CN202066168U

CN202066168U - Wind power transmission wind outlet structure

Info

Publication number: CN202066168U
Application number: CN2011200720150U
Authority: CN
Inventors: 尤飞鹏
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-03-18
Filing date: 2011-03-18
Publication date: 2011-12-07
Anticipated expiration: 2021-03-18

Abstract

The utility model discloses a wind power transmission wind outlet structure, which comprises a framework with an opening and a plurality of blades arranged in the opening and parallel to each other. Each blade is commonly connected with a synchronous connecting piece perpendicular to each blade; the wind power transmission wind outlet structure further comprises a wind power transmission mechanism arranged at the rear side of the blade; the wind power transmission mechanism comprises fan blades driven by a wind power to rotate and a transmission module; the fan blades are arranged at the input end of the transmission module; the output end of the transmission module is provided with a rotary handle piece connected with the synchronous connecting piece and capable of driving the synchronous connecting piece to move in a reciprocating way; and the synchronous connecting piece moves in the reciprocating way along the direction perpendicular to the blade. In the wind power transmission wind outlet structure, the power source for the rotation of the blade is wind outlet power. Compared with the structure adopting an electric machine or a motor and other additional power sources, the wind power transmission wind outlet structure has the characteristics of low cost, energy conversation, environmental protection, practicability and reliability, etc.

Description

A kind of wind-force transmission air outlet structure

Technical field

The utility model relates to a kind of wind-force transmission air outlet structure.

Background technology

Along with improving constantly of modern life level, people are to indoor inhabitation and working environment, for example temperature, humidity and the pure and fresh degree etc. of indoor environment are had higher requirement, according to different function demands, people have invented for example devices such as air-conditioning, heating, humidification, these devices all need to be provided with air outlet, as the indoor outlet that comfort air is provided.

The air outlet structure of lifting air-conditioning below is an example, the most original air-conditioner air outlet, and it only is an opening that confession is connected with evaporimeter that forms on air-conditioning panel, it only can play out wind action, and can not adjust the air-out angle according to user's demand; For this reason, old friends have designed a kind of air outlet structure, and it comprises the framework and the rotatable blade in the opening of this framework that is coupling of a band opening, by changing the deflection angle of blade, to realize adjusting the air-out direction of the comfort air that comes out from opening; In the prior art, need to adopt motor, motor equal power device to realize the rotary action of blade, not only there are problems such as power consumption waste, cost height in these power set of setting up, and the high heat that produces at work of power set also can influence the air-out adjusting function and the service life of whole air outlet.

In view of this, the inventor furthers investigate air outlet structure, and this case produces thus.

The utility model content

The purpose of this utility model is to provide a kind of wind-force transmission air outlet structure, and it realizes the rotary action of blade by the wind-force transmission of air outlet, has that cost is low, energy-conserving and environment-protective and characteristics such as practical reliable.

In order to reach above-mentioned purpose, solution of the present utility model is:

A kind of wind-force transmission air outlet structure, the framework and some being installed in that comprise a band opening are the blade that is parallel to each other in this opening, be connected with jointly on above-mentioned each blade one with the perpendicular synchronous connector of each blade, also comprise the wind-force transmission mechanism that is arranged on above-mentioned blade rear side, this wind-force transmission mechanism comprises flabellum and the transmission module by the wind-force driven rotary, above-mentioned flabellum is installed in the input of above-mentioned transmission module, the output of above-mentioned transmission module is provided with one and links to each other with above-mentioned synchronous connector and can drive the handler spare that this synchronous connector moves around, and moving around of above-mentioned synchronous connector moves around for the direction along vertical above-mentioned blade.

Be provided with a protruding handle in the above-mentioned handler spare away from above-mentioned transmission module output, above-mentioned synchronous connector is provided with a rail groove along vertical this synchronous connector direction extension, and above-mentioned protruding handle correspondence is located in this rail groove.

Respectively offer a fluting on above-mentioned each blade, be equipped with a hinge bar in each fluting, above-mentioned synchronous connector is provided with for the hinged hinge hole of above-mentioned each hinge bar.

Above-mentioned transmission module comprises first driving member and second driving member, the input of this first driving member is a rotating shaft, corresponding above-mentioned flabellum is provided with for the sheathed axis hole of rotating shaft, the output of above-mentioned first driving member is a gear that is convexly equipped with, the input of corresponding above-mentioned second driving member offers one and inserts and make the be meshed gear grooved of transmission of its gear train with this second driving member inside for above-mentioned gear, and the output of above-mentioned second driving member links to each other with above-mentioned handler spare.

The both ends of above-mentioned each blade are equipped with clamping piece, are equipped with locating shaft on each clamping piece, and corresponding above-mentioned each place, blade both ends of said frame madial wall is provided with counterpart, and each counterpart is provided with the locating hole suitable with each locating shaft.

Above-mentioned some blades comprise some cross blades and the some longitudinal blades that is arranged side by side before and after being, and above-mentioned synchronous connector is connected on above-mentioned some longitudinal blades.

Be equipped with protruding grain on the clamping piece of above-mentioned each cross blade, a linking arm jointly is coupling on every adjacent two protruding grains at least.

After adopting such scheme, a kind of wind-force transmission of the utility model air outlet structure, its rear side at blade also is provided with the wind-force transmission mechanism that comprises flabellum and transmission module, also be connected with jointly on each blade one with the perpendicular synchronous connector of blade, wherein flabellum is installed in the input of transmission module, and the output of transmission module is provided with a handler spare that links to each other with synchronous connector; During air outlet air-out from inside to outside, this air-out wind-force drives the flabellum rotation, the flabellum of this rotation drives handler spare via transmission module and rotates, thereby synchronous connector is moved around along the direction of vertical vane, final each blade that drives comes back rotation, has promptly realized the variation effect of each blade deflection angle; The power resources of the utility model blade rotation are air-out wind-force, adopt motor or motor etc. to increase power resources in addition to compare with existing, the utlity model has that cost is low, energy-conserving and environment-protective and characteristics such as practical reliable.

Description of drawings

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is the decomposing schematic representation of framework and cross blade;

Fig. 3 is the exploded view of longitudinal blade and synchronous connector;

Fig. 4 is the assembling schematic diagram of wind-force transmission mechanism and synchronous connector;

Fig. 5 is the exploded view of wind-force transmission mechanism;

Fig. 6 is another angle exploded view of wind-force transmission mechanism.(not comprising handler spare)

Label declaration

Framework 1 opening 10

Blade 2 cross blades 20

Longitudinal blade 21 flutings 211

Hinge bar 212 clamping pieces 3

Locating shaft 31 protruding grains 32

Counterpart 4 locating holes 41

Linking arm 5 synchronous connectors 6

Hinge hole 61 rail grooves 62

Synchronous reinforcement 7 wind-force transmission mechanisms 8

Flabellum 81 axis holes 811

Card article 812 first driving members 82

Rotating shaft 821 draw-in grooves 822

Gear 823 second driving members 83

Gear grooved 831 handler spares 84

Protruding handle 841

The specific embodiment

In order further to explain the technical solution of the utility model, the utility model is elaborated below by specific embodiment.

Be depicted as a kind of wind-force transmission of the utility model air outlet structure as Fig. 1-6, it comprises framework 1 and some blades 2 that is installed in this opening 10 of a band opening 10, this blade 2 comprises some cross blades 20 and the some longitudinal blades 21 that is arranged side by side before and after being, each cross blade 20, each longitudinal blade 21 respectively along laterally, the parallel longitudinal setting.

Blade 2 can be made deflecting action after being installed in the opening 10 of framework 1, its a kind of mounting means, lifting cross blade 20 is example, as shown in Figure 2, the both ends of each cross blade 20 are equipped with a clamping piece 3, are equipped with locating shaft 31 on each clamping piece 3, corresponding each place, cross blade 20 both ends of the madial wall of framework 1 is provided with counterpart 4, each counterpart 4 is provided with locating hole 41, each locating shaft 31 adaptive being embedded in the locating hole 41 of correspondence, and can in locating hole 41, rotate; The movable deflecting action of cross blade 20 adopts manually rotation, for the quick deflection that realizes above-mentioned some cross blades 20 is better regulated, be equipped with protruding grain 32 on the clamping piece 3 of each cross blade 20, a linking arm 5 jointly is coupling on every adjacent two protruding grains 32 at least.

Be connected with jointly on above-mentioned each longitudinal blade 21 one with the perpendicular synchronous connector 6 of this longitudinal blade 21, innovative point of the present utility model is: also include the wind-force transmission mechanism 8 that is arranged at longitudinal blade 21 rear side places, extremely shown in Figure 6 as Fig. 4, this wind-force transmission mechanism 8 comprises by the flabellum 81 of wind-force driven rotary and transmission module (comprising following first driving member 82 and second driving member 83), flabellum 81 is installed in the input of transmission module, be connected with a handler spare 84 on the output of transmission module, this handler spare 84 links to each other with synchronous connector 6, and can drive this synchronous connector 6 along doing to move around on the direction of vertical longitudinal blade 21; Below the syndeton between described each parts being lifted preferred embodiment is illustrated.

Above-mentioned transmission module comprises first driving member 82 and second driving member 83, as Fig. 5, shown in Figure 6, the input of this first driving member 82 is the rotating shaft 821 of a band draw-in groove 822, the place is provided with for the sheathed axis hole 811 of rotating shaft 821 in the middle of the corresponding flabellum 81, be provided with the adaptive card article 812 that is plugged in the draw-in groove 822 in this axis hole 811, it is in order to make flabellum 81 drive rotating shaft 821 rotations effectively that described card article 812 was provided with matching of draw-in groove 822; The output of first driving member 82 is a gear that is convexly equipped with 823, the input of corresponding second driving member 83 offers a gear grooved 831 for gear 823 insertions, be provided with to realize transmission thereby gear 823 can be meshed with the gear train in second driving member 83, the output of second driving member 83 links to each other with handler spare 84.

The output lock of one end of above-mentioned handler spare 84 and second driving member 83 is established and is connected, and thus under the drive of second driving member 83, the output shaft that handler spare 84 can this second driving member 83 is that central shaft is made circumference and rotated; Be provided with a protruding handle 841 in handler spare 84 away from second driving member, 83 outputs, then this protruding handle 841 is that central shaft is done the circumference rotation with the output shaft of second driving member 83 equally, connector 6 is provided with a rail groove 62 along vertical this synchronous connector 6 directions extension synchronously, and promptly rail groove 62 extends along the longitudinal direction; After the assembling, protruding handle 841 correspondences are located in this rail groove 62 (as shown in Figure 4), in the work, the protruding handle 841 of making circular motion can be decomposed into the active force on the vertical and horizontal, the moving around in the horizontal of protruding handle 841 can be in rail groove 62 without hindrance back and forth the moving that move around in the vertical, protruding handle 841 is used to drive synchronous connector 6 and does in a lateral direction to move around.

A preferred embodiment that links to each other with each longitudinal blade 21 as synchronous connector 6, as shown in Figure 3, respectively offer a fluting 211 on the same side of each longitudinal blade 21, each is slotted and is equipped with a hinge bar 212 in 211, and corresponding connector 6 synchronously is provided with for the hinged hinge hole 61 of each hinge bar 212; In addition, each longitudinal blade 21 is hinged one synchronous reinforcement 7 (as shown in Figure 1) jointly also, is used for the adjusted in concert effect of 6 pairs of longitudinal blades 21 of assist in synchronization connector.

During the utility model work, air-out direction is by drying to outer in the air outlet, wind-force is earlier through flabellum 81 in the air-out, and blowing this flabellum 81 rotations, the flabellum 81 of this rotation drives handler spare 84 effect of rotating again via first driving member 82, second driving member 83, by with the cooperating of rail groove 62, make synchronous connector 6 do to move around, finally drive each longitudinal blade 21 and come back rotation, promptly realized the variation effect of each longitudinal blade 21 deflection angle along the direction of vertical longitudinal blade 21; The utility model is because the power resources that longitudinal blade 21 rotates are air-out wind-force, adopts motor or motor etc. to increase power resources in addition to compare with existing, has that cost is low, energy-conserving and environment-protective and characteristics such as practical reliable.

What will particularly point out here is, the connected mode of handler spare 81 and synchronous connector 6 is not only for above-mentioned embodiment, the protruding handle of handler spare 81 is hinged with synchronous connector 6, hinge bar 212 on described each longitudinal blade 21 is the rod member of longitudinal extension strip, then the active force of the synchronous connectors 6 of 81 pairs of handler spares on vertically is converted into vertically the moving around on hinge bar 212 of

synchronous connector

6,81 pairs of synchronous connectors 6 of handler spare active force transversely is converted into the synchronous connector 6 of drive and does in the horizontal to move around, therefore, described structure can realize that equally synchronous connector 6 drives each longitudinal blade 21 and makes deflecting action back and forth.

The foregoing description and graphic and non-limiting product form of the present utility model and style, any person of an ordinary skill in the technical field all should be considered as not breaking away from patent category of the present utility model to its suitable variation or modification of doing.

Claims

1. wind-force transmission air outlet structure, the framework and some being installed in that comprise a band opening are the blade that is parallel to each other in this opening, it is characterized in that: be connected with jointly on above-mentioned each blade one with the perpendicular synchronous connector of each blade, also comprise the wind-force transmission mechanism that is arranged on above-mentioned blade rear side, this wind-force transmission mechanism comprises flabellum and the transmission module by the wind-force driven rotary, above-mentioned flabellum is installed in the input of above-mentioned transmission module, the output of above-mentioned transmission module is provided with one and links to each other with above-mentioned synchronous connector and can drive the handler spare that this synchronous connector moves around, and moving around of above-mentioned synchronous connector moves around for the direction along vertical above-mentioned blade.

2. a kind of wind-force transmission air outlet structure as claimed in claim 1, it is characterized in that: be provided with a protruding handle in above-mentioned handler spare away from above-mentioned transmission module output, above-mentioned synchronous connector is provided with a rail groove along vertical this synchronous connector direction extension, and above-mentioned protruding handle correspondence is located in this rail groove.

3. a kind of wind-force transmission air outlet structure as claimed in claim 1 is characterized in that: respectively offer a fluting on above-mentioned each blade, be equipped with a hinge bar in each fluting, above-mentioned synchronous connector is provided with for the hinged hinge hole of above-mentioned each hinge bar.

4. a kind of wind-force transmission air outlet structure as claimed in claim 1, it is characterized in that: above-mentioned transmission module comprises first driving member and second driving member, the input of this first driving member is a rotating shaft, corresponding above-mentioned flabellum is provided with for the sheathed axis hole of rotating shaft, the output of above-mentioned first driving member is a gear that is convexly equipped with, the input of corresponding above-mentioned second driving member offers one and inserts and make the be meshed gear grooved of transmission of its gear train with this second driving member inside for above-mentioned gear, and the output of above-mentioned second driving member links to each other with above-mentioned handler spare.

5. a kind of wind-force transmission air outlet structure as claimed in claim 1, it is characterized in that: the both ends of above-mentioned each blade are equipped with clamping piece, be equipped with locating shaft on each clamping piece, corresponding above-mentioned each place, blade both ends of said frame madial wall is provided with counterpart, and each counterpart is provided with the locating hole suitable with each locating shaft.

6. a kind of wind-force transmission air outlet structure as claimed in claim 1 is characterized in that: above-mentioned some blades comprise some cross blades and the some longitudinal blades that is arranged side by side before and after being, and above-mentioned synchronous connector is connected on above-mentioned some longitudinal blades.

7. a kind of wind-force transmission air outlet structure as claimed in claim 6 is characterized in that: be equipped with protruding grain on the clamping piece of above-mentioned each cross blade, a linking arm jointly is coupling on every adjacent two protruding grains at least.