CN105135516B - Through-flow cabinet air-conditioner - Google Patents

Through-flow cabinet air-conditioner Download PDF

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Publication number
CN105135516B
CN105135516B CN201510471232.XA CN201510471232A CN105135516B CN 105135516 B CN105135516 B CN 105135516B CN 201510471232 A CN201510471232 A CN 201510471232A CN 105135516 B CN105135516 B CN 105135516B
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CN
China
Prior art keywords
door
guide
conditioner
guide groove
gear
Prior art date
Application number
CN201510471232.XA
Other languages
Chinese (zh)
Other versions
CN105135516A (en
Inventor
陈奎
Original Assignee
芜湖美智空调设备有限公司
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Application filed by 芜湖美智空调设备有限公司 filed Critical 芜湖美智空调设备有限公司
Priority to CN201510471232.XA priority Critical patent/CN105135516B/en
Publication of CN105135516A publication Critical patent/CN105135516A/en
Application granted granted Critical
Publication of CN105135516B publication Critical patent/CN105135516B/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007Indoor units, e.g. fan coil units
    • F24F1/0018Indoor units, e.g. fan coil units characterised by fans
    • F24F1/0025Cross-flow or tangential fans
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0007Indoor units, e.g. fan coil units
    • F24F1/0043Indoor units, e.g. fan coil units characterised by mounting arrangements
    • F24F1/005Indoor units, e.g. fan coil units characterised by mounting arrangements mounted on the floor; standing on the floor
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/20Casings or covers

Abstract

The present invention discloses a kind of through-flow cabinet air-conditioner, including housing, the tubular wine wheel component and heat-exchanging component that are installed in housing, the air outlet being vertically arranged is formed with housing, door body assembly, wind guiding component and the guider being installed in housing are installed, guider includes actuator and the guide being connected with actuator in air outlet;Guide drives door body assembly horizontal direction in air outlet to rotate under the driving of actuator and moved linearly simultaneously, is not stretched out with realizing while air outlet opening and closing outside air outlet.Technical solution of the present invention drives door body assembly to move by drive device, and the door body assembly for being is not extended outside air outlet all the time when rotating, and be effectively prevent foreign object and is blocked the door body in motion, causes to damage, is conducive to the work of door body safety;During so that door body being located at a certain position in opening or door closing procedure, the wind that air outlet is blown out can be oriented to, be conducive to control of the user to wind direction.

Description

Through-flow cabinet air-conditioner

Technical field

The present invention relates to field of air conditioning, more particularly to a kind of through-flow cabinet air-conditioner.

Background technology

Existing pair of through-flow cabinet air-conditioner, in switch gate, when door body moves a certain position, the part of door body can extend Go out outside the air outlet of cabinet air-conditioner, when door body is blocked or blocked by object in the position, door body will be unable to continue to move And cause cabinet air-conditioner not run, even result in the generation of accident.

The content of the invention

The main object of the present invention is to provide a kind of through-flow cabinet air-conditioner, it is intended to which improving through-flow cabinet air-conditioner door body assembly makes Security.

To achieve the above object, through-flow cabinet air-conditioner proposed by the present invention, including housing, it is installed on passing through in the housing Flow to be formed with the air outlet being vertically arranged, the air outlet on wind wheel component and heat-exchanging component, the housing and door body is installed Component, wind guiding component and the guider being installed in the housing, the guider include actuator and driven with described The guide of moving part connection;The guide drives the door body assembly in the air outlet under the driving of the actuator Horizontal direction is rotated to move linearly simultaneously, is not stretched out outside the air outlet while air outlet opening and closing with realizing.

Preferably, the guide includes the guide gear and driving box for being used to drive the door body assembly, the driving Guide groove is offered on box, the door body is moved along the guide groove.

Preferably, the guide groove includes the first guide groove and the second guide groove;Correspondence described first is led in the door body Groove is provided with the first guide pillar, first guide pillar is installed in first guide groove, correspondence second guide groove is set There is the second guide pillar, second guide pillar is installed in second guide groove;

Correspondence first guide pillar is formed with the 3rd guide groove on the guide gear, and correspondence second guide pillar is formed with 4th guide groove;First guide pillar is connected by the 3rd guide groove with the guide gear, and second guide pillar passes through 4th guide groove is connected with the guide gear.

Preferably, the guide includes drive gear, the guiding rack coordinated with the drive gear, and connection Part;The connector connects the door body and the drive gear, and the drive gear is connected with the actuator;The door body Moved in gear teeth arragement direction of the effect along the rack of the drive gear.

Preferably, the cabinet air-conditioner includes two door body, two guides, and two transmission devices, The transmission device is connected with the actuator, and the driving of the actuator is transferred to two by two transmission devices respectively The guide, guide described in two drives door body described in two respectively.

Preferably, in addition in the housing it is used for the supporting plate for supporting the cabinet air-conditioner guider, it is described Supporting plate is installed on the housing close to the position of the air outlet.

Preferably, the supporting plate is fixedly installed in the housing.

Preferably, the supporting plate is integrally formed with the housing and is made.

Preferably, the through-flow cabinet air-conditioner also includes the second drive device being installed in the housing, described second Drive device drives wind guiding component horizontal direction in the air outlet to rotate, to realize to the wind by the air outlet The regulation in flow horizontal direction.

Preferably, the housing include base, the top cover that is oppositely arranged with the base and located at the base with it is described Front panel and rear board between top cover, the air outlet is on the front panel.

Preferably, the tubular wine wheel component includes spiral case component and the tubular wine wheel being installed in the spiral case component, The tubular wine wheel is vertically arranged.

Preferably, the quantity of the tubular wine wheel is two, and tubular wine wheel described in two is set in parallel in the spiral case component, Tubular wine wheel described in the spiral case component corresponding with the housing of the cabinet air-conditioner two forms double through-flow air channel structures.

Technical solution of the present invention drives door body assembly to move by drive device, and the door body assembly for being begins when rotating Do not extend eventually outside air outlet, effectively prevent foreign object and block the door body in motion, cause to damage, be conducive to door body safety Work;During so that door body being located at a certain position in opening or door closing procedure, the wind that air outlet is blown out can be oriented to, favorably In control of the user to wind direction.

Brief description of the drawings

Fig. 1 is the structural representation of through-flow cabinet air-conditioner first scheme of the present invention;

Fig. 2 is the part-structure schematic diagram of through-flow cabinet air-conditioner first scheme of the present invention;

Fig. 3 is the partial enlarged drawing at A in Fig. 2;

Fig. 4 is the structural representation of another embodiment of through-flow cabinet air-conditioner first scheme of the present invention;

Fig. 5 is the configuration schematic diagram of cabinet air-conditioner guider first scheme of the present invention;

Fig. 6 is the structural representation of the guide gear of cabinet air-conditioner guider first scheme of the present invention;

Fig. 7 is the structural representation of the box body of the driving box of cabinet air-conditioner guider first scheme of the present invention;

Fig. 8 is the structural representation of through-flow cabinet air-conditioner alternative plan of the present invention;

Fig. 9 is the part-structure schematic diagram of through-flow cabinet air-conditioner alternative plan of the present invention;

Figure 10 is the part-structure schematic diagram of another embodiment of through-flow cabinet air-conditioner alternative plan of the present invention;

Figure 11 is the partial enlarged drawing at C in Figure 10;

Figure 12 is the structural representation of the lid of through-flow cabinet air-conditioner alternative plan of the present invention;

Figure 13 is the structural representation of the pinion stand of through-flow cabinet air-conditioner alternative plan of the present invention;

Figure 14 is the configuration schematic diagram of the part-structure of through-flow cabinet air-conditioner alternative plan of the present invention.

Drawing reference numeral explanation:

Through-flow cabinet air-conditioner 1 Door body assembly 10 First door body 11 Second door body 12 First guide pillar 13a Second guide pillar 14a Wind guide strip 20a Wind guide strip rotating shaft 21a Housing 30 Actuator 40a Actuator shell 41a Hangers 42a Drive box 50a Lid 51a Fixed structure 511a Groove position 512a Button bit 513a Via 514a Box body 52a Bottom plate 521a Flanging 522a First chamber 523a Second chamber 524a Buckle 525a First guide groove 526a Second guide groove 527a First is oriented to rotating shaft 528a Avoid position 529a First power transmission shaft 530a Second driving shaft 531a First via 532a Guide gear 60a First guide gear 601a Second guide gear 602a Rotation section 61a Drive division 62a First guide part 63a Second guide part 64a 3rd guide groove 65a 4th guide groove 66a First is oriented to axis hole 67a Reinforcement 68a Escape groove 69a Transmission device 70a First travelling gear 71a Second travelling gear 72a Supporting plate 80a Fixed column 81a Groove 82a

First guide pillar 13c Second guide pillar 14c Backplate 20c Actuator 40c Actuator shell 41c Hangers 42c Base 43c Substrate 431c Second fixed part 432c Via 433c Rack box 50c Lid 51c Second groove 511c Bayonet socket 512c Fixed structure 513c Box body 52c Bottom plate 521c Flanging 522c Buckle 523c First groove 524c

Drive gear 60c Rotation section 61c Drive division 62c First drive shaft hole 63c It is oriented to rack 70c Supporting plate 80c First side 81c Second side 82c Flanging 83c First guide groove 84c Second guide groove 85c Fixed column 86c Pinion stand 90c Supporting part 91c Connecting portion 92c First fixed part 93c Through hole 94c

The realization, functional characteristics and advantage of the object of the invention will be described further referring to the drawings in conjunction with the embodiments.

Embodiment

Below in conjunction with the accompanying drawings and specific embodiment is described further with regard to technical scheme.It should be appreciated that this The specific embodiment of place description is not intended to limit the present invention only to explain the present invention.

The present invention proposes a kind of through-flow cabinet air-conditioner.

Usual through-flow cabinet air-conditioner includes housing, and housing has air inlet and air outlet, between air inlet and air outlet Air channel is formed with, evaporator is provided with air channel, air will enter after air inlet entrance through the fin of evaporator Air port, the effect of regulating outlet air temperature can be then reached when evaporator operation.Air channel have two opening, including with evaporator phase To inner opening, and the outward opening relative with air outlet.The tubular wine wheel of through-flow cabinet air-conditioner is usually provided in air channel, works as through-flow Blast is formed between wind path wall when wind wheel is rotated and drive the air in air channel from the open out movement of inner opening, so as to be formed The wind blown out to air outlet.

Through-flow cabinet air-conditioner is generally positioned on ground, after through-flow cabinet air-conditioner is installed in place, the axle of its tubular wine wheel Line (allowing positive and negative 10 ° of errors) generally perpendicular to the ground is that tubular wine wheel is setting up and down;Air outlet is usually length direction with passing through Flow the strip of the diameter parallel of wind wheel.Then the wind institute overlay area of air outlet blowout is in strip of the length direction along longitudinal direction, And gradually spread on air-out direction.And outline of the normal human body when standing is also substantially in length direction along longitudinal direction Strip, taking up space for human body is more coincide when the air-out overlay area of above-mentioned through-flow cabinet air-conditioner is with standing as from the foregoing, The wind area of human body is improved, accelerates to change the shell temperature of human body.

The housing of through-flow cabinet air-conditioner can be integrally circular cylindrical shape, semi-cylindrical, rectangular cylindrical or polygon column etc..It is logical Normal housing is divided into above shell, below shell top cover and bottom, is in the form of a column by these component combinations.

Through-flow cabinet air-conditioner can be divided into according to the quantity of the quantity in the air channel in it, the quantity of tubular wine wheel and air outlet Single through-flow cabinet-type air conditioner, double through-flow cabinet-type air conditioners and many through-flow cabinet-type air conditioners.Wherein single through-flow cabinet-type air conditioner is with an air outlet, an air channel and one Tubular wine wheel;Double through-flow cabinet-type air conditioners have two air outlets, two air channels and two tubular wine wheels;Similarly many through-flow cabinet-type air conditioners include many The tubular wine wheel of several air outlets, the air channel of respective amount and respective amount.

The embodiment of several specific through-flow cabinet air-conditioners is hereinafter referred to, each of which embodiment will have at one Improve or many places are improved.Improvement in a certain embodiment can also be applied to other implementations in the case of in the absence of interference In example.

The new control mainly for through-flow cabinet air-conditioner door body assembly of this practicality, through-flow cabinet air-conditioner door body assembly Control structure has a lot, and the present invention lists three kinds of more preferred drive schemes, so that door body assembly is stable, reliable, accurate The mode of mounting design move, each specific advantage of scheme will embody in corresponding embodiment.Due to each scheme In the parts that are related to it is more so that label is also more, in order to distinguish the label in three schemes, the mark in the first string " c " is marked behind mark " a ", the label in second scheme behind number, to show the difference with other scheme labels.Certainly, Two schemes all general following labels are uniformly used, and can not be distinguished:Double through-flow cabinet air-conditioners 1, door body assembly 10, First door body 11, the second door body 12, and housing 30, label herein are not distinguished, and do not represent label pair in two schemes The part answered can be replaced arbitrarily, and the architectural feature of each part and effect are with depending in specific scheme.

Scheme one, referring to figs. 1 to Fig. 7, the through-flow cabinet air-conditioner 1 includes door body assembly 10, for guiding the door body assembly The guiders of 10 motions, and fix the support of the guider for supporting.Wherein, guider include actuator 40a, Transmission device 70a, guide, wherein guide include guide gear 60a and driving box 50a, guide gear 60a are contained in driving In box 50a, driving box 50a is fixedly connected with support, and the driving member of door body assembly 10 passes through driving box 50a guide groove and guiding Gear 60a connections.

Door body assembly 10 be arranged in parallel with tubular wine wheel, that is, is vertically arranged, and support is arranged on the inside of housing 30, support bag Include and be arranged on the supporting plate 80a that the top of door body assembly 10 is correspondingly arranged with driving member.Actuator 40a is driven by transmission device 70a Action-oriented gear 60a, guide gear 60a drive door body assembly 10, guiding of the door body assembly 10 along driving box 50a by driving member Groove is moved so that the track that door body assembly 10 is formed according to the guide groove of design is moved, and is conducive to raising door body assembly 10 to transport Dynamic reasonability;When door body assembly 10, which moves to a certain position, to be stopped, the wind blown out from air outlet being also oriented to, i.e., Door body assembly 10 can be used as movable wind-guiding door under certain condition;It by the setting to track, can turn door body assembly 10 During dynamic, do not produce housing 30 all the time, so as to avoid the influence that external environment condition works door body assembly 10, be conducive to door body The trouble free service of component 10.

Through-flow cabinet air-conditioner 1 can be simple gate or two-door, introduce the through-flow air-conditioning cabinet of the application with two-door structure below Machine 1, it is to be understood that the structure of simple gate through-flow cabinet air-conditioner 1 does phase on the basis of the structure of two-door through-flow cabinet air-conditioner 1 It should adjust and can obtain.In addition, the type of drive of door body assembly 10 has a lot, such as connecting rod, gear mode, with tooth in the application Based on wheel drive, so that the motion stabilization of door body assembly 10, accurate.

Lower mask body introduces the structure of each part of through-flow cabinet air-conditioner 1 of the present invention.

The profile of door body assembly 10 is strip arc, and its profile is corresponding with the profile of housing 30, door body assembly 10 Arc faces away from the direction depression of cavity volume, when door body assembly 10 is closed, door body assembly 10 and the housing on the periphery of door body assembly 10 30 are located on same curved surface.Driving member is arranged in the two ends of door body assembly 10, the present embodiment, and driving member is using guide pillar to be excellent, another In some embodiments, driving member can also be door pivot.The top of door body assembly 10 is provided with the first guide pillar 13a and the second guide pillar 14a, the first guide pillar 13a and the second guide pillar 14a length direction are identical with the length direction of door body assembly 10.Certainly, for door Body component 10 can be moved smoothly, be provided with addition in bottom correspondence the first guide pillar 13a and the second guide pillar 14a of door body assembly 10 Two guide pillars.It is two-door through-flow cabinet air-conditioner 1 that this through-flow cabinet air-conditioner 1, which includes two door body assemblies,.

Actuator 40a, can pass out rotation or oscillating motion drive device can, in the present embodiment using motor as It is excellent.The working condition of motor is controlled by the control circuit of through-flow cabinet air-conditioner 1.Actuator 40a includes actuator shell 41a, Hangers 42a is provided with actuator shell 41a, actuator shell 41a is fixedly connected by hangers 42a with driving box 50a, even The mode of connecing has a lot, excellent to be threaded to.The length direction of actuator 40a rotating shafts is identical with the length direction of door body assembly, The plane that machine shaft is rotated is vertical with the axis of machine shaft, parallel with supporting plate 80a plate face (to allow positive and negative 10 ° of mistakes Difference).

Box 50a is driven to include box body 52a and lid 51a, box body 52a includes bottom plate 521a and is arranged on bottom plate 521a peripheries Flanging 522a, flanging 522a perpendicular to bottom plate 521a plate face and along away from plate face direction extend.Flanging 522a and bottom plate 521a surrounds the host cavity for housing guide gear 60a.Lid 51a shape is corresponding with bottom plate 521a shape, lid 51a and box After body 52a coordinates, host cavity is blocked away from the side of door body assembly.On the lateral wall of host cavity, i.e. flanging 522a deviates from Buckle 525a is provided with the side wall of host cavity side, lid 51a correspondence buckles 525a position is provided with button bit 513a, buckle 525a and button bit 513a coordinates so that lid 51a is fixedly connected with box body 52a.In the present embodiment, by being set to lid 51a Put, and lid 51a is blocked the top of host cavity so that guide gear 60a and transmission device 70a in host cavity are protected Shield, is reduced by external environment influence, is conducive to guide gear 60a and transmission device 70a steady operation, is conducive to raising to pass through Flow the stability that cabinet air-conditioner 1 works.

Box body 52a profile be kidney-shaped box body 52a, and close to tubular wine wheel side be provided with three avoidance positions 529a, it is to be set along box body 52a length direction that three, which avoid,.Driving box 50a is fixedly connected with supporting plate 80a, specifically, is driven Dynamic box 50a bottom plate 521a fits fixation away from the plate face of host cavity with the supporting plate 80a plate faces for deviating from door body assembly side.Box Correspondence actuator 40a is provided with actuator via 514a, actuator 40a and lid 51a and consolidated away from the plate face of host cavity on lid 51a Fixed connection, lid 51a support actuator shell 41a, and be fixedly connected with actuator shell 41a, lid 51a correspondence actuators 40a offers to limit actuator 40a groove position 512a.Correspondence avoids position 529a and is provided with fixed structure on lid 51a 511a, supporting plate 80a are provided with the fixed structure on fixed column 81a, fixed column 81a and lid 51a at avoidance position 529a 511a correspondences.Fixed column 81a in the present embodiment, vertically with supporting plate 80a plate face setting, towards the direction away from door body assembly Extension, offers screwed hole, fixed structure 511a is threadedly coupled with fixed column 81a along fixed column 81a length direction.

Because the through-flow cabinet air-conditioner 1 of the application is two-door, driving box 50a correspondences two are fanned door body assembly and set respectively There are guiding chamber, i.e. host cavity to include the first chamber 523a being correspondingly arranged with the first door body 11, and it is corresponding with the second door body 12 Second chamber 524a.First chamber 523a structure and features is set according to the motion requirement of the first door body 11, second chamber 524a structure and features is then set according to the motion requirement of the second door body 12.When the motion of the first door body 11 and the second door body 12 When mode is identical, first chamber 523a is identical with second chamber 524a architectural feature, in the present embodiment, the first door body 11 and Two door body 12 are simultaneously toward movement in the middle of air outlet or respectively toward the two lateral inner rotations of housing 30 of air outlet, i.e. the first door body 11 and second the motion of door body 12 there is symmetrical plane, therefore, there is symmetrical plane in first chamber 523a and second chamber 524a, That is there is the plane of symmetry in box body 52a and lid 51a.It is heavy below because first chamber 523a and second chamber 524a are symmetrical arranged Point introduces first chamber 523a structure and features, and second chamber 524a structure and features is corresponding with first chamber 523a.

The first guide pillar 13a of correspondence offers the first guide groove 526a, the first guide pillar on first chamber 523a bottom plate 521a 13a's is partially housed in the first guide groove 526a, and the first guide groove 526a limits the first guide pillar 13a movement locus;Correspondence Second guide pillar 14a offers being partially housed in the second guide groove 527a of the second guide groove 527a, the second guide pillar 14a, second Guide groove 527a limits the second guide pillar 14a movement locus.Specifically, when the first guide pillar 13a and the first guide groove 526a are remote Second chamber 524a one end is supported, and the second guide pillar 14a is supported with second one end of guide groove 527a away from second chamber 524a When, the first door body 11 is in open mode;When the first guide pillar 13a and the first guide groove 526a are close to second chamber 524a one end Support, when the second guide pillar 14a and the second guide groove 527a are supported close to second chamber 524a one end, the first door body 11, which is in, closes Closed state.

The first guide gear 601a of correspondence is oriented to rotating shaft 528a, correspondence provided with first on first chamber 523a bottom plate 521a First wind guide strip 20a of through-flow cabinet air-conditioner 1 rotating shaft offers the first via 532a, and correspondence transmission device 70a is provided with biography Moving axis.The length direction arrangement of first via 532a and power transmission shaft along box body 52a, power transmission shaft is located at close to second chamber 524a's Position.Correspondence the first guide groove 526a and the second guide groove 527a position, offers groove 82a, groove on supporting plate 80a 82a shape and size are corresponding with the first guide groove 526a and the second guide groove 527a shape and size, are exactly specifically Groove 82a shape is identical with the first guide groove 526a and the second guide groove 527a shape, the first guide groove 526a's of correspondence Part, its flute length and groove width are all higher than the first guide groove 526a;The second guide groove 527a of correspondence part, its flute length and groove width are equal More than the second guide groove 527a.First guide pillar 13a initially passes through the groove 82a on supporting plate 80a, then stretches into the first guide groove In 526a, similarly, the second guide pillar 14a initially passes through the groove 82a on supporting plate 80a, then stretches into the second guide groove 527a.

First guide groove 526a is deep-slotted chip breaker, and the second guide groove 527a is straight-line groove, the arc where the first guide groove 526a Line and the straight line intersection where the second guide groove 527a.Certainly, in other embodiments, the first guide groove 526a and second is oriented to Groove 527a can be deep-slotted chip breaker, the first guide groove 526a and the second guide groove 527a each where camber line it is intersecting;First is oriented to Groove 526a and the second guide groove 527a also can be straight-line groove, the respective place of the first guide groove 526a and the second guide groove 527a Straight line intersection and not conllinear.The length direction in face and door body assembly where the first guide groove 526a and the second guide groove 527a and The length direction of tubular wine wheel is vertical.

In the present embodiment, by the way that the first guide groove 526a is arranged into deep-slotted chip breaker, the second guide groove 527a sets and is in line Groove so that the first door body 11 is during opening or closing, the resultant motion for moving and rotating, specifically, is led second To under groove 527a position-limiting action, the second guide pillar 14a draws the first door body 11 and moved linearly, in the first guide groove 526a limit Under the effect of position, the first guide pillar 13a draws the first door body 11 and does camber line movement, that is, draws the first door body 11 and rotate, so synthesis Motion can be such that the first door body 11 is moved according to the track of design;Can be by designing different specifically the first guide groove 526a and the Two guide groove 527a shape, curvilinear equation and linear equation, can be achieved the different movement locus of the first door body 11 in other words, from And meet the different demands of different user;So that door body assembly does not stretch out air outlet all the time during opening or closing, from And avoid foreign object and block the door body assembly in motion, cause to damage, be conducive to the work of door body assembly safety;So that door body When component is located at a certain position in opening or door closing procedure, the wind that air outlet is blown out can be oriented to, be conducive to user couple The control of wind direction.

Certainly, in other embodiments, wind guide strip 20a can be not provided with the housing 30 of through-flow cabinet air-conditioner 1, and passes through door Body component carrys out wind-guiding, and door body assembly now can be made up of some wind deflector units, and the shape of each wind deflector unit can be with original Wind guide strip 20a shape is similar, and the difference between wind deflector unit and wind guide strip 20a is, some wind deflector units can be closed when closing Into door body assembly, air outlet is blocked.The driving of some wind deflector units can link, and can also individually control.In the present embodiment, It firstly reduce wind guide strip 20a, then wind guide strip 20a mounting structure, and driving structure are removed therewith;Secondly, it will lead The position of wind is moved to the most external of housing 30 so that the wind energy of wind-guiding process consumption reaches minimum, and the wind direction of wind-guiding reaches maximum; Then, the wind deflector unit of door body assembly minimizes wind deflector unit to the wind energy consumption that the stop of wind is produced in wind-guiding, because Housing 30, which has been blown out, for the wind that is blocked flows to user.

Camber line where first guide groove 526a is circular arc, and the first axis for being oriented to rotating shaft 528a passes through the circle of the circular arc The heart, the more particularly axis of first axis of guide are vertical with the plane where circular arc.

Guide gear 60a include with the corresponding first guide gear 601a of the first door body 11, it is and corresponding with the second door body 12 The second guide gear 602a.Relation pair between first chamber 523a and second chamber 524a is answered, the first guide gear 601a structure and features is set according to the motion requirement of the first door body 11, the second guide gear 602a structure and features then root Set according to the motion requirement of the second door body 12.When the first door body 11 is identical with the motion mode of the second door body 12, first is oriented to Gear 601a and the second guide gear 602a architectural feature are identical, in the present embodiment, and the first door body 11 and the second door body 12 are same When toward mobile in the middle of air outlet or respectively toward the two lateral inner rotations of housing 30 of air outlet, i.e. the first door body 11 and second There is symmetrical plane in the motion of body 12, therefore, and the first guide gear 601a and the second guide gear 602a position relationship are present Symmetrical plane, especially, the first guide gear 601a and second are oriented to the plane of symmetry between 602 gears, with first chamber 523a The plane of symmetry between second chamber 524a is overlapped.

First guide gear 601a has first to be oriented to axis hole 67a, and first is oriented to axis hole 67a and first chamber 523a bottom plates First on 521a, which is oriented to rotating shaft 528a, coordinates, and the first guide gear 601a is oriented to rotating shaft 528a using first and rotated as axle.First Guide gear 601a is planar rotated, and its plane rotated is vertically arranged with door body assembly and tubular wine wheel.Due to first Guide gear 601a and the second guide gear 602a are symmetrical arranged, and the first guide gear 601a structure and spy are introduced below Levy.

Drive division 62a and guide part that first guide gear 601a includes rotation section 61a, is fixedly connected with rotation section 61a. Wherein, rotation section 61a is segment, and the first guiding axis hole 67a is arranged on the circle centre position where the 61a circular arcs of rotation section, and first leads Thickness direction extension to axis hole 67a along rotation section 61a, through rotation section 61a, first, which is oriented to the guiding of axis hole 67a and first, turns Axle 528a loose fits so that rotation section 61a can be oriented to rotating shaft 528a around first and rotate.

Guide part is arranged on the edge of rotation section 61a curved portions, including the first guide part corresponding with the first guide pillar 13a 63a, and second guide part 64a corresponding with the second guide pillar 14a.First guide part 63a and the second guide part 64a and rotation section Reinforcement 68a is provided between 61a, the intensity to increase the first guide part 63a and the second guide part 64a.First guide part The 3rd guide groove 65a is offered on 63a, the 3rd guide groove 65a is straight-line groove, and the straight line where its length direction is led by first To the axis hole 67a center of circle, the first guide pillar 13a's is partially housed in the 3rd guide groove 65a, and the first guide part 63a is with rotation Portion 61a rotation and rotate, in rotation process, the 3rd guide groove 65a cell wall is abutted with the first guide pillar 13a, driving first Guide pillar 13a is moved in the first guide groove 526a, while the first guide pillar 13a also does radial motion in the 3rd guide groove 65a.Together Reason, offers the 4th guide groove 66a on the second guide part 64a, where the 4th guide groove 66a is straight-line groove, its length direction Straight line is by first center of circle for being oriented to axis hole 67a, and the second guide pillar 14a's is partially housed in the 4th guide groove 66a, and second is oriented to Portion 64a is rotated with rotation section 61a rotation, in rotation process, the 4th guide groove 66a cell wall and the second guide pillar 14a Abut, the second guide pillar 14a of driving is moved in the second guide groove 527a, while the second guide pillar 14a is also in the 4th guide groove 66a Do radial motion.

Drive division 62a is arranged on the edge of rotation section 61a arch sections, and drive division 62a includes sliding tooth, and sliding tooth edge turns Dynamic portion's 61a arc edges arrangement, the tooth root of sliding tooth is connected with rotation section 61a, and top is prolonged towards the direction away from rotation section 61a Stretch.In the present embodiment, sliding tooth is straight-tooth, can also be helical teeth in certain embodiments certainly.Drive division 62a side is with leading Connected to portion.

Certainly, in certain embodiments, rotation section 61a, drive division 62a and guide part can be wholely set.

Drive division 62a and transmission device 70a coordinates, and rotation section 61a is oriented to rotating shaft with first in the presence of drive division 62a 528a is rotated for axle, and the first guide part 63a and the second guide part 64a are rotated with rotation section 61a rotation;Now, first lead Post 13a is housed in the first guide groove 526a and the 3rd guide groove 65a simultaneously, and the 3rd guide groove 65a cell wall extrudes the first guide pillar 13a cylinder, the first guide pillar 13a is moved in the first guide groove 526a, and the first door body 11 of driving is done along the first guide groove 526a The movement of track;Second guide pillar 14a is housed in the second guide groove 527a and the 4th guide groove 66a simultaneously, the 4th guide groove 66a's Cell wall extrudes the second guide pillar 14a cylinder, and the second guide pillar 14a is moved in the second guide groove 527a, and the first door body 11 of driving is done Along moving for the second guide groove 527a tracks, in this, the first door body 11 in the presence of the first guide pillar 13a and the second guide pillar 14a, Do the resultant motion along the first guide groove 526a tracks and the second guide groove 527a tracks.Similarly, the second door body 12 is done and first The corresponding motion of body 11.

In the present embodiment, pass through guide gear 60a setting so that what actuator 40a driving was stabilized is transferred to Door body assembly, guide gear 60a passes through the first guide part 63a the 3rd guide groove 65a and the while door body assembly is driven Two guide part 64a the 4th guide groove 66a coordinates with the first guide pillar 13a and the second guide pillar 14a respectively so that the first guide part 63a drives the first guide pillar 13a process, and the second guide part 64a to drive the second guide pillar 14a process not produce interference now As;In addition, the 3rd guide groove 65a length defines the first guide pillar 13a stroke, i.e., when the first guide pillar 13a and the 3rd is oriented to When groove 65a one end is supported, then it can not be advanced again to the end, similarly the 4th guide groove 66a length also defines the second guide pillar 14a stroke.

Through-flow cabinet air-conditioner 1 also includes wind guide strip 20a and driving wind guide strip 20a motor.In the present embodiment, if The first wind guide strip, the second wind guide strip, the 3rd wind guide strip and the 4th wind guide strip are equipped with for four wind guide strip 20a.Four wind guide strip 20a It is arranged in parallel, is be arranged in parallel with the first door body 11 and the second door body 12.Wherein, the first wind guide strip and the second wind guide strip correspondence the One door body 11 is set, and the two mutually links, and the rotating shaft of the first wind guide strip is connected with motor;3rd wind guide strip and the 4th is led Wind bar the second door body 12 of correspondence is set, and the two links, and the rotating shaft of the 3rd wind guide strip is connected with motor.First is driven respectively The motor of wind guide strip and the 3rd wind guide strip is arranged on driving box 50a lid 51a, is arranged on for driving door body group The actuator 40a of part both sides.Therefore from supporting plate 80a to driving box 50a bottom plate 521a, onto guide gear 60a, then to box Avoidance space corresponding with wind guide strip rotating shaft 21a is provided with lid 51a.Certainly, due to through-flow cabinet air-conditioner 1 height compared with Height, in order that wind guide strip 20a control much sooner, accurately, can be set 8 with wind guide strip 20a, the first door body 11 and second Each correspondence of body 12 four, above four wind guide strip 20a motor be arranged on lid 51a, below four wind guide strip 20a Motor sets air outlet bottom.

The present embodiment is still by taking the first guide gear 601a as an example, on the first guide gear 601a, in order to avoid first Wind guide strip rotating shaft 21a avoidance space is escape groove 69a, and escape groove 69a is set in circular arc device.Escape groove 69a, which is opened in, to be turned It is dynamic between portion 61a and drive division 62a, and/or between rotation section 61a and fixed part, its position according to the first guide groove 526a and Second guide groove 527a position is set, so that the first guide gear 601a drives the process of the first door body 11, with the first wind-guiding Bar 20a rotation process is not interfered.The center of circle of circular arc where escape groove 69a is overlapped with the first guiding axis hole 67a center of circle, Circular arc i.e. with rotation section 61a circular arc portion be arranged in parallel.First wind guide strip rotating shaft 21a is through supporting plate 80a and drives box 50a bottom plate 521a, then passes through escape groove 69a and is connected with motor.When the first guide gear 601a is drive division 62a's When being rotated under effect, the first wind guide strip 20a only rotates, and is done to avoid the first guide gear 601a and the first wind guide strip 20a Relate to, escape groove 69a shape and size must be correspondingly arranged with the first guide gear 601a stroke, certainly, escape groove 69a's Length is more than the first guide gear 601a rotational travel.Certainly, between the first wind guide strip rotating shaft 21a and machine shaft Adapter sleeve connecting the two can be provided for.

In the present embodiment, by opening up escape groove 69a on the first guide groove 526a so that the first wind guide strip rotating shaft 21a It can be connected, be handed over so as to realize that wind guide strip 20a drivings and door body assembly drive with motor directly through the first guide groove 526a Mistake is set, and is conducive to simplifying the structure that door body assembly driving and wind guide strip 20a drive so that structure is compacter, has saved peace Space is filled, is conducive to optimizing the layout of the internal drive feature of through-flow cabinet air-conditioner 1, is conducive to improving the driving of door body assembly and leads The reliability of wind bar 20a driving.

Transmission device 70a, for by actuator 40a energy transmission to guide, an actuator 40a to pass through transmission device 70a can drive two guides simultaneously, and two guides are corresponding with two fan door body assemblies respectively, that is, pass through transmission device 70a's Set, it is possible to achieve an actuator 40a drives two opening and closing for fanning door body assembly simultaneously.

Specifically, transmission device 70a includes the coordinated with the first travelling gear 71a and with first travelling gear 71a Two travelling gear 72a.Gearratio between first travelling gear 71a and the second travelling gear 72a is according to the first door body 11 and Movement relation between two door body 12 is determined, certainly, in certain embodiments, if setting two actuator 40a, it is possible to The transitive relation between the first travelling gear 71a and the second travelling gear 72a is not limited, it is only necessary to which two actuator 40a are set Drive connection between the first travelling gear 71a and the second travelling gear 72a respectively.Wherein, the first travelling gear 71a All it is spur gear with the second travelling gear 72a.

The first travelling gear 71a of correspondence position, is provided with the first power transmission shaft on driving box 50a bottom plate 521a 530a, the first power transmission shaft 530a are set perpendicular to bottom plate 521a, and are extended towards the direction away from bottom plate 521a.First travelling gear 71a's is set on the first power transmission shaft 530a.Similarly, the first travelling gear 71a of correspondence position is provided with second driving shaft 531a, the second travelling gear 72a is sheathed on second driving shaft 531a.Actuator 40a is connected with the first travelling gear 71a, this When, the first power transmission shaft 530a of correspondence position offers the via passed through for the rotating shaft for actuator 40a on lid 51a 514a。

First travelling gear 71a is adapted to the first guide gear 601a drive division 62a, the second travelling gear 72a and Two guide gear 602a drive division 62a adaptations.The first travelling gear 71a and the second travelling gear are only introduced in the present embodiment 72a structure identical situations, now, the first travelling gear 71a and the second travelling gear 72a gearratio are according to the first door body 11 It is associated with the moving displacement and movement velocity of the second door body 12.Because, the first travelling gear 71a and the second travelling gear 72a Linkage, so the time of the first travelling gear 71a and the second travelling gear 72a work is identical.

When the first guide gear 601a, the first travelling gear 71a, the second travelling gear 72a and the second guide gear When 602a is connected with each other simultaneously, it is only necessary to which any one in an actuator 40a driving aforementioned four gear can drive State four gears.Because the first door body 11 and the second door body 12 are symmetrical arranged, in order to realize the first door body 11 and the second door body 12 Motion be also symmetrical arranged, by the gearratio between the first travelling gear 71a and the first guide gear 601a, with the second driving cog Gearratio between wheel 72a and the second guide gear 602a is set to equal.

First guide gear 601a, the second guide gear 602a, the first travelling gear 71a and the second travelling gear 72a it Between transmission be generally aligned in the same plane in, plane and the tubular wine wheel of door body assembly and cabinet air-conditioner are vertically arranged.

In the present embodiment, set by the first travelling gear 71a and the second travelling gear 72a linkage so that only need to One actuator 40a can just drive the first guide gear 601a and the second guide gear 602a simultaneously, so as to drive simultaneously One door body 11 and the second door body 12, simplify the structure of door body assembly driving, reduce the part of door body assembly driving, are conducive to Save manufacturing cost;Due to using gear drive so that actuator 40a driving can stablize, efficiently be transmitted, favorably In the precision and stability for improving door body assembly control;It is easy to handling, is easy to safeguard and change parts.

Through-flow cabinet air-conditioner 1 has two fan door body assemblies, two air outlets, two air channels and two tubular wine wheels, is Double through-flow cabinet air-conditioners 1, wherein, two tubular wine wheels are be arranged in parallel, and two air channels are symmetrical arranged.One tubular wine wheel, one Air channel and an air outlet, it is corresponding with Yishanmen body component.Wherein, air channel by through-flow cabinet air-conditioner 1 spiral case component and housing 30 surround, and the door body assembly in the present embodiment also serves as the side wall in air channel after opening.Especially, in the present embodiment, two wind Road be arranged in parallel close to the part of air outlet, i.e., the wind Jing Guo heat exchange blows to wind guide strip 20a from two air outlets are parallel.This reality Apply in example, pass through and two tubular wine wheels are set so that the air output of through-flow cabinet air-conditioner 1 is increased, by by two air channels It is arranged in parallel so that the air-supply of double through-flow cabinet air-conditioners is more steady, and noise is smaller.

Scheme two:Reference picture 8 is to Figure 14, and the through-flow cabinet air-conditioner 1 includes door body assembly 10, leads the door body group for driving The guider that part 10 is moved, and fix the support of the guider for supporting.Wherein, guider includes actuator 40c, guide, wherein guide include drive gear 60c and are oriented to rack 70c, and for installing guiding rack 70c tooth Barrel 50c, and it is contained in rack for installing drive gear 60c pinion stand 90c, drive gear 60c and guiding rack 70c In box 50c, rack box 50c is fixedly connected with support, and the driving member of door body assembly 10 passes through rack box 50c groove and sliding tooth Take turns 60c connections.Actuator 40c drives drive gear 60c, drive gear 60c and is oriented to rack 70c and coordinates and along being oriented to tooth Bar 70c is moved, to drive the driving member being connected with drive gear 60c to move, so that the door body assembly being connected with moving member 10 move along rack 70c is oriented to.

Door body assembly 10 be arranged in parallel with tubular wine wheel, that is, is vertically arranged, and support is arranged on the inside of housing 30, support bag Include and be arranged on the supporting plate 80c that the top of door body assembly 10 is correspondingly arranged with driving member.Actuator 40c is driven by actuator rotating shaft Drive gear 60c, drive gear 60c drive driving member to drive door body assembly 10 by the cooperation with being oriented to rack 70c so that The track that door body assembly 10 is formed according to the guide groove of design is moved, and is conducive to improving the reasonability that door body assembly 10 is moved; When door body assembly 10, which moves to a certain position, to be stopped, the wind blown out from air outlet being also oriented to, i.e. door body assembly 10 Movable wind-guiding door can be used as under certain condition;By the setting to track, door body assembly 10 can be made in rotation process, begun Housing 30 is not produced eventually, so as to avoid the influence that external environment condition works door body assembly 10, is conducive to the peace of door body assembly 10 Full work, meanwhile, also increase the mode that through-flow cabinet air-conditioner drives door body assembly so that the driving of door body assembly is more stablized Reliably, more accurately.

Through-flow cabinet air-conditioner 1 can be simple gate or two-door, introduce the through-flow air-conditioning cabinet of the application with two-door structure below Machine 1, it is to be understood that the structure of simple gate through-flow cabinet air-conditioner 1 does phase on the basis of the structure of two-door through-flow cabinet air-conditioner 1 It should adjust and can obtain.In addition, the type of drive of door body assembly 10 has a lot, such as connecting rod, gear mode, with tooth in the application Wheel and rack coordinate based on driving, so that the motion stabilization of door body assembly 10, accurate.

Lower mask body introduces the structure of each part of through-flow cabinet air-conditioner 1 of the present invention.

The profile of door body assembly 10 is strip arc, and its profile is corresponding with the profile of housing 30, door body assembly 10 Arc faces away from the direction depression of cavity volume, when door body assembly 10 is closed, door body assembly 10 and the housing on the periphery of door body assembly 10 30 are located on same curved surface.Driving member is arranged in the two ends of door body assembly 10, the present embodiment, and driving member is using guide pillar to be excellent, another In some embodiments, driving member can also be door pivot.The top of door body assembly 10 is provided with the first guide pillar 13c and the second guide pillar 14c, the first guide pillar 13c and the second guide pillar 14c length direction are identical with the length direction of door body assembly 10.Certainly, for door Body component 10 can be moved smoothly, be provided with addition in bottom correspondence the first guide pillar 13c and the second guide pillar 14c of door body assembly 10 Two guide pillars.It is two-door through-flow cabinet air-conditioner 1 that this through-flow cabinet air-conditioner 1, which includes two door body assemblies,.

Actuator 40c, can pass out rotation or oscillating motion drive device can, with including motor in the present embodiment To be excellent.The working condition of motor is controlled by the control circuit of through-flow cabinet air-conditioner 1.Actuator 40c includes base 43c, driving Part shell 41c, is provided with hangers 42c on actuator shell 41c, and actuator shell 41c is consolidated by hangers 42c and base 43c Fixed connection, hangers 42c has much with base 43c connected modes, excellent to be threaded to.The length direction of actuator 40c rotating shafts Identical with the length direction of door body assembly, the plane of actuator 40c axis of rotation is vertical with the axis of machine shaft, with supporting plate 80c plate face is parallel (allowing positive and negative 10 ° of errors).Base 43c includes the substrate 431c for being used to carry actuator shell 41c, It is further opened with being used to keep away on substrate 431c the second fixed part 432c being provided at both ends with for fixing substrate 431c, substrate 431c Allow actuator 40c rotating shaft via 433c.

Supporting plate 80c overall U-shapeds are set, and the first side 81c of U-shaped is correspondingly arranged on the drive for driving the first door body 11 Action-oriented structure, the first side 81c shape and architectural feature is corresponding with the motion mode of the first door body 11;Second side 82c correspondences The driving guide frame of second door body 12, the second side 82c shape and architectural feature is corresponding with the motion mode of the second door body 12. When the first door body 11 is identical with the motion mode of the second door body 12, the first side 81c and the second side 82c architectural feature are identical. In the present embodiment, the first door body 11 and the second door body 12 are simultaneously lateral toward movement in the middle of air outlet or two respectively toward air outlet There is symmetrical plane in the inner rotation of housing 30, the i.e. motion of the first door body 11 and the second door body 12, therefore, the first side 81c and There is symmetrical plane in two side 82c, i.e. supporting plate 80c has the plane of symmetry.Because the first side 81c and the second side 82c are symmetrical arranged, under Face introduces the first side 81c structure and features, and the second side 82c structure and features is corresponding with the first side 81c.

Supporting plate 80c is provided with the side of curved edge and the housing of cabinet air-conditioner is connected, away from housing one in supporting plate The edge of side is provided with flanging 83c, and flanging 83c prolongs away from supporting plate 80c plate face towards the side for being provided with guiding rack 70c Stretch, in the present embodiment, upwardly extended perpendicular to supporting plate 80c.By flanging 83c setting, it can make to be arranged on supporting plate 80c Driving guide frame be not easily disconnected from supporting plate 80c so that the structure on supporting plate 80c is more reliable and more stable.

The first guide pillar 13c of correspondence offers the first guide groove 84c, the first guide groove on supporting plate 80c the first side 81c 84c limits the first guide pillar 13c movement locus;The second guide pillar 14c of correspondence offers the second guide groove 85c, the second guide pillar 14c's It is partially housed in the second guide groove 85c, the second guide groove 85c limits the second guide pillar 14c movement locus.Specifically, when One guide pillar 13c is supported with first one end of guide groove 84c away from housing 30, and the second guide pillar 14c and the second guide groove 85c are away from When one guide groove 84c one end is supported, the first door body 11 is in open mode;When the first guide pillar 13c is leaned on the first guide groove 84c One end of nearly housing 30 is supported, when the second guide pillar 14c and the second guide groove 85c are supported one end away from the first guide groove 84c, the One door body 11 is closed.

First guide groove 84c is deep-slotted chip breaker, and the second guide groove 85c is straight-line groove, camber line where the first guide groove 84c and Straight line intersection where second guide groove 85c.Certainly, in other embodiments, the first guide groove 84c and the second guide groove 85c Can be deep-slotted chip breaker, the first guide groove 84c and the second guide groove 85c each where camber line it is intersecting;First guide groove 84c and Two guide groove 85c also can be straight-line groove, the respective straight line intersection at place and not of the first guide groove 84c and the second guide groove 85c Collinearly.The length direction and the length of tubular wine wheel in face and door body assembly where the first guide groove 84c and the second guide groove 85c Direction is vertical.

In the present embodiment, by the way that the first guide groove 84c is arranged into deep-slotted chip breaker, the second guide groove 85c is arranged to straight-line groove Or deep-slotted chip breaker so that the first door body 11 is during opening or closing, the resultant motion for moving and rotating, specifically, Under second guide groove 85c position-limiting action, the second guide pillar 14c draws the first door body 11 and does straight line or camber line movement, is led first To under groove 84c position-limiting action, the first guide pillar 13c draws the first door body 11 and does camber line or rectilinear movement, that is, draws the first door body 11 rotate, and resultant motion so can be such that the first door body 11 is moved according to the track of design;Can be by designing difference specifically First guide groove 84c and the second guide groove 85c shape, curvilinear equation and linear equation, can be achieved the first door body 11 in other words Different movement locus, so as to meet the different demands of different user;So that door body assembly begins during opening or closing Air outlet is not stretched out eventually, the door body assembly in motion is blocked so as to avoid foreign object, causes to damage, is conducive to door body assembly to pacify Full work;During so that door body assembly being located at a certain position in opening or door closing procedure, the wind that air outlet is blown out can be carried out It is oriented to, is conducive to control of the user to wind direction.

Certainly, in other embodiments, wind guide strip can be not provided with the housing 30 of through-flow cabinet air-conditioner 1, and passes through door body Component carrys out wind-guiding, and door body assembly 10 now can be made up of some wind deflector units, and the shape of each wind deflector unit can be with original The shape of wind guide strip is similar, and the difference between wind deflector unit and wind guide strip is, some wind deflector units can synthesize door body when closing Component, air outlet is blocked.The driving of some wind deflector units can link, and can also individually control.Door now equally can be set Moving integrally for body component, when needing to deflect air-supply, adjusts each wind deflector unit deflection, when that need not deflect air-supply, Door body assembly can integrally be removed so that wind can directly be blown out from air outlet, not stopped by air ducting, be conducive to improving The air-supply efficiency of wind.In the present embodiment, wind guide strip firstly reduce, then the mounting structure of wind guide strip, and driving structure are equal Remove therewith;Secondly, the position of wind-guiding is moved to the most external of housing 30 so that the wind energy of wind-guiding process consumption reaches minimum, The wind direction of wind-guiding reaches maximum;Then, the wind deflector unit of door body assembly produces wind deflector unit to the stop of wind in wind-guiding Wind energy consumption is minimized, because the wind being blocked has blown out housing 30 and flowed to user.

Drive gear 60c includes and corresponding first drive gear of the first door body 11, and corresponding with the second door body 12 the Two drive gears.Relation pair between the first side 81c and the second side 82c is answered, when the first door body 11 and the fortune of the second door body 12 When flowing mode is identical, the architectural feature of the first drive gear and the second drive gear is identical, in the present embodiment, the He of the first door body 11 Second door body 12 is simultaneously toward movement in the middle of air outlet or respectively toward the two lateral inner rotations of housing 30 of air outlet, i.e., first There is symmetrical plane in the motion of the door body 12 of body 11 and second, therefore, the position relationship of the first drive gear and the second drive gear There is symmetrical plane, especially, the plane of symmetry between the first drive gear and the second guide gear, with the first side 81c and second The plane of symmetry between the 82c of side is overlapped.

The rotating shaft that first drive gear has the first drive shaft hole 63c, the first drive shaft hole 63c and actuator 40c coordinates, First drive gear is with actuator 40c axis of rotation.First drive gear is planar rotated, and its rotate plane with Door body assembly and tubular wine wheel are vertically arranged.Because the first drive gear and the second drive gear are symmetrical arranged, below emphasis be situated between Continue the structure and features of the first drive gear.

First drive gear is spur gear wheel, including rotation section 61c, the drive division that is fixedly connected with rotation section 61c 62c.Wherein, rotation section 61c is cylinder, and the first drive shaft hole 63c axis is overlapped with rotation section 61c axis, and first drives Shaft hole 63c runs through rotation section 61c, the first drive shaft hole 63c and actuator 40c rotating shaft tight fit so that rotation section 61c can Rotated together with the rotating shaft with actuator 40c.Drive division 62c is arranged on rotation section 61c edge, and drive division 62c includes driving Dynamic tooth, side wall arrangement of the sliding tooth along rotation section 61c, the tooth root of sliding tooth is connected with rotation section 61c, and top is towards away from rotation section 61c direction extension.In the present embodiment, sliding tooth is straight-tooth, can also be helical teeth in certain embodiments certainly.

Pinion stand 90c includes supporting part 91c, the connecting portion 92c that is fixedly connected with supporting part 91c, and with connecting portion 92c The first fixed part 93c being fixedly connected.Wherein, supporting part 91c is contacted with the supporting plate 80c on the first guide groove 84c peripheries, driving Gear 60c is arranged on connecting portion 92c.

Specifically, connecting portion 92c is the two ends in the connecting plate of strip, the plate face towards actuator 40c of connecting portion It is provided with two first fixed part 93c, the first fixed part 93c and is arranged to connecting pole, supporting part 91c is arranged on the first fixed part 93c Side wall on, supporting part 91c extends connecting portion 92c so that when pinion stand 90c is arranged at the first guide groove 84c, supporting part 91c can be contacted with the supporting plate 80c on the first guide groove 84c peripheries, allow supporting plate 80c to support pinion stand 90c.In connecting portion Through hole 94c is offered on 92c, the first guide pillar 13c may pass through through hole 94c and is connected with the first drive gear.First fixed part 93c with Base 43c the second fixed part 432c is corresponding, and the two is fixedly connected by screw.

Rack box 50c includes box body 52c and lid 51c, and box body 52c includes bottom plate 521c and is arranged on bottom plate 521c peripheries Flanging 522c, flanging 522c perpendicular to bottom plate 521c plate face and along away from plate face direction extend.Rack 70c is oriented to set Put on the madial wall of box body, i.e., set along flanging 522c length direction.Lid 51c is connected with box body 52c lateral wall, is driven Moving gear 60c is contained in the space that lid 51c and box body 52c are surrounded.Box body 52c bottom the first guide groove 83 of correspondence is opened If the first groove 524c of correspondence offers the second groove 511c on the first groove 524c, lid 51c, the first guide pillar 13c is through the One groove 524c is connected with drive gear 60c, and actuator 40c rotating shaft is connected through the second groove 511c with drive gear 60c. Correspondence actuator 40c position is provided with backplate 20c on lid 51c, and length directions of the backplate 20c along the second groove 511c is set Put.Pass through backplate 20c setting so that the interference that actuator 40c receives external environment weakens, and is conducive to actuator 40c stable Work.

Specifically, flanging 522c and bottom plate 521c surround the host cavity for housing and being oriented to rack 70c.Lid 51c shape and Bottom plate 521c shape correspondence, after lid 51c and box body 52c coordinates, outside the bayonet socket 512c and box body 52c on the wall of lid 51c sides Buckle 523c on the wall of side coordinates so that lid 51c is fixedly connected with box body 52c.The second groove 511c of correspondence on lid 51c The position for being provided at both ends with correspondence fixed structure 513c on fixed structure 513c, supporting plate 80c is provided with fixed column 86c, fixed Structure 513c is fixedly connected with fixed column 86c by screw, so that lid 51c1 is fixedly connected with supporting plate 80c, even if box body 50 are fixedly connected with supporting plate 80c.

First groove 524c is opened on box body 52c bottom plate 521c, the first groove 524c and the second groove 511c shape Shape and size correspond to the first guide groove 84c set, specifically the first groove 524c and the second groove 511c shape with First guide groove 84c shape is identical, and the first groove 524c and the second groove 511c flute length are slightly larger than the first guide groove 84c Flute length, the first groove 524c and the second groove 511c groove width is slightly larger than the first guide groove 84c groove width.First guide pillar 13c first passes through the first guide groove 84c, is then passed through the first groove 524c and is connected with drive gear 60c.

In the present embodiment, by the setting to lid 51c, and lid 51c is set to block the top of host cavity so as to house The drive gear 60c and guiding rack 70c of intracavitary are protected, and are reduced by external environment influence, are conducive to drive gear 60c With the steady operation for being oriented to rack 70c, be conducive to improving the stability of the work of through-flow cabinet air-conditioner 1.

It should be noted that the technical scheme of each embodiment of the present invention can be combined with each other, but must be with this The technical staff in field can be implemented as basis, will be understood that when the combination appearance of technical scheme is conflicting or can not realize The combination of this technical scheme is not present, also not within the protection domain of application claims.

The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the scope of the invention, it is every to utilize The equivalent structure transformation that description of the invention and accompanying drawing content are made, or directly or indirectly it is used in other related technology necks Domain, is included within the scope of the present invention.

Claims (11)

1. a kind of through-flow cabinet air-conditioner, it is characterised in that including housing, the tubular wine wheel component being installed in the housing and change Be formed with hot component, the housing in the air outlet being vertically arranged, the air outlet be provided with door body assembly, wind guiding component and The guider in the housing is installed on, the guider includes actuator and the guiding being connected with the actuator Part;The guide drives door body assembly horizontal direction in the air outlet to rotate same under the driving of the actuator When move linearly, do not stretched out outside the air outlet while air outlet opening and closing with realizing;
The guide, which includes offering on the driving box and guide gear for being used to drive the door body assembly, the driving box, leads To groove, the door body is moved along the guide groove;
The guide groove includes the first guide groove and the second guide groove;Correspondence first guide groove is provided with the in the door body One guide pillar, first guide pillar is installed in first guide groove, and correspondence second guide groove is provided with the second guide pillar, institute The second guide pillar is stated to be installed in second guide groove.
2. through-flow cabinet air-conditioner as claimed in claim 1, it is characterised in that
Correspondence first guide pillar is formed with the 3rd guide groove on the guide gear, and correspondence second guide pillar is formed with the 4th Guide groove;First guide pillar is connected by the 3rd guide groove with the guide gear, and second guide pillar passes through described 4th guide groove is connected with the guide gear.
3. through-flow cabinet air-conditioner as claimed in claim 1, it is characterised in that the guide include drive gear, with it is described The guiding rack that drive gear coordinates, and connector;The connector connects the door body and the drive gear, the drive Moving gear is connected with the actuator;The door body is moved in gear teeth arragement direction of the effect along the rack of the drive gear It is dynamic.
4. through-flow cabinet air-conditioner as claimed in claim 1, it is characterised in that the cabinet air-conditioner include two door body, Two guides, and two transmission devices, the transmission device are connected with the actuator, two transmission devices The driving of the actuator is transferred to two guides respectively, guide described in two drives door body described in two respectively.
5. through-flow cabinet air-conditioner as claimed in claim 1, it is characterised in that also including being used to support institute in the housing The supporting plate of cabinet air-conditioner guider is stated, the supporting plate is installed on the housing close to the position of the air outlet.
6. through-flow cabinet air-conditioner as claimed in claim 5, it is characterised in that the supporting plate is fixedly installed in the housing It is interior.
7. through-flow cabinet air-conditioner as claimed in claim 5, it is characterised in that the supporting plate is integrally formed system with the housing Into.
8. through-flow cabinet air-conditioner as claimed in claim 1, it is characterised in that second also including being installed in the housing drives Dynamic device, second drive device drives wind guiding component horizontal direction in the air outlet to rotate, to realize to warp Cross the regulation of the distinguished and admirable horizontal direction of the air outlet.
9. through-flow cabinet air-conditioner as claimed in claim 1, it is characterised in that the housing include base, with the base phase Top cover to setting and the front panel between the base and the top cover and rear board, the air outlet is before described On panel.
10. through-flow cabinet air-conditioner as claimed in claim 1, it is characterised in that the tubular wine wheel component includes spiral case component And the tubular wine wheel in the spiral case component is installed on, the tubular wine wheel is vertically arranged.
11. through-flow cabinet air-conditioner as claimed in claim 10, it is characterised in that the quantity of the tubular wine wheel is two, two The tubular wine wheel is set in parallel in the spiral case component, described in the spiral case component corresponding with the housing of the cabinet air-conditioner two Tubular wine wheel forms double through-flow air channel structures.
CN201510471232.XA 2015-07-31 2015-07-31 Through-flow cabinet air-conditioner CN105135516B (en)

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CN110044050A (en) * 2016-01-12 2019-07-23 广东美的制冷设备有限公司 Cabinet-type air conditioner door body and cabinet air-conditioner
CN106322716B (en) * 2016-08-26 2019-10-22 东阳市阳涛电子科技有限公司 Wind-out range visual type air-conditioning

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