CN2509503Y - Wind conducting device of air intake position for room unit of separating flooring air conditioner - Google Patents
Wind conducting device of air intake position for room unit of separating flooring air conditioner Download PDFInfo
- Publication number
- CN2509503Y CN2509503Y CN 01263197 CN01263197U CN2509503Y CN 2509503 Y CN2509503 Y CN 2509503Y CN 01263197 CN01263197 CN 01263197 CN 01263197 U CN01263197 U CN 01263197U CN 2509503 Y CN2509503 Y CN 2509503Y
- Authority
- CN
- China
- Prior art keywords
- air intake
- plate
- connector
- air
- driver plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Air-Flow Control Members (AREA)
Abstract
The utility model relates to a mechanism component of the indoor machine of the separating flooring air conditioner. A step motor of the device is fixed on the air inlet panel, and air intake plates are rotatablely connected with the air intake plates of the air inlet panel through the connecting heads at the middle parts at the two sides. The upper connecting heads at the left ends of the air intake plates are orderly passed through a corresponding swinging slot of the left frame plate of the air intake plate and the corresponding connecting hole of a transmission plate, and are mutually driven by the transmission plate, with the rods moving along the corresponding swing slot of the left frame plate; the motor shaft of the step motor is connected with a power input end of the driving component whose output end is connected with the power input end of the transmission plate. The utility model has simple structure and little air intake resistance when in use, as well as has certain dustproof effect.
Description
Technical field
The utility model relates to a kind of mechanical part of split-floor type air conditioner indoor set.
Background technology
When the split-floor type air conditioner indoor set is designed, often its air intake position is designed to the barrier structure.The air intake sectional area at the air intake position of this version is less, thereby windage is bigger, and easy dust stratification on the grizzly bar of air intake barrier.
Summary of the invention
The purpose of this utility model is, provide a kind of simple in structure, in use the air intake windage is less and have an air ducting at air intake position of the split-floor type air conditioner indoor set of certain dustproof effect.
The technical scheme that realizes the utility model purpose is: this air ducting has the air inlet panel, and its design feature is: this air ducting also has driving mechanism and 4 to 20 air intake plates; The air inlet panel has motor fixing seat and air intake sheet frame; The air intake sheet frame has last deckle board, lower frame plate, left deckle board and right deckle board; The right-hand member middle part connector that each air intake plate has the top connector that is arranged on left end top, the left end middle part connector that is arranged on the left end middle part and is arranged on the right-hand member middle part, and left end middle part connector is identical with the axis of right-hand member middle part connector; Left side deckle board is provided with the swinging chute of quantity connecting hole identical with air intake plate and respective numbers from top to bottom; Right deckle board is provided with the quantity connecting hole identical with air intake plate from top to bottom, and the connecting hole of right deckle board is corresponding one by one successively with the connecting hole of left deckle board, and the axis of corresponding connecting hole is identical; Driving mechanism has stepper motor, actuator, driver plate, 2 to the quantity stop collar identical with air intake plate; Stepper motor has fixed mount; Driver plate is provided with quantity and the identical connecting hole of air intake plate number from top to bottom; The respective connecting that the left end middle part connector of each air intake plate passes the left deckle board of air intake sheet frame, the right-hand member middle part connector of each air intake plate passes the respective connecting of the right deckle board of air intake sheet frame, and each air intake plate and air intake sheet frame are rotationally connected; The top connector of each air intake plate passes a corresponding swinging chute of air intake sheet frame left side deckle board and the respective connecting of driver plate successively, top connector and driver plate can drive mutually, and the body of rod of top connector can move along the corresponding swinging chute of left deckle board; Stepper motor is fixed on the air inlet panel by the motor fixing seat of its fixed mount by screw and air inlet panel; The motor shaft of stepper motor links to each other with the power intake of actuator, and the clutch end of actuator links to each other with the power intake of driver plate; Each stop collar be enclosed within on the top connector of a corresponding air intake plate and be arranged on driver plate and air intake sheet frame left side deckle board between.
Above-mentioned driver plate also has 1 motor axis hole; Middle air intake plate is also as actuator, and its left end middle part connector is then as the power intake of actuator, and this middle part connector is the cylindrical connector with arc or regular polygon hole, and it stretches out the left deckle board of air intake sheet frame left; The top connector of middle air intake plate is then as the clutch end of actuator, driver plate and the contacted position of connector, top middle air intake plate be then as the power intake of driver plate, and driver plate and the contacted position of connector, top other air intake plate then are the clutch ends of driver plate; The termination of the motor shaft of stepper motor is the prism of arc or regular polygon, the motor axis hole of driver plate is passed in the termination of this motor shaft, and in the middle of stretching into match in the corresponding arc or regular polygon hole of the left end middle part connector of air intake plate and or regular polygon hole arc with this; The right-hand member middle part connector of the top connector of each air intake plate, middle air intake plate and the left end middle part connector of all the other air intake plates and right-hand member middle part connector all are the connectors with truncated cone-shaped termination and middle part, termination fluting, these top connectors are connected on the driver plate and turn, and these middle part connectors are connected on the air intake sheet frame and turn.
Above-mentioned air intake plate is 6,7,8,9,10,11,12,13,14,15 or 16; When the air intake plate number was even numbered blocks, middle air intake plate was the n piece, n=total block data ÷ 2, or n=(total block data ÷ 2)+1; When the air intake plate number was the odd number piece, middle air intake plate was the m piece, m=(total block data+1) ÷ 2.
Above-mentioned actuator is a crank; Crank has crank body, as the power input hole position of power intake with as the power output shaft of clutch end, the power input hole of crank is arc or the regular polygon hole; The top connector of each air intake plate, left end middle part connector and right-hand member middle part connector all are the connectors with truncated cone-shaped termination and middle part, termination fluting, these top connectors are connected on the driver plate and turn, and these middle part connectors are connected on the air intake sheet frame and turn; Driver plate also is provided with crank pit, and this crank pit position is as the power intake of driver plate, and driver plate and the contacted position of connector, top each air intake plate then are the clutch ends of driver plate; The termination of the motor shaft of stepper motor is the prism of arc or regular polygon, and the termination of this motor shaft is stretched in the power input hole of crank and with this power input hole and matched; The power output shaft of crank stretches in the crank pit of driver plate, and with crank pit movingly.
The utlity model has positive effect: (1) the utility model in use because of forming wind inlet channel between the air intake plate that turns to opening and the air intake plate, can make the air intake windage of split-floor type air conditioner indoor set less.When air-conditioner was stopped using, the air intake plate of opening turned to closure state, make between the air intake plate not interspace substantially, thereby this device had certain dustproof effect again.(2) the utility model uses stepper motor as driver part, can make whole air ducting under the drive of stepper motor, carries out work reliably, easily.(3) when air ducting of the present utility model adopts the version that directly drives, transmission is direct, simple in structure, driven the air intake plate of driving effect by stepper motor, drive other air intake plate by this air intake plate by driver plate again and turn to the operating position, can make it to enter in the air conditioner room unit to because of the air of vacuum flow to this device leads; When quitting work, also can make the stepper motor reverse rotation and control each air intake plate easily to turn to closure state.(3) when air ducting of the present utility model adopt by crank drive driver plate, when driving the version of the indirect driving that air intake plate rotates by driver plate again, its structure is also fairly simple, reliable operation.
Description of drawings
Fig. 1 is a kind of structural representation of the present utility model.
Fig. 2 is the local enlarged diagram of the A place structure of Fig. 1.
Fig. 3 is the local enlarged diagram of the B place structure of Fig. 1.
Fig. 4 is the local enlarged diagram of the C place structure of Fig. 1.
Fig. 5 is the D-D cross-sectional schematic of Fig. 1.
Fig. 6 is the local enlarged diagram of the E place structure of Fig. 5.
Fig. 7 is an another kind of structural representation of the present utility model.
Fig. 8 is the local enlarged diagram of the F place structure of Fig. 7.
Fig. 9 is the local enlarged diagram of the G place structure of Fig. 7.
Figure 10 is the local enlarged diagram of the H place structure of Fig. 7.
Figure 11 is the I-I cross-sectional schematic of Fig. 7.
Figure 12 is the local enlarged diagram of the J place structure of Figure 11.
Figure 13 is a kind of schematic perspective view with schematic perspective view split-floor type air conditioner indoor set of the present utility model, and air intake plate wherein is in open mode.
Schematic perspective view when Figure 14 is in closure state for the air intake plate among Figure 13.
The specific embodiment
(embodiment 1)
See Fig. 1 to Fig. 6, the air ducting of present embodiment has air inlet panel 1, air intake plate 2 and driving mechanism 3.Air inlet panel 1 and air intake plate 2 are moulding.Air inlet panel 1 has motor fixing seat 11 and air intake plate framework 12.Air intake sheet frame 12 is made up of last deckle board 12-1, lower frame plate 12-2, left deckle board 12-3 and right deckle board 12-4; Left side deckle board 12-3 is provided with 6 connecting hole 12-3-1 and 6 swinging chute 12-3-2 from top to bottom; Right deckle board 12-4 is provided with corresponding 6 the connecting hole 12-4-1 with respect to the connecting hole 12-3-1 setting of left deckle board 12-3 from top to bottom, and the axis of corresponding connecting hole is identical.Air intake plate 2 has 6, the every right-hand member middle part connector 23 that air intake plate 2 has the top connector 21 that is arranged on left end top, the left end middle part connector 22 that is arranged on the left end middle part and is arranged on the right-hand member middle part, and left end middle part connector 22 is identical with the axis of right-hand member middle part connector 23.Driving mechanism 3 has stepper motor 31, actuator 33, driver plate 35 and stop collar 37.Stepper motor 31 has fixed mount 31-1.Driver plate 35 is provided with 6 connecting hole 35-1 and 1 motor axis hole 35-2 from top to bottom.
Each air intake plate 2 passes the connecting hole 12-3-1 of the left deckle board 12-3 of air intake sheet frame 12 by its left end middle part connector 22, and each air intake plate 2 is passed the connecting hole 12-4-1 of the right deckle board 12-4 of air intake sheet frame 12 by its right-hand member middle part connector 23.Wherein, as middle air intake plate, the 3rd air intake plate 2-3 is then as actuator 33 with the 3rd air intake plate 2-3, and its left end middle part connector 22-3 is then as the power intake 33-1 of actuator 33, and 21 of its top connectors are as clutch end 33-2; The left end middle part connector 22-3 of the 3rd air intake plate 2-3 is the cylindrical connector with arcuate apertures, and it stretches out the left deckle board 12-3 of air intake sheet frame 12 left; The right-hand member middle part connector 23 of the 3rd air intake plate 2-3 and the left end middle part connector 22 of all the other air intake plates 2 and right-hand member middle part connector 23 all are to have the connector of truncated cone-shaped termination and the middle part fluting of truncated cone-shaped termination, these left end middle part connectors 22 are connected on the left deckle board 12-3 of air intake sheet frame 12, these right-hand member middle part connectors 23 are connected on the right deckle board 12-4 of air intake sheet frame 12, and all rotatable, and each air intake plate 2 is rotationally connected with air intake sheet frame 12.
Stepper motor 31 is fixed on the air inlet panel 1 by the motor fixing seat 11 of screw and air inlet panel 1 by its fixed mount 31-1.The termination of the motor shaft 31-2 of stepper motor 31 is arc, and this motor shaft 31-2 passes the motor axis hole of driver plate 35, stretches in the arcuate apertures of the 3rd air intake plate 2-3 left end middle part connector 22-3 and this arc termination and arcuate apertures tight fit.
The top connector 21 of each air intake plate 2 left end also is to have the connector of truncated cone-shaped termination and the middle part fluting of truncated cone-shaped termination; Each top connector 21 passes the corresponding swinging chute 12-3-2 of air intake sheet frame 12 left deckle board 12-3 and the respective connecting 35-1 of driver plate 35 successively; Each top connector 21 is connected on the driver plate 35, and the body of rod of each top connector 21 then is among the corresponding swinging chute 12-3-2; When each air intake plate 2 rotated around its middle part connector 22,23,21 corresponding swinging chute 12-3-2 along left deckle board 12-3 of its top connector moved.Top connector driver plate 35 and the 3rd air intake plate 2-3 21 contacted connecting hole positions are then as the power intake of driver plate 35, and each top connector 21 contacted connecting hole position driver plate 35 and other air intake plate 2 then are the clutch ends of driver plate 35.
See Fig. 1 to Fig. 6 and in conjunction with Figure 13, when stepper motor 31 clockwise rotated, motor shaft 31-2 drove the 3rd air intake plate 2-3 and moves in the direction of the clock to open mode in the certain angle scope.Rotation along with the 3rd air intake plate 2-3, the shank portion of its top connector 21 is then done movement in a curve in the corresponding swinging chute 12-3-2 of left deckle board 12-3, and drive driver plate 35 is done corresponding arc translational motion, the top connector 21 that the translational motion of driver plate 35 then drives connected all the other air intake plates 2 is done clockwise arc motion, drives corresponding air intake plate 2 again and clockwise rotates around the axis of its middle part connector.Otherwise, when stepper motor 31 rotates counterclockwise in the certain angle scope, finally can make each air intake plate 2 turn to upright position shown in Figure 14.
(embodiment 2)
See Fig. 7 to Figure 12, all the other are identical with embodiment 1, and difference is: the actuator 33 of the driving mechanism 3 of present embodiment is crank; Crank 33 has crank body 33-3, as the power input hole position of the power intake 33-1 of actuator 33 with as the power output shaft 33-2 of actuator clutch end.The power input hole of crank 33 is an arcuate apertures.The motor shaft 31-2 of stepper motor 31 is shorter, and the termination of motor shaft 31-2 is arc.The 3rd air intake plate 2-3 is not a drive plate, and the structure of the 3rd air intake plate 2-3 left end middle part connector 22-3 is identical with the structure of all the other air intake plate 2 left ends middle part connectors 22, is the connector with truncated cone-shaped termination, and middle part, truncated cone-shaped termination fluting; Each connecting hole 12-3-1 size of air intake sheet frame 12 left deckle board 12-3 is identical, and the 3rd air intake plate 2-3 left end middle part connector 22-3 passes and is connected to that left deckle board 12-3 goes up behind the respective connecting 12-3-1 of left deckle board 12-3 and rotatable; Driver plate 35 is not established the stepper motor axis hole, but is provided with crank pit 35-3.The power input hole 33-1 interference fit of the arc termination of the motor shaft 31-2 of stepper motor 31 and crank 33, the power output shaft 33-2 of crank 33 stretches among the crank pit 35-3 of driver plate 35; The crank pit position of driver plate 35 is as the power intake of driver plate 35, and top connector driver plate 35 and each air intake plate 2 21 contacted positions then are the clutch ends of driver plate 35.
When the air ducting of present embodiment is worked, stepper motor 31 drives crank 33 and rotates, the power output shaft 33-2 of crank 33 drives driver plate 35 and does the arc translational motion, drive top connector 21 motions of each air intake plate 2 again by driver plate 35, under the drive of each top connector 21, air intake plate 2 rotates around its middle part connector 22,23.
Claims (4)
1, a kind of air ducting of air intake position of split-floor type air conditioner indoor set has air inlet panel (1), it is characterized in that: this air ducting also has driving mechanism (3) and 4 to 20 air intake plates (2); Air inlet panel (1) has motor fixing seat (11) and air intake sheet frame (12); Air intake sheet frame (12) has last deckle board (12-1), lower frame plate (12-2), left deckle board (12-3) and right deckle board (12-4); The right-hand member middle part connector (23) that each air intake plate (2) has the top connector (21) that is arranged on left end top, the left end middle part connector (22) that is arranged on the left end middle part and is arranged on the right-hand member middle part, and left end middle part connector (22) is identical with the axis of right-hand member middle part connector (23); Left side deckle board (12-3) is provided with the swinging chute (12-3-2) of quantity connecting hole (12-3-1) identical with air intake plate (2) and respective numbers from top to bottom; Right deckle board (12-4) is provided with the quantity connecting hole (12-4-1) identical with air intake plate (2) from top to bottom, the connecting hole (12-4-1) of right deckle board (12-4) is corresponding one by one successively with the connecting hole (12-3-1) of left deckle board (12-3), and the axis of corresponding connecting hole is identical; Driving mechanism (3) has stepper motor (31), actuator (33), driver plate (35), 2 to the quantity stop collar (37) identical with air intake plate (2); Stepper motor (31) has fixed mount (31-1); Driver plate (35) is provided with the quantity connecting hole (35-1) identical with air intake plate (2) piece number from top to bottom; The respective connecting (12-3-1) that the left end middle part connector (22) of each air intake plate (2) passes the left deckle board (12-3) of air intake sheet frame (12), the right-hand member middle part connector (23) of each air intake plate (2) passes the respective connecting (12-4-1) of the right deckle board (12-4) of air intake sheet frame (12), and each air intake plate (2) and air intake sheet frame (12) are rotationally connected; The top connector (21) of each air intake plate (2) passes the respective connecting (35-1) of a corresponding swinging chute (12-3-2) and the driver plate (35) of the left deckle board of air intake sheet frame (12) (12-3) successively, top connector (22) can drive mutually with driver plate (35), and the body of rod of top connector (22) can be along corresponding swinging chute (12-3-2) motion of left deckle board (12-3); Stepper motor (31) is fixed on the air inlet panel (1) by the motor fixing seat (11) of its fixed mount (31-1) by screw and air inlet panel (1); The motor shaft (31-2) of stepper motor (31) links to each other with the power intake (33-1) of actuator (33), and the clutch end (33-2) of actuator (33) links to each other with the power intake of driver plate (35); Each stop collar (37) is enclosed within the top connector (22) of a corresponding air intake plate (2) and goes up and be arranged between driver plate (35) and the left deckle board of air intake sheet frame (12) (12-3).
2, the air ducting at the air intake position of split-floor type air conditioner indoor set according to claim 1 is characterized in that: driver plate (35) also has 1 motor axis hole (35-2); Air intake plate (2-3) in the middle of being positioned at is also as actuator (33), its left end middle part connector (22-3) is then as the power intake (33-1) of actuator (33), this middle part connector (22-3) is the cylindrical connector with arc or regular polygon hole, and it stretches out the left deckle board (12-3) of air intake sheet frame (12) left; The top connector (21-3) of middle air intake plate (2-3) is then as the clutch end (33-2) of actuator (33), driver plate (35) and the contacted position of top connector (21-3) middle air intake plate (2-3) be then as the power intake of driver plate (35), and driver plate (35) and the contacted position of top connector (21) other air intake plate (2) then are the clutch ends of driver plate (35); The termination of the motor shaft (31-2) of stepper motor (31) is the prism of arc or regular polygon, the motor axis hole of driver plate (35) is passed in the termination of this motor shaft (31-2), and in the middle of stretching into match in the arc or regular polygon hole of the left end middle part connector (22-3) of air intake plate (2-3) and or regular polygon hole arc with this; The right-hand member middle part connector (23) of the top connector (21) of each air intake plate (2), middle air intake plate (2-3) and the left end middle part connector (22) of all the other air intake plates (2) and right-hand member middle part connector (23) all are the connectors with truncated cone-shaped termination and middle part, termination fluting, these top connectors (21) are connected to driver plate (35) and go up and turn, these middle part connectors (22,23) are connected to air intake sheet frame (12) and go up and turn.
3, the air ducting at the air intake position of split-floor type air conditioner indoor set according to claim 2 is characterized in that: air intake plate (2) is 6,7,8,9,10,11,12,13,14,15 or 16; When the air intake plate number was even numbered blocks, middle air intake plate was the n piece, n=total block data ÷ 2, or n=(total block data ÷ 2)+1; When the air intake plate number was the odd number piece, middle air intake plate was the m piece, m=(total block data+1) ÷ 2.
4, the air ducting at the air intake position of split-floor type air conditioner indoor set according to claim 1 is characterized in that: actuator (33) is a crank; Crank (33) has crank body (33-3), as the power input hole position of power intake (33-1) with as the power output shaft of clutch end (33-2), the power input hole of crank (33) is arc or the regular polygon hole; The top connector (21) of each air intake plate (2), left end middle part connector (22) and right-hand member middle part connector (23) all are the connectors with truncated cone-shaped termination and middle part, termination fluting, these top connectors (21) are connected to driver plate (35) and go up and turn, these middle part connectors (22,23) are connected to air intake sheet frame (12) and go up and turn; Driver plate (35) also is provided with crank pit (35-3), this crank pit (35-3) position is as the power intake of driver plate (35), and driver plate (35) and the contacted position of top connector (21) each air intake plate (2) then are the clutch ends of driver plate (35); The termination of the motor shaft of stepper motor (31) is the prism of arc or regular polygon, and the termination of this motor shaft (31-2) is stretched in the power input hole of crank (33) and with this power input hole and matched; The power output shaft (33-2) of crank (33) stretches in the crank pit (35-3) of driver plate (35), and with crank pit (35-3) movingly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01263197 CN2509503Y (en) | 2001-10-10 | 2001-10-10 | Wind conducting device of air intake position for room unit of separating flooring air conditioner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 01263197 CN2509503Y (en) | 2001-10-10 | 2001-10-10 | Wind conducting device of air intake position for room unit of separating flooring air conditioner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2509503Y true CN2509503Y (en) | 2002-09-04 |
Family
ID=33670819
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 01263197 Expired - Fee Related CN2509503Y (en) | 2001-10-10 | 2001-10-10 | Wind conducting device of air intake position for room unit of separating flooring air conditioner |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2509503Y (en) |
-
2001
- 2001-10-10 CN CN 01263197 patent/CN2509503Y/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1117569A (en) | Air vent control apparatus | |
| CN1155458C (en) | Two-freedom translational parallel robot mechanism containing only rotating sets | |
| CN1172568C (en) | Electronic component mounting device | |
| CN2785243Y (en) | Non-contact power connecting equipment | |
| CN207017854U (en) | A kind of rack-and-pinion interlocks split two-door | |
| CN101092153A (en) | Pneumatic wall-climbing robot based on cylinder | |
| CN103822342A (en) | Surface plate running mechanism and air-conditioner indoor unit with same | |
| CN2509503Y (en) | Wind conducting device of air intake position for room unit of separating flooring air conditioner | |
| CN1967059A (en) | Indoor set of air-conditioner | |
| CN2390137Y (en) | Three-D air guide for cabinet type air conditioner | |
| CN101076097A (en) | Remote-controlling wall suspender of planar TV-set | |
| CN101105220A (en) | Reciprocating type lever force-saving synergistic transmission device | |
| CN209801899U (en) | Multi-air door device for refrigerator | |
| CN203471788U (en) | Multi-joint mechanical arm | |
| CN2909076Y (en) | Double-motor strong exhaust device of alternation operation | |
| CN215909378U (en) | Air guide mechanism and air conditioner indoor unit | |
| CN108941393A (en) | A kind of Rebar splicing device for reinforced bar skeleton seam welder feeding | |
| CN2802322Y (en) | Indoor unit of split air conditioner | |
| CN113442087A (en) | Blow little draw ratio screw of nail formula and tighten up axle | |
| CN209411044U (en) | A kind of times stroke apparatus | |
| CN2864438Y (en) | Cold and warm air conditioning fan | |
| CN108161992B (en) | Wiring method of wiring mechanical system | |
| CN200979253Y (en) | Indoor machine of air conditioner | |
| CN110365940A (en) | A kind of portable type outdoor monitoring electronic eyes with dedusting function | |
| CN2703928Y (en) | Electric ball valve |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |