditioning center, ducting part, wind outlet panel and front panel are set on the ducting part It is equipped with air outlet, the ventilation opening coordinated with the air outlet is provided on air-conditioning center, matching between air outlet and ventilation opening Close position and be provided with sealing element, in the side far from front panel, air-conditioning center is provided with sealing device, the sealing device with it is close Sealing connects.

Further, the air-conditioning center includes first end, electrical control member department of assembly, air duct department of assembly and the second end, First end is connect with electrical control member department of assembly, and electrical control member department of assembly is connect by the first receiving portion with air duct department of assembly, air duct dress It is connect with the second end by the second receiving portion with portion；

Carrier is provided in the air duct department of assembly, air duct department of assembly is connect by carrier with the first receiving portion.

Further, the ventilation opening is arranged in the department of assembly of air duct, the sealing device include the first sealing ribs and Second sealing ribs；

Close to the side of ducting part, air duct department of assembly is connect with the first sealing ribs and the second sealing ribs respectively.

Further, close to the side of ducting part, the ventilation opening is provided with the first flange and the second flange；

On the direction far from ventilation opening, the first sealing ribs and the first flange coordinate；On the direction far from ventilation opening, the Two flange and the second sealing ribs coordinate.

Further, ribs is arranged in the side far from the first flange in the first sealing ribs, and the second sealing ribs are far from the Ribs is arranged in the side of two flange, and ribs is arranged between the first flange and the first sealing ribs.

Further, the first limiting section is provided in the side far from front panel, in the first receiving portion, in the second receiving portion It is provided with the second limiting section.

Further, it is provided with the first grooved rail and the second grooved rail in the side far from front panel, in the second receiving portion, and the One grooved rail and the second grooved rail are extended to and are connect with the second end；Guide groove is constituted between first grooved rail and the second grooved rail.

Further, at least one position-limited rail, the limit are provided on the side far from front panel, the second receiving portion Rail is extended to be connect with the second end.

Further, it is being provided at least one first mounting post on the side of front panel, carrier；

It is being provided at least one first mounting post on the side of front panel, the second end.

Further, the air-conditioning center is integrally formed.

Compared with the existing technology, a kind of vertical air conditioner described in the utility model has the advantage that：

(1) sealing element is arranged in vertical air conditioner described in the utility model between air outlet and ventilation opening, while in air-conditioning Sealing device is set on center, and sealing device is connect with sealing element, by the mating reaction of sealing device and sealing element, is improved Sealing effect between air-conditioning center and ducting assembly efficiently avoids wind from center ventilation opening and wind component air outlet It is blown out at cooperation, it is ensured that the normal operation of vertical air conditioner.

(2) vertical air conditioner described in the utility model passes through the first limiting section, the second limiting section, the first grooved rail, the second slot The setting of rail and position-limited rail not only increases convenient degree and installation fixing of the air-conditioning center in assembling process, and And the distribution of force situation on air-conditioning center is improved, enhance the mechanical performance of air-conditioning center.

Description of the drawings

The attached drawing for constituting the part of the utility model is used to provide a further understanding of the present invention, this practicality is new The illustrative embodiments and their description of type are not constituted improper limits to the present invention for explaining the utility model. In attached drawing：

Fig. 1 is a kind of axonometric drawing of the air-conditioning center of vertical air conditioner described in the utility model embodiment；

Fig. 2 is a kind of another axonometric drawing of the air-conditioning center of vertical air conditioner described in the utility model embodiment；

Fig. 3 is the partial enlarged view at B in Fig. 2 of the utility model embodiment；

Fig. 4 is a kind of front view of the air-conditioning center of vertical air conditioner described in the utility model embodiment；

Fig. 5 is the partial enlarged view at C in Fig. 4 of the utility model embodiment；

Fig. 6 is sectional view along A-A in Fig. 4 of the utility model embodiment；

Fig. 7 is a kind of upward view of the air-conditioning center of vertical air conditioner described in the utility model embodiment；

Fig. 8 is the partial enlarged view at D in Fig. 7 of the utility model embodiment；

Fig. 9 is the partial enlarged view at E in Fig. 7 of the utility model embodiment；

Figure 10 is a kind of left view of the air-conditioning center of vertical air conditioner described in the utility model embodiment；

Figure 11 is a kind of right view of the air-conditioning center of vertical air conditioner described in the utility model embodiment；

Figure 12 is a kind of explosive view of vertical air conditioner described in the utility model embodiment；

Figure 13 is the structural schematic diagram of applicant's vertical air conditioner disclosed in earlier patents application.

Reference sign：

1- air-conditioning centers, 11- electrical control members department of assembly, the first receiving portions of 12-, the first limiting sections of 121-, the assembly of the air ducts 13- Portion, the first flange of 131-, the second flange of 132-, the first sealing ribs of 133-, the second sealing ribs of 134-, 135- carriers, 14- ventilations Mouthful, the second receiving portions of 15-, the second limiting sections of 151-, the first grooved rails of 152-, the second grooved rails of 153-, 154- guide grooves, 155- limits Rail, 16- first ends, the end faces 160-, 161- end fittings, 1611- positioning convex platforms, 162- bevel edges, 163- line concentration notches, The first positive stop lug boss of 164-, the second positive stop lug boss of 165-, the first mounting posts of 166-, the second mounting posts of 167-, 168- the first side walls, 169- second sidewalls, 17- the second ends, 18- center fixed parts, the first fixed plates of 181-, the second fixed plates of 182-, 183- first Buckle, 184- second are buckled, 19- wiring parts, the first wiring plates of 191-, the second wiring plates of 192-, 2- ducting parts, and 21- goes out Air port, 3- wind outlet panels, 31- grids, 4- front panels.

Specific implementation mode

It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can To be combined with each other.

The utility model will be described in detail below with reference to the accompanying drawings and embodiments.

Embodiment 1

As shown in attached drawing 1-12, a kind of vertical air conditioner, including air-conditioning center 1, ducting part 2, wind outlet panel 3 and front panel 4, the air-conditioning center 1 is connect with front panel 4, and on the direction far from front panel 4, ducting part 2 is arranged at air-conditioning center 1 Side, on the direction close to front panel 4, wind outlet panel 3 is arranged at the other side of air-conditioning center 1, the two of wind outlet panel 3 End is connect with driving device respectively, wind outlet panel movement is controlled by driving device, to adjust air conditioning exhausting direction, wherein air-conditioning Center 1, ducting part 2, the structure of wind outlet panel 3 and front panel 4 are roughly the same with the prior art, and this will not be repeated here.

With the prior art the difference is that being provided with line concentration notch 163 and wiring part 19 on the air-conditioning center 1, lead to It crosses wiring part 19 and constitutes wiring space, the line concentration notch 163 coordinates with wiring space.

Wherein electrical control lines are often bypassed or are passed through air-conditioning center by the control unit of air-conditioning, realize the company with wind outlet panel 3 It connects, outlet air situation is adjusted with controlling wind outlet panel 3, and often there is electrical control lines row in air-conditioning center in the prior art The more mixed and disorderly problem of cloth, not only bad for the assembly of air-conditioning, and there are certain electrical safety hidden danger.

Therefore, the present embodiment proposes a kind of vertical air conditioner, by the way that line concentration notch and wiring part are arranged on air-conditioning center, The wiring space being made up of wiring part accommodates electrical control lines, and line concentration notch coordinates with wiring space, automatically controlled to make Line can preferably be arranged on air-conditioning center, optimize the cabling situation of electrical control lines on air-conditioning center so that in air-conditioning Frame is in assembling process, especially in carrying out arrangement installation process to electrical control lines, improves the convenient journey of related assembly manipulation Degree.

Embodiment 2

As shown in attached drawing 1-12, in order to further increase convenience of the air-conditioning center 1 in assembling process, in the air-conditioning Frame 1 includes first end 16, electrical control member department of assembly 11, air duct department of assembly 13 and the second end 17, first end 16 and electrical control member Department of assembly 11 connects, and electrical control member department of assembly 11 is connect by the first receiving portion 12 with air duct department of assembly 13, and air duct department of assembly 13 is logical The second receiving portion 15 is crossed to connect with the second end.

Wherein, electrical control member department of assembly 11 is matched with the control unit of air-conditioning, and air duct department of assembly 13 matches with ducting part 2 It closes；The setting of first receiving portion 12, the control unit of vertical air conditioner and ducting part 2 are kept apart, the second receiving portion 15 Setting, the base member of vertical air conditioner and ducting part 2 are kept apart, ensured that at the ducting part 2 of vertical air conditioner In a relatively independent space, air-conditioning is ensured to the full extent in the process of running, the normal operation of ducting part 2, together When reduce interference of the ducting part 2 to the other components of air-conditioning；In addition, by the way that the first receiving portion 12 and the second receiving portion is arranged 15, the distribution of force situation of air-conditioning center 1 is also improved, the mechanical performance of air-conditioning center 1 is improved.

In addition, as preferred embodiment in the present embodiment, on the normal upright direction of vertical air conditioner, i.e., in vertical side Upwards, electrical control member department of assembly 11 is matched with the control unit of air-conditioning, and belongs to air-conditioning top, according to above-mentioned air-conditioning center Under the premise of 1 each component connection relation, all parts of air-conditioning center 1 are set gradually from top to bottom.

In order to further improve the distribution of force situation between air duct department of assembly 13 and the first receiving portion 12, electrical control member is improved Mechanical strength between department of assembly 11, the first receiving portion 12 and air duct department of assembly 13 is provided in the air duct department of assembly 13 Carrier 135, air duct department of assembly 13 are connect by carrier 135 with the first receiving portion 12.

Further, close to the side of front panel 4, the first receiving portion 12 with carrier 135 jointly and driving device Cooperation, for accommodating driving device, close to the side of front panel 4, the second receiving portion 15 coordinates with another driving device, uses In accommodating driving device, so that air-conditioning center 1 coordinates with driving device completely, the occupied space of driving device is carried out Rational distribution, reduces vertical air conditioner entirety the space occupied to the full extent.

It is being provided at least one first mounting post 166 on the side of front panel 4, carrier 135, is passing through the first peace It fills column 166 and coordinates fixation with corresponding driving device, realize the driving coordinated jointly the first receiving portion 12 and carrier 135 The fixed installation of device；

It is being provided at least one first mounting post 166 on the side of front panel 4, the second end 17, is passing through first Mounting post 166 coordinates with corresponding driving device fixes, and realizes and pacifies to the fixed of the driving device joined together by the second receiving portion 15 Dress.

In addition, the air-conditioning center 1 further includes center fixed part 18, center fixed part 18 includes 181 He of the first fixed plate Second fixed plate 182；

Air-conditioning center 1 in the radial direction, first fixed plate 181 respectively with first end 16, electrical control member assemble Portion 11, the first receiving portion 12, carrier 135, air duct department of assembly 13, the second receiving portion 15 and the second end 17 connect；Described Two fixed plates 182 are connect with the first fixed plate 181.

It should be noted that on the normal upright direction of vertical air conditioner, i.e., in the vertical direction, as air-conditioning center 1 Axial direction, the alternatively referred to as long axis direction of air-conditioning center 1；In the horizontal direction, the radial direction as air-conditioning center 1, The alternatively referred to as short-axis direction of air-conditioning center 1.

Wherein, air-conditioning center 1 is carried out with ducting part 2, wind outlet panel 3 and front panel 4 respectively by center fixed part 18 Connection, in order to improve the dismounting convenience between air-conditioning center 1 and ducting part 2, wind outlet panel 3 and front panel 4, the present embodiment It is connected by a snap between middle air-conditioning center 1 and ducting part 2, wind outlet panel 3 and front panel 4, specifically, far from front panel 4 side is provided at least one second buckle 184 in the second fixed plate 182；It is fixed close to the side of front panel 4, first It is provided at least one first buckle 183 on plate 181, at least one first buckle 183 is provided in the second fixed plate 182；

Due to vertical air conditioner involved in the present embodiment, it is contemplated that the influence of its own gravity, therefore, to assure that air-conditioning center 1 and wind The fixing connected between road component 2, wind outlet panel 3 and front panel 4, the opening of first buckle, 183 and second buckle 184 Direction is reversed each other.

As the preferred embodiment of the present embodiment, on the normal upright direction of vertical air conditioner, i.e., in the vertical direction, first Buckle 183 it is opening up, second buckle 184 it is opening down, ensure that air-conditioning center 1 and ducting part 2, outlet air surface Between plate 3 and front panel 4, under the influence of its own gravity, the firm degree of its connection can be further increased.

As another preferred embodiment of the present embodiment, the air-conditioning center 1 is integrally formed.

Embodiment 3

As shown in attached drawing 2-11, the present embodiment pair is described further with relevant structure is connected up.

Since electrical control member department of assembly 11 is matched with the control unit of air-conditioning, in order to relevant automatically controlled to airconditioning control component The installation scenarios of line optimize, while ensuring to carry out integrated wiring to electrical control lines, on air-conditioning center, on first end 16 It is provided with line concentration notch 163, the line concentration notch 163 includes the first side wall 168 and second sidewall 169, the second sidewall 169 It is connect with the first fixed plate 181；

For the ease of the assembly in line concentration notch 163 of assembly and electrical control lines of air-conditioning center 1, along air-conditioning center 1 Radial direction, line concentration notch 163 run through first end 16, and line concentration notch 163 be preferably open opening, with airconditioning control The relevant electrical control lines of component are unified to carry out concentric wiring via line concentration notch 163.

, need to be in line concentration notch 163 in order to avoid electrical control lines break-off occur in line concentration notch 163, the first side wall It is provided with the first positive stop lug boss 164 on 168, the junction of second sidewall 169 and the first fixed plate 181 is provided with the second limit Boss 165.Wherein, the first positive stop lug boss 164 and the second positive stop lug boss 165 are setting independently of each other, the first positive stop lug boss 164 Protrusion direction is towards the direction of second sidewall 169, and the protrusion direction of the second positive stop lug boss 165 is towards the first side wall 168 Direction.To by the setting of the first positive stop lug boss 164 and the second positive stop lug boss 165, not only ensure opening for line concentration notch 163 Formula opening is put, and the opening to electrical control lines in line concentration notch 163 is limited, and avoids electrical control lines from line concentration notch It is detached from 163.

In order to carry out centralized layout and limit to the electrical control lines on air-conditioning center 1, avoid electrical control lines on air-conditioning center 1 It is laid out at random, improves convenience of the air-conditioning center 1 in assembling process, the wiring part (19) includes at least one first cloth Line plate 191 and at least one second wiring plate 192；

First wiring plate 191 is connect with the first fixed plate 181, second wiring plate 192 and first end 16, electricity In control department of assembly 11, the first receiving portion 12, carrier 135, air duct department of assembly 13, the second receiving portion 15, the second end 17 At least one component connection.

Wherein the first wiring plate 191 and the second wiring plate 192 collectively form wiring space, and only electrical control lines are not provided and put Between emptying, and electrical control lines are limited on the horizontal plane of the normal installed position of vertical air conditioner, avoids electrical control lines It is detached from, improves the integration degree connected up to electrical control lines, air-conditioning center 1 is improved in assembling process, especially to automatically controlled Line carries out the install convenient in arrangement installation process.

Embodiment 4

As shown in attached drawing 1-11, in order to improve convenience and the installation jail in air-conditioning center 1 and 4 installation process of outer panels By property, on air-conditioning center 1, first end 16 has end face 160, and the peace of end fittings 161, first is provided on end face 160 Column 166 and the second mounting post 167 are filled, the end fittings 161 and the first mounting post 166 coordinate, the end assembly 161 It is provided with the bevel edge 162 extended towards 166 direction of the first mounting post.

In order to improve the convenience in 1 installation process of air-conditioning center, in the side close to electrical control member department of assembly 11, end Positioning convex platform 1611 is provided on assembly 161, it is ensured that air-conditioning center 1 can carry out more quickly fixed during the installation process Position and fixation.

On the top of vertical air conditioner, pass through corresponding build-up member between the first end 16 and outer panels 4 of air-conditioning center 1 It is attached, wherein realizing installation and fixation to outer panels 4 by the first mounting post 166 and the second mounting post 167, simultaneously Corresponding pilot hole is provided on end assembly 161.

And in the assembling process of air-conditioning center 1 and outer panels 4, it is more difficult to the first mounting post 166 and the second mounting post 167 It is positioned, to be unfavorable for improving convenience of the air-conditioning center 1 in assembling process, in order to solve this problem, this implementation End fittings 161 are arranged in first end 16 in example on end face 160, and end fittings 161 and the first mounting post 166 coordinate, And the bevel edge 162 extended towards 166 direction of the first mounting post is provided on end assembly 161.Specifically, in air-conditioning center 1 With in the assembling process of outer panels 4, it is only necessary to outer panels 4 are aligned with end assembly 161, and make outer panels 4 along bevel edge 162 Sliding, you can the assembly for realizing the first mounting post 166, the second mounting post 167 mounting hole corresponding in outer panels 4 improves To the precision that the first mounting post 166 and the second mounting post 167 are positioned, the assembly of air-conditioning center 1 and outer panels 4 is improved Convenient degree.

For the ease of processing and distinguishing, as the preferred of the present embodiment, the first mounting post 166 is cylindrical configuration or centrum The column of formula configuration, and it is provided with pilot hole in the first mounting post 166；Second mounting post 167 is the column of cross-shaped configuration Body.

Embodiment 5

As shown in attached drawing 6-9, in order to solve existing sealing effect between air-conditioning center 1 and ducting part 2 in the prior art The problems such as fruit is poor is provided with air outlet 21 on the ducting part 2, is provided on air-conditioning center 1 and the air outlet 21 coordinates Ventilation opening 14, the cooperation position between air outlet 21 and ventilation opening 14 is provided with sealing element；In one far from front panel 4 Side, air-conditioning center 1 are provided with sealing device, and the sealing device is connect with sealing element.

Wherein, by being arranged sealing device on air-conditioning center 1, and sealing device and sealing element be with merging connection, thus Improve the sealing performance between air-conditioning center 1 and ducting part 2.

As the preferred embodiment in the present embodiment, the sealing element is preferably sponge, and sealing element can be adhered to air outlet Cooperation position between 21 and ventilation opening 14；The ventilation opening 14 is arranged in air duct department of assembly 13.

The sealing device includes the first sealing ribs 133 and the second sealing ribs 134；Close to the side of ducting part 2, wind Road department of assembly 13 is connect with the first sealing ribs 133 and the second sealing ribs 134 respectively.

Close to the side of ducting part 2, the ventilation opening 14 is provided with the first flange 131 and the second flange 132；Remote On direction from ventilation opening 14, the first sealing ribs 133 and the first flange 131 coordinate；On the direction far from ventilation opening 14, second Flange 132 and the second sealing ribs 134 coordinate.

Wherein ventilation opening 14 is coordinated by the first flange 131, the second flange 132 with air outlet 21, improves ventilation The degree of engagement of mouth 14 and air outlet 21, enhances the leakproofness of ventilation opening 14 and air outlet 21, not only facilitates and improves in air-conditioning Sealing performance between frame 1 and ducting part 2, and the outlet air vortex situation of air outlet 21 is improved, it efficiently avoids out The outlet air in air port 21 is to the case where side direction overflow.

Further, since sealing element is preferably sponge, and sponge has preferable deformation recovery capability, the sealing device packet The first sealing ribs 133 and the second sealing ribs 134 are included, the cooperation and second of the first flange 131 and the first sealing ribs 133 is passed through The cooperation of flange 132 and the second sealing ribs 134 so that the first sealing ribs 133 and the second sealing ribs 134 squeeze sealing element Pressure, using the deformation recovery capability of sealing element, further increases close at the cooperation position between air outlet 21 and ventilation opening 14 Sealing property, to improve the sealing performance between air-conditioning center 1 and ducting part 2.

Embodiment 6

As shown in attached drawing 7-11, in order to further increase the convenience during the installation process of air-conditioning center 1 and installation jail By property, in the side far from front panel 4, it is provided with the first limiting section 121 in the first receiving portion 12, is arranged in the second receiving portion 15 There is the second limiting section 151；Specifically, in the first receiving portion 12, the first limiting section 121 is arranged close to air duct department of assembly 13 One end；In the second receiving portion 15, the second limiting section 151 is arranged on one end far from air duct department of assembly 13.

First limiting section, 121 and second limiting section 151 is projection cube structure, and the number being set is at least one It is a.By the way that the first limiting section 121 is arranged in the first receiving portion 12, the second limiting section 151 is set in the second receiving portion 15, no It can only ensure the quick positioning of air-conditioning center 1 during the installation process, improve the convenience of installation, and can effectively avoid Air-conditioning center 1 generates shaking after mounting, it is ensured that the fixing of installation.

In order to improve the convenient degree assembled between air-conditioning center 1 and ducting part 2, in the side far from front panel 4, the Be provided with the first grooved rail 152 and the second grooved rail 153 in two receiving portions 15, and the first grooved rail 152 and the second grooved rail 153 extend to The second end 17 connects；Guide groove 154 is constituted between first grooved rail 152 and the second grooved rail 153.The setting of guide groove 154 so that Ducting part 2 only needs to be aligned with guide groove 154, you can realize being aligned for air-conditioning center 1 and ducting part 2, make air-conditioning center 1 and Assembly between ducting part 2 becomes simple and fast；Guide groove 154 not only acts as the effect of guide-localization simultaneously, and passes through Cooperation between guide groove 154 and ducting part 2 generates certain position-limiting action between air-conditioning center 1 and ducting part 2, Improve the fixing installed between air-conditioning center 1 and ducting part 2.

At the same time, in order to ensure having preferably cooperation between air-conditioning center 1 and ducting part 2, air duct portion is avoided The case where part 2 deviates when coordinating with air-conditioning center 1 from guide groove 154 accommodates in the side far from front panel 4, second At least one position-limited rail 155 is provided in portion 15, the installation between ducting part 2 and air-conditioning center 1 provides part positioning, limit The effect of position.

In the present embodiment simultaneously, the setting of the first limiting section 121 further improves the stress in the first receiving portion 12 Distribution situation enhances the mechanical performance of the first receiving portion 12；

The setting of second limiting section 151, the first grooved rail 152, the second grooved rail 153 and position-limited rail 155, further improves Distribution of force situation in second receiving portion 15 enhances the mechanical performance of the second receiving portion 15.

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 replacement, improvement and so on should be included in the utility model Protection domain within.

Claims (10)

1. a kind of vertical air conditioner, which is characterized in that the vertical air conditioner includes air-conditioning center (1), ducting part (2), outlet air surface Plate (3) and front panel (4) are provided with air outlet (21) on the ducting part (2), be provided on air-conditioning center (1) with it is described The ventilation opening (14) of air outlet (21) cooperation, the cooperation position between air outlet (21) and ventilation opening (14) are provided with sealing Part, which is characterized in that in the side far from front panel (4), air-conditioning center (1) is provided with sealing device, the sealing device with Sealing element connects.

2. a kind of vertical air conditioner as described in claim 1, which is characterized in that the air-conditioning center (1) includes first end (16), electrical control member department of assembly (11), air duct department of assembly (13) and the second end (17), first end (16) and electrical control member department of assembly (11) it connects, electrical control member department of assembly (11) are connect by the first receiving portion (12) with air duct department of assembly (13), air duct department of assembly (13) it is connect with the second end by the second receiving portion (15)；

Carrier (135) is provided on the air duct department of assembly (13), air duct department of assembly (13) pass through carrier (135) and first Receiving portion (12) connects.

3. a kind of vertical air conditioner as described in claim 1, which is characterized in that the ventilation opening (14) is arranged at air duct assembly In portion (13), the sealing device includes the first sealing ribs (133) and the second sealing ribs (134)；

Close to ducting part (2) side, air duct department of assembly (13) respectively with the first sealing ribs (133) and the second sealing ribs (134) it connects.

4. a kind of vertical air conditioner as described in claim 1, which is characterized in that described logical in the side of close ducting part (2) Air port (14) is provided with the first flange (131) and the second flange (132)；

On the direction far from ventilation opening (14), the first sealing ribs (133) coordinate with the first flange (131)；Far from ventilation opening (14) on direction, the second flange (132) coordinates with the second sealing ribs (134).

5. a kind of vertical air conditioner as claimed in claim 4, which is characterized in that the first sealing ribs (133) are far from the first flange (131) side is arranged ribs, and ribs is arranged in the side far from the second flange (132) in the second sealing ribs (134), and first Ribs is set between flange (131) and the first sealing ribs (133).

6. a kind of vertical air conditioner as described in claim 1, which is characterized in that accommodated in the side far from front panel (4), first It is provided with the first limiting section (121) in portion (12), the second limiting section (151) is provided in the second receiving portion (15).

7. a kind of vertical air conditioner as described in claim 1, which is characterized in that accommodated in the side far from front panel (4), second The first grooved rail (152) and the second grooved rail (153) are provided in portion (15), and the first grooved rail (152) and the second grooved rail (153) extend Extremely it is connect with the second end (17)；Guide groove (154) is constituted between first grooved rail (152) and the second grooved rail (153).

8. a kind of vertical air conditioner as described in claim 1, which is characterized in that accommodated in the side far from front panel (4), second At least one position-limited rail (155) is provided in portion (15), the position-limited rail (155) extends to be connect with the second end (17).

9. a kind of vertical air conditioner as described in claim 1, which is characterized in that close to the side of front panel (4), carrier (135) at least one first mounting post (166) is provided on；

It is being provided at least one first mounting post (166) on the side of front panel (4), the second end (17).

10. a kind of vertical air conditioner as described in claim 1, which is characterized in that the air-conditioning center (1) is integrally formed.