CN206330286U - A kind of cold, warm ceiling fan without exposed fan blade - Google Patents
A kind of cold, warm ceiling fan without exposed fan blade Download PDFInfo
- Publication number
- CN206330286U CN206330286U CN201621387364.0U CN201621387364U CN206330286U CN 206330286 U CN206330286 U CN 206330286U CN 201621387364 U CN201621387364 U CN 201621387364U CN 206330286 U CN206330286 U CN 206330286U
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- carbon fiber
- wire
- heating tube
- fiber heating
- support
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- Resistance Heating (AREA)
Abstract
The utility model discloses a kind of cold, warm ceiling fan without exposed fan blade.It is mainly characterized by：Provided with 3~4 pieces of integrative-structures, the uniform connecting plate in empty top in the cylinder of columnar support, the inner outer face respectively with columnar motor cabinet of 3~4 pieces of connecting plates welds together, single-phase variable-frequency motor is provided with the centre bore of motor cabinet, the cubic axle journal of the projecting shaft lower end of single-phase variable-frequency motor and four square holes of fan blade coordinate, and are locked at fan blade on the projecting shaft of single-phase variable-frequency motor with nut；Empty lower central is provided with carbon fiber heating tube A in the cylinder of support, and carbon fiber heating tube A horizontal front and back ends are respectively equipped with symmetrical carbon fiber heating tube B；In the cover lid of support bottom, the radial direction border of lower spherical wall thickness be provided with multiple rows of uniform exhaust vent.The utility model is lifted on indoor floor using very safe, can be dried and be enjoyed the cool when being warm, and can be provided hot blast when being cold again and be improved indoor temperature, a fan is dual-purpose.
Description
Technical field
The utility model is related to electric fan technical field, more particularly to a kind of cold, warm ceiling fan without exposed fan blade.
Background technology
Existing ceiling fan is exposed due to long fan blade, in use, existing safe hidden on the floor of lifting indoors
Suffer from.
Pectinid is enjoyed the cool when existing ceiling fan is only used for being warm, and hot blast can not be provided when being cold and improves indoor temperature,
The problem of there is unitary function.
Utility model content
The purpose of this utility model is to improve the not enough of prior art to hang there is provided a kind of the cold, warm of no exposed fan blade
Fan, is lifted on indoor floor using very safe, can dry and enjoy the cool when being warm, can provide hot blast when being cold again
Indoor temperature is improved, a fan is dual-purpose.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is：By support, wire A, wire B, tune
Fast potentiometer, base A, wire C, the first plug, the second plug, carbon fiber heating tube A, cover lid, base B, motor cabinet, nut,
It is a kind of without outer that fan blade, single-phase variable-frequency motor, clamping plate, wire D, base C, carbon fiber heating tube B, base D and wire E are constituted
Divulge a secret cold, the warm ceiling fan of leaf, provided with 3~4 pieces of integrative-structures, the uniform connection in empty top in the cylinder of columnar support
Plate, the inner outer face respectively with columnar motor cabinet of 3~4 pieces of connecting plates welds together, in the centre bore of motor cabinet
Provided with single-phase variable-frequency motor, the cubic axle journal of the projecting shaft lower end of single-phase variable-frequency motor and four square holes of fan blade coordinate, and use spiral shell
Fan blade is locked on the projecting shaft of single-phase variable-frequency motor by mother.
Described single-phase variable-frequency motor is held out against in the centre bore of motor cabinet with bolt.
The radial direction border on the wall thickness top of described support is provided with multiple rows of uniform fresh air inlet.
It is provided with the mounting flange of integrative-structure at the top of the wall thickness of described support, mounting flange is uniform provided with 3~4
Mounting hole.
The binding post A and binding post B of described single-phase variable-frequency motor are connected to two wire terminals of wire A right-hand members respectively
Together, wire A left end is each passed through after the first round tube hole on motor cabinet and support left end wall thickness and speed-regulating potentiometer upper end
Output wiring terminal link together.
The upper end of the input wires terminal and wire C of described speed-regulating potentiometer lower end links together, wire C lower end
Linked together with the first plug.
Empty lower central is provided with carbon fiber heating tube A in the cylinder of described support, before carbon fiber heating tube A level,
Rear end is respectively equipped with symmetrical carbon fiber heating tube B.
Described carbon fiber heating tube A left tube head A is caught in the base A of porcelain left neck A.
Described carbon fiber heating tube A right tube head A is caught in the base B of porcelain right neck A.
The carbon fiber heating tube B of described carbon fiber heating tube A horizontal front and back ends left tube head B is respectively clamped into left part
In the base C of front and back ends porcelain left neck B.
The carbon fiber heating tube B of described carbon fiber heating tube A horizontal front and back ends right tube head B is respectively clamped into right part
In the base D of front and back ends porcelain right neck B.
Described carbon fiber heating tube A and the input line of the carbon fiber heating tube B left ends of horizontal front and back ends and wire D are simultaneously
The lower end for peeling off the connecting line A of the left end after outer layer foreskin in the middle part of connection, wire D forward and backward length with wire B upper end is connected to
Together.
Described carbon fiber heating tube A and the input line of the carbon fiber heating tube B right-hand members of horizontal front and back ends and wire E are simultaneously
The lower end for peeling off the connecting line B of the right-hand member after outer layer foreskin in the middle part of connection, wire E forward and backward length with wire B upper end is connected to
Together.
The connecting line A clamping plates and screw-clamped of described wire B left ends are on the left end wall thickness of support.
The connecting line B clamping plates and screw-clamped of described wire B right-hand members are on the right-hand member wall thickness and connecting plate of support.
Described wire B links together after passing through the second round tube hole on support left end wall thickness with the second plug.
The bottom of described support is provided with the adpting flange A of integrative-structure, and adpting flange A bottom is provided with hemispheric cover
Lid, adpting flange A with cover cover portion's integrative-structure adpting flange B be tightened by bolts together with.
The inside of described cover lid is provided with hemispheric cavity.
In described cover lid, the radial direction border of lower spherical wall thickness be provided with multiple rows of uniform exhaust vent, each exhaust vent
Sphere wall thickness with cover lid is perpendicular.
The gross area of exhaust vent in described cover lid, on lower spherical wall thickness is less than the wall thickness top radial direction border of support
Fresh air inlet the gross area.
Usefulness of the present utility model is：Due to not exposed fan blade, it is lifted on indoor floor using very safe；
Because bottom empty in the cylinder of support is provided with carbon fiber heating tube A and carbon fiber heating tube B, it can dry and receive when being warm
It is cool, hot blast can be provided when being cold again and improve indoor temperature, a fan is dual-purpose.
Due to being heated using carbon fiber heating tube, have further the advantage that.
The light sent when carbon fiber heating tube is heated is not dazzling, there is certain protective effect to eyes, especially right
Children and old man.
Resonated when carbon fiber heating tube is heated with the molecule formation in air, so that the purpose of heating is reached, it is this
Mode of heating will not cause the water loss in air, will not make to be air-dried, so as to protect the moistening of human body skin, solve because
It is caused when improving indoor temperature using air-conditioning or conventional heater to be air-dried the pruitus problem caused.
Using carbon fiber heating tube carry out heating can energy-conservation, the thermal conversion rate of carbon fiber heating tube up to 90 percent with
On, the significantly larger than thermal conversion rate of halogen heating pipe, carbon fiber heating tube compared with halogen heating pipe can energy-conservation up to 30%.
Carrying out heating using carbon fiber heating tube has healthcare function, is emitted when carbon fiber heating tube is heated
Far infrared is referred to as " light of life ", can improve blood circulation, the immunity of human body is improved, to arthritis, rheumatism etc.
Joint disease can play good health-care effect.
Clothes can be protected by carrying out heating using carbon fiber heating tube, when traditional halogen improves indoor temperature heat radiation away from
From shorter, sense is closely scorched, time length can bake bad clothes, the especially clothes such as silk filoplume suede, and carbon fiber heating tube enters
The heat issued during row heating is certainly but soft as sunshine, and injury is not resulted in clothes.
Brief description of the drawings
Concrete structure of the present utility model is provided by following embodiment and its accompanying drawing.
Fig. 1 be according to the utility model proposes a kind of cold, warm ceiling fan without exposed fan blade concrete structure schematic diagram
In（A-A sectional views）.
Fig. 2 be according to the utility model proposes a kind of cold, warm ceiling fan without exposed fan blade concrete structure K to regarding
Figure.
Fig. 3 be according to the utility model proposes the B-B of concrete structure of cold, warm ceiling fan without exposed fan blade a kind of cut open
View.
In figure：1- supports, the round tube holes of 2- first, the round tube holes of 3- second, 4- wires A, 5- wire B, 6- connecting line A, 7- tune
Fast potentiometer, 8- bases A, 9- wire C, the 10- left tube head A of left neck A, 11-, the plugs of 12- first, the plugs of 13- second, 14- carbon
Fiber heating tube A, 15- cavity, 16- cover lids, 17- exhaust vents, the right tube head A of 18- adpting flanges B, 19- adpting flange A, 20-,
Empty, 24- connecting lines B, 25- motor cabinet in the right neck A of 21-, 22- bases B, 23-, 26- centre bores, 27- nuts, 28- fan blades,
29- projecting shafts, the single-phase variable-frequency motors of 30-, 31- fresh air inlets, 32- connecting plates, 33- clamping plates, 34- mounting holes, 35- mounting flanges,
36- wires D, 37- base C, 38- left neck B, the 39- right tube head B of left tube head B, 40- carbon fiber heating tubes B, 41-, the right necks of 42-
B, 43- base D, 44- wire E.
Embodiment
Below in conjunction with the accompanying drawings describe in detail according to the utility model proposes specific device details and working condition.
As shown in drawings, the utility model proposes specific device details be：By support 1, wire A4, wire B5, speed governing
Potentiometer 7, base A8, wire C9, the first plug 12, the second plug 13, carbon fiber heating tube A14, cover lid 16, base B22, electricity
Support 25, nut 27, fan blade 28, single-phase variable-frequency motor 30, clamping plate 33, wire D36, base C37, carbon fiber heating tube B40, pipe
The top of sky 23 in a kind of cold, warm ceiling fan without exposed fan blade that seat D43 and wire E44 is constituted, the cylinder of columnar support 1
32,4 pieces of connecting plates 32 of connecting plate provided with 4 pieces of integrative-structures, uniform it is inner outer with columnar motor cabinet 25 respectively
End face welds together, and single-phase variable-frequency motor 30, the projecting shaft of single-phase variable-frequency motor 30 are provided with the centre bore 26 of motor cabinet 25
The cubic axle journal of 29 lower ends coordinates with four square holes of fan blade 28, and fan blade 28 is locked at into single-phase variable-frequency motor 30 with nut 27
On projecting shaft 29.
Single-phase variable-frequency motor 30 is held out against in the centre bore 26 of motor cabinet 25 with bolt.
The radial direction border on the wall thickness top of support 1 is provided with multiple rows of uniform fresh air inlet 31.
The mounting flange 35 of integrative-structure is provided with the top of the wall thickness of support 1, mounting flange 35 is provided with 4 uniform installations
Hole 34.
The binding post A and binding post B of single-phase variable-frequency motor 30 are connected to one with two wire terminals of wire A4 right-hand members respectively
Rise, wire A4 left end is each passed through after the first round tube hole 2 on motor cabinet 25 and the left end wall thickness of support 1 and speed-regulating potentiometer 7
The output wiring terminal of upper end links together.
The upper end of the input wires terminal and wire C9 of the lower end of speed-regulating potentiometer 7 links together, wire C9 lower end with
First plug 12 links together.
The lower central of sky 23 is provided with carbon fiber heating tube A14 in the cylinder of support 1, before carbon fiber heating tube A14 level,
Rear end is respectively equipped with symmetrical carbon fiber heating tube B40.
Carbon fiber heating tube A14 left tube head A11 is caught in the base A8 of porcelain left neck A10.
Carbon fiber heating tube A14 right tube head A20 is caught in the base B22 of porcelain right neck A21.
The carbon fiber heating tube B40 of carbon fiber heating tube A14 horizontal front and back ends left tube head B39 is respectively clamped into left part
In the base C37 of front and back ends porcelain left neck B38.
The carbon fiber heating tube B40 of carbon fiber heating tube A14 horizontal front and back ends right tube head B41 is respectively clamped into right part
In the base D43 of front and back ends porcelain right neck B42.
The input line and wire D36 of the carbon fiber heating tube B40 left ends of carbon fiber heating tube A14 and horizontal front and back ends are simultaneously
The lower end for peeling off the connecting line A6 of the left end after outer layer foreskin in the middle part of connection, wire D36 forward and backward length with wire B5 upper end connects
It is connected together.
The input line and wire E44 of the carbon fiber heating tube B40 right-hand members of carbon fiber heating tube A14 and horizontal front and back ends are simultaneously
The connecting line B24 of the right-hand member after outer layer foreskin lower end is peeled off in the middle part of connection, wire E44 forward and backward length with wire B5 upper end
Link together.
The connecting line A6 of wire B5 left ends is with clamping plate 33 and screw-clamped on the left end wall thickness of support 1.
The connecting line B24 of wire B5 right-hand members is with clamping plate 33 and screw-clamped on the right-hand member wall thickness and connecting plate 32 of support 1.
Wire B5 links together after passing through the second round tube hole 3 on the left end wall thickness of support 1 with the second plug 13.
The bottom of support 1 is provided with the adpting flange A19 of integrative-structure, and adpting flange A19 bottom is provided with hemispheric cover
Lid 16, together with adpting flange A19 is tightened by bolts with the adpting flange B18 of the top integrative-structure of cover lid 16.
The inside of cover lid 16 is provided with hemispheric cavity 15.
In cover lid 16, the radial direction border of lower spherical wall thickness be provided with multiple rows of uniform exhaust vent 17, each exhaust vent 17
Sphere wall thickness with cover lid 16 is perpendicular.
The gross area of exhaust vent 17 in cover lid 16, on lower spherical wall thickness is less than the wall thickness top radial direction border of support 1
Fresh air inlet 31 the gross area.
The utility model proposes specific device working condition（One）：Install：Electricity consumption be drilled on indoor floor get out 4 it is swollen
Swollen bolt hole, 4 pieces of expansion bolts are knocked in 4 hole for the expansion bolts respectively, expansion bolt is screwed, by the peace at the top of support wall thickness
4 uniform mounting holes on dress flange are covered on 4 expansion bolts of insertion respectively, and the nut on 4 expansion bolts is screwed respectively,
Support can be fastened on indoor floor.
Speed-regulating potentiometer is arranged close on the wall of power outlet.
The utility model proposes specific device working condition（Two）：Blowing is enjoyed the cool when being warm：By the insertion of the first plug
In power outlet, power supply is transported to speed-regulating potentiometer by wire C, and the knob for being rotated clockwise speed-regulating potentiometer connects electricity
Source, power supply is transported to the binding post A and binding post B of single-phase variable-frequency motor by wire A, and single-phase variable-frequency motor starts to rotate, turned
Dynamic motor shaft drives fan blade to rotate, the multiple rows of uniform fresh air inlet of the fan blade of rotation from the radial direction border on the wall thickness top of support
It is pumped into after air, then exhaust vent of the air from cover lid, on lower spherical wall thickness is blown out, you can blowing is enjoyed the cool.
Continue the knob of rotation speed-regulating potentiometer clockwise, you can the electric current of increase input single-phase variable-frequency motor, make
Faster, the rotating speed for making fan blade faster, so as to increase blow strength, improves effect of enjoying the cool, satisfaction is received to the rotating speed of single-phase variable-frequency motor
It is cool to need.
Counter-clockwise direction rotates the knob of speed-regulating potentiometer, you can reduces the electric current of input single-phase variable-frequency motor, makes single-phase
The spin down of variable-frequency motor, makes the spin down of fan blade, so as to reduce blow strength, meets needs of enjoying the cool；When counter-clockwise side
During to the knob of rotation speed-regulating potentiometer to terminal, the power supply of single-phase variable-frequency motor disconnects, and single-phase variable-frequency motor stops operating, wind
Leaf stops operating.
The utility model proposes specific device working condition（Three）：Indoor temperature is improved when being cold：By the first plug
Inserted respectively in power outlet with the second plug, power supply is transported to speed-regulating potentiometer by wire C, at the same power supply by wire B,
Wire D and wire E are transported to carbon fiber heating tube A and carbon fiber heating tube B, and carbon fiber heating tube A and carbon fiber heating tube B are same
When start heating, the knob for being rotated clockwise speed-regulating potentiometer switches on power, and power supply is transported to single-phase frequency conversion by wire A
The binding post A and binding post B of motor, single-phase variable-frequency motor start to rotate, and the motor shaft of rotation drives fan blade to rotate, the wind of rotation
Leaf is pumped into carbon fiber heating of the air after-blow to heating from multiple rows of uniform fresh air inlet of the radial direction border on the wall thickness top of support
Pipe A and carbon fiber heating tube B, then the heat that carbon fiber heating tube A and carbon fiber heating tube B are sent and air from cover lid
In, exhaust vent on lower spherical wall thickness blowout hot blast, you can improve indoor temperature.
The knob of counter-clockwise direction rotation speed-regulating potentiometer can disconnect the power supply of single-phase variable-frequency motor, single-phase change to terminal
Frequency motor stalls, fan blade stops operating；Carbon fiber heating tube A and carbon fiber heating tube B can be disconnected by extracting the second plug
Power supply, carbon fiber heating tube A and carbon fiber heating tube B is stopped.
Claims (3)
1. a kind of cold, warm ceiling fan without exposed fan blade, by support（1）, wire A（4）, wire B（5）, speed-regulating potentiometer（7）、
Base A（8）, wire C（9）, the first plug（12）, the second plug（13）, carbon fiber heating tube A（14）, cover lid（16）, base B
（22）, motor cabinet（25）, nut（27）, fan blade（28）, single-phase variable-frequency motor（30）, clamping plate（33）, wire D（36）, base C
（37）, carbon fiber heating tube B（40）, base D（43）With wire E（44）Constitute, it is characterised in that：Columnar support（1）'s
It is empty in cylinder（23）Provided with 3~4 pieces of integrative-structures, the uniform connecting plate in top（32）, 3~4 pieces of connecting plates（32）The inner
Respectively with columnar motor cabinet（25）Outer face weld together, motor cabinet（25）Centre bore（26）It is interior to become provided with single-phase
Frequency motor（30）, single-phase variable-frequency motor（30）Projecting shaft（29）The cubic axle journal and fan blade of lower end（28）Four square holes coordinate,
And use nut（27）By fan blade（28）It is locked at single-phase variable-frequency motor（30）Projecting shaft（29）On；
Described single-phase variable-frequency motor（30）Held out against with bolt in motor cabinet（25）Centre bore（26）It is interior；
Described support（1）Wall thickness top radial direction border be provided with multiple rows of uniform fresh air inlet（31）；
Described support（1）Wall thickness at the top of be provided with integrative-structure mounting flange（35）, mounting flange（35）It is provided with 3~4
Individual uniform mounting hole（34）；
Described single-phase variable-frequency motor（30）Binding post A and binding post B respectively with wire A（4）Two wire terminals of right-hand member connect
It is connected together, wire A（4）Left end be each passed through motor cabinet（25）And support（1）The first round tube hole on left end wall thickness（2）Afterwards
With speed-regulating potentiometer（7）The output wiring terminal of upper end links together；
Described speed-regulating potentiometer（7）The input wires terminal of lower end and wire C（9）Upper end link together, wire C（9）
Lower end and the first plug（12）Link together.
2. a kind of cold, warm ceiling fan without exposed fan blade according to claim 1, it is characterised in that：Support（1）Cylinder in
It is empty（23）Lower central be provided with carbon fiber heating tube A（14）, carbon fiber heating tube A（14）Horizontal front and back ends be respectively equipped with
Symmetrical carbon fiber heating tube B（40）；
Described carbon fiber heating tube A（14）Left tube head A（11）It is caught in the base A of porcelain（8）Left neck A（10）It is interior；
Described carbon fiber heating tube A（14）Right tube head A（20）It is caught in the base B of porcelain（22）Right neck A（21）It is interior；
Described carbon fiber heating tube A（14）Horizontal front and back ends carbon fiber heating tube B（40）Left tube head B（39）Respectively
It is caught in the base C of left part front and back ends porcelain（37）Left neck B（38）It is interior；
Described carbon fiber heating tube A（14）Horizontal front and back ends carbon fiber heating tube B（40）Right tube head B（41）Respectively
It is caught in the base D of right part front and back ends porcelain（43）Right neck B（42）It is interior；
Described carbon fiber heating tube A（14）With the carbon fiber heating tube B of horizontal front and back ends（40）The input line and wire of left end
D（36）Parallel connection, wire D（36）Forward and backward length in the middle part of with wire B（5）Upper end peel off outer layer foreskin after left end connection
Line A（6）Lower end link together；
Described carbon fiber heating tube A（14）With the carbon fiber heating tube B of horizontal front and back ends（40）The input line and wire of right-hand member
E（44）Parallel connection, wire E（44）Forward and backward length in the middle part of with wire B（5）Upper end peel off outer layer foreskin after right-hand member connection
Line B（24）Lower end link together；
Described wire B（5）The connecting line A of left end（6）Use clamping plate（33）With screw-clamped in support（1）Left end wall thickness on；
Described wire B（5）The connecting line B of right-hand member（24）Use clamping plate（33）With screw-clamped in support（1）Right-hand member wall thickness and
Connecting plate（32）On；
Described wire B（5）Through support（1）The second round tube hole on left end wall thickness（3）Afterwards with the second plug（13）It is connected to
Together.
3. a kind of cold, warm ceiling fan without exposed fan blade according to claim 1, it is characterised in that：Support（1）Bottom
Adpting flange A provided with integrative-structure（19）, adpting flange A（19）Bottom provided with it is hemispheric cover lid（16）, adpting flange A
（19）With cover lid（16）The adpting flange B of top integrative-structure（18）It is tightened by bolts together；
Described cover lid（16）Inside be provided with hemispheric cavity（15）；
Described cover lid（16）In, the radial direction border of lower spherical wall thickness be provided with multiple rows of uniform exhaust vent（17）, each go out
Air holes（17）With cover lid（16）Sphere wall thickness it is perpendicular；
Described cover lid（16）In, the exhaust vent on lower spherical wall thickness（17）The gross area be less than support（1）Wall thickness top
The fresh air inlet of radial direction border（31）The gross area.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621387364.0U CN206330286U (en) | 2016-12-16 | 2016-12-16 | A kind of cold, warm ceiling fan without exposed fan blade |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621387364.0U CN206330286U (en) | 2016-12-16 | 2016-12-16 | A kind of cold, warm ceiling fan without exposed fan blade |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206330286U true CN206330286U (en) | 2017-07-14 |
Family
ID=59291109
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621387364.0U Expired - Fee Related CN206330286U (en) | 2016-12-16 | 2016-12-16 | A kind of cold, warm ceiling fan without exposed fan blade |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206330286U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108591118A (en) * | 2018-04-08 | 2018-09-28 | 林升地 | A kind of turntable applied in both cooling and heating type ceiling fan |
-
2016
- 2016-12-16 CN CN201621387364.0U patent/CN206330286U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108591118A (en) * | 2018-04-08 | 2018-09-28 | 林升地 | A kind of turntable applied in both cooling and heating type ceiling fan |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170714 Termination date: 20171216 |