CN204115096U - A kind of Integral ceiling air-conditioning and mounting structure thereof - Google Patents
A kind of Integral ceiling air-conditioning and mounting structure thereof Download PDFInfo
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- CN204115096U CN204115096U CN201420597316.9U CN201420597316U CN204115096U CN 204115096 U CN204115096 U CN 204115096U CN 201420597316 U CN201420597316 U CN 201420597316U CN 204115096 U CN204115096 U CN 204115096U
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Abstract
A kind of Integral ceiling air-conditioning and mounting structure thereof, the body comprising connection indoor apparatus of air conditioner on the ceiling and the air-conditioning panel be connected to by limit connector and adjacent ceiling board on same mounting plane, air-conditioning panel is established air inlet and air outlet, air port is provided with movable air door and controlling organization thereof, air inlet airdoor control mechanism is located on the panel of air-conditioning, the controlling organization of outlet air door is located on the body of air-conditioning, air-conditioning body is established the wiring board controlling air door and synchronously open or close, air door after closedown is concordant with the bottom surface of air-conditioning panel, location and installation is realized by hooking the combination hanging piece be located on shell hanger between body and ceiling.The installation three-dimensional of Integral ceiling air-conditioning is adjustable, quick for installation, and efficiency is high, and quality is good; Air-conditioning panel is parallel with the plate face of suspended ceiling pinch plate, and in hidden mounting structure, cold wind access expansion wind, gives soft comfortable sensation, combine together, coordinate very much with indoor assembled ceiling structure, has highlighted the characteristic of Integral ceiling.
Description
Technical field
The utility model belongs to architectural engineering interior decoration technical field, relates to a kind of ceiling air-conditioner and mounting structure thereof, especially a kind of Integral ceiling air-conditioning and mounting structure thereof.
Background technology
All the time, for the installation of the indoor monomer air-conditioning of family or office space etc., wall-hanging or vertical mounting structure is mostly still adopted.Obviously, vertical mounting structure can take larger space, flooring; Although wall mounting structure can not take space, flooring, indoor metope can be made to suffer permanent destruction, and directly have influence on indoor overall appearance.
As everyone knows, cold air can sink, and hot-air can rise, after indoor hot-air enters to indoor apparatus of air conditioner from bottom to top, through the operation of the compressor of air-conditioning, condenser, evaporimeter, the cold air of discharging blows out from top to bottom, move in circles, indoor temperature is reduced.Be not difficult to find out thus, indoor apparatus of air conditioner adopts the mounting structure of ceiling mounting type or ceiling type to be obviously that the wall-hanging or vertical mounting structure of side direction blowout is more rational than cold wind.
For this reason, there is the bibliographical information of some sections of ceiling mounting types or ceiling-mounted type air conditioner in recent years, such as: CN101493248A discloses a kind of ceiling type air conditioner; CN1428571A discloses a kind of ceiling-mounted type air conditioner; CN1752599A discloses a kind of indoor set of ceiling air conditioner.
Above-mentioned disclosed Patent Application Publication, although overcome the above-mentioned segmental defect existing for wall-hanging or vertical air conditioner mounting structure in theory, but, from the description (especially accompanying drawing) disclosed in it, the existence of the problem being clear that following general character of being not difficult:
The first, because the mounting structure between the of indoor apparatus of air conditioner own and suspended ceiling pinch plate is not integrated, but relatively independent; Therefore, its panel of the indoor apparatus of air conditioner after installation and ceiling board, not on same horizontal plane, have the obvious discrepancy in elevation to each other, and indoor Integral decoration effect is had a greatly reduced quality, very inharmonious;
The second, because the structural design of indoor apparatus of air conditioner has defect, make the closure of himself, be in place after overall disguise all very poor, under no matter air-conditioning is in use or unused state, its air inlet is all open all the time, not only cannot avoid entering of dust, key fails the overall structure of indoor apparatus of air conditioner and Integral ceiling is combined together;
Three, indoor apparatus of air conditioner is mounted in three dimensions very limited between ceiling and ceiling board, because existing installation component cannot regulate the installation site of air-conditioning.And in fact, the installation of indoor apparatus of air conditioner is difficult to settle at one go, once there is the error installed, doing over again is exactly the very troublesome thing of part, time-consuming, is difficult to realize the quick and efficient of air-conditioning installation.
Utility model content
The purpose of this utility model overcomes the deficiencies in the prior art or defect, a kind of Integral ceiling air-conditioning and mounting structure thereof are provided, air inlet air door on air-conditioning panel is synchronously opened or close with outlet air door, and the import and export air door after closedown is concordant with the bottom surface of air-conditioning panel.Integral ceiling air-conditioning is installed three-dimensional adjustable, quick for installation, and efficiency is high, and quality is good; The panel bottom surface of Integral ceiling air-conditioning is parallel with the plate face of suspended ceiling pinch plate, constitutes a part for Integral ceiling, has highlighted the original characteristic of integrated ceiling.
To achieve these goals, the utility model have employed following technical scheme:
A kind of Integral ceiling air-conditioning, the air-conditioning panel that the body comprising connection indoor apparatus of air conditioner is on the ceiling arranged downwards with its bottom surface level; It is characterized in that,
Described air-conditioning panel is respectively equipped with air inlet and air outlet;
Position corresponding to air inlet and air outlet is respectively equipped with movable air door and controlling organization thereof;
Described air inlet air door and controlling organization thereof are arranged on the panel of described air-conditioning;
Described outlet air door and controlling organization thereof are arranged on the body of described air-conditioning;
Described air-conditioning body is provided with the circuit control panel controlling air inlet air door and outlet air door and synchronously open or close; Import and export air door after closedown is concordant with the bottom surface of air-conditioning panel.
Above-mentioned Integral ceiling air-conditioning, wherein,
Described air inlet air door is combined by the air inlet door-plate of some interlocks and forms;
Described air inlet airdoor control organization establishes at the end face of air-conditioning panel, for by air inlet motor-driven air inlet air door crank connecting link link gear.
The some dividing plate integrated combination that described outlet air door is installed between two pieces of air outlet door-plates by the two pieces of air outlet door-plates be arranged in parallel up and down and interval are formed;
Described two pieces of air outlet door-plates are positioned at the symmetrical affixed end plate in two ends of its length direction;
Described outlet air door controlling organization is overturn and swing mechanism by the motor-driven outlet air door of air outlet.
Dividing plate on described outlet air door is curved slab, and the crooked radian of every sheet dividing plate is impartial;
The distribution of described dividing plate is demarcated with the center line of outlet air door length and is divided into two, and arrange at equal intervals in opposing symmetrical mode between two, the direction that dividing plate bends is all towards the end plate of its side.
The maximum opening angle of described air inlet air door is 60 °;
After described air outlet electric motor starting, outlet air door can do the upset of 90 ° clockwise or counterclockwise; Further, freely swinging of left 30 ° or right 30 ° can also be done after upset to two sides about it.
The mounting structure of above-mentioned Integral ceiling air-conditioning, comprises the shell on Integral ceiling air-conditioning body, and shell is located with air-conditioning panel by screw and/or buckle and is connected; It is characterized in that,
Be provided with several limit connectors between described air-conditioning panel and adjacent suspended ceiling pinch plate, the bottom surface of air-conditioning panel and suspended ceiling pinch plate are connected on same mounting plane, form the part of Integral ceiling;
The shell of described body is positioned at two sides of its length direction, be arranged with two to or three pairs of hangers, hanger is provided with the hook groove that Open Side Down;
By hooking the location and installation being located at the hanger combination hanging piece hooked on groove and realizing to each other between described body and ceiling;
The body of described Integral ceiling air-conditioning appropriateness can regulate relative to the installation site between ceiling in three dimensions.
Described combination hanging piece comprises the slip screw, fixed head, the adjusting washer (disk), first that are connected successively from top to bottom and regulates that setscrew nut, second regulates setscrew nut, screw mandrel, the first hold-down nut and packing ring, the pressing plate of shell hanger, the hook of shell hanger establish part and the second hold-down nut and packing ring.
Described fixed head is a metallic plate being provided with high-low plate face; Wherein:
Higher plate face is provided with fixing setscrew hole;
Lower plate face is provided with adjustable chute, is equipped with slip screw in chute;
Described slip screw be axially arranged with one can with the screw hole of described screw mandrel bolt.
On the slip screw that described first regulates setscrew nut to be set in is close to bottom fixed head, for lateral adjustments and the location of Integral ceiling air-conditioning integral installation position;
On the screw mandrel that described second regulates setscrew nut to be set in is positioned at slip screw lower end, for adjustment and the location of Integral ceiling air-conditioning integral installation height.
The L-square that described hook is established part to be integrated to process, comprises level board and vertical plate; Wherein, level board is provided with the perforating of screw mandrel, and the upper end of vertical plate is provided with the hook of opening upwards, and on this hook and shell, the hook groove of hanger hooks conjunction mutually, and the longitudinal direction for Integral ceiling air-conditioning installation site regulates;
Described pressing plate, hook and establish part to be connected to the lower end part of screw mandrel in turn, and realize the overall location and installation of Integral ceiling air-conditioning by being located in first, second hold-down nut on screw mandrel and packing ring.
Owing to have employed above-mentioned technical scheme, the utility model compared with prior art, has following advantage and good effect:
1, three-dimensional adjustable, utilize four cover combined type hanging pieces, achieve being arranged within the scope of length three dimensions of Integral ceiling air-conditioning and all can appropriateness regulate; Quick for installation, efficiency is high, and quality is good.
2, Integral ceiling, utilizes limit connector to make the panel bottom surface of Integral ceiling air-conditioning and the parallel installation in plate face of suspended ceiling pinch plate, makes indoor apparatus of air conditioner constitute the part of Integral ceiling, highlighted the characteristic of integrated ceiling.
3, good concealment, Integral ceiling air-conditioning is not when using, and its air door into and out of air port is all in closed condition, does not see the existence of air-conditioning completely, is difficult to from whole furred ceiling the existence finding out air-conditioning in appearance.Whole Integral ceiling air-conditioning is hidden mounting structure, combines together, coordinate very much with indoor assembled ceiling structure.Meanwhile, also efficiently avoid extraneous dust to enter from the air inlet of air-conditioning panel.
4, the soft nature of air-out, after Integral ceiling air-conditioner air outlet electric motor starting, outlet air door both can do the upset of 90 ° clockwise or counterclockwise, freely swinging of 0 ° ~ 30 ° of scopes can be done along the direction, two, left and right of its rotating shaft center line again after upset, wind direction or can spread towards the two ends of outlet air door, make, from the cold wind access expansion wind of air outlet blowout, to give soft comfortable sensation; Or can concentrate towards the middle part of outlet air door, along with swinging of outlet air door, both can play the effect of fast cooling, also efficiently avoid the uncomfortable problem that cold wind directly blows to human body head simultaneously.
5, the panel of Integral ceiling air-conditioning and LED illumination plate are integrated, and present its multi-functional characteristic.
Accompanying drawing explanation
In conjunction with the description of its accompanying drawing, the object of its utility model, specific structural features and advantage can be understood further by following examples.In accompanying drawing,
Fig. 1 is the perspective view of a kind of Integral ceiling air-conditioning that the utility model relates to;
Fig. 2 be Fig. 1 look up perspective view;
Fig. 3 is the A portion structure for amplifying schematic diagram in Fig. 1;
Fig. 4-Fig. 6 is the syndeton schematic diagram of Integral ceiling air-conditioning and the ceiling related in Fig. 1,2;
Fig. 7 is the syndeton schematic diagram of the utility model Integral ceiling air-conditioning and suspended ceiling pinch plate; (import and export air door is in closed condition)
Fig. 8 is the structural representation under the outlet air door of Integral ceiling air-conditioning in Fig. 7 is in clockwise unlatching 90 ° of states;
Fig. 9 is the structural representation under outlet air door in Fig. 8 is in swing state;
Figure 10-Figure 11 is the structural representation of outlet air door and controlling organization thereof;
Figure 12 is the B portion structure for amplifying schematic diagram in Figure 10;
Figure 13 is the structural representation under the outlet air door of Integral ceiling air-conditioning is in counterclockwise unlatching 90 ° of states;
Figure 14 is the structural representation under outlet air door in Figure 13 is in swing state;
Figure 15 is the structural representation of wind direction towards collected state in the middle part of outlet air door of air outlet;
Figure 16 is the structural representation of wind direction towards outlet air door two ends disperse state of air outlet;
Figure 17-Figure 19 is a kind of structural representation of the utility model Integral ceiling air-conditioning air inlet air door and controlling organization thereof; (air inlet air door is in closure state)
Figure 20 is the C portion structure for amplifying schematic diagram in Figure 17;
Figure 21-Figure 23 is the another kind of structural representation of the utility model Integral ceiling air-conditioning air inlet air door and controlling organization thereof; (air inlet air door is in opening)
Figure 24 is the D portion structure for amplifying schematic diagram in Figure 21;
Figure 25 be the final mounting structure of Integral ceiling air-conditioning that relates to of the utility model look up structural representation; (into and out of air door closed condition simultaneously)
Figure 26 is the structural representation into and out of opening while of air door in Figure 25;
Figure 27 is the parts decomposition texture schematic diagram of the combination hanging piece that the utility model relates to;
Figure 28, Figure 29 are the assembly structure schematic diagrames combining hanging piece in Figure 27;
Figure 30 is the cross-sectional view along A-A line in Figure 28;
Figure 31 is that Integral ceiling air-conditioning is not yet installed into, outlet air door time air-conditioning panel bottom surface structural representation;
Figure 32 is the E portion structure for amplifying schematic diagram in Fig. 7.
T-Integral ceiling air-conditioning;
1-ceiling;
2-combines hanging piece; 20-slip screw; 20a-screw hole;
21-fixed head; The higher plate face of 21A-; The lower plate face of 21B-; 21C-setscrew hole; 21D-chute; 22-adjusting washer (disk); 23-first regulates setscrew nut; 24-second regulates setscrew nut; 25-screw mandrel; 26-first hold-down nut and packing ring; 27-hanger pressing plate; 28-hanger hooks and establishes part; 28A-level board; 28B-vertical panel; The perforating of 28C-screw mandrel; 28D-links up with; 29-second hold-down nut and packing ring;
The body of 3-Integral ceiling air-conditioning;
Shell on 4-Integral ceiling air-conditioning body; Hanger on 41-shell; Hook groove on 41a-hanger;
The panel of 5-Integral ceiling air-conditioning; The end face of 5A-panel; The bottom surface of 5B-panel;
51-air-conditioning air inlet; 52-air-conditioner air outlet; 53-LED illumination panel;
Limit connector (triangular keel) between 6-air-conditioning panel and adjacent suspended ceiling pinch plate;
7-suspended ceiling pinch plate;
8-air inlet air door and controlling organization thereof;
81-air inlet air door; 81a-air inlet air door plate;
82-air inlet airdoor control mechanism; 82a-air inlet motor; 82b-crank; 82c-connecting rod;
82d-linkage board;
9-outlet air door and controlling organization thereof;
91-outlet air door; 91a-outlet air door plate; 91b-dividing plate; 91c-end plate;
92-outlet air door controlling organization; 92a-sleeve; 92b-rotating shaft; 92c-air outlet motor.
Detailed description of the invention
See Fig. 1 ~ Fig. 3, coordinate see Fig. 4 ~ Fig. 6, a kind of Integral ceiling air-conditioning T that the utility model relates to, the air-conditioning panel 5 that the body 3 comprising the indoor apparatus of air conditioner be connected on ceiling 1 is arranged with its bottom surface level downwards; Its key technology scheme is,
See Figure 31, air-conditioning panel 5 is respectively equipped with air inlet 51 and air outlet 52, the position corresponding to air inlet 51 and air outlet 52 is respectively equipped with movable air door and controlling organization thereof.
See Figure 17-Figure 24, air inlet air door and controlling organization 8 thereof are arranged on the panel 5 of air-conditioning;
See Fig. 7-Figure 16, outlet air door and controlling organization 9 thereof are arranged on air-conditioning body 3;
Air-conditioning body 3 is provided with and controls air inlet air door 81 circuit control panel (not shown) of opening or close synchronous with outlet air door 91; Import and export air door 51,52 after closedown is concordant with the bottom surface 5B of air-conditioning panel 5.
As shown in Figure 17-Figure 24, air inlet air door 81 is combined by the air inlet door-plate 81a of some interlocks and forms;
Air inlet airdoor control mechanism 82 is arranged on the end face 5A of air-conditioning panel, for by air inlet motor-driven air inlet air door crank connecting link link gear.
In the present embodiment, above-mentioned crank connecting link link gear is combined by the air inlet motor 82a be arranged on panel end face 5A, the linkage board 82d being connected to the crank 82b on air inlet door-plate 81a, the connecting rod 82c be connected with crank 82b and being connected several connecting rods 82c that driven by air inlet motor 82a and forms.
As further illustrated in figures 21-24, after air inlet motor 82a starts, under the effect of crank 82b, connecting rod 82c, linkage board 82d, three air inlet door-plate 81a synchronously open, and the maximum angle of unlatching is 60 °.
As shown in figures 17 to 20, after air inlet motor 82a closes, three air inlet door-plate 81a close synchronouslies, and concordant with panel bottom surface 5A.
As illustrated in figs. 10-12, the some dividing plate 91b integrated combination that outlet air door 91 is fixed between two pieces of air outlet door-plate 91a by the two pieces of air outlet door-plate 91a be arranged in parallel up and down and interval are formed; The two ends symmetry two pieces of air outlet door-plate 91a being positioned at its length direction sets firmly an end plate 91c;
Outlet air door controlling organization 92 is overturn and swing mechanism by the motor-driven outlet air door of air outlet.
In the present embodiment, above-mentioned outlet air door upset and swing mechanism by the sleeve 92a on two the end plate 91c being installed in outlet air door respectively, be fixedly located in the rotating shaft 92b in sleeve 92a and the air outlet motor 92c that is connected with one of them rotating shaft 92b and combine and form.
As shown in figs. 10-11, some dividing plate 91b on outlet air door 91 are curved slab, and the crooked radian of every sheet dividing plate 91b is impartial; The distribution of dividing plate 91b is demarcated with the center line of outlet air door length and is divided into two, and arrange at equal intervals, and bending direction is all towards the end plate 91c of its side in opposing symmetrical mode between two.In the present embodiment, the distribution of dividing plate 91b is demarcated with the center line of outlet air door length, left half of 5, right half of 5.
As shown in figs. 7 to 9, air outlet motor 92c is once startup, and outlet air door 91 can overturn 90 ° along clockwise direction; Also can freely swing along the side, left and right two of the 92b of rotating shaft shown in figure center line after upset, the maximum amplitude of oscillation is left 30 °, right 30 °.
Now, as shown in Figure 16, wind direction can spread towards the two ends of outlet air door 91; And then make air-out soft, give the comfort of access expansion wind.
In like manner, as shown in figure 13, when under the original shut state of outlet air door 91 at Fig. 7, after air outlet motor 92c starts, when outlet air door 91 can overturn 90 ° in the counterclockwise direction; Equally, also can freely swing along the side, left and right two of the 92b of rotating shaft shown in Figure 14 center line after upset, the maximum amplitude of oscillation is still 30 °, left side, 30 °, right side.
Now, as shown in Figure 15, wind direction can be concentrated towards the middle part of outlet air door 91; Along with swinging of outlet air door 91, both can play the effect of fast cooling, turn avoid the uncomfortable problem that cold wind directly blows to human body head.
Like this, along with the change of the flip angle of outlet air door 91, dividing plate 91b uniform on air door spatially can present different air-out effects, or cold wind is spread, or cold wind is concentrated.
See Fig. 4, Fig. 7, coordinate see Figure 27 ~ Figure 30, the mounting structure of the above-mentioned Integral ceiling air-conditioning T that the utility model relates to, comprises the shell 4 on Integral ceiling air-conditioning T body 3, and shell 4 is located with air-conditioning panel 5 by screw and/or buckle and is connected; Its key technology scheme is:
Be provided with several limit connectors 6 between the panel 5 of Integral ceiling air-conditioning T and adjacent suspended ceiling pinch plate 7, bottom surface 5B and the suspended ceiling pinch plate 7 of air-conditioning panel are connected on same horizontal plane, make it form the part of Integral ceiling;
The limit connector adopted in the present embodiment is triangular keel 6, Figure 32 is adopt triangular keel 6 to carry out spacing control between air-conditioning panel 5 and suspended ceiling pinch plate 7, to reach the structural representation making air-conditioning panel and suspended ceiling pinch plate be in identical mounting plane.
Because triangular keel 6 of the prior art is symmetrical two arcwall faces bottom it, between two arcwall faces, be provided with the draw-in groove of suspended ceiling pinch plate 7; The bottom of its two arcwall faces is respectively used to the at right angle setting height controlling suspended ceiling pinch plate 7 and air-conditioning panel 5 by the utility model, suspended ceiling pinch plate 7 and air-conditioning panel 5 is made spatially to form same mounting plane, thus the panel 5 of Integral ceiling air-conditioning T is held together with suspended ceiling pinch plate 7, the monopolizing characteristic of integrated ceiling is highlighted with this.
As shown in Fig. 1,5, two sides the utility model shell 4 being positioned at its length direction can be symmetrical arranged two to or three pairs of hangers 41, in the present embodiment, have employed the version that two pairs of hangers 41 are set.Hanger 41 is provided with the hook groove 41a that Open Side Down; By hooking the location and installation that the combination hanging piece 2 be located on hanger 41 realizes to each other between Integral ceiling air-conditioning T and ceiling 1.
And, because the appropriateness of often overlapping transverse direction and height two-dimensional space that himself assembly structure of combination hanging piece 2 just can be implemented in Integral ceiling air-conditioning T regulates, hook on recycling combination hanging piece 2 establishes the connection function between the hook groove 41a on part 28 and shell hanger, can realize Integral ceiling air-conditioning T installation site longitudinal direction regulate, thus reach Integral ceiling air-conditioning T-phase for the installation site between ceiling 1 can in three dimensions appropriateness regulate object.Efficiently avoid the inevitable rework aspect of the medium-term and long-term existence of air-conditioning installation process thus, achieve the quick and efficient of air-conditioning installation.
As shown in Figure 27 ~ Figure 32, often cover combination hanging piece 2 comprises the slip screw 20, fixed head 21, the adjusting washer (disk) 22, first that are connected successively from top to bottom and regulates setscrew nut 23, second to regulate setscrew nut 24, screw mandrel 25, first hold-down nut and packing ring 26, hanger pressing plate 27, hanger to hook and establish part 28 and the second hold-down nut and packing ring 29.
Fixed head 21 is a metallic plate being provided with high-low plate face; Higher plate face 21A is provided with fixing setscrew hole 21C, and lower plate face 21B is provided with adjustable chute 21D, is equipped with slip screw 20 in chute 21D.Slip screw 20 be axially arranged with one can with the screw hole 20a of screw mandrel 25 bolt.
On the slip screw 20 that first regulates setscrew nut 23 to be set in is close to bottom fixed head 21, for lateral adjustments and the location of Integral ceiling air-conditioning T integral installation position;
Second regulate setscrew nut 24 be set in be positioned at slip screw 20 lower end screw mandrel on 25, for Integral ceiling air-conditioning T integral installation height adjustment and location.
Hooking establishes part 28 to be integrated the L-square processed, and comprises level board 28A and vertical plate 28B; Wherein, level board 28A is provided with the perforating 28C of screw mandrel, and the upper/lower terminal of vertical plate 28B all can arrange the hook 28D of opening upwards;
The hook 28D (hook of its lower end can be used for other different installation occasion) of the upper end of vertical plate 28B is only used in the present embodiment, hook the hook groove 41a establishing the upper end of part to link up with hanger on 28D and shell 4 and mutually hook conjunction, regulate with the longitudinal direction that this realizes Integral ceiling air-conditioning T installation site.
The pressing plate 27 of hanger, hook and establish part 28 to be connected to the lower end part of screw mandrel 25 in turn, and final installations realizing Integral ceiling air-conditioning T by being located in first, second hold-down nut on screw mandrel 25 and packing ring 26,29 is located.
As shown in Figure 25,26, under the air door into and out of air port of Integral ceiling air-conditioning T is in closed condition, do not see the existence of air-conditioning completely, whole Integral ceiling air-conditioning T is hidden mounting structure, combines together, coordinate very much with indoor assembled ceiling structure.
In addition, in the present embodiment, the panel 5 of Integral ceiling air-conditioning T is the assembled panel with LED illumination plate 53.Thus, the function of existing indoor apparatus of air conditioner has been expanded further.
Claims (10)
1. an Integral ceiling air-conditioning, the air-conditioning panel that the body comprising connection indoor apparatus of air conditioner is on the ceiling arranged downwards with its bottom surface level; It is characterized in that,
Described air-conditioning panel is respectively equipped with air inlet and air outlet;
Position corresponding to air inlet and air outlet is respectively equipped with movable air door and controlling organization thereof;
Described air inlet air door and controlling organization thereof are arranged on the panel of described air-conditioning;
Described outlet air door and controlling organization thereof are arranged on the body of described air-conditioning;
Described air-conditioning body is provided with the circuit control panel controlling air inlet air door and outlet air door and synchronously open or close; Import and export air door after closedown is concordant with the bottom surface of air-conditioning panel.
2. Integral ceiling air-conditioning according to claim 1, is characterized in that, described air inlet air door is combined by the air inlet door-plates of some interlocks and forms;
Described air inlet airdoor control organization establishes at the end face of air-conditioning panel, for by air inlet motor-driven air inlet air door crank connecting link link gear.
3. Integral ceiling air-conditioning according to claim 1 or 2, is characterized in that, the some dividing plate integrated combination that described outlet air door is installed between two pieces of air outlet door-plates by the two pieces of air outlet door-plates be arranged in parallel up and down and interval are formed;
Described two pieces of air outlet door-plates are positioned at the symmetrical affixed end plate in two ends of its length direction;
Described outlet air door controlling organization is overturn and swing mechanism by the motor-driven outlet air door of air outlet.
4. Integral ceiling air-conditioning according to claim 3, is characterized in that, the dividing plate on described outlet air door is curved slab, and the crooked radian of every sheet dividing plate is impartial;
The distribution of described dividing plate is demarcated with the center line of outlet air door length and is divided into two, and arrange at equal intervals in opposing symmetrical mode between two, the direction that dividing plate bends is all towards the end plate of its side.
5. Integral ceiling air-conditioning according to claim 4, is characterized in that,
The maximum opening angle of described air inlet air door is 60 °;
After described air outlet electric motor starting, outlet air door can do the upset of 90 ° clockwise or counterclockwise; Further, freely swinging of left 30 ° or right 30 ° can also be done after upset to two sides about it.
6. the mounting structure of Integral ceiling air-conditioning according to claim 1, comprises the shell on Integral ceiling air-conditioning body, and shell is located with air-conditioning panel by screw and/or buckle and is connected; It is characterized in that,
Be provided with several limit connectors between described air-conditioning panel and adjacent suspended ceiling pinch plate, the bottom surface of air-conditioning panel and suspended ceiling pinch plate are connected on same mounting plane, form the part of Integral ceiling;
The shell of described body is positioned at two sides of its length direction, be arranged with two to or three pairs of hangers, hanger is provided with the hook groove that Open Side Down;
By hooking the location and installation being located at the hanger combination hanging piece hooked on groove and realizing to each other between described body and ceiling;
The body of described Integral ceiling air-conditioning appropriateness can regulate relative to the installation site between ceiling in three dimensions.
7. the mounting structure of Integral ceiling air-conditioning according to claim 6, it is characterized in that, described combination hanging piece comprises the slip screw, fixed head, the adjusting washer (disk), first that are connected successively from top to bottom and regulates that setscrew nut, second regulates setscrew nut, screw mandrel, the first hold-down nut and packing ring, the pressing plate of shell hanger, the hook of shell hanger establish part and the second hold-down nut and packing ring.
8. the mounting structure of Integral ceiling air-conditioning according to claim 7, is characterized in that,
Described fixed head is a metallic plate being provided with high-low plate face; Wherein:
Higher plate face is provided with fixing setscrew hole;
Lower plate face is provided with adjustable chute, is equipped with slip screw in chute;
Described slip screw be axially arranged with one can with the screw hole of described screw mandrel bolt.
9. the mounting structure of Integral ceiling air-conditioning according to claim 7, is characterized in that, on the slip screw that described first regulates setscrew nut to be set in is close to bottom fixed head, for lateral adjustments and the location of Integral ceiling air-conditioning integral installation position;
On the screw mandrel that described second regulates setscrew nut to be set in is positioned at slip screw lower end, for adjustment and the location of Integral ceiling air-conditioning integral installation height.
10. the mounting structure of Integral ceiling air-conditioning according to claim 7, is characterized in that, the L-square that described hook is established part to be integrated to process, and comprises level board and vertical plate; Wherein, level board is provided with the perforating of screw mandrel, and the upper end of vertical plate is provided with the hook of opening upwards, and on this hook and shell, the hook groove of hanger hooks conjunction mutually, and the longitudinal direction for Integral ceiling air-conditioning installation site regulates;
Described pressing plate, hook and establish part to be connected to the lower end part of screw mandrel in turn, and realize the overall location and installation of Integral ceiling air-conditioning by being located in first, second hold-down nut on screw mandrel and packing ring.
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| CN201420597316.9U CN204115096U (en) | 2014-10-16 | 2014-10-16 | A kind of Integral ceiling air-conditioning and mounting structure thereof |
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| CN201420597316.9U CN204115096U (en) | 2014-10-16 | 2014-10-16 | A kind of Integral ceiling air-conditioning and mounting structure thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104266264B (en) * | 2014-10-16 | 2016-09-21 | 上海圣峰建材科技有限公司 | A kind of Integral ceiling air-conditioning and mounting structure thereof |
| CN108278834A (en) * | 2018-03-29 | 2018-07-13 | 南京创维电器研究院有限公司 | A kind of wind cooling refrigerator air door neglected loading detection alarm method |
| CN108488930A (en) * | 2018-06-13 | 2018-09-04 | 广东美的制冷设备有限公司 | Air conditioner indoor unit and air conditioner |
| CN111219791A (en) * | 2018-11-27 | 2020-06-02 | 宁波奥克斯电气股份有限公司 | Shell assembly structure, air conditioner and shell assembly method |
-
2014
- 2014-10-16 CN CN201420597316.9U patent/CN204115096U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104266264B (en) * | 2014-10-16 | 2016-09-21 | 上海圣峰建材科技有限公司 | A kind of Integral ceiling air-conditioning and mounting structure thereof |
| CN108278834A (en) * | 2018-03-29 | 2018-07-13 | 南京创维电器研究院有限公司 | A kind of wind cooling refrigerator air door neglected loading detection alarm method |
| CN108488930A (en) * | 2018-06-13 | 2018-09-04 | 广东美的制冷设备有限公司 | Air conditioner indoor unit and air conditioner |
| CN111219791A (en) * | 2018-11-27 | 2020-06-02 | 宁波奥克斯电气股份有限公司 | Shell assembly structure, air conditioner and shell assembly method |
| CN111219791B (en) * | 2018-11-27 | 2021-06-04 | 宁波奥克斯电气股份有限公司 | Shell assembly structure, air conditioner and shell assembly method |
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