CN106989043A - Air-supply arrangement - Google Patents
Air-supply arrangement Download PDFInfo
- Publication number
- CN106989043A CN106989043A CN201710035167.5A CN201710035167A CN106989043A CN 106989043 A CN106989043 A CN 106989043A CN 201710035167 A CN201710035167 A CN 201710035167A CN 106989043 A CN106989043 A CN 106989043A
- Authority
- CN
- China
- Prior art keywords
- air
- base portion
- mentioned
- supplying part
- supply arrangement
- 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.)
- Granted
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D25/00—Pumping installations or systems
- F04D25/02—Units comprising pumps and their driving means
- F04D25/08—Units comprising pumps and their driving means the working fluid being air, e.g. for ventilation
- F04D25/10—Units comprising pumps and their driving means the working fluid being air, e.g. for ventilation the unit having provisions for automatically changing direction of output air
- F04D25/105—Units comprising pumps and their driving means the working fluid being air, e.g. for ventilation the unit having provisions for automatically changing direction of output air by changing rotor axis direction, e.g. oscillating fans
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D27/00—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids
- F04D27/004—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids by varying driving speed
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D27/00—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids
- F04D27/007—Conjoint control of two or more different functions
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D27/00—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids
- F04D27/008—Stop safety or alarm devices, e.g. stop-and-go control; Disposition of check-valves
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Structures Of Non-Positive Displacement Pumps (AREA)
- Control Of Positive-Displacement Air Blowers (AREA)
Abstract
The present invention, which is provided, easily can intuitively understand and specify the air-supply arrangement for the scope for wanting air-supply in the movable range of air supplying part.The air-supply arrangement of the present invention has the base portion (4) for being supported in floor, the pillar (5) located at the top of base portion (4), the air supplying part (6) located at the upper end of pillar (5) and makes air supplying part (6) relative to the travel mechanism (7) that base portion (4) relatively rotates or rotated in the horizontal direction.Upper surface in base portion (4), the second touch sensor (26) specified to the air supply direction scope of air supplying part (6) is provided with the way of surrounding the bottom of pillar (5) ring-type or arcuation.
Description
Technical field
The present invention relates to the air-supply arrangement of fan, circulator etc..
Background technology
In the past, as this air-supply arrangement, a kind of known fan, i.e.,：Be placed in floor as base portion base station,
Column sections located at the top of base station, located at the upper end of column sections and the air supplying part of the flabellum with air-supply and make to send
The hunt mechanism as travel mechanism of wind portion yaw on left and right horizontal direction, passes through the behaviour located at the upper surface of base station
Make the switching manipulation of panel, come carry out the on-off switching of power supply, the on-off of hunt pattern switching and
The selection of swaying angle, the switching of air quantity grade from air supplying part (for example, referring to patent document 1).
Also, a kind of fan disclosed in other patent documents 2, the fan possesses：With base portion, column sections, air-supply
The fan main body in portion and the remote control as remote-controlled operation unit, the wireless signal from remote control is guided to being located at
The light accepting part of base portion, remote-controlled operation is carried out to fan main body.
Prior art literature
Patent document 1：Japanese Unexamined Patent Publication 2014-163351 publications
Patent document 2：Japanese Unexamined Patent Publication 2001-207993 publications
However, in such air-supply arrangement, can be by air supplying part using the push-button switch for being configured at guidance panel
Yaw scope switches to other angles, but in the pressing operations simply switched, user can not intuitively understand desired
The scope of air-supply.
Also, power switch that the on-off to power supply is switched over, the air quantity from air supplying part is adjusted
Quantity switch of air be arranged respectively in the guidance panel of the front side of base portion, be for example difficult to the side from air-supply arrangement main body
Portion, rear portion carry out pressing operations to these switches.Equally, light accepting part also be located at base portion front side so that using remote control from
Any direction is all difficult to remote-controlled operation.
The content of the invention
The present invention solves above the problem of point, and its object is to there is provided can be intuitively in the movable range of air supplying part
Understand and specify the air-supply arrangement for the scope for wanting air-supply.
Also, it is an object of the present invention to provide can operation power switch, regulation from any direction of air-supply arrangement
Air quantity, the remote operated air-supply arrangement of execution.
Air-supply arrangement described in the solution of the present invention 1 has base portion, the air supplying part located at the top of the base portion and made
The air supplying part is relative to the travel mechanism that above-mentioned base portion relatively rotates or rotated in the horizontal direction, in the air-supply arrangement,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, ring-type or arcuation provided with being given to above-mentioned air supplying part
The designating unit that wind direction scope is specified.
Also, the air-supply arrangement described in the solution of the present invention 2 have base portion, the column sections located at the top of the base portion,
Located at the upper end of the column sections air supplying part and the air supplying part is relatively revolved in the horizontal direction relative to above-mentioned base portion
In the travel mechanism for turning or rotating, the air-supply arrangement, in above-mentioned base portion, in the way of surrounding the bottom of above-mentioned column sections,
It is provided with the designating unit specified to the air supply direction scope of above-mentioned air supplying part ring-type or arcuation.
Also, the air-supply arrangement described in the solution of the present invention 3 is according to scheme 1 or 2, and above-mentioned designating unit is sent with above-mentioned
The pivot or center of rotation in wind portion are arranged with same heart shaped.
Also, the air-supply arrangement described in the solution of the present invention 4 is according to scheme 1 or 2, and above-mentioned designating unit is located at above-mentioned
The upper surface of base portion.
Also, the air-supply arrangement described in the solution of the present invention 5 is according to scheme 1 or 2, in above-mentioned base portion, provided with to by
The display unit that the scope that above-mentioned designating unit is specified out is shown.
Also, the air-supply arrangement described in the solution of the present invention 6 is according to scheme 1 or 2, the translational speed of above-mentioned air supplying part
It is controlled as, turns at a high speed in non-designated scope compared to specified range.
Also, the air-supply arrangement described in the solution of the present invention 7 has base portion and the air-supply located at the top of the base portion
In portion, the air-supply arrangement, in above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, it is provided with ring-type or arcuation
Power switch.
Also, the air-supply arrangement described in the solution of the present invention 8 have base portion, the column sections located at the top of the base portion,
And the air supplying part located at the upper end of the column sections, in the air-supply arrangement, in above-mentioned base portion, to surround under above-mentioned air supplying part
It is provided with power switch the mode of end, ring-type or arcuation.
Also, the air-supply arrangement described in the solution of the present invention 9 has base portion and the air-supply located at the top of the base portion
In portion, the air-supply arrangement, in above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, it is provided with ring-type or arcuation
The adjustment unit that air quantity is adjusted.
Also, the air-supply arrangement described in the solution of the present invention 10 have base portion, the column sections located at the top of the base portion,
And the air supplying part located at the upper end of the column sections, in the air-supply arrangement, in above-mentioned base portion, to surround under above-mentioned column sections
It is provided with the adjustment unit that air quantity is adjusted the mode of end, ring-type or arcuation.
Also, the air-supply arrangement described in the solution of the present invention 11 have base portion, the air supplying part located at the top of the base portion,
And the remote-controlled operation unit of wireless type, in the air-supply arrangement, in above-mentioned base portion, to surround the bottom of above-mentioned air supplying part
It is provided with the light accepting part for above-mentioned remote-controlled operation unit mode ring-type or arcuation.
Also, the air-supply arrangement described in the solution of the present invention 12 have base portion, the column sections located at the top of the base portion,
In air supplying part and the remote-controlled operation unit of wireless type located at the upper end of the column sections, the air-supply arrangement, in above-mentioned base
Portion, in the way of surrounding the bottom of above-mentioned air supplying part, is provided with for above-mentioned remote-controlled operation unit ring-type or arcuation
Light accepting part.
Also, the air-supply arrangement described in the solution of the present invention 13 is according to scheme 1,7,9, and above-mentioned designating unit, power supply are opened
Close and adjustment unit constituted respectively with ring-type, and they using above-mentioned air supplying part as center configuration concentrically.
Also, the air-supply arrangement described in the solution of the present invention 14 is according to scheme 2,8,10, and above-mentioned designating unit, power supply are opened
Close and adjustment unit constituted respectively with ring-type, and they using above-mentioned column sections as center configuration concentrically.
Also, the air-supply arrangement described in the solution of the present invention 15 is according to scheme 11 and 13, above-mentioned light accepting part, specified list
Member, power switch and adjustment unit are constituted with ring-type respectively, and they using above-mentioned air supplying part as center configuration concentrically
Shape.
In addition, the air-supply arrangement described in the solution of the present invention 16 is according to scheme 12 and 14, above-mentioned light accepting part, specified list
Member, power switch and adjustment unit are constituted with ring-type respectively, and they using above-mentioned column sections as center configuration concentrically
Shape.
The effect of invention is as follows.
Air-supply arrangement described in the solution of the present invention 1 is constituted as described above, so as in the movable model of air supplying part
Enclose the interior scope for easily intuitively understanding and specifying and want air-supply.
Also, the air-supply arrangement described in the solution of the present invention 2 is constituted as described above, so as in air supplying part can
In dynamic scope, the scope for wanting air-supply is easily intuitively understood and specified.
In addition, by the way that the pivot or center of rotation of above-mentioned designating unit and above-mentioned air supplying part are arranged with same heart shaped
Row, to make specified range consistent with blowing range, so as to the scope of easier to understand and specified desired air-supply, not only such as
This, the moving range of above-mentioned air supplying part can be specified from any direction of air-supply arrangement.
Also, by the way that above-mentioned designating unit to be located to the upper surface of above-mentioned base portion, can be easier to understand and specified send
Demeanour is enclosed.
Also, by setting the display list shown to the scope specified out by above-mentioned designating unit in above-mentioned base portion
Member, being capable of easier to understand and specified blowing range.
Also, by being by the control of the translational speed of above-mentioned air supplying part, compared to specified range in non-designated scope into
For at a high speed, even if so that specify multiple scopes, air supplying part can also promptly moved in the non-designated scope between specified range
It is dynamic, and then the scope air-supply that can be made to meaning emphasis.
Also, the air-supply arrangement described in the solution of the present invention 7 is constituted as described above, so that from any of air-supply arrangement
Direction can operation power switch.
Also, the air-supply arrangement described in the solution of the present invention 8 is constituted as described above, so that from any of air-supply arrangement
Direction can operation power switch.
Also, the air-supply arrangement described in the solution of the present invention 9 is constituted as described above, so that from any of air-supply arrangement
Direction can adjust air quantity.
Also, the air-supply arrangement described in the solution of the present invention 10 is constituted as described above, so that appointing from air-supply arrangement
Where to air quantity can be adjusted.
Also, the air-supply arrangement described in the solution of the present invention 11 is constituted as described above, so that appointing from air-supply arrangement
Where to remote-controlled operation can be carried out.
Also, the air-supply arrangement described in the solution of the present invention 12 is constituted as described above, so that appointing from air-supply arrangement
Where to remote-controlled operation can be carried out.
Also, by the way that above-mentioned designating unit, power switch and adjustment unit are constituted with ring-type respectively, and by they
Using above-mentioned air supplying part as center configuration concentrically, so as to can be carried out from any direction of air-supply arrangement identical
Operation.
Also, by the way that above-mentioned designating unit, power switch and adjustment unit are constituted with ring-type respectively, and by they
Using above-mentioned column sections as center configuration concentrically, so as to can be carried out from any direction of air-supply arrangement identical
Operation.
Also, by the way that above-mentioned light accepting part, designating unit, power switch and adjustment unit are constituted with ring-type respectively, and
And by they using above-mentioned air supplying part as center configuration concentrically, so as to can have been carried out from any direction of air-supply arrangement
Exactly the same direct operation and remote-controlled operation.
In addition, by the way that above-mentioned light accepting part, designating unit, power switch and adjustment unit are constituted with ring-type respectively, and
And by they using above-mentioned column sections as center configuration concentrically, so as to can have been carried out from any direction of air-supply arrangement
Exactly the same direct operation and remote-controlled operation.
Brief description of the drawings
Fig. 1 is the front view for the air-supply arrangement for representing an embodiment of the invention.
Fig. 2 is the right view of the air-supply arrangement.
Fig. 3 is the top view of the air-supply arrangement.
Fig. 4 is the top view of the base portion of the air-supply arrangement.
Fig. 5 is the stereogram of the base portion of the other examples of expression of the air-supply arrangement.
Fig. 6 is the block diagram for the electrical structure for representing the air-supply arrangement.
Fig. 7 is the figure that the basic operation to the fan main body of the air-supply arrangement is illustrated.
Fig. 8 is the figure that illustrates of concept of 1 stroke in the position instruction to the air supplying part of the air-supply arrangement.
Fig. 9 is that the yaw direction of rotation of the air supplying part of the air-supply arrangement and the relation of position instruction scope are illustrated
Figure.
Figure 10 be the air supplying part of the air-supply arrangement yaw action be it is reciprocal in the case of, to the yaw speed of air supplying part
The figure that illustrates of pattern.
Figure 11 be the air supplying part of the air-supply arrangement yaw action be it is comprehensive in the case of, to the yaw of air supplying part speed
The figure that the pattern of degree is illustrated.
In figure：
1-fan main body (main body of air-supply arrangement), 2-remote control (remote-controlled operation unit), 4-base portion, 5-pillar
(column sections), 6-air supplying part, 21-light accepting part, the 25-the first touch sensor (power switch, adjustment unit), 26-the second
Touch sensor (designating unit), the 30-the second display part (display unit).
Embodiment
Hereinafter, embodiments of the present invention are illustrated based on Fig. 1 to Figure 11.In addition, the implementation that will be discussed below
Mode is not defined to the present disclosure described in claims.Also, the institute for the structure that will be discussed below
Have and be not limited to be required important document of the invention.
First, the overall structure of the fan as air-supply arrangement is illustrated based on Fig. 1 to Fig. 4.1 is to have air-supply work(
The fan main body of energy.Moreover, constituting the wind of present embodiment using the fan main body 1 and remote control described later 2 (reference picture 6)
Fan.The fan main body 1 of main body as air-supply arrangement is configured to possess：It is placed in the base portion 4 on floor (not shown)；From the base portion
The pillar 5 that 4 central portion is erectly set upward；Air supplying part 6 located at the upper end of the pillar 5；And for assigning
Make pillar 5 relative to the travel mechanism 7 of the single direction rotation of base portion 4 or the driving force of Double-directional rotary.In the present embodiment, pass through
The upper supporting column 5A in pillar 5 to turning into column sections relative to fan main body 1 is loaded and unloaded, come with turning into 2 stages to air-supply
The structure that the height in portion 6 is adjusted, but it is also possible to using pillar 5 as provided with the sliding duct that can freely move up and down (not
Diagram) column sections, the sliding duct upper end set air supplying part 6, from without load and unload pillar 5 can just adjust air supplying part
6 height.Also, air supplying part 6 is mounted and fixed to the upper end of pillar 5, and be set to can be together with pillar 5 for air supplying part 6
Rotate against or rotate in the horizontal direction relative to base portion 4.Pillar 5 and the pivot of air supplying part 6 now or
Center of rotation C is consistent with the center of base portion 4.
Air supplying part 6 is made up of such as lower component：Air-supply is accommodated in the motor part of housing 12 with motor 11 (reference picture 6)
13；In blade 14 of the air-supply protruded from the front side of housing 12 with the axle assembling (not shown) of motor 11；Detachably assemble
In the preceding surface of motor part 13 and around the protector 15 of blade 14.Protector 15 is overall to have multiple openings, blade 14
Rotated with air-supply motor 11 for driving source, so as to not carried out by protector 15 from the front of air supplying part 6 with hindering
Air-supply.
Travel mechanism 7 is located at the inside of base portion 4, such as mobile (reference picture of use motor 16 by being combined into driving source
6) constituted with reducing gear (not shown).Thus, in the present embodiment, energization action has been carried out when making mobile with motor 16
When, transmitted via reducing gear to the root of pillar 5 from driving force of the movement with motor 16, so that pillar can be made by turning into
5th, even air supplying part 6 carries out 360 ° of rotations or the structure rotated relative to base portion 4.
Base portion 4 is in short cylinder shape or discoideus in the case of vertical view, in its upper surface, to surround the bottom of pillar 5
Mode set receive the wireless signal from remote control 2 circular light accepting part 21.The light accepting part 21 is for example by forming base
The circular light inlet window 22 of a part for the upper horizontal surface in portion 4 and the interior of the light inlet window 22 is configured at certain intervals
The multiple of side are constituted by optical sensor 23 (reference picture 6), to receive to come well from any direction of fan main body 1
From the radio operation signal of remote control 2.In the present embodiment, to be provided with ring-type in the way of the outside complete cycle for surrounding pillar 5
Light accepting part 21, but if the radio operation signal from remote control 2 can be received from any direction of fan main body 1, then
The light accepting part 21 of arcuation surrounded to the part in the outside of pillar 5 can be set to.According to such structure, from fan master
Any direction of body 1 can use remote control 2 to carry out remote-controlled operation.
In the upper surface of base portion 4, annulus is provided with the way of positioned at the outside of light accepting part 21 and the bottom of encirclement pillar 5
The first touch sensor 25 and the second touch sensor 26 of shape, and the first touch sensor 25 and second of the annular shape is tactile
Touch sensor 26 and be concentrically set to two using pillar 5 and the pivot or center of rotation C of air supplying part 6 as benchmark
Layer.First touch sensor 25 double as the power switch switched over to the on-off of the power supply for fan main body 1 and
The adjustment unit that the air output from air supplying part 6 is adjusted in power on, and along first touch sensor 25
Nearby complete cycle sets the first circular display part 28 for being configured with multiple LED27 at certain intervals for inner side.In addition it is also possible to
As shown in figure 5, the first touch sensor 25 is set into transparent, make in first touch sensor, 25 times multiple LED27 of configuration
For the first display part 28.Also, the second touch sensor 26 is specified equivalent to the scope in the direction blown to air supplying part 6
Designating unit, and multiple LED29 are configured with certain intervals along complete cycle setting near the inner side of second touch sensor 26
The second circular display part 30.In addition, it is identical with the first touch sensor 25 and the first display part 28, can also be such as figure
Shown in 5, the second touch sensor 26 is set to transparent, the is used as in the multiple LED29 of the configuration of second touch sensor 26 times
Two display parts 30.First display part 28 of inner side is equivalent to the power supply for showing fan main body 1 and the power supply wind of the state of air quantity
Measure display unit, the position of second display part 30 equivalent to the air supply direction that display is indicated by the second touch sensor 26 in outside
Put the position instruction display unit of scope.
First touch sensor 25 and the second touch sensor 26 are the touch sensors of pressure sensing type, with being by finger
The structure that the no situation for touching any position is exported as sensor signal.First touch sensor 25 of present embodiment
To be set to circular in the way of the outside complete cycle for surrounding pillar 5, but it is also possible in the way of surrounding the part in outside of pillar 5
It is set to arc-shaped.Equally, the second touch sensor 26 is also to be set to circular in the way of the outside complete cycle for surrounding pillar 5, but
As one man arc-shaped can be set to the maximal movable area of air supplying part 6 in the way of surrounding the part in outside of pillar 5.
In present embodiment, the not only light accepting part 21 of ring-type, the first touch sensor 25, the second touch sensor 26 also with pillar 5
Pivot or center of rotation C are arranged with same heart shaped.
In addition, in the present embodiment, as the knot that air supplying part 6 is provided with the upper end for standing on the pillar 5 of base portion 4
Structure, but can also be for example to be provided with to give in the way of it directly can rotate or rotate in the top of base portion 4 as circulator
The structure in wind portion 6.In this case, above-mentioned light accepting part 21, the first touch sensor 25, the second touch sensor 26 surround air-supply
The bottom in portion 6, and it is preferred that being arranged with the pivot or center of rotation of air supplying part 6 with same heart shaped.Also, can also be made
One touch sensor 25 does not double as power switch and adjustment unit, and sets the touch of different annular shapes or arc-shaped respectively
Sensor.Pressing force when such touch sensor removes opponent's abutment contact surface as the present embodiment produces reaction
Pressure sensing type touch sensor outside, additionally it is possible to using opponent's abutment contact surface when electrostatic capacitance change it is aitiogenic
Electrostatic capacity type touch sensor.
Also, as variation, as shown in figure 5, in addition to the first double-deck display part 28, the second display part 30, may be used also
Possesses power supply display part 31 with the upper surface in base portion 4.The power supply display part 31 shows the on-off of power supply, is connect in power supply
Light, and extinguish when power supply disconnects when logical.
Next, being illustrated based on Fig. 6 to the electrical structure of the air-supply arrangement of present embodiment.41 are mounted in base portion
The control unit of 4 inside, this is constituted for example, by possessing microcomputer, input/output interface etc..In the defeated of control unit 41
Enter side, electrically connect by optical sensor 23, the first touch sensor 25, the second touch sensor 26.Also, in the defeated of control unit 41
Go out side, electrical connection air-supply motor 11, movement motor 16, each LED27 for constituting the first display part 28, the second display part of composition
30 each LED29.Control unit 41 possesses the various programs of storage, the storage part 42 of data, is read by performing from the storage part 42
Program, come turn into make control unit 41 especially as the air blowing control portion 43 of fan main body 1, mobile control division 44 and display
The structure of the function of control unit 45.
Remote control 2 is mutually provided independently from fan main body 1, and main inscape is used as using such as lower component：Pressed by multiple
The operating portion 48 that button formula switch is constituted；And the radio operation signal (example that the pressing operations with the operating portion 48 are produced
Such as infrared ray) illuminating part 49 that is transmitted.If located at being received by optical sensor 23 from remote control 2 for fan main body 1
Operation signal, then carry out light-to-current inversion to it and sent out to control unit 41.
Air blowing control portion 43 receives the sensing from the operation signal by optical sensor 23, from the first touch sensor 25
Device signal, power control is carried out to air-supply with motor 11.Air-supply is with motor 11 according to the motor control from air blowing control portion 43
Signal processed, makes blade 14 be rotated with defined rotating speed.Especially, in the present embodiment, can be according to from air blowing control portion 43
Motor control signal the rotating speed to blade 14, the air quantity even from air supplying part 6 are switched over carrying out 10 stages.
Mobile control division 44 receives the sensing from the operation signal by optical sensor 23, from the second touch sensor 26
Device signal, power control is carried out to movement with motor 16.It is mobile to use motor 16 according to the motor control from mobile control division 44
Signal processed, makes pillar 5, even air supplying part 6 be rotated or be rotated with defined yaw speed and yaw scope.Especially, at this
In embodiment, with following function：According to the motor control signal from mobile control division 44, in the yaw model of air supplying part 6
Aspect is enclosed, enters to exercise comprehensive yaw that air supplying part 6 rotates in a certain direction, make air supplying part 6 reciprocal within the limits prescribed
The reciprocal yaw that ground is rotated, or in terms of the speed of air supplying part 6, the low speed of yaw action with entering to exercise the whole beginning low speed of air supplying part 6
Pattern, progress by air supplying part 6 while switch to low speed and at a high speed this 2 stages while being allowed to the speed change pattern of yaw action.
Display control unit 45 receives the sensing from the operation signal by optical sensor 23, from the first touch sensor 25
Device signal, sensor signal from the second touch sensor 26 etc., the display to the first display part 28, the second display part 30
Form is controlled.Especially in the present embodiment, passed with being touched by optical sensor 23, the first touch sensor 25, second
The operation of sensor 26 cooperates and separately controls configured in one piece lighting, extinguishing for circular multiple LED27, LED29,
Moreover, luminous quantity when controlling to light with being also configured such as interim (such as 5 stages).
Also, control unit 41 has following function：Certainly much less in the operating of power supply of fan main body 1 has been connected,
After the operating of power supply of fan main body 1 stopping is disconnected, also by the air output from air supplying part 6, the yaw scope of air supplying part 6
Or the setting state of yaw speed etc. stores as setting data and is held in storage part 42.For such and air quantity, pendulum
The related each setting data of head, in the operating of fan main body 1, receive from the operation signal by optical sensor 23, from the
The sensor signal of one touch sensor 25, the sensor signal from the second touch sensor 26 and can arbitrarily change.
Also, in the case where having started the operating of fan main body 1 again, read and be stored in the setting data of storage part 42, thus with
In the state of operating is identical shortly before stopping, the air-supply motor 11 of air supplying part 6, the movement of travel mechanism 7 can be made to use horse
Action up to 16 starts again.
Next, for the air-supply arrangement of said structure, being carried out based on Fig. 7 to the basic operation order of fan main body 1
Explanation.After the energization of the attaching plug that will be electrically connected with base portion 4 insertion socket (not shown) soon, become to make air supplying part 6,
The power supply that the action of travel mechanism 7 stopped disconnects.Under the state, such as shown in Fig. 7 (A), based on from display control unit 45
Control, second display part 30 in outside do not light, all LED27 of the first display part 28 of inner side identical opportunity repeatedly
Extinguish → dark lights → to extinguish, and annularly slow flicker.Under the state, if touching the first touch sensor 25 with finger
Arbitrary place X1, then the situation is perceived by the first touch sensor 25, to the output sensor signal of control unit 41 so that
Fan main body 1 is disconnected from power supply and switches to power on.In addition, being passed in order to which the position for switching on power and touching is touched first
It is arbitrary on sensor 25.That is, it can switch on power in the same manner from any direction of fan main body 1.
If being shifted to power on, air blowing control portion 41 reads the setting data related to air quantity from storage part 42, right
Air-supply is controlled to carry out the air-supply from air supplying part 6 with the air quantity set with the action of motor 11.Also, it is mobile
Control unit 44 reads the setting data related to yaw from storage part 42, and movement is controlled with the action of motor 16 to send
Wind portion 6 is moved in the horizontal direction with yaw scope, the yaw speed set, so as to start the operating of fan main body 1.
If in addition, shifted to power on, the first display part 28 of inner side based on the control from display control unit 45,
All LED27 are made to be lighted with light quantity corresponding with the air quantity from air supplying part 6.For example, weaker in the air quantity from air supplying part 6
In the case of, such as shown in Fig. 7 (B), all LED27 of the first display part 28 are lighted darkly, so as to send out annularly lightly
Light.If finger is touched on the first touch sensor 25 from the state, and slides counterclockwise as shown in symbol Y1, then blow
Control unit 43 increases the air quantity of air supplying part 6 according to the angle slided, and display control unit 45 with air quantity become it is strong and with
The mode for making all LED27 brighten increases the light quantity of the first display part 28.If on the contrary, finger is in the first touch sensor 25
The slid clockwise as symbol Y2 is gone up, then air blowing control portion 43 reduces the air quantity of air supplying part 6 according to the angle slided,
And display control unit 45 dies down and reduced in the mode for making all LED27 dimmed the light of first display part 28 with air quantity
Amount.That is, the air quantity of air supplying part 6 can be adjusted with the direction and angle of slip, pass through the brightness of the first display part 28
The air quantity (reference picture 7 (C)) of air supplying part 6 can be showed.
In the present embodiment, 90 ° of slips on the first touch sensor 25 by using finger, maximum can be to from sending
The air quantity in wind portion 6 carries out the variable adjustment in 10 stages.The angle of the slip is perceived by the first touch sensor 25, by 10 °
Slip as 1 spacing of base unit, one stage in stage the air quantity from air supplying part 6 is switched over.This
Outside, even if the first touch sensor 25 detects slip of the left and right more than 90 °, air blowing control portion 43 is also what is ignored.If also,
Air quantity reaches the upper limit (the 10th stage) or lower limit (the 1st stage), then the first touch sensor in the range of 90 ° of left and right
25 detect further slip, and air blowing control portion 43 is also what is ignored.Each two of the light quantity of first display part 28 in air quantity
Change a stage during phase change.In addition, regulation of the air blowing control portion 43 to air quantity can also be stepless and continuously variable
, slip angle that can also be to any degree is come with any stage to the air quantity from air supplying part 6, the light of the first display part 28
Amount carries out variable adjustment.Also, start the starting point slided in order to adjust air quantity on the first touch sensor 25, be to appoint
Meaning.That is, air quantity can be adjusted in the same manner from any direction of fan main body 1.
On the other hand, second display part 30 in outside is that pair position instruction related to the yaw action of air supplying part 6 is carried out
The part of luminescence display, if being shifted to power on, display control unit 45 make in the second display part 30 equivalent to air supplying part 6
The LED29A of position of direction light (reference picture 7 (B)).Under the state, air supplying part 6 without yaw, but to
The direction air-supply that LED29A is just being lighted.Moreover, finger touches to indicate the direction for wanting to blow on the second touch sensor 26.
That is, if determining to want the direction of air-supply to slide as shown in symbol Y3, the second touch sensor 26 perceives the situation,
44 pairs of movements of mobile control division are controlled with the action of motor 16, so that air supplying part 6 is come with yaw corresponding with slip setting
Carry out yaw action.Also, display control unit 45 make in all LED29 of the second display part of composition 30 with the position after slip
Corresponding LED29A is lighted.If in addition, do not slided in the way of including the corresponding position of LED29A with initially lighting,
Extinguish in the LED29A initially lighted.For example, in Fig. 7 (D), by intermittently being slided on the second touch sensor 26 at three
It is dynamic, with the position after above-mentioned slip light accordingly the LED29A of the second display part 30.Thus, the second display part 30 is passed through
It can understand to slide the direction of the desired air-supply indicated at a glance.In addition, being used as the second touch sensing of designating unit
The pivot or center of rotation C of device 26 and pillar 5 are arranged with same heart shaped, so that specified range is consistent with blowing range, because
This can be more easily understood and indicate to want the scope of air-supply, moreover, can phase from any direction of fan main body 1
The moving range of air supplying part 6 is specified together.Also, by the way that the second touch sensor 26 to be located to the upper surface of base portion 4, Neng Gougeng
It will be readily understood that and specify blowing range.
Also, as shown in Fig. 7 (D), cancelling with once sliding in the case that travel direction indicates, with finger it is longer touch
Touch with to should position and to light the arbitrary place X2 on corresponding second touch sensors 26 of LED29A of display (such as long
Pressing 2 seconds).Moreover, the LED29A of the part eliminated extinguishes.Thus, as shown in Fig. 7 (E), 44 pairs of mobile control division is mobile to be used
The action of motor 16 is controlled, and is moved so that air supplying part 6 is set with yaw corresponding with remaining specified range to carry out yaw
Make.
Afterwards, if with finger it is longer touch arbitrary place X3 (such as long pressings 2 on the first touch sensor 25
Second), then shifted to such above-mentioned power-off state shown in Fig. 7 (F).In addition, the position touched for deenergization
It is arbitrary on the first touch sensor 25.That is, power supply can be made in the same manner from any direction of fan main body 1
Disconnect.
Next, a pair position instruction related to the yaw action of above-mentioned air supplying part 6 is illustrated in further detail.
In present embodiment, if being slided in power on finger on the second touch sensor 26, by 1 described with finger
The interval of stroke is set to 1 position, and instruction makes the position range that air supplying part 6 is moved with defined speed, and makes air supplying part 6 to move
The yaw that dynamic control unit 44 is carried out sets to carry out yaw action.As shown in figure 8, stroke S described herein refers to, finger is used
The starting point X4 initially touched and the scope untill the terminal X5 left with finger description afterwards.In the second touch sensor
On 26, the stroke S for indicating the position range of air supplying part 6 can be the instruction of plurality of positions.
Fig. 9 represents the direction of rotation of yaw and the relation of position instruction scope.In the present embodiment, along initially second
The direction of the finger slided on touch sensor 26, the yaw in putting in blast portion 6.For example in Fig. 9 (A), if making finger initial
From starting point X6, R1 is slided counterclockwise, then the direction of slip of the mobile control division 44 regardless of after, all with pillar 5 one
Play the yaw from position corresponding with starting point X6 R1 putting in blasts portion 6 counterclockwise.
Also, mobile control division 44 is according to the scope for the position instruction slided on the second touch sensor 26, to determine
The yaw action for determining air supplying part 6 is two-way or a direction thereto.For example, in Fig. 9 (B), in the second touch sensing
Blowing range is indicated on device 26 by stroke S1, S2 slip, correspondingly the second display part 30 is also in two position points
When from bright LED29A, but pivot or center of rotation C from air supplying part 6, the maximum scope of position instruction is not carried out
It is more than 180 ° of predetermined angular.In this case, air supplying part 6 turns into such reciprocal yaw action M1 shown in Fig. 9 (C), move
Dynamic 44 pairs of movements of control unit are controlled with the action of motor 16, so that air supplying part 6 enters line position in the slip by stroke S1, S2
Reciprocating rotation is carried out during putting instruction.
On the other hand, in Fig. 9 (D), indicated on the second touch sensor 26 by stroke S1, S2, S3 slip
Blowing range, when from the pivot of air supplying part 6 or center of rotation C, the maximum scope of position instruction is not carried out
Less than 180 °.In this case, air supplying part 6 turns into yaw action M2 comprehensive as shown in Fig. 9 (E), mobile control division
44 pairs of movements are controlled with the action of motor 16, so that air supplying part 6 does not rotate back and forth and in a certain direction.
Next, based on Figure 10 and Figure 11, the pattern to the yaw speed of air supplying part 6 is illustrated.First, such as Figure 10
(A) shown in, in the case of above-mentioned reciprocal yaw action M1 is carried out in air supplying part 6,44 pairs of movement motors of mobile control division
16 action is controlled, for example to carry out the position of position instruction, the low speed of air supplying part 6 by stroke S1, S2 slip
Ground is moved, and at the position for not carrying out position instruction in addition, air supplying part 6 is moved at high speed.Because, emphasis to
The position air-supply indicated, and skip position in addition.Thus, pillar 5 and air supplying part 6 are with low speed and at a high speed (skipping)
The speed change pattern of this 2 patterns carries out reciprocal yaw action.Further, since being not intended to energetically send to skipping position
Wind, thus air supplying part 6 be in skip position in the case of, air blowing control portion 43 can also control air supplying part 6 air quantity is died down,
Or stop air supplying part 6.In the case where wanting to stop the speed change of 2 patterns, i.e., want not making pendulum with not skipping in midway
The overall low speed of head scope in the case of yaw, if with by carry out position instruction it is position clamping, do not carry out position instruction
The part of corresponding second touch sensor 26 in position integrally enter line slip to indicate, then as shown in Figure 10 (B), air supplying part 6
Whole beginning low speed it is mobile.Now, the second display part 30 lights LED29A in reciprocal yaw action M1 gamut.
Also, it is same mobile in the case of above-mentioned complete cycle yaw action M2 is carried out in air supplying part 6 as shown in Figure 11 (A)
44 pairs of movements of control unit are controlled with the action of motor 16, for example to carry out position by stroke S1, S2, S3 slip
The position of instruction, the low speed of air supplying part 6 it is mobile, and at the position for not carrying out position instruction in addition, air supplying part 6 is at high speed
Mobile (skipping).Thus, pillar 5 and air supplying part 6 with low speed and at a high speed the speed change pattern of (skipping) this 2 patterns in certain side
Complete cycle yaw action is carried out upwards.Further, since being not intended to energetically to position air-supply is skipped, so at air supplying part 6
In the case of position is skipped, air blowing control portion 43 can also control air supplying part 6 air quantity is died down or stop air supplying part 6.
And in the case where wanting to stop speed change, i.e., midway it is desired do not skip on complete cycle low speed in the case of yaw, if
Integrally enter line slip to indicate in the part of the second touch sensor 26 corresponding with all positions for not carrying out position instruction,
Then as shown in Figure 11 (B), the whole beginning low speed of air supplying part 6 it is mobile.Now, the second display part 30 is comprehensive yaw action M2's
LED29A is lighted in gamut.
In the present embodiment, by the way that 48 LED29 are equally spaced configured with 7.5 ° of scales of predetermined angular, to constitute
Second display part 30.When in 1 direct action of fan main body in the case of power on, moved with whether air supplying part 6 is just carrying out yaw
Make unrelated, display control unit 45 all become the LED29A that position instruction is shown at least one light.When air supplying part 6 is just being carried out
When yaw is acted, it is as described above, but not carry out in air supplying part 6 situation of yaw action that how the second display part 30, which shows,
Under, such as shown in Fig. 7 (B), display control unit 45 only lights the LED29A of 1 i.e. 1 section, makes other extinguishings.On the other hand, exist
In the case that air supplying part 6 carries out yaw action, by lighting LED29A more than at least two i.e. 2 sections, can intuitively it know
Not Que Ren yaw action the presence or absence of.In order to not make the yaw of air supplying part 6, line slip is not entered in the second touch sensor 26, but touch
Touch the arbitrary position of the second touch sensor 26.In this case, moving the dynamic of motor 16 by mobile control division 44
Make, air supplying part 6 is moved to the position specified out by touch, but afterwards, mobile motor 16 stops, air supplying part 6 continue into
The air-supply for the position that row is made to meaning.If on the contrary, the scope slided on the second touch sensor 26 turns into predetermined angular (example
Such as 15 °) more than, then the action of motor 16 is moved by mobile control division 44, and carry out the yaw action of air supplying part 6.
In addition, the positive low speed of air supplying part 6 yaw when, if long pressing the second touch sensor 26 corresponding with indicating range
Part cancel indicating range, then mobile control division 44 makes air supplying part 6 move (skip) at high speed until hithermost indicate
Scope.If length presses the part of the second touch sensor 26 corresponding with all indicating ranges all to cancel indicating range,
The then yaw in the out-of-blast portion 6 of mobile control division 44, display control unit 45 make at this moment with air supplying part 6 positive direction direction
Corresponding LED29A is lighted.
Operation from such first touch sensor 25, the second touch sensor 26 to the side of fan main body 1 is different, at this
In embodiment, if the operating portion 48 of pair remote control being mutually provided independently from fan main body 12 is operated, and by fan master
The light accepting part 21 of body 1 receives the radio operation signal from remote control 2, then for example carries out the power supply for fan main body 1
The switching of on-off, the air quantity regulation of air supplying part 6.In this case, to be located at base portion in the way of surrounding the bottom of pillar 5
The light accepting part 21 of 4 upper surface can in any direction receive the radio operation signal of remote control 2.Therefore, equally, from fan
Any direction of main body 1 can carry out having used in the same manner the remote-controlled operation of remote control 2.
So, the direct operation of fan main body 1 can be carried out in the same manner from any direction of the fan main body 1.That is, it is
It is easy to explanation to be referred to as the side provided with power supply display part 31 " preceding ", but actually without the need to distinguish all around, and also not
It should be noted.Also, not only directly operate, used the remote-controlled operation of remote control 2 also identical, from any of fan main body 1
Direction can be carried out in the same manner, i.e. in terms of remote operated viewpoint, actually also without difference all around, and
Also without attention.
As described above, the air-supply arrangement of present embodiment, which has, is supported in the base portion 4 on floor, the top located at the base portion 4
The pillar 5 as column sections, the air supplying part 6 located at the upper end of the pillar 5 and the air supplying part 6 is existed relative to base portion 4
In the travel mechanism 7 for relatively rotating or rotating in horizontal direction, the fan, in base portion 4, to surround the bottom of pillar 5
Mode ring-type or arcuation it is tactile provided with the second of designating unit specified as the air supply direction scope to air supplying part 6
Touch sensor 26.
In this case, rotate or rotate accordingly relative to base portion 4 with air supplying part 6, the second touch sensor 26 also with
Ring-type or arcuation are configured to the mode surrounded located at the pillar 5 of base portion 4, so that in the movable range of air supplying part 6,
The scope for wanting air-supply easily can be intuitively understood and specified using the second touch sensor 26.
Also, the air-supply arrangement as replacement pillar 5 is provided with the circulator of air supplying part 6 in the top of base portion 4
In, by base portion 4, the air-supply side to air supplying part 6 is set ring-type or arcuation in the way of surrounding the bottom of air supplying part 6
The second touch sensor 26 specified to scope, so that rotate or rotate accordingly relative to base portion 4 with air supplying part 6,
Second touch sensor 26 is also configured to ring-type or arcuation in the way of to being surrounded located at the air supplying part 6 of base portion 4, and then
In the movable range of air supplying part 6, it easily can intuitively understand and specify using the second touch sensor 26 and want air-supply
Scope.
In above-mentioned arbitrary structures, preferably, the second touch sensor 26 and the rotation of air supplying part 6 as designating unit
Turn center or center of rotation C is arranged with same heart shaped.
That is, by by the pivot or center of rotation C of the second touch sensor 26 and air supplying part 6 with concentric
Shape is arranged, come specified range and the actual air supplying part 6 based on the specified range of the scope of the movement that makes to specify air supplying part 6
Blowing range is consistent, so as to be capable of the scope of easier to understand and specified desired air-supply using the second touch sensor 26, no
Only in this way, the moving range of air supplying part 6 can be specified from any direction of the fan main body 1 as air-supply arrangement.
Also, the second touch sensor 26 as designating unit is especially located at the approximate horizontal upper surface of base portion 4.
That is, the especially upper surface by the way that the second touch sensor 26 to be located to base portion 4, can be from the upper of base portion 4
Scope of the surface side towards the easier to understand and specified desired air-supply of the second touch sensor 26.
Also, in the present embodiment, in base portion 4, the be made up of multiple LED29 is provided with along the second touch sensor 26
Two display parts 30, are used as the display unit shown to the scope specified out by the second touch sensor 26.
In this case, by setting the second display part shown to the scope specified out by the second touch sensor 26
30, the display for confirming the second display part 30 can be visually observed on one side, it is easier to understand and specified air supplying part 6 on one side to want
The scope of air-supply.
Also, in the present embodiment, rotation or rotational action of the mobile control division 44 to air supplying part 6 is controlled,
So as to for the translational speed of air supplying part 6, compared with the specified range specified out by the second touch sensor 26, not by
Turn at a high speed in the non-designated scope that second touch sensor 26 is specified.
In this case, the translational speed of air supplying part 6 is controlled by mobile control division 44, so as to compared with specified range,
Turn at a high speed in non-designated scope, even if so as to specify multiple scopes by the second touch sensor 26, the scope specified out at this
Between non-designated scope in, air supplying part 6 can be made to be quickly removed and (skip), made so as to emphasis to meaning
Scope is blown.
The air-supply arrangement of present embodiment has base portion 4, the pillar 5 located at the top of base portion 4 and located at pillar 5
In the air supplying part 6 of upper end, the fan, in base portion 4, it is provided with the way of surrounding the bottom of pillar 5 ring-type or arcuation
First touch sensor 25, is used as the on-off to the power supply towards the fan main body 1 for turning into air-supply arrangement and switches over
Power switch.
In this case, by base portion 4, it is set in the way of surrounding the bottom of pillar 5 ring-type or arcuation
First touch sensor 25 of power switch, so that can be to from any direction of the fan main body 1 as air-supply arrangement
One touch sensor 25 is operable to the on-off of Switching power.
Also, the air-supply arrangement as replacement pillar 5 is provided with the circulator of air supplying part 6 in the top of base portion 4
In, by base portion 4, the of power switch is set in the way of surrounding the bottom of air supplying part 6 ring-type or arcuation
One touch sensor 25, so as to can be operated from any direction of fan main body 1 to the first touch sensor 25.
The fan of the air-supply arrangement of present embodiment has base portion 4, the pillar 5 located at the top of base portion 4 and located at branch
In the air supplying part 6 of the upper end of post 5, the fan, in base portion 4, ring-type or arcuation in the way of surrounding the bottom of pillar 5
Provided with the first touch sensor 25, it is used as the adjustment unit that the air quantity from air supplying part 6 is adjusted.
In this case, by base portion 4, it is set in the way of surrounding the bottom of pillar 5 ring-type or arcuation
First touch sensor 25 of adjustment unit, so that any direction from the fan main body 1 as air-supply arrangement can be to phase
When the first touch sensor 25 in adjustment unit is operated.
Also, the air-supply arrangement as replacement pillar 5 is provided with the circulator of air supplying part 6 in the top of base portion 4
In, by base portion 4, the of adjustment unit is set in the way of surrounding the bottom of air supplying part 6 ring-type or arcuation
One touch sensor 25, so as to can be operated from any direction of fan main body 1 to the first touch sensor 25.
The fan of the air-supply arrangement of present embodiment, which is removed, to be possessed base portion 4, the pillar 5 located at the top of base portion 4 and is located at
Outside the fan main body 1 as main body of the air supplying part 6 of the upper end of pillar 5, the remote-controlled operation as wireless type is also equipped with
In the remote control 2 of unit, the fan, in base portion 4, in the way of surrounding the bottom of pillar 5 ring-type or arcuation provided with using
In the light accepting part 21 of remote control 2.
In this case, by base portion 4, receiving is set ring-type or arcuation in the way of surrounding the bottom of pillar 5
The light accepting part 21 of radio operation signal from remote control 2, so that from any direction of the fan main body 1 as air-supply arrangement all
Remote-controlled operation can be carried out to fan main body 1 using remote control 2.
Also, the air-supply arrangement as replacement pillar 5 is provided with the circulator of air supplying part 6 in the top of base portion 4
In, by base portion 4, the light of remote control 2 is provided in the way of surrounding the bottom of air supplying part 6 ring-type or arcuation
Portion 21, so that from any direction of fan main body 1 remote-controlled operation can be carried out to fan main body 1 using remote control 2.
In the present embodiment, as designating unit the second touch sensor 26 and as power switch and regulation
First touch sensor 25 of unit is respectively structured as ring-type, and they are configured using pillar 5 as Central places same heart shaped.
Thus, it can touch and pass relative to first from any direction of the fan main body 1 of the main body as air-supply arrangement
Sensor 25, the second touch sensor 26 carry out identical operation.
Also, in air-supply arrangement as circulator, if being used as Central places same heart shaped using air supplying part 6 instead of pillar 5
It is configured as the second touch sensor 26 of designating unit and the first touch sensor as power switch and adjustment unit
25, then it is also identical in this case, it can be touched from any direction of air-supply arrangement relative to the first touch sensor 25, second
Touch sensor 26 and carry out identical operation.
In addition, in the present embodiment, except the second touch sensor 26 as designating unit and as power switch
And outside the first touch sensor 25 of adjustment unit, light accepting part 21 is also annularly constituted, they are matched somebody with somebody using pillar 5 as center
It is set to same heart shaped.
Thus, any direction from the fan main body 1 of the main body as air-supply arrangement can be relative to light accepting part 21,
One touch sensor 25, the second touch sensor 26 carry out identical direct operation and remote-controlled operation.
Also, in air-supply arrangement as circulator, if being used as Central places same heart shaped using air supplying part 6 instead of pillar 5
Configuration light accepting part 21, the second touch sensor 26 as designating unit, first as power switch and adjustment unit touch
Touch sensor 25, then it is also identical in this case, it can be touched from any direction of air-supply arrangement relative to light accepting part 21, first
Touch sensor 25, the second touch sensor 26 and carry out identical operation.
In addition, the present invention is not limited to the embodiment of the above, it can implement various in the range of the purport of invention
Deformation.For example, in the above-described embodiment, the second touch sensor 26 is provided with the outside of the first touch sensor 25, but
Can be that the structure of first touch sensor 25 is set in the outside of the second touch sensor 26.Also, can certainly be by not
With part constitute the touch sensor equivalent to power switch and the touch sensor equivalent to adjustment unit.
Claims (16)
1. a kind of air-supply arrangement, it has base portion, the air supplying part located at the top of the base portion and makes the air supplying part relative to upper
The travel mechanism that base portion relatively rotates or rotated in the horizontal direction is stated,
Above-mentioned air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, it is provided with to above-mentioned air supplying part ring-type or arcuation
The designating unit specified of air supply direction scope.
2. a kind of air-supply arrangement, it has base portion, the column sections located at the top of the base portion, the upper end located at the column sections
Air supplying part and make the air supplying part relative to above-mentioned base portion in the horizontal direction relatively rotate or rotate travel mechanism,
The air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned column sections, it is provided with to above-mentioned air supplying part ring-type or arcuation
The designating unit specified of air supply direction scope.
3. air-supply arrangement according to claim 1 or 2, it is characterised in that
The pivot or center of rotation of above-mentioned designating unit and above-mentioned air supplying part are arranged with same heart shaped.
4. air-supply arrangement according to claim 1 or 2, it is characterised in that
Above-mentioned designating unit is located at the upper surface of above-mentioned base portion.
5. air-supply arrangement according to claim 1 or 2, it is characterised in that
In above-mentioned base portion, the display unit shown provided with the scope to being specified out by above-mentioned designating unit.
6. air-supply arrangement according to claim 1 or 2, it is characterised in that
The translational speed of above-mentioned air supplying part is controlled as, and is turned at a high speed in non-designated scope compared to specified range.
7. a kind of air-supply arrangement, it has base portion and the air supplying part located at the top of the base portion,
The air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, it is provided with power switch ring-type or arcuation.
8. a kind of air-supply arrangement, it has base portion, the column sections located at the top of the base portion and the upper end located at the column sections
The air supplying part in portion,
The air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, it is provided with power switch ring-type or arcuation.
9. a kind of air-supply arrangement, it has base portion and the air supplying part located at the top of the base portion,
The air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, ring-type or arcuation provided with being adjusted to air quantity
The adjustment unit of section.
10. a kind of air-supply arrangement, it has base portion, the column sections located at the top of the base portion and located at the upper of the column sections
The air supplying part of end,
The air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned column sections, ring-type or arcuation provided with being adjusted to air quantity
The adjustment unit of section.
11. a kind of air-supply arrangement, it has the remote behaviour of base portion, the air supplying part located at the top of the base portion and wireless type
Make unit,
The air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, be provided with is used for above-mentioned long distance ring-type or arcuation
From the light accepting part of operating unit.
12. a kind of air-supply arrangement, it has base portion, the column sections located at the top of the base portion, the upper end located at the column sections
Air supplying part and wireless type remote-controlled operation unit,
The air-supply arrangement is characterised by,
In above-mentioned base portion, in the way of surrounding the bottom of above-mentioned air supplying part, be provided with is used for above-mentioned long distance ring-type or arcuation
From the light accepting part of operating unit.
13. the air-supply arrangement according to claim 1,7,9, it is characterised in that
Above-mentioned designating unit, power switch and adjustment unit are constituted with ring-type respectively, and they using above-mentioned air supplying part as
Center configuration is concentrically.
14. the air-supply arrangement according to claim 2,8,10, it is characterised in that
Above-mentioned designating unit, power switch and adjustment unit are constituted with ring-type respectively, and they using above-mentioned column sections as
Center configuration is concentrically.
15. the air-supply arrangement according to claim 11 or 13, it is characterised in that
Above-mentioned light accepting part, designating unit, power switch and adjustment unit are constituted with ring-type respectively, and they are with above-mentioned air-supply
Portion as center configuration concentrically.
16. the air-supply arrangement according to claim 12 or 14, it is characterised in that
Above-mentioned light accepting part, designating unit, power switch and adjustment unit are constituted with ring-type respectively, and they are with above-mentioned pillar
Portion as center configuration concentrically.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016-008402 | 2016-01-20 | ||
| JP2016008402A JP6687396B2 (en) | 2016-01-20 | 2016-01-20 | Blower |
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| Publication Number | Publication Date |
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| CN106989043A true CN106989043A (en) | 2017-07-28 |
| CN106989043B CN106989043B (en) | 2021-03-05 |
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| CN201710035167.5A Active CN106989043B (en) | 2016-01-20 | 2017-01-18 | Air supply device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112074664A (en) * | 2018-04-04 | 2020-12-11 | 戴森技术有限公司 | Control of fan assembly |
| CN112302981A (en) * | 2019-07-30 | 2021-02-02 | 广东美的环境电器制造有限公司 | Fan, control method thereof and computer readable storage medium |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112074664A (en) * | 2018-04-04 | 2020-12-11 | 戴森技术有限公司 | Control of fan assembly |
| CN112302981A (en) * | 2019-07-30 | 2021-02-02 | 广东美的环境电器制造有限公司 | Fan, control method thereof and computer readable storage medium |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106989043B (en) | 2021-03-05 |
| JP2017129050A (en) | 2017-07-27 |
| JP6687396B2 (en) | 2020-04-22 |
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