CN211261207U - Single-control multidirectional air guide device and air delivery equipment - Google Patents
Single-control multidirectional air guide device and air delivery equipment Download PDFInfo
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- CN211261207U CN211261207U CN201921888484.2U CN201921888484U CN211261207U CN 211261207 U CN211261207 U CN 211261207U CN 201921888484 U CN201921888484 U CN 201921888484U CN 211261207 U CN211261207 U CN 211261207U
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Abstract
The utility model provides an independent control multidirectional air guide device and air delivery equipment, wherein the independent control multidirectional air guide device is provided with a frame body, a plurality of sets of rotating air guide mechanisms and a plurality of sets of driving mechanisms, and each set of driving mechanism is provided with an independent controller for independent control; the multi-set rotary air guide mechanism is movably assembled on the frame body respectively, the multi-set drive mechanism is assembled on the frame body, the drive mechanism correspondingly drives the rotary air guide mechanism to rotate relative to the frame body, and at least two sets of rotary air guide mechanisms are driven by two different sets of drive mechanisms. Because the control modes of different controllers are the same or different, and the control time of different controllers is synchronous or asynchronous, the user can obtain different air outlet effects. When different air-out effects are superimposed, can obtain the air-out mode more abundant than prior art. According to the actual use scene, the user can obtain the target air-out effect by sending instructions to different controllers, so that the personalized use requirement of the user is met.
Description
Technical Field
The utility model relates to a defeated wind equipment technical field especially relates to an independently control multidirectional air ducting to and defeated wind equipment who has the device.
Background
In the existing wind transmission equipment products, such as tower fans, the air deflector at the air outlet is controlled by only one set of driving system, and the unidirectional rotation of the air deflector can be realized only. At this moment, the air-out scope is narrow and small, and the air-out scope is restricted by the width of air outlet. To obtain a larger air outlet range, the air outlet can be realized only by enlarging the width of the air outlet. This adjustment is only a very limited means, since the volume of the tower fan cannot be extended infinitely.
Moreover, the aviation baffle can only the unilateral rotation, no matter what kind of expansion angle, sway the angle, sway speed or rotation rate has been set up to the aviation baffle, all can be the air-out under a state like this, and the air-out effect is single, is difficult to satisfy the different demands of blowing of user. If there are many people on room one side, the opposite side is unmanned, when the aviation baffle sways and turns to unmanned one side, extravagant air-out this moment to let the user wait to blow the time and grow, influence user experience.
Therefore, it is necessary to provide an independent control multi-directional wind guiding device and wind conveying equipment to overcome the deficiencies of the prior art.
Disclosure of Invention
An object of the utility model is to avoid prior art's weak point and provide a control multidirectional air ducting and defeated wind equipment alone, it is wide to have the air-out scope, and the air-out is extravagant few, and the air-out is efficient, the many characteristics of air-out effect to improve user's use and experience.
In order to achieve the above object, a first aspect of the present invention provides an independently controlled multidirectional air guiding device, which comprises a frame body, a plurality of sets of rotary air guiding mechanisms and a plurality of sets of driving mechanisms, wherein each set of driving mechanism is provided with an independent controller for independent control;
the multi-set rotary air guide mechanism is movably assembled on the frame body respectively, the multi-set drive mechanism is assembled on the frame body, the drive mechanism correspondingly drives the rotary air guide mechanism to rotate relative to the frame body, and at least two sets of rotary air guide mechanisms are driven by two different sets of drive mechanisms.
Preferably, the control modes of the different controllers are the same or different; the control times of the different controllers are synchronized or not synchronized.
Preferably, each set of the rotary air guide mechanism is provided with an air guide plate and rotating rods fixedly connected with two ends of the air guide plate, and the rotating rods at two ends of the air guide plate are movably assembled with the frame body respectively.
Preferably, the above-mentioned multidirectional air ducting of independent control still is provided with two racks, and the dwang of at least one end of every aviation baffle meshes with corresponding rack, the rack drives the dwang rotation rather than meshing.
Preferably, each set of driving mechanism is provided with a driving motor and a driving gear, the driving motor and the driving gear are fixed on the frame body, the driving motor drives the driving gear to rotate, and the driving gear is meshed with the rack.
Preferably, the single-control multidirectional air guiding device is further provided with a mounting box, and the mounting box is fixed on the frame body; the driving motor and the driving gear are fixed in the mounting box, and the rotating rod at one end of the air deflector is movably assembled in an assembling hole formed in the mounting box.
Preferably, the inner wall of the mounting box is provided with a plurality of pairs of limiting mechanisms, each pair of limiting mechanisms is provided with an upper limiting block and a lower limiting block, and the rack is assembled between each pair of upper limiting block and lower limiting block.
Preferably, the rack body is provided with a through hole for assembling with the rotating rod, and the rotating rod is assembled in the corresponding through hole.
Preferably, every N sets of rotary air guide mechanisms are driven by one set of driving mechanism, and the rotating rods at the corresponding ends of every N sets of rotary air guide mechanisms are meshed with the same rack;
wherein N is a natural number of 1 or more.
Preferably, N is 2 or more and 10 or less.
Preferably, the driving mechanism is disposed at an upper portion, a lower portion or a middle portion of the frame body.
The utility model discloses a control multidirectional air ducting alone when using, the control mode when two at least different controllers is the same, and when control time is synchronous, the air-out effect of rotating air guide mechanism under its control is unanimous, and this kind of condition is the closest prior art. When the control modes of the two different controllers are different or the control time is asynchronous, the rotary air guide mechanism under the control of the two different controllers can generate different relative positions, motion states and motion speeds, and at least two different air outlet effects are formed. When different air-out effects are superimposed, can obtain the air-out mode more abundant than prior art. According to the actual use scene, the user can obtain the target air-out effect by sending instructions to different controllers, so that the personalized use requirement of the user is met.
A second aspect of the present invention provides a wind delivery device having the above-mentioned single-control multidirectional wind guiding apparatus, wherein these devices may be household wind delivery devices such as fans, air conditioners, air purifiers, humidifiers, fan heaters, and infrared radiation heaters. The air delivery equipment using the independent control multidirectional air guide device has the advantages of being wide in air outlet range, less in air outlet waste, high in air outlet efficiency, multiple in air outlet effect and excellent in user experience.
Drawings
The present invention will be further described with reference to the accompanying drawings, but the contents in the drawings do not constitute any limitation to the present invention.
Fig. 1 is an exploded schematic view of a three-dimensional structure of an embodiment 2 of an independent control multi-directional air guiding device of the present invention;
fig. 2 is an exploded view of the driving mechanism and the rotary air guiding mechanism in embodiment 2 of the independently controlled multi-directional air guiding device of the present invention;
in fig. 1 to 2, the method includes:
an independent control multi-directional air guide device 100, a frame body 200, a mounting box 300,
An upper limit block 410, an upper limit block 420,
A lower limit block 510, a lower limit block 520,
A driving motor 610, a driving motor 620,
A drive gear 710, a drive gear 720,
A rack 810, a rack 820,
A rotating rod 921, a rotating rod 922, a rotating rod 923, a rotating rod 924,
Detailed Description
The present invention will be further illustrated with reference to the following examples.
Example 1.
An independent control multidirectional air guide device is provided with a frame body, a plurality of sets of rotary air guide mechanisms and a plurality of sets of driving mechanisms, wherein each set of driving mechanism is provided with an independent controller for independent control;
the multi-set rotary air guide mechanism is movably assembled on the frame body respectively, the multi-set drive mechanism is assembled on the frame body, the drive mechanism correspondingly drives the rotary air guide mechanism to rotate relative to the frame body, and at least two sets of rotary air guide mechanisms are driven by two different sets of drive mechanisms.
When the air guide mechanism is used, when the control modes of at least two different controllers are the same and the control time is synchronous, the air outlet effects of the rotary air guide mechanism under the control of the controllers are consistent, and the condition is closest to the prior art. When the control modes of the two different controllers are different or the control time is asynchronous, the rotary air guide mechanism under the control of the two different controllers can generate different relative positions, motion states and motion speeds, and at least two different air outlet effects are formed.
The relative position referred in this embodiment refers to the spatial relationship of the planes of the rotary air guiding mechanisms. When the spatial relationship of the planes of the rotary air guiding mechanisms is intersected, the relative positions of the rotary air guiding mechanisms are different. When the spatial relationship of the planes of the rotary air guiding mechanisms is parallel or coincident, the relative positions of the rotary air guiding mechanisms are the same. Setting a group of rotary air guide mechanisms under the control of the same controller, wherein the relative positions of each set of rotary air guide mechanisms in the group are the same; when at least two controllers exist, the control modes or the control time of the controllers are different, the controllers correspondingly control the two groups of rotating wind guide mechanisms, and the relative positions of the wind guide plates between the groups are different.
The motion state referred to in this embodiment refers to any one of the rotary air guiding mechanism being closed, opened at a fixed angle, swinging reciprocally, or rotating reciprocally with respect to the frame body. Any one of the air outlet effects of no air outlet, fixed angle air outlet, swinging air outlet or one-way air sweeping is correspondingly generated.
The movement speed in this embodiment refers to a rotation speed when the rotary air guiding mechanism swings or rotates reciprocally. When one set of rotary air guide mechanism swings to output air, the other set of rotary air guide mechanism sweeps air in a single direction, and the rotating speeds of the two sets of rotary air guide mechanisms are consistent, the waiting time of single-point air blowing is shorter than that of swinging air output in the same time.
In conclusion, when different air-out effects are superposed, more abundant air-out modes than the prior art can be obtained. According to the actual use scene, the user can obtain the target air-out effect by sending instructions to different controllers, so that the personalized use requirement of the user is met.
Example 2.
An independently-controlled multidirectional air guiding device is provided with a frame body 200, two sets of rotary air guiding mechanisms and two sets of driving mechanisms, wherein each set of driving mechanism is provided with an independent controller for independent control, as shown in fig. 1 and 2;
the two sets of rotary air guide mechanisms are respectively and movably assembled on the frame body 200, the two sets of driving mechanisms are assembled on the frame body 200, and the driving mechanisms correspondingly drive the rotary air guide mechanisms to rotate relative to the frame body 200.
Specifically, in the individually controlled multidirectional air guiding device 100, one set of rotary air guiding mechanism is provided with an air guiding plate 1011 and an air guiding plate 1012, a rotary rod 911 and a rotary rod 912 fixedly connected to two ends of the air guiding plate 1011, a rotary rod 913 and a rotary rod 914 fixedly connected to two ends of the air guiding plate 1012, and the rotary rods at two ends of the air guiding plate are movably assembled with the frame body 200 respectively.
The other set of rotary air guiding mechanism is provided with an air guiding plate 1021, an air guiding plate 1022, a rotating rod 921 and a rotating rod 922 which are fixedly connected with two ends of the air guiding plate 1021, a rotating rod 923 and a rotating rod 924 which are fixedly connected with two ends of the air guiding plate 1022, and the rotating rods at two ends of the air guiding plate are respectively movably assembled with the frame body 200.
The independently controlled multi-directional wind guiding device 100 is further provided with two racks, a rack 810 and a rack 820. Dwang 911 and dwang 913 and the meshing of the rack 810 that corresponds, dwang 921 and dwang 923 mesh with the rack 820 that corresponds, the rack drives rather than the dwang rotation of meshing.
One set of driving mechanism of the single-control multi-directional air guiding device 100 is provided with a driving motor 610 and a driving gear 710, the driving motor 610 and the driving gear 710 are fixed on the frame body, the driving motor 610 drives the driving gear 710 to rotate, and the driving gear 710 is meshed with a rack 810.
Another set of actuating mechanism is provided with driving motor 620 and driving gear 720, and driving motor 620 and driving gear 720 are fixed in the support body, driving motor 620 drive driving gear 720 rotates, and driving gear 720 and rack 820 mesh.
The single-control multidirectional air guiding device 100 is further provided with a mounting box 300, and the mounting box 300 is fixed on the frame body 200; the driving motor 610, the driving motor 620, the driving gear 710 and the driving gear 720 are fixed in the mounting box 300, and the air deflector 1011, the air deflector 1012, the air deflector 1021, the rotating rod 911 at one end of the air deflector 1022, the rotating rod 912, the rotating rod 913 and the rotating rod 914 are respectively movably assembled in an assembling hole arranged in the mounting box 300.
This mounting box 300 inner wall is provided with two pairs of stop gear, and a pair of stop gear is equipped with stopper 410 and stopper 510 down, and rack 810 assembles between stopper 410 and stopper 510 down. The other pair of limiting mechanisms is provided with an upper limiting block 420 and a lower limiting block 520, and the rack 820 is assembled between the upper limiting block 420 and the lower limiting block 520.
Specifically, the frame body 200 is provided with a through hole for assembling with the rotating rod, which is assembled in the corresponding through hole.
As shown in fig. 1 and 2, a controller controls the driving motor 610 and the driving gear 710 to move, the driving gear 710 engages with the rack 810, the rack 810 is driven to move between the upper limiting block 410 and the lower limiting block 510, and the rack 810 drives the rotating rod 911 and the rotating rod 913 engaged therewith to rotate.
The other controller controls the driving motor 620 and the driving gear 720 to move, the driving gear 720 engages with the rack 820 to drive the rack 820 to move between the upper limiting block 420 and the lower limiting block 520, and the rack 820 drives the rotating rod 921 and the rotating rod 923 engaged therewith to rotate. Because the two ends of the air deflector are fixedly connected with the rotating rods, the rotating air guide mechanism is a whole, and the rotating rod at one end can rotate to drive the whole rotating air guide mechanism to rotate.
As shown in fig. 1 and 2, as long as the two controllers have different control modes or asynchronous control time, a multi-effect air outlet effect can be obtained.
Example 3.
The structure of the one-control multi-directional air guiding device is the same as that of the embodiment 2, and the difference is that: in the single-control multi-directional air guide device, each set of driving mechanism correspondingly drives 3 sets of rotating air guide mechanisms. The air outlet effect produced in this way is more complex and variable than that of embodiment 2.
Example 4.
The structure of the one-control multi-directional air guiding device is the same as that of the embodiment 2, and the difference is that: one set of driving mechanism correspondingly drives 3 sets of rotary air guide mechanisms, and the other set of driving mechanism correspondingly drives 10 sets of rotary air guide mechanisms. The air-out effect that produces like this is more complicated changeable than embodiment 3, and user experience is abundanter.
Example 5.
The structure of the one-control multi-directional air guiding device is the same as that of the embodiment 2, and the difference is that: the driving mechanism is disposed at the lower portion of the frame body 200, that is, the rotating rods 912 and 914 are engaged with the corresponding racks 810, and the rotating rods 922 and 924 are engaged with the corresponding racks 820. The advantageous effects of this embodiment are the same as those of embodiment 2.
Example 6.
The structure of the one-control multi-directional air guiding device is the same as that of the embodiment 2, and the difference is that: actuating mechanism sets up in the middle part of support body 200, and the aviation baffle needs to set up one section dwang with aviation baffle fixed connection for support body 200 middle part position this moment, and one set of rotation air guide mechanism is provided with two aviation baffles and 3 sections dwangs promptly, and aviation baffle and dwang are with alternate form fixed connection. The rack is meshed with the rotating rod in the middle. The spatial plane relation of the two air deflectors on each set of rotary air guiding mechanism is coincident, and the beneficial effect is the same as that of the embodiment 2.
Example 7.
The structure of the one-control multi-directional air guiding device is the same as that of the embodiment 6, and the difference is that: the spatial plane relation of two aviation baffles on every set of rotation wind-guiding mechanism is for crossing, and its air-out effect is more complicated changeable than embodiment 6, and user experience is abundanter.
Example 8.
The utility model provides an air delivery equipment that air outlet has independent control multidirectional air ducting, can be common domestic equipment such as fan, air conditioner, air purifier, humidifier, electric fan heater and infrared radiation room heater, should independently control multidirectional air ducting and use extensively.
It should be finally noted that the above embodiments are only intended to illustrate the technical solutions of the present invention and not to limit the scope of the present invention, and although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solutions of the present invention can be modified or replaced with equivalents without departing from the spirit and scope of the technical solutions of the present invention.
Claims (12)
1. The utility model provides a multidirectional air ducting of independent control which characterized in that: the wind power generation device is provided with a frame body, a plurality of sets of rotary wind guide mechanisms and a plurality of sets of driving mechanisms, wherein each set of driving mechanism is provided with an independent controller for independent control;
the multi-set rotary air guide mechanism is movably assembled on the frame body respectively, the multi-set drive mechanism is assembled on the frame body, the drive mechanism correspondingly drives the rotary air guide mechanism to rotate relative to the frame body, and at least two sets of rotary air guide mechanisms are driven by two different sets of drive mechanisms.
2. The individually-controlled multidirectional air guiding device as recited in claim 1, wherein: the control modes of different controllers are the same or different; the control times of the different controllers are synchronized or not synchronized.
3. The individually-controlled multidirectional air guiding device as recited in claim 1, wherein: each set of rotary air guide mechanism is provided with an air guide plate and a rotating rod fixedly connected with the two ends of the air guide plate, and the rotating rods at the two ends of the air guide plate are movably assembled with the frame body respectively.
4. The individually-controlled multidirectional air guiding device as recited in claim 3, wherein: the air guide plate is characterized by further comprising two racks, the rotating rod at least one end of each air guide plate is meshed with the corresponding rack, and the rack drives the rotating rod meshed with the rack to rotate.
5. The individually-controlled multidirectional air guiding device as recited in claim 4, wherein: each set of driving mechanism is provided with a driving motor and a driving gear, the driving motor and the driving gear are fixed on the frame body, the driving motor drives the driving gear to rotate, and the driving gear is meshed with the rack.
6. The individually-controlled multidirectional air guiding device as recited in claim 5, wherein: the mounting box is also arranged and fixed on the frame body; the driving motor and the driving gear are fixed in the mounting box, and the rotating rod at one end of the air deflector is movably assembled in an assembling hole formed in the mounting box.
7. The individually-controlled multidirectional air guiding device as recited in claim 6, wherein: the mounting box inner wall is provided with a plurality of pairs of stop gear, and every pair of stop gear is equipped with upper limit piece and lower limit piece, and the rack assembly is between every pair of upper limit piece and lower limit piece.
8. The individually-controlled multidirectional air guiding device as recited in claim 2, wherein: the support body is provided with the through-hole that is used for with the dwang assembly, and the dwang assembly is in the through-hole that corresponds.
9. The independently-controlled multidirectional air guiding device as set forth in any one of claims 1 to 7, wherein: every N sets of rotating air guide mechanisms are driven by one set of driving mechanism, and rotating rods at corresponding ends of every N sets of rotating air guide mechanisms are meshed with the same rack;
wherein N is a natural number of 1 or more.
10. The individually-controlled multidirectional air guiding device as recited in claim 9, wherein: n is not less than 2 and not more than 10.
11. The independently-controlled multidirectional air guiding device as set forth in any one of claims 1 to 7, wherein: the driving mechanism is arranged at the upper part or the lower part or the middle part of the frame body.
12. A wind delivery apparatus, characterized by: the independent control multi-directional wind guide device as claimed in any one of claims 1 to 11.
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| CN201921888484.2U CN211261207U (en) | 2019-11-04 | 2019-11-04 | Single-control multidirectional air guide device and air delivery equipment |
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| CN201921888484.2U CN211261207U (en) | 2019-11-04 | 2019-11-04 | Single-control multidirectional air guide device and air delivery equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110864442A (en) * | 2019-11-04 | 2020-03-06 | 佛山市云米电器科技有限公司 | Independent control multidirectional air guide device and air delivery equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110864442A (en) * | 2019-11-04 | 2020-03-06 | 佛山市云米电器科技有限公司 | Independent control multidirectional air guide device and air delivery equipment |
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