CN205641525U - Air guide component and electric fan heater - Google Patents

Abstract

The utility model discloses an air guide component and electric fan heater. Air guide component has wind -guiding entry and the export of a plurality of wind -guiding, wind -guiding entry and a plurality of wind -guidings export intercommunication, and air guide component's top is the enclosed construction. According to the utility model discloses an air guide component through setting up the export of a plurality of wind -guidings, can satisfy the demand that many people sat around and use in air guide component's many places air -out on every side. The top is set to enclosed construction, the air current wind direction can be changed to a certain extent to can flow to the wind -guiding export by the steering current, shorten the flow distance of wind, promote work efficiency.

Description

Wind guiding component and warm-air drier

Technical field

This utility model relates to household appliance technical field, especially relates to a kind of wind guiding component and warm-air drier.

Background technology

The at present warm-air drier on domestic and international market, the overwhelming majority is one side air-out, it is impossible to meets many people and sits around the demand of heating. Simultaneously because one side air-out, heat scope little, room also cannot be made quickly to warm up.

For solve most warm-air drier can only the shortcoming of one side air-out, on the discloseder warm-air driers of prior art, by air channel snail Air inlet and multiple air outlet it is provided with, circumferentially disposed, on its middle shell along air inlet of multiple air outlets on the housing of shell blower fan Lower two ends are equipped with the through housing of macropore.Wind wheel is arranged in housing, and wind wheel is centrifugal wind wheel, and during work, centrifugal wind wheel rotates, Make wind blow out from multiple air ports, thus realize the function of multiaspect air-out.

In this multiple duct spiral case blower fan, within being placed on the ring of encirclement of 4 air outlets due to fan blade, therefore drive the electricity that fan blade rotates Machine also must be placed on upper surface or the lower surface of fan blade.If this air-duct spiral case is used on warm-air drier, then heat generating component is just Must be positioned under the air inlet of air-duct spiral case, can have the disadvantage that during work:

1, the hot blast that heat generating component produces is directly facing to motor, and the lubricating oil on motor can quickly be dried, cause rotating bad, Produce abnormal sound etc.；

2, the hot blast that heat generating component produces is directly facing to motor, adds that motor work self natively can be generated heat, and both heats are folded Add, thus cause motor winding temperature rise too high, affect motor service life, motor winding wire fusing even can be made to burn.With Time superposition heat the insulant of motor can be made must to improve the class of insulation (temperature resistant grade), add motor insulation material Cost.

3, this kind of warm-air drier can not accomplish IP (INGRESS PROTECTION-degree of protection) X4 classification of waterproof, because water The components and parts such as the winding that can be flowed into motor from the air outlet in air channel, making burn-down of electric motor, safety in utilization is low.

Utility model content

One of technical problem that this utility model is intended to solve in correlation technique the most to a certain extent.To this end, this utility model Proposing a kind of wind guiding component, this wind guiding component is suitable for novel warm-air machine structural requirement.

Another purpose of the present utility model is to provide a kind of warm-air drier with above-mentioned wind guiding component.

According to wind guiding component of the present utility model, described wind guiding component has wind guiding inlet and the outlet of multiple wind-guiding, and described wind-guiding enters Mouthful with the plurality of wind-guiding outlet, and the top of described wind guiding component is enclosed construction.

According to the wind guiding component of this utility model embodiment, export by arranging multiple wind-guiding, can around wind guiding component many places Air-out, meet many people sit around use demand.Top is arranged to enclosed construction, air-flow wind direction can be changed to a certain extent, Such that it is able to guide the outlet of air flow direction wind-guiding, shorten the flow distance of wind, promote work efficiency.

It addition, can also have a following distinguishing feature according to warm-air drier of the present utility model:

In certain embodiments, the neighbouring described enclosed construction of the plurality of wind-guiding outlet is arranged, at least of described enclosed construction Divide and protrude towards described wind guiding inlet.Thus, enclosed construction can change the wind direction of hot blast to a certain extent, such that it is able to guide Hot air flow exports to wind-guiding, shortens the flow distance of wind, promotes work efficiency.

Alternatively, described closed structural configuration becomes the revolving body with the axis of described wind guiding component as rotation axis.Thus, returning Under the effect turned, hot blast can uniformly flow to the outlet of multiple wind-guiding, so that the air output of each wind-guiding outlet is close Or identical, and then so that the hot blast temperature blowing to multiple directions is close, promote comfort.

Alternatively, described closed structural configuration is arc.Thus, easily seal, and structure is easily worked.

In certain embodiments, at least one of cross section of the inner chamber of described wind guiding component at described wind guiding inlet towards described It is gradually reduced on the direction of enclosed construction.Thus, wind-guiding section can strengthen the blast of hot blast the most to a certain extent, so that The flow velocity of hot blast is accelerated, and can improve work efficiency.

In certain embodiments, the periphery wall of described wind guiding component is provided with reinforcement.Thus improve overall construction intensity, reduce What air current flow caused trembles, deforms.

In certain embodiments, described wind guiding inlet is formed at the lower end of described wind guiding component, and the outlet of the plurality of wind-guiding is formed at On the sidewall of described wind guiding component.

In certain embodiments, described wind guiding component includes: upper bracket and lower carriage, described upper bracket and described lower carriage split Connect.

In certain embodiments, described lower carriage includes: the first support and the second support, described first support and described Two support splits connect.

Specifically, it is provided with stand bar structure between described upper bracket and described lower carriage.

Specifically, described stand bar structure includes: multiple upper legs and multiple lower support leg, and the plurality of upper leg is arranged on described On support, the plurality of lower support leg is arranged on described lower carriage, and the plurality of upper leg is the most corresponding with the plurality of lower support leg To form multipair leg.

Alternatively, described upper leg is four and is distributed at four angles of described upper bracket, and described lower support leg is four, wherein Two described lower support legs are distributed on described first support, and two other described lower carriage is distributed on described second support.

Specifically, being formed with a described wind-guiding outlet between the described leg of adjacent two couple, the lower end of described lower carriage is formed Described wind guiding inlet.

According to warm-air drier of the present utility model, including: casing and the air-supply arrangement being arranged in described casing, heating assembly and lead Wind assembly is according to warm-air drier of the present utility model.

According to the warm-air drier of this utility model embodiment, export by arranging multiple wind-guiding, can many places air-out around warm-air drier, Meet many people sit around use demand.Top is arranged to enclosed construction, air-flow wind direction can be changed to a certain extent, thus can To guide the outlet of air flow direction wind-guiding, shorten the flow distance of wind, promote warm-air drier work efficiency.

Specifically, described casing being provided with air inlet and multiple air outlet, described heating assembly is positioned at described air outlet with described Between air-supply arrangement, the wind guiding inlet of described wind guiding component opens wide towards described heating assembly, described wind guiding component the plurality of Wind-guiding outlet is corresponding with the plurality of air outlet respectively.Thus, by heating assembly being arranged on the outlet air end of air-supply assembly, extremely Few can reduction to a certain extent heats the assembly impact on air-supply arrangement, can directly avoid the wind through heating assembly heating Cross air-supply arrangement, the lubricating oil in air-supply arrangement can be avoided the most to a certain extent to be dried, the work of air-supply arrangement can be improved Make reliability, but also the operating temperature of air-supply arrangement can be reduced, promote the working environment of air-supply arrangement, and then can extend The service life of air-supply arrangement.And, reduce heat resistance to the being adapted to property of shell mechanism of air-supply arrangement, at least certain journey The production cost of warm-air drier can be reduced on degree.Thus, described wind guiding component includes leading-out portion and introduction part, described leading-out portion Lower surface is provided with opening and is provided with the outlet of at least one wind-guiding on periphery wall, and the upper end of described introduction part is connected with described opening Lead to and open at its lower end is to form wind guiding inlet.

Additional aspect of the present utility model and advantage will part be given in the following description, and part will become from the following description Substantially, or by practice of the present utility model recognize.

Accompanying drawing explanation

Above-mentioned and/or additional aspect of the present utility model and advantage will become bright from combining the accompanying drawings below description to embodiment Aobvious and easy to understand, wherein:

Fig. 1 is the structural representation of the wind guiding component according to this utility model embodiment；

Fig. 2 is the sectional view of the wind guiding component in Fig. 1；

Fig. 3 is the explosive view of the wind guiding component in Fig. 1.

Fig. 4 is the structural representation of the warm-air drier according to this utility model embodiment；

Fig. 5 is the sectional view of the warm-air drier according to this utility model embodiment.

Reference:

Warm-air drier 100；

Casing 10；Air inlet 11；Air outlet 12；Air-supply arrangement 20；Motor 23；Axial wheel 24；Heating assembly 30；

Wind guiding component 40；Introduction part 40a；Leading-out portion 40b；Reinforcement 40c；Wind guiding inlet 41；Wind-guiding outlet 42；Close Structure 44；Wind-guiding section 43；

Upper bracket 47；Upper leg 47a；

Lower carriage 45；First support 451；Second support 452；Stand bar structure 46；Leg 460；U-lag 45a；Lower Foot 45b；

Opening 48；Linkage section 49；

Fixed mount 80；Motor cover 81.

Detailed description of the invention

Of the present utility model embodiment is described below in detail, and the example of described embodiment is shown in the drawings.Below with reference to attached The embodiment that figure describes is exemplary, it is intended to be used for explaining this utility model, and it is not intended that to restriction of the present utility model.

Below with reference to Fig. 1-Fig. 3, the wind guiding component 40 according to this utility model embodiment is described.

Wind guiding component 40 according to this utility model embodiment, as depicted in figs. 1 and 2, wind guiding component 40 has wind guiding inlet 41 and multiple wind-guiding outlet 42, wind guiding inlet 41 and multiple wind-guidings outlet 42 connect, and the top of wind guiding component 40 is closing Structure 44.

During use, wind guiding component 40 is for deriving air-flow (hot blast as after heating) after treatment.Using wind-guiding group During part 40, by wind guiding inlet 41 air intake, air-flow flow to leading-out portion 40b by wind guiding component 40, then exports from wind-guiding 42 discharge.

Wherein, enclosed construction 44 can change the wind direction of hot blast to a certain extent, such that it is able to guide the outlet of air flow direction wind-guiding 42, shorten the flow distance of wind, promote work efficiency.

And wind-guiding outlet 42 is multiple, wind guiding component 40 is equivalent to many ventilating ducts, under reasonable Arrangement, and can be at wind guiding component The surrounding of 40 uniformly air-out, can meet many people and sit around the demand used.

As in a concrete example, as it is shown in figure 1, the cross section of wind guiding component 40 is square, four of wind guiding component 40 Being respectively equipped with derivation air port 12 on sidewall, wind guiding component 40 is equivalent to five ventilating ducts.Use the warm-air drier of this five ventilating duct, can Four sides air-out, i.e. all can dispel the heat at front, rear, left and right four direction at warm-air drier, can meet many people sit around heating demand.

Use the warm-air drier of this five ventilating duct, because can dispel the heat to four direction, can be warmed up in the space in room rapidly, In raising use space, the uniformity of temperature, improves the comfort level of human body.

Wind guiding component 40 according to this utility model embodiment, by arranging multiple wind-guiding outlet 42, can be at wind guiding component 40 Many places air-out around, meets many people and sits around the demand used.Top is arranged to enclosed construction 44, can change to a certain extent Changing the flow of QI-blood stream wind direction, such that it is able to guide air flow direction wind-guiding outlet 42, shortens the flow distance of wind, promotes work efficiency.

In certain embodiments, wind guiding component 40 includes leading-out portion 40b and introduction part 40a, the lower wall surface of leading-out portion 40b It is provided with opening 48, and leading-out portion 40b is provided with multiple wind-guiding outlet 42, the upper end of introduction part 40a and opening on periphery wall 48 are connected and open at its lower end is to form wind guiding inlet 41.

Wind guiding component 40 arranges introduction part 40a, is equivalent to be provided with one section between wind-guiding outlet 42 and wind guiding inlet 41 Pipeline.So, when warm-air drier assembles, the blower fan for air-supply can be arranged in leading-out portion 40b, i.e. need not be arranged on In or the leading-out portion 40b that surrounds neighbouring by wind-guiding outlet 42, such as, blower fan may be provided in introduction part 40a, or blower fan It is located under introduction part 40a.So, the hot blast that the heat generating component in warm-air drier 100 produces can be prevented directly facing to blower fan, it is to avoid Dry the lubricating oil on blower motor and cause bad, the generation abnormal sound of electric machine rotation etc..

Further, since motor need not be located in leading-out portion 40b, when warm-air drier uses from the water of wind-guiding outlet 42 inflow accidentally not Easily corrode motor, it is simple to use the warm-air drier of this wind guiding component 40 to accomplish IPX4 classification of waterproof, improve safety in utilization.

By arranging introduction part 40a at the lower ending opening 48 of leading-out portion 40b, breeze fan is made to may be provided at introduction part 40a In or introduction part 40a under, the lubricating oil in warm-air drier 100 breeze fan can be avoided to a certain extent to be dried, raising is given Wind functional reliability, but also blower fan operating temperature can be reduced, and then extend warm-air drier service life.It addition, go out from wind-guiding The water that mouth 42 flows into accidentally are difficult to corrode motor, it is simple to use the warm-air drier of this wind guiding component 40 to accomplish IPX4 classification of waterproof, Improve safety in utilization.

In certain embodiments, as depicted in figs. 1 and 2, multiple wind-guidings outlet 42 is arranged adjacent to enclosed construction 44, closes knot At least some of of structure 44 is protruded towards wind guiding inlet 42.Thus, enclosed construction 44 can be necessarily to wind guiding inlet 42 protrusion Change the wind direction of hot blast in degree, such that it is able to guide hot air flow to export 42 to wind-guiding, shorten the flow distance of wind, promote warm The work efficiency of blower fan 100.

Specifically, the wind being blown into from bottom to top, can strike when being blown upward in leading-out portion 40b on enclosed construction 44, At least some of due to enclosed construction 44 is protruded towards opening 48, and the shape of this protrusion rebounds after making airflow strikes in advance, Major part air-flow is by wind-guiding outlet 42 blowout.If the upper surface of leading-out portion 40b is designed to planar wall, wind is to planar wall After be blocked bounce-back again, can weaken the speed from wind-guiding also mouth 42 air-out to a certain extent, reduce air-out effect.

Specifically, enclosed construction 44 is configured to the revolving body with the axis of wind guiding component 40 as rotation axis.Thus, in revolution Under the effect of body, hot blast can uniformly flow to multiple wind-guiding outlet 42, so that the air output of each wind-guiding outlet 42 Close or identical, and then so that the hot blast temperature blowing to multiple directions is close, promote the comfort of warm-air drier 100.

Alternatively, as in figure 2 it is shown, enclosed construction 44 is configured to arc.In fig. 2, enclosed construction 44 is by leading-out portion The portion of upper surface of 40b is downwardly concaved the arc of formation.This roof by leading-out portion 40b is entirely concaved the closing knot of formation Structure 44, easily seals, and structure is easily worked.

Alternatively, as in figure 2 it is shown, enclosed construction 44 is formed as the taper of the similar cone that Xray films is smooth curve Facing the wall and meditating, wind is closed structure 44 when rebounding, and whirlpool is damaged little, thus is more favorable for hot blast and sheds from multiple air outlets 12.

Certainly, this utility model embodiment is not limited to this, and the enclosed construction 44 on wind guiding component 40 is alternatively hemispherical, or Other protrude shape.

In certain embodiments, as in figure 2 it is shown, at least one of cross section of the inner chamber of wind guiding component 40 is at wind guiding inlet 41 are gradually reduced on the direction of enclosed construction 44.So, the air-flow flowed into from wind guiding inlet 41 is gradually gathered, thus, Wind guiding component 40 can strengthen the blast of hot blast the most to a certain extent, so that the flow velocity of hot blast is accelerated, can improve warm The work efficiency of blower fan 100.

In the embodiment of fig. 2, it is provided with the wind-guiding section 43 for connecting wind guiding inlet 41 and opening 48 in introduction part 40a, leads The cross section of wind section 43 is gradually reduced on the direction of opening 48 at wind guiding inlet 41.

Specifically, as in figure 2 it is shown, be additionally provided with linkage section 49 in introduction part 40a, linkage section 49 is located at wind-guiding section 43 and opening Between 48, the cross section of linkage section 49 at wind guiding inlet 41 towards constant on the direction of opening 48.So, air-flow is flowing through During linkage section 49, linkage section 49 can play Stabilization, and so, air-flow flows into leading-out portion 40b from linkage section 49 and sealed Close structure 44 to rebound, can more smooth out.

In certain embodiments, wind guiding component 40 includes: upper bracket 47 and lower carriage 45, upper bracket 47 and lower carriage 45 Split connects, say, that upper bracket 47 and lower carriage 45 are respectively formed as individual part processing, again by upper bracket after processing 47 and lower carriage 45 connect as one formation wind guiding component 40, so can be easy to processing.Wherein, upper bracket 47 and lower carriage 45 can be connected by connector, and upper bracket 47 and lower carriage 45 also can be connected by modes such as welding, rivetings.

Specifically, lower carriage 45 includes: the first support 451 and the second support 452, the first support 451 and the second support 452 Split connects.It is to say, the first support 451 and the second support 452 are respectively formed as individual part processing, again will after processing First support 451 and the second support 452 connect as one formation lower carriage 45, so can be easy to processing.Wherein, first Frame 451 and the second support 452 can be connected by connector, and the first support 451 and the second support 452 also can be by welding, rivetings The mode such as connect connects.

Specifically, stand bar structure 46 it is provided with between upper bracket 47 and lower carriage 45.

Specifically, stand bar structure 46 includes: multiple upper leg 47a and multiple lower support leg 45b, and multiple upper leg 47a are arranged on On upper bracket 47, multiple lower support leg 45b are arranged on lower carriage 45, and multiple upper leg 47a are upper and lower with multiple lower support leg 45b Corresponding to form multipair leg 460.

Specifically, upper leg 47a is four and is distributed at four angles of upper bracket 47, and lower support leg 45b is four, wherein Two lower support leg 45b are distributed on the first support 451, and two other leftover bits and pieces 45b is distributed on the second support 452.

Specifically, being formed with a wind-guiding outlet 42 between two pairs of adjacent legs 460, the lower end of lower carriage 45 is formed leads Wind entrance 41.

Alternatively, as it is shown on figure 3, the first support 451 and the second support 452 are oppositely arranged.First support 451 and second Frame 452 all includes: U-lag 45a and being arranged on U-lag 45a and upwardly extending lower support leg 45b, two U-lags 45a relatively fastens and forms barrel-shaped introduction part 40a, and bucket two ends constitute opening 48 and wind guiding inlet 41, upper bracket 47 have to The upper leg 47a, lower support leg 45b of lower extension are corresponding with upper leg 47a to constitute the limit of wind-guiding outlet 42.

Preferably, upper leg 47a is identical with the length of lower support leg 45b.Wherein, first support the 451, second support 452 and Can connect by securing member is fixing between upper bracket 47.

Alternatively, the periphery wall of wind guiding component 40 is provided with reinforcement 40c.In Fig. 1, wind guiding component 40 also includes connecting Reinforcement 40c between leading-out portion 40b and introduction part 40a, thus improve overall construction intensity, reduce air current flow and cause Tremble, deform.

Specifically, as it is shown in figure 1, leading-out portion 40b outline area in the horizontal plane is more than introduction part 40a at opening 48 The outline area of end, reinforcement 40c is connected on the lower surface of leading-out portion 40b and the periphery wall of introduction part 40a.

It addition, in figure 3, reinforcement 40c is equivalent to the first support 451 and the flanging of the second support 452, the first support 451 and second support 452 can be attached by reinforcement 40c, securing member through reinforcement 40c connect, easy to connect.

Certainly, in this utility model embodiment, wind guiding component 40 is not limited to split into first support the 451, second support 452 With upper bracket 47.Such as, wind guiding component 40 also can be divided into the processing of multiple null part, or wind guiding component 40 according to other structures May be alternatively formed to one-body molded part.As when wind guiding component 40 is five ventilating duct, five ventilating ducts can be integrated injection molding, Five ventilating ducts also can be divided into two parts to assemble.

Below with reference to Fig. 1-Fig. 5, the warm-air drier 100 according to this utility model embodiment is described.

Warm-air drier 100 according to this utility model embodiment, as shown in Figure 4 and Figure 5, including: casing 10, air-supply arrangement 20, Heating assembly 30 and wind guiding component, as Figure 1-Figure 5, wind guiding component is the wind-guiding according to this utility model above-described embodiment Assembly 40.

Thus, according to the warm-air drier 100 of this utility model embodiment, by arranging multiple wind-guiding outlet 42, can be at warm-air drier 100 Surrounding's many places air-out, meet many people sit around use demand.Top is arranged to enclosed construction 44, can be to a certain extent Change air-flow wind direction, such that it is able to guide air flow direction wind-guiding outlet 42, shorten the flow distance of wind, promote warm-air drier 100 Work efficiency.

Specifically, casing 10 is provided with air inlet 11 and multiple air outlet 12.Air-supply arrangement 20 is arranged in casing 10.

Heating assembly 30 is arranged in casing 10, and the wind guiding inlet 41 of wind guiding component 40 opens wide towards heating assembly 30, leads Multiple wind-guidings outlet 42 of wind assembly 40 is corresponding with multiple air outlets 12 respectively.

Air-supply arrangement 20 is arranged adjacent to air inlet 11, such that it is able to be easy to be directly over air-supply dress from the wind that air inlet 11 enters Put 20 to blow to heat assembly 30, wind flow distance in casing 10 can be shortened the most to a certain extent, improve warm-air drier The work efficiency of 100, meets the comfortableness of user.

Heating assembly 30 may be provided at the top of air-supply arrangement 20.Thus, it is possible to directly avoid heating through heating assembly 30 Blow air over air-supply arrangement 20, be greatly reduced and even avoid the lubricating oil in air-supply arrangement 20 to be dried, improve air-supply arrangement The functional reliability of 20, but also the operating temperature of air-supply arrangement 20 can be reduced, promote the working environment of air-supply arrangement 20, And then the service life of air-supply arrangement 20 can be extended.And, reduce to the being adapted to property of shell mechanism of air-supply arrangement 20 anti- Heat energy power, can reduce the production cost of warm-air drier 100 the most to a certain extent.

Alternatively, as it is shown in figure 5, air-supply arrangement 20 may include that motor 23 and axial wheel 24, motor 23 drive shaft Stream impeller 24 rotates.Wherein, by arranging axial wheel 24, the convection effects of warm-air drier 100 can be improved, improve warm braw The work efficiency of machine 100.

Specifically, as it is shown in figure 5, be provided with fixed mount 80 in casing 10, motor 23 is fixed on fixed mount 80, motor 23 Motor shaft and the pivot center of axial wheel 24 be vertically arranged by fixed mount 80.

Further, as it is shown in figure 5, be provided with the motor cover 81 for covering motor 23 on the fixed mount 80 of motor 23. Thus, also make motor 23 waterproof while four sides air-out can be met, improve safety in utilization.

Warm-air drier 100 according to this utility model embodiment, by being arranged on the outlet air end of air-supply assembly, extremely by heating assembly 30 Few can reduction to a certain extent heats the assembly 30 impact on air-supply arrangement 20, it is to avoid through the wind of heating assembly 30 heating Directly blow over air-supply arrangement 20, the lubricating oil in air-supply arrangement 20 can be avoided the most to a certain extent to be dried, improve air-supply The functional reliability of device 20, but also the operating temperature of air-supply arrangement 20 can be reduced, promote the work of air-supply arrangement 20 Environment, and then the service life of air-supply arrangement 20 can be extended.And, being adapted to property of the shell mechanism ground of air-supply arrangement 20 Reduce heat resistance, the production cost of warm-air drier 100 can be reduced the most to a certain extent.

In description of the present utility model, it is to be understood that term " on ", D score, "front", "rear", "left", "right", Orientation or the position of the instruction such as " vertically ", " level ", " top ", " end ", " laterally ", " longitudinally ", " axially ", " circumferential " are closed System, for based on orientation shown in the drawings or position relationship, is for only for ease of description this utility model and simplification describes rather than refers to Show or imply the device of indication or element must have specific orientation, with specific azimuth configuration and operation, be not understood that For to restriction of the present utility model.

In the description of this specification, reference term " embodiment ", " some embodiments ", " example ", " concrete example ", Or specific features, structure, material or the feature bag that the description of " some examples " etc. means to combine this embodiment or example describes It is contained at least one embodiment of the present utility model or example.In this manual, need not to the schematic representation of above-mentioned term Identical embodiment or example must be directed to.And, the specific features of description, structure, material or feature can be arbitrary Individual or multiple embodiment or example combine in an appropriate manner.Additionally, in the case of the most conflicting, the technology of this area Personnel the feature of the different embodiments described in this specification or example and different embodiment or example can be combined and Combination.

Although above it has been shown and described that embodiment of the present utility model, it is to be understood that above-described embodiment is exemplary , it is impossible to being interpreted as restriction of the present utility model, those of ordinary skill in the art can be right in the range of this utility model Above-described embodiment is changed, revises, replaces and modification.

Claims (14)

1. a warm-air drier, it is characterized in that, including: casing and the air-supply arrangement being arranged in described casing, heating assembly and wind guiding component, described wind guiding component has wind guiding inlet and the outlet of multiple wind-guiding, described wind guiding inlet and the plurality of wind-guiding outlet, and the top of described wind guiding component is enclosed construction.

Warm-air drier the most according to claim 1, it is characterised in that the neighbouring described enclosed construction of the plurality of wind-guiding outlet is arranged, and at least some of of described enclosed construction is protruded towards described wind guiding inlet.

Warm-air drier the most according to claim 2, it is characterised in that described closed structural configuration becomes the revolving body with the axis of described wind guiding component as rotation axis.

Warm-air drier the most according to claim 2, it is characterised in that described closed structural configuration is arc.

Warm-air drier the most according to claim 1, it is characterised in that at least one of cross section of the inner chamber of described wind guiding component is gradually reduced on the direction of described enclosed construction at described wind guiding inlet.

Warm-air drier the most according to claim 1, it is characterised in that the periphery wall of described wind guiding component is provided with reinforcement.

Warm-air drier the most according to claim 1, it is characterised in that described wind guiding inlet is formed at the lower end of described wind guiding component, the outlet of the plurality of wind-guiding is formed on the sidewall of described wind guiding component.

Warm-air drier the most according to claim 1, it is characterised in that described wind guiding component includes: upper bracket and lower carriage, described upper bracket is connected with described lower carriage split.

Warm-air drier the most according to claim 8, it is characterised in that described lower carriage includes: the first support and the second support, described first support and described second support split connect.

Warm-air drier the most according to claim 9, it is characterised in that be provided with stand bar structure between described upper bracket and described lower carriage.

11. warm-air driers according to claim 10, it is characterised in that described stand bar structure includes:

Multiple upper legs and multiple lower support leg, the plurality of upper leg is arranged on described upper bracket, and the plurality of lower support leg is arranged on described lower carriage, and the plurality of upper leg is the most corresponding with the plurality of lower support leg to form multipair leg.

12. warm-air driers according to claim 11, it is characterized in that, described upper leg is four and is distributed at four angles of described upper bracket, described lower support leg is four, lower support leg described in two of which is distributed on described first support, and two other described lower carriage is distributed on described second support.

13. warm-air driers according to claim 11, it is characterised in that being formed with a described wind-guiding outlet between the described leg of adjacent two couple, the lower end of described lower carriage is formed with described wind guiding inlet.

14. warm-air driers according to claim 1, it is characterized in that, air inlet and multiple air outlet it is provided with in described casing, described heating assembly is between described air outlet and described air-supply arrangement, the wind guiding inlet of described wind guiding component opens wide towards described heating assembly, and the plurality of wind-guiding outlet of described wind guiding component is corresponding with the plurality of air outlet respectively.