CN208235179U

CN208235179U - Free-standing drying module and drying underneath type clothes airing machine

Info

Publication number: CN208235179U
Application number: CN201820577298.6U
Authority: CN
Inventors: 黄飞挺; 李雷刚; 陈林杰
Original assignee: Zhejiang Hooeasy Smart Technology Co Ltd
Current assignee: Zhejiang Hooeasy Smart Technology Co Ltd
Priority date: 2017-10-23
Filing date: 2018-04-20
Publication date: 2018-12-14
Anticipated expiration: 2028-04-20
Also published as: CN208562906U; CN208562901U; CN108330661A; CN108330661B

Abstract

The utility model discloses free-standing drying modules and drying underneath type clothes airing machine, shell including being in long tubular, upper surface on shell offers air outlet, the end of the shell is equipped with blower and heating module, blower is located at the outside of heating module, blower is blown out after heating module from the air outlet of housing upper surface from the shell both ends of long tubular sucking air, it is host part of the drying module independently of clothes airing machine, heating module, which is avoided that, generates adverse effect to components such as controllers in host part.Since blower is located at the outside of heating module, while being avoided that heat to loss caused by diffusion on the outside of shell end.The utility model it is compact-sized, weight and volume is smaller, reduces the occupancy in space and the load-bearing of clothes airing machine.

Description

Free-standing drying module and drying underneath type clothes airing machine

Technical field

The utility model relates under a kind of clothes airing machine in household field more particularly to a kind of free-standing drying module and drying Set formula clothes airing machine.

Background technique

In the less area of certain illumination or plum rains time, clothes airing is more difficult, will use drying function Clothes airing machine.The clothes airing machine of drying function can be such that clothes dries in a short time.

Authorization Notice No. is a kind of clothes airing machine of drying function of CN203212891U, including superposed clothes airing machine Main body, the lifting device positioned at lower part, lifting device include vertical extensible member and transverse direction clothes-horse, clothes airing machine main body it is interior Portion is provided with the controller for driving lifting device to carry out elevating movement, and clothes airing machine host is internally provided with crossflow fan, Having heaters is set at the air inlet of crossflow fan, air outlet is provided on the panel directed downwardly of clothes airing machine main body, flow over wind Machine is connected to by controller with power supply, and heater is connected to by controller with power supply.

Drying module in the clothes airing machine of the structure includes crossflow fan and heater, and heater is located at the suction of crossflow fan At air port.Drying module is installed in the shell of clothes airing machine, due to being equipped with controller etc. in clothes airing machine to the sensitive portion of heat source Part, heat caused by the heater of drying module may impact controller etc..Separately due to the face of clothes airing machine host Need to open up air outlet on plate, under wet weather environment, it is right in the shell of clothes airing machine main body that moisture can also be entered by air outlet Controller impacts, this can reduce the service life of controller.

Since the thermal current air outlet of clothes airing machine is in clothes airing machine main body, and clothing is hung over below clothes airing machine main body On clothes-horse.The thermal current air outlet of clothes airing machine blows downwards hot gas, and the direction of thermal current is from top to bottom.But due to thermal current With the characteristic flowed up, the flow behavior of the air current flow direction being set due to thermal current with itself is on the contrary, may It is just up flowed in the case where not flowing into clothing there are thermal current；When this will lead to the thermal current of clothes airing machine blowout to clothes drying Utilization rate it is lower, therefore the function of the drying clothes of clothes airing machine can give a discount.

In view of this, those skilled in the art attempt to develop a kind of underneath type drying module independently of clothes airing machine main body.

Utility model content

The technical problem to be solved by the utility model is to provide a kind of drying module independently of clothes airing machine main body, drying Module is independently of clothes airing machine main body, and heating module, which is avoided that, has an impact the components such as controller in clothes airing machine host, into one Step ground provides the clothes airing machine with the stand alone type drying module.

Technical solution adopted by the utility model to solve the above technical problems is as follows: free-standing drying module, including in length The shell of tubular, the upper surface on shell offer air outlet, and the end of the shell is equipped with blower and heating module, described Blower be located at the outside of heating module, blower from the shell both ends of long tubular sucking air after heating module from shell The air outlet on surface is blown out.

The further preferred embodiment of the utility model are as follows: longitudinal wind deflector, the longitudinal direction is distributed in compartment of terrain in shell Wind deflector is extended downwardly by the downside of shell and is reserved lateral gas passages, and the air entered from shell both ends keeps out the wind through longitudinal Plate is blown out after stopping to the air outlet of top.

The further preferred embodiment of the utility model are as follows: the length of each longitudinal direction wind deflector is from the end of shell into shell Portion increases one by one, make the lateral gas passages from shell end to shell in the middle part of gradually decrease.

The further preferred embodiment of the utility model are as follows: the blower includes blade motor and fan blade, the heating Module includes heating wire and insulating support, and on the insulating support, the motor is fixed on the heating wire winding On insulating support.

The further preferred embodiment of the utility model are as follows: blower is inserted into tubular fixing sleeve after being fixed to each other with heating module It is interior, the tubular fixing sleeve insertion shell end position.

The further preferred embodiment of the utility model are as follows: the both ends of the shell are equipped with end cap.

The further preferred embodiment of the utility model are as follows: a heat-insulated pipe fitting is arranged in the shell of the long tubular, it is described Heat-insulated pipe fitting upper side open wide to avoid air outlet.

The further preferred embodiment of the utility model are as follows: air outlet is the exhaust vent for being evenly arranged on housing upper face.

The further preferred embodiment of the utility model are as follows: the shell includes the upper housing and lower casing of dismountable structure Body, the air outlet are distributed in the upper housing.

The further preferred embodiment of the utility model are as follows: the insulating support is that at least two panels insulating trip forms and is in hair Bulk, sliding slot is offered in the tubular fixing sleeve, and the divergent shape outer end of the insulating support is caught in the sliding slot It is interior.

The further preferred embodiment of the utility model are as follows: be formed on the outer wall of the tubular fixing sleeve for connecting Meet the pivoted connection end portion of telescopic rod.

The further preferred embodiment of the utility model are as follows: drying underneath type clothes airing machine, it is characterised in that including host part, Clothes hanger and free-standing drying module, the clothes hanger are located at the lower section of host part, and the independent drying module is located at The lower section of clothes hanger

Compared with prior art, the utility model has the advantages that host part of the drying module independently of clothes airing machine, heating Module, which is avoided that, generates adverse effect to components such as controllers in host part.When heating module and blower are opened, blower Air is sucked from the end of shell, the hot-air that air flows into after heating module is blown out upwards from the upper side air outlet of shell, Clothing on clothes-drying.Since blower is located at the outside of heating module, while being avoided that heat to outside shell end Side is lost caused by spreading.The utility model it is compact-sized, weight and volume is smaller, reduces the occupancy and clothes airing machine in space Load-bearing.

Detailed description of the invention

The utility model is explained in further detail below with reference to attached drawing and preferred embodiment, but this field Technical staff it will be appreciated that, these attached drawings are drawn for the purpose for explaining preferred embodiment, and are not therefore answered When as the limitation to the scope of the utility model.In addition, unless otherwise indicated, attached drawing is only intended to described by conceptually expression The composition or construction of object may simultaneously be shown comprising expansiveness, and attached drawing is also not necessarily drawn to scale.

Fig. 1 is the overall structure diagram one for drying underneath type clothes airing machine；

Fig. 2 is the overall structure diagram two for drying underneath type clothes airing machine；

Fig. 3 is the overall structure diagram three for drying underneath type clothes airing machine；

Fig. 4 is the side view for drying underneath type clothes airing machine；

The status diagram one of underneath type clothes airing machine is dried when Fig. 5 is airing clothes；

The status diagram two of underneath type clothes airing machine is dried when Fig. 6 is airing clothes；

Fig. 7 is the structural schematic diagram for drying the clothing component that dries in the air；

Fig. 8 is the structural schematic diagram that the clothing component that dries in the air is dried when the first telescopic component is unfolded；

Fig. 9 is the structural schematic diagram that the clothing component that dries in the air is dried when the first telescopic component collapses；

Figure 10 is the schematic diagram in the section C-C in Fig. 8；

Figure 11 is the schematic diagram in the section D-D in Fig. 8；

Figure 12 is the schematic diagram of section B-B in Fig. 9；

Figure 13 is the schematic diagram of Section A-A in Fig. 9；

Figure 14 is to dry the overall structure diagram one that underneath type clothes airing machine is dried when power interface component electricity does not turn on；

Figure 15 is to dry the overall structure diagram two that underneath type clothes airing machine is dried when power interface component electricity does not turn on；

Figure 16 is to dry the overall structure diagram one that underneath type clothes airing machine is dried when power interface component conducts；

Figure 17 is to dry the overall structure diagram two that underneath type clothes airing machine is dried when power interface component conducts；

Figure 18 is the structure disassembly diagram of drying module；

Figure 19 is the overall structure diagram of drying module；

Figure 20 is the schematic diagram of internal structure of host part；

Figure 21 is the structural schematic diagram of lower panel；

Figure 22 is the whole disassembly diagram of host part；

Figure 23 is the schematic diagram of internal structure of upper plate and lower panel；

Figure 24 is the partial enlarged view in Figure 23 at A；

Figure 25 is the partial enlarged view in Figure 23 at B；

Figure 26 is upper plate and lower panel assembling schematic diagram one；

Figure 27 is the assembling schematic diagram two of upper plate and lower panel；

Figure 28 is the schematic diagram one that host part installs swell fixture；

Figure 29 is the schematic diagram two that host part installs swell fixture；

Figure 30 is the schematic diagram that host part installs upper end cover；

Figure 31 is schematic diagram when the telescopic clothing component that dries in the air collapses；

Figure 32 is schematic diagram when the telescopic clothing component that dries in the air is unfolded；

Figure 33 is the structural schematic diagram of sliding block；

Figure 34 is the structural schematic diagram of gag lever post；

Figure 35 is the structural schematic diagram of counter weight strip and pipe sleeve；

Dry in the air the partial assembly drawing of clothing component and the telescopic clothing component that dries in the air based on Figure 36；

Figure 37 is the structural schematic diagram of support rod；

Figure 38 is the partial structural diagram of clothes hanger；

Figure 39 is the structural schematic diagram of pipe sleeve and end seat part；

Figure 40 is the structural schematic diagram of pole socket and upper capping；

Figure 41 is the assembling schematic diagram of end seat and pipe sleeve；

Figure 42 is the assembling schematic diagram of end seat and clothes-horse；

Figure 43 is the structural schematic diagram of tubular fixing sleeve；

Figure 44 is the assembling schematic diagram of insulating support and blade motor；

Figure 45 is the structural schematic diagram of second end cover and fan blade；

Figure 46 is the enlarged drawing in Figure 18 at D；

Figure 47 is the enlarged drawing in Figure 18 at C；

Figure 48 is the enlarged drawing in Figure 18 at E；

Figure 49 is the structural schematic diagram one of the second telescopic component；

Figure 50 is the structural schematic diagram two of the second telescopic component；

Figure 51 is the assembling schematic diagram of the second telescopic component；

Figure 52 is the structural schematic diagram of rotational structure；

Figure 53 is the enlarged drawing in Figure 51 at F；

Figure 54 is the side view of drying module；

Figure 55 is the cross-sectional view in the direction A-A along Figure 54；

Figure 56 is the cross-sectional view in the direction B-B along Figure 55.

Specific embodiment

The preferred embodiment of the utility model is described in detail below with reference to attached drawing.High-ranking military officer those of skill in the art Can, these descriptions are only descriptive, illustrative, and should not be interpreted as limiting the protection model of the utility model It encloses.

Drying underneath type clothes airing machine is complete machine type clothes airing machine, which, which includes one, dries the clothing component that dries in the air 8, as shown in Figure 7 to 9, drying the clothing component 8 that dries in the air includes for hanging the clothes hanger 2 of clothing and generating the drying module of thermal current 3, in the case where drying clothing mode, drying module 3 is located at the lower position of clothes hanger 2, and the thermal current that drying module 3 generates flows up through use In the upper space of suspension clothing, so that drying module 3 be made to carry out drying and processing to the clothing on clothes hanger 2.Drying module 3 Air outlet 32 is towards the clothing on clothes hanger 2.

As shown in Figure 14 and Figure 15, complete machine type clothes airing machine further includes the master for being fixedly mounted on indoor balcony ceiling Machine component 1, host part 1 and domestic power supply are connected, and clothes hanger 2 is located at the lower section of host part 1, and clothes hanger 2 is stretched by second Contracting component 21 is connect with host part 1.The driving device being built in host part 1 passes through the second telescopic component 21 and clothes hanger 2 connections.Second telescopic component 21 is wirerope, and as shown in Figure 20 and Figure 22, driving device is the cord winder 4 of translator 41, Cord winder 4 further includes the reel 42 for winding wire ropes connecting with motor 41, and motor 41 can drive reel 42 to rotate reality Now to the folding and unfolding of wirerope.Cord winder 4 realizes the raising and lowering function to clothes hanger 2 by the folding and unfolding of wirerope.

As depicted in figs. 1 and 2, in order to balance the clothes hanger being suspended on host part 12, host part 1 with dry in the air Two ends between clothes hanger 2 are respectively equipped with folding scissor bracket 5, while scissor bracket 5 can also play clothes hanger 2 To the effect of load-bearing.Scissor bracket 5 can voluntarily be folded or be stretched to the lifting of clothes hanger 2 with wirerope.

As shown in Figure 5 and Figure 6, drying module 3 is connected on host part 1 or clothes hanger 2 by the first telescopic component 31； The power supply of drying module 3 is obtained by host part 1, and from the layout in structure, drying module 3 can connect with host part 1 It connects, the utility model is preferable over drying module and connect with clothes hanger 2.

First telescopic component 31 can be manual operation to realize the lifting of drying module 3, can also pass through translator Cord winder realizes the lifting of drying module stretch, when drying module is connect with host part, due to drying module The distance between host part farther out, can use motor driven, but structure is typically more complicated, the reality of the utility model It applies example and manually realizes decentralization and storage to drying module 3.

As shown in Figure 5 and Figure 6, when needing airing clothes, clothes hanger 2 is put down to proper height, to clothing by wirerope After object is hung up properly, the clothes hanger 2 for hanging with clothing is risen to the downside of host part 1 by wirerope, is then then turned on drying Module 3 carries out drying and processing to clothing with drying module 3.

As shown in Figure 3 and Figure 4, it is not used in clothes hanger 2 or when natural drying clothing, clothes hanger 2 passes through second flexible group Part 21 rises to close to the downside of host part 1, and drying module 3 can rise to downside that is close and being accommodated in clothes hanger 2.

As shown in Figures 5 to 9, the first telescopic component 31 is to be connected to the folding of 3 two sides of drying module to stretch Bar.When telescopic rod, which is manually operated, to be collapsed, as shown in Figure 12 and Figure 13, pass through magnet between clothes hanger 2 and drying module 3 Component 6 is mutually attracted, and drying module 3 is in resting state at this time.As shown in Fig. 5, Fig. 6, Fig. 8, Figure 10 and Figure 11, telescopic rod warp When manual operation expansion, opens drying module 3 and drying and processing is carried out to the clothing on clothes hanger 2.

As shown in Figure 10 to Figure 13, magnet assemblies 6 include the first magnetic part 61 on 2 lower surface of clothes hanger and are located at Second magnetic part 62 of 3 upper surface of drying module.First magnetic part 61 or the second magnetic part 62 can be permanent magnet.Usual permanent magnetism Iron by integrated injection molding in the plastic casing of clothes hanger 2 and drying module 3, to prevent the collision of two blocks of electromagnet and fragmentation.

Drying power supply is equipped with as shown in Figure 15 to Figure 17, between the lower surface of host part 1 and the upper surface of clothes hanger 2 to connect Mouth component 7 makes to conduct after drying the docking of power interface component 7, dry when clothes hanger 2 rises to the downside of host part 1 Dry module 3 is in electric conducting state.At this time drying module 3 be only in power supply connect state, the unlatching of drying module 3 or It closes, it still will be by the scheme control of the controller in host part 1.

The power supply of drying module 3 is derived from host part 1, and the drying setting of power interface component 7 is in host part 1 and the clothing that dries in the air Between frame 2, be by clothes hanger 2 be arranged power supply transfer mouth, can be to avoid in a structure of an essay for clothes hanger 2 and host part 1 If electric connection line.Since clothes hanger 2 can often rise or fall relative to host part 1, clothes hanger 2 and host part 1 it Between arrangement electric power connection line have the difficulty of layout or risk that power supply line fractures.

Specifically, the power supply line of drying module 3 is threaded through the inside of telescopic rod and is connected to 2 upper surface location of clothes hanger On second source interface 72, then by host part 1 and the contact of clothes hanger 2 makes to dry power interface component 7 and conduct and reach To the purpose for taking electricity.

As shown in Figure 14 to Figure 17, drying power interface component 7 includes that the first power supply set on 1 lower surface of host part connects Mouth 71 and the second source interface 72 set on 2 upper surface of clothes hanger, the first power interface 71 are socket, and second source interface 72 is The position of plug, plug and socket can be interchanged, and the specific structure of plug and socket can be different.

As shown in Figure 18 and Figure 19, drying module 3 includes the shell in long tubular, and the upper surface of shell offers air outlet 32, the end of shell is equipped with blower 33 and heating module 34, and blower 33 is located at the outside of heating module 34, and blower 33 is from long tubular Shell both ends sucking air after heating module 34 from the air outlet of housing upper surface 32 blow out.

The outside that heating module 34 is arranged in blower 33 can be reduced into the heat that heating module 34 generates and distribute damage outward It loses.The thermal current generated from heating module 34 up flows the moisture taken away on clothing by clothing to be dried, to dry Clothing.

Since clothing is in the top of drying module 3, air outlet 32 is located at the upper side position of discharge pipe 35, drying module 3 The thermal current blown out on air outlet 32 directly blows to the clothing being located above.

Drying module 3 is connected with rotating mechanism, and rotating mechanism driving drying module 3 rotates in certain amplitude, so that The direction of air outlet 32 on drying module 3 is swung in certain amplitude.Air outlet 32 is swung in certain amplitude, can make heat Clothing is more sufficiently and uniformly touched when air-flow up moves, to improve the efficiency of drying clothing.

Sterilamp or infrared heat lamp are fixed on discharge pipe 35, sterilamp or infrared heat lamp are located at the two of air outlet 32 Side.It is provided with sterilamp or infrared heat lamp, can carry out disinfection to clothing sterilization processing when needed, increase practical The function of airer machine.

As shown in figure 22, the host part 1 of clothes airing machine, including the shell being composed of upper plate 11 and lower panel 12, Upper plate 11 and lower panel 12 are molded by plastic material, and metallic support 13, metallic support 13 are fixedly installed in shell On be connected with fastening assembly for being fixed in indoor ceiling.

The upper plate 11 and 12 weight of lower panel of plastic material are relatively light, since host part 1 is being mounted on day During card, need lift on host part 1 to ceiling position, therefore installer in operation can be relatively light Pine, plastic casing are also more convenient in mutual assembling, and the housing parts production efficiency of plastics is also relatively high, reduces and is produced into This.

Metallic support 13 by being built in shell can strengthen the structural strength of host shell, with the fastening on ceiling Component connection, metallic support 13 is able to bear weight, avoids making plastic casing that deformation occurs or fracture, plastic casing and metal branch Both framves 13 combine, and not only mitigate weight, but also casing rigidity and load-bearing capacity can be made to be strengthened.

As shown in Figure 23 to Figure 25, upper plate 11 is connected by buckle structure between each other with lower panel 12.Buckle structure Including being set to upper plate 11 two in multiple notches 111 of avris and the two of lower panel 12 avris it is multiple raise upward and to The joint bar 121 that transverse part extends, as shown in Figure 26 and Figure 27, joint bar 121 is inserted into notch 111 and transverse shifting a distance, makes Upper plate 11 is fixed to each other with lower panel 12.Buckle structure can use other structures form, can mainly make upper plate 11 under Panel 12 is easy to assembly, and can be reliably connected.The joint bar 121 of the utility model protrudes into 111 inside of notch, 12 phase of lower panel first After 11 transverse shifting of upper plate, the change in location of joint bar 121 is fixed on joint bar 121 in notch 111.Opposite direction is moved Dynamic lower panel 12, the extensible notch 111 of joint bar 121, both upper plate 11 and lower panel 12 can be separated.

There are two metallic supports 13, is symmetrically located at the side locations of shell.Metallic support 13 is fixed on lower panel 12, Fastening assembly on metallic support 12 applies upward pulling force to lower panel 12.In the side locations installation of shell, first end Lid 17 does not cover also, and installation operation is more convenient.Since lower panel 12 is located at the lower section of upper plate 11, metallic support 13 is to following Plate 12 provides pulling force, exactly provides the entirety of host part 1 upward pulling force, metallic support 13 can bear enough weight.

As shown in Figure 23, Figure 28 and Figure 29, the transverse plate 131 of metallic support 13 and the relative position of upper plate 11 are equipped with Heavy caliber through-hole 15 and small-bore through-hole 16 with 15 connection of heavy caliber through-hole, swell fixture 14 are fixed in indoor ceiling, The stop collar for being fixed on 14 lower end of swell fixture first penetrates in heavy caliber through-hole 15 and then is moved horizontally to again small-bore through-hole 16 Downside, so that upper plate 11 is inflated screw 14 and fix.

As shown in figure 22, stop collar is metal gasket 141, and the metal gasket 141 of swell fixture 14 is mounted below nut 142, the diameter of metal gasket 141 is less than heavy caliber through-hole 15, but is greater than the diameter of small-bore through-hole 16.Such as Figure 28 and Figure 29 Shown, when installing host part 1, the metal gasket 141 and nut 142 of swell fixture 14 pass through the big mouth on metallic support 13 Diameter through-hole 15, then mobile host component 1, is moved to metal gasket 141 and nut 142 on swell fixture 14 small-bore logical Then nut 142 on swell fixture 14 is locked again, is squeezed into so that host part 1 is fixed in smallpox by the inside in hole 16 On swell fixture 14 on plate.

As shown in figure 30, the both ends of the shell after upper plate 11 and lower panel 12 synthesize are in opening-wide state, and the two of shell End is equipped with removable first end cover 17.

When first end cover 17 does not cover, two of shell are open ended, this is convenient for host part 1 being installed on swell fixture 14 and equal operating process are tightened with nut 142, after host part 1 is installed on the process of swell fixture 14, then covers the One end cap 17.There is buckle structure between first end cover 17 and shell, first end cover 17 is made to be fixed to each other with shell, it will not be easily It falls off, but does not also interfere it to be opened again.

As shown in figure 22, the cord winder 4 of translator 41 is fixed on upper plate 11, cord winder 4 is drawn two and is used for The second telescopic component 21 of clothes hanger 2 is connected, which is wirerope.Wirerope is for controlling clothes hanger 2 Raising and lowering, the lower end of wirerope are fixed on the end center position of clothes hanger 2, in order to make clothes hanger 2 keep balance, usually Telescopic scissor bracket 5 is added between host part 1 and clothes hanger 2, scissor bracket 5 can also be played to the clothing that dries in the air simultaneously The load-bearing effect of frame 2.

As shown in figure 21 and figure, the middle position of lower panel 12 is equipped with a lamp plate 122 for being integrated with LED light, in shell Equipped with the lamp plate driver 123 being electrically connected with lamp plate 122.Lamp plate 122 is added on lower panel 12, can be regarded in insufficient light Illumination, to increase the additional function of clothes airing machine.

The inside of upper plate 11 is fixed with control circuit board 112, cord winder 4 and lamp plate driver 123 respectively with control Wiring board 112 processed is electrically connected.

Metallic support 13 is equipped with idler wheel 131, and the wirerope drawn from cord winder 4 is pierced by after bypassing idler wheel 4 under Lower panel 12.Idler wheel 4 is mounted on metallic support 13, is made with most of gravity of the clothes hanger 2 of rope traction by metal branch Frame 13 is born, and in wirerope lifting process, idler wheel 131 can rotate.

1) installation method of clothes airing machine host part 1 specifically comprises the following steps: as shown in Figure 23 to Figure 30 by two Metallic support 13 is fixedly mounted on lower panel 12, then combines lower panel 12 one by snap with upper plate 11 It rises.Specifically, metallic support 13 is fixed by screws on lower panel 12, and the cord winder of translator 41 is installed on upper plate 11 4, then lower panel 12 and upper plate 11 are fitted together again.

2) swell fixture 14 is squeezed on the ceiling of balcony, swell fixture 14 is fixed on metal branch after passing through upper plate 11 On frame 13；Make bearing on swell fixture 14 entirely through metallic support 13 for host part 1.

3) after being installed of host part 1 and swell fixture 14, first end cover 17 is loaded at the both ends of shell, is installed Process finishes.

Further: the joint bar 121 on lower panel 12 is inserted into the notch 111 of upper plate 11, and lower panel 12 is opposite In 11 transverse shifting of upper plate, being fixed on joint bar 121 in notch 111 makes lower panel 12 be fixed to each other with upper plate 11, below It cannot come off between plate 12 and upper plate 11.Opposite direction is mobile, and upper plate 11 can be made to separate with lower panel 12, it is certain on condition that Contact the nut 142 on swell fixture 14.

Further: metal gasket 141 and nut 142 are put on swell fixture 14, metal gasket 141 and nut 142 are worn Enter to 15 inside of heavy caliber through-hole of metallic support 13, mobile host component 1 moves the metal gasket 141 on swell fixture 14 It to the inside of small-bore through-hole 16, is fixed on host part 1 on swell fixture 14, then is locked with nut 142.

As shown in Figure 31 and Figure 32, clothes hanger 2, including main dry in the air clothing component 22 and the telescopic clothing component 23 that dries in the air, main clothing group of drying in the air Part 22 includes two clothes-horses 221, and the telescopic clothing component 23 that dries in the air includes two support rods 231 being parallel to each other, support rod 231 Inner end is protruded into clothes-horse 221, be distributed between two support rods 231 more it is being parallel to each other and perpendicular to support rod 231 Dry in the air clothing strut, the more clothing struts that dry in the air include the fixation for being fixed on 231 outer end of support rod dry in the air clothing strut 232 and two can be opposite The movable clothes drying strut 233 moved in parallel is done in the fixed clothing strut 232 that dries in the air；Under first state, as shown in figure 31, two activities are dried in the air Clothing strut 233, which is successively close proximity to, fixes the clothing strut 232 that dries in the air, under the second state, as shown in figure 32, two movable clothes drying struts 233 According to preset spacing scattered distribution in the posterior region for fixing the clothing strut 232 that dries in the air.

The telescopic clothing component 23 that dries in the air collapses when master dries in the air clothing component 22, i.e., all clothing struts that dries in the air all mutually abut against master and dry in the air The side of clothing component 22, to reduce the occupied interior space；And when the telescopic clothing component 23 that dries in the air is unfolded, movable clothes drying strut 233 can dry in the air the posterior region of clothing strut 232 according to fixation of the preset spacing scattered distribution between two support rods 231, It is exactly 233 cloth of movable clothes drying strut point in the side of the main clothing component 22 that dries in the air, to increase the space of airing clothes.

As shown in Figure 34 and Figure 36, the end of each movable clothes drying strut 233 by connect the gag lever post 24 of different length come Limitation movable clothes drying strut 233 dries in the air the moving distance of clothing strut 232 relative to the fixation under first state.It further explains Are as follows: two ends of each movable clothes drying strut 233 are respectively connected with the gag lever post 24 of different length, and the end bending of gag lever post 24 hooks In the end of movable clothes drying strut 233, when the fixed clothing strut 232 that dries in the air is mobile to 231 extending direction of support rod, movable clothes drying branch Bar 233 limits and fixed the distance between the clothing strut 233 that dries in the air according to the length of gag lever post 24.

As shown in Figure 35 and Figure 36, pipe sleeve 25 fills in the end of clothes-horse 221 and fixation, and the inner end of support rod 231 passes through Pipe sleeve 25 protrudes into clothes-horse 221, and the inner end of gag lever post 24 can move inside clothes-horse 221, it is fixed dry in the air clothing strut 232 to When outer mobile, the bending end of gag lever post 24 can be kept off in 25 medial surface of pipe sleeve.

Gag lever post 24 is the metal strips such as steel wire item, and in its both ends bending, 24 one end of gag lever post is hooked in movable clothes drying strut 233 End on, 24 other end of gag lever post is in inside clothes-horse 221, and bending part can hook the medial surface in pipe sleeve 25.

As shown in Figure 35 and Figure 36, the inner end of support rod 231 is equipped with the counter weight strip 26 with plug 261, and plug 261 is located at branch The end of strut 231, counter weight strip 26 are loaded in the first sliding groove 27 of support rod 231, and the front end of counter weight strip 26 is by pipe sleeve 25 It is limited.The counter weight strip 26 of 231 inner end of support rod is limited in clothes-horse 221 by pipe sleeve 25, can guarantee the telescopic clothing that dries in the air The stationarity of component 23 after the stretch, the phenomenon that inclination will not be generated and shaken.

As shown in Figure 37 and Figure 38, the inside of two support rods 231 is respectively equipped with first slided for the clothing strut ends that dry in the air Sliding slot 27.As shown in Figure 33 and Figure 36, two ends of movable clothes drying strut 233 are fixed with sliding block 28, as shown in figure 38, sliding block 28 are located in first sliding groove 27, and sliding block 28 is connect with one end of gag lever post 24, and gag lever post 24 is located in sliding slot 28.Fixed clothing branch of drying in the air The identical sliding block 28 of structure is also loaded onto the end of bar 232, and only the sliding block 28 is fixed in first sliding groove 27, so that fixation is dried in the air The position of clothing strut 232 is fixed on the outermost end of two support rods 231.

Movable clothes drying strut 233 in the utility model is two, 28 quantity of sliding block in unilateral support rod 231 It is two, gag lever post 24 is steel wire item, as shown in Figure 34 and Figure 36, close to the first movable clothes drying of the fixed clothing strut 232 that dries in the air The length of first steel wire item 241 of the first sliding block connection on strut is larger, and the second activity far from the fixed clothing strut 232 that dries in the air The length for the second steel wire item 242 that the second sliding block on clothing strut that dries in the air is connected is smaller.

As shown in figure 38, when the telescopic clothing component 23 that dries in the air stretches out, that is, support rod 231 and fixed clothing branch of drying in the air When bar 232 pulls out, the inner end bending part of the second shorter steel wire item 242 initially strikes the medial surface of pipe sleeve 25, and at this time The position of two movable clothes drying struts is fixed by the second steel wire item 242, is pulled on support rod 231 and is moved outward, and first The position of movable clothes drying strut is fixed by the first steel wire item 241, the first movable clothes drying strut and the second movable clothes drying strut With a distance.It is further continued for that support rod 231 is pulled to be displaced outwardly, until the front end of the counter weight strip 26 in support rod 231 is withstood on The position of the trailing flank of pipe sleeve 25, support rod 231 is fixed, at this time the first movable clothes drying strut and the fixed clothing strut 232 that dries in the air Between have a distance.Fixed dry in the air clothing strut 232 and the distance between the first movable clothes drying strut and the second movable branching rod, with 27 length of first sliding groove in support rod 231 and related to the length of steel wire item that sliding block 28 is connected etc..From the angle of product Consider, can accomplish fixed dry in the air the distance between clothing strut 232 and the first movable clothes drying strut, the second movable clothes drying strut as far as possible With being equidistant for the first movable clothes drying strut, and the whole length of support rod 231 can be fifty-fifty distributed substantially.

As shown in figure 38, it dries in the air on clothing strut, including is equipped on fixed dry in the air clothing strut 232 and movable clothes drying strut 233 more A elastic pinching member 29 for hanging clothes, elastic pinching member 29 are formed in a manner of plastics, can be deformed by external force.

The clothing parallel with two and perpendicular to end seat 222 that dries in the air including two end seats 222 being parallel to each other on clothes hanger 2 Bar 221, there are four bindiny mechanisms for tool between end seat 222 and clothes-horse 221, specifically:

As shown in Figure 41 and Figure 42, the package assembly of the main end seat 222 and clothes-horse 221 dried in the air on clothing component 22, including end Seat 222, pipe sleeve 25 and clothes-horse 221, end seat 222 are made of covering cap assemblies 223 and 224 component of pole socket, the front end of pipe sleeve 25 It is tucked into the stomidium of clothes-horse 221, covering cap assemblies 223 and pole socket component 224 cooperate jointly by clothes-horse 221 and pipe sleeve 25 It is fixed between covering cap assemblies 223 and pole socket component 224, while covering cap assemblies 223 and pole socket component 224 are by clothes-horse 221 end and all side walls of pipe sleeve 25 cover.One side pipe sleeve 25 is wrapped up and is fixed on pole socket component 224 and outer seal In component 223, pipe sleeve 25 be will not fall off, and reliability of structure is stronger.The structure steganography of another aspect pipe sleeve 25 gets up, can beauty Change product structure.

Clothes-horse 221 includes the tubular part 2211 of one and offers clothes-hanging hole positioned at 2211 lower section of tubular part 2213 hanging plate 2212.Tubular part 2211 is integrally formed with hanging plate 2212 by aluminum material.

As shown in figure 41, pole socket component 224 includes pole socket 225 and inside sealing 226, and inside sealing 226 is tucked into pole socket 225 end and fixation.Pole socket 225 is made with inside sealing 226 of aluminum profile, the medial surface and inside sealing of pole socket 225 There are some retaining structures between 226, the two can be made matchingly to fix.The two sidewalls of pole socket 225 and the two of inside sealing 226 It is fixed between a side wall by pivot pin.

As shown in figure 39, the inner sidewall of 25 rear end of pipe sleeve is equipped with the first convex ribs 251, and the first convex ribs 251 are caught in inside sealing In 226 the first card slot 2261, pipe sleeve 25 is molded by plastic material, which makes the quilt on a direction wherein of pipe sleeve 25 Positioning；Since pipe sleeve 25 needs to be used in multiple positions, for convenience that is unified and being opened and be molded, after pipe sleeve 25 Symmetrical two the first convex ribs 251 on the inner sidewall and lateral wall of section.

Covering cap assemblies 223 include compressing side fastener 2231 and outer seal 2232, compress side fastener 2231 and are located at outer seal 2232 inside compresses side fastener 2231 and pushes down the outer wall of clothes-horse 221 and be fixed on the sealing 226 of inside, outer seal 2232 All side walls of the end of clothes-horse 221 and pipe sleeve 25 are covered with inside sealing 226.Compression side fastener 2231 is metal pressure Piece, C-shaped structure, the metal sheeting both ends of c-type structure are fixed on the sealing 226 of inside, thus by clothes-horse 221 and position 25 fixed column of pipe sleeve in clothes-horse end.

As shown in figure 39, all side walls of pipe sleeve 25 are cylindrical, and the lateral wall of inside sealing 226 has inner concave arc surface, the One card slot 2261 is located on the inner concave arc surface of inside sealing 226, and the first convex ribs 251 on pipe sleeve 25 snap onto inside sealing In 226 the first card slot 2261, the lower end of the inside sealing below inner concave arc surface has a stationary plane 2233, compresses side fastener 2231 lower end is fixed by screws on stationary plane 2233, and the upper end for compressing side fastener 2231 is fixed on interior side seal by pivot pin Between the two side walls of part 226, compresses side fastener 2231 and be securely seated between on the sealing 226 of inside, by clothes-horse 221 and pipe sleeve 25 are fixed on the sealing 226 of inside.

As shown in figure 39, the inside lower end of outer seal 2232 is fixed on consolidating on stationary plane 2233 by the first hook part 101 Determine in hole 9, the inner top side of outer seal 2232 hooks the platform in the two side walls of interior side seal part 226 by the second hook part 102 respectively On rank 10.Outer seal 2232 is made up of plastic material of injection molding, and the first hook part 101 is similar with the second hook structure of part 102, adopts It adds the mode of hook in front with two plastic bars, hooks on the inner wall of interior side seal part 226, pass through extrusion deformation after said fitting Mode, outer seal 2232, which is loaded into, to be difficult to fall off.

As shown in figure 40, the top middle position of pole socket 225 offers under receiving and fixed folding scissor bracket 5 First groove 2251 at end, for the end position of top two of pole socket 225 inserted with upper capping 227, upper capping 227 is one and pole socket The consistent thin cover board of 225 materials, covers groove extra on pole socket 225, and the lower end of scissor bracket 5 is connected to pole socket 225 In first groove 2251, the upper end of scissor bracket 5 and the metallic support 13 of host part 1 are fixed.

Insertion expandable type dries in the air the support rod 231 of clothing platform in pipe sleeve 25, and support rod 231 can be in clothes-horse by pipe sleeve 25 Sliding extension in 221.The expanded type clothing platform that dries in the air includes support rod 231 and the clothing strut that dries in the air, and support rod 231 can be in clothes-horse 221 Interior flexible, since pipe sleeve 25 is made of plastics, support rod 231 is made of metal material, and the setting of pipe sleeve 25 can be reduced frictional force. Section with corresponding internal structure and support rod in pipe sleeve 25 cooperates.

In the case where omitting 25 structure situation of pipe sleeve, another structure type of clothes hanger 2 is as follows.

Whole clothes hanger is parallel to each other clothes-horse 221 including two end seats being parallel to each other 222 and two, each end seat 222 include the covering cap assemblies 223 of 224 two sides of a pole socket component 224 and pole socket component, pole socket component 224 and outer seal group Part 223 forms a through-hole passed through for clothes-horse 221 after combining, covering cap assemblies 223 are fixed on pole socket component 224 to incite somebody to action Clothes-horse 221 is fixed between pole socket component 224 and covering cap assemblies 223, increases an end cap in the end of clothes-horse 221.

Clothes-horse 221 is fixed between covering cap assemblies 223 and pole socket component 224, and one side clothes-horse 221 is wrapped up And be fixed in pole socket component 224 and covering cap assemblies 223, clothes-horse 221 and end seat 222 between connection structure reliability Stronger, structure member is relatively fewer, and exposed screw component is seldom, and the globality of clothes airing machine is relatively good, and product is relatively beautiful.

As shown in Figure 18 and Figure 19, freestanding drying module 3, the shell including being in long tubular, the upper surface on shell Air outlet 32 is offered, the end of shell is equipped with blower 33 and heating module 34, and blower 33 is located at the outside of heating module 34, wind Machine 33 is blown out after heating module 34 from the air outlet of housing upper surface 32 from the shell both ends of long tubular sucking air.

As shown in Figure 54 to Figure 56, compartment of terrain is distributed with longitudinal wind deflector 41 in shell, and longitudinal wind deflector 41 is by shell Downside extends downwardly and reserves lateral gas passages, and the air entered from shell both ends is upward after the blocking of longitudinal wind deflector 41 The air outlet 32 of side is blown out.Middle part of the length of each longitudinal direction wind deflector 41 from the end of shell to shell increases one by one, makes transverse direction Airflow channel from shell end to shell in the middle part of gradually decrease.

The upper end of longitudinal wind deflector 41 is fixed on upper housing and extends downwardly, and the height of longitudinal wind deflector 41 is less than shell Bore to form lateral gas passages, enable shell both ends enter air be distributed in entire enclosure interior.Longitudinal wind deflector 41 can change the direction of hot-air, by it is original along enclosure interior directional steering be upward direction.It can make entire shell simultaneously Interior air-flow, which is uniformly dispersed, to come, and keeps the air output of each air outlet on shell impartial.As shown in figure 56, longitudinal wind deflector 41 The upper end two sides of heat-insulated pipe fitting 40, while the lower wall of the lower part of longitudinal wind deflector 41 and heat-insulated pipe fitting 40 can be fixed on compartment of terrain There are certain lateral gas passages, the air for enabling shell end to enter is flowed toward housing central section position as far as possible, meanwhile, such as scheme Shown in 55, two pieces of end arc panels 411 in shell middle position seal heat-insulated pipe fitting 40, the air for entering left and right ends Each air outlet for shunting shell half, entire drying module 3 go out wind energy equalization.

When heating module 34 and blower 33 are opened, blower 33 sucks air from the end of shell, and air flows into heated mould Hot-air after block 34 is blown out upwards from the upper side air outlet 32 of shell, the clothing on clothes-drying.Due to blower 33 are located at the outside of heating module 34, while being avoided that heat to loss caused by diffusion on the outside of shell end.The utility model It is compact-sized, weight and volume is smaller, reduces the occupancy in space and the load-bearing of clothes airing machine.

As shown in figure 18, specifically, shell includes the upper housing 36 and lower case 37 of dismountable structure, and air outlet 32 is distributed In upper housing 36, air outlet 32 is the exhaust vent for being evenly arranged on housing upper face.Upper housing 36 and lower case 37 have aluminum profile to be made, As shown in Figure 47 and Figure 48, cooperated admittedly between upper housing 36 and lower case 37 by the second convex ribs 361 and guide groove 371 Fixed, weight is relatively light, and the reliability of structure connection is stronger, assembling process also relatively convenient.

As shown in figures 44 and 45, blower 33 includes blade motor 331 and fan blade 332, and heating module 34 includes heating wire With insulating support 341, on insulating support 341, blade motor 331 is fixed on insulating support 341 heating wire winding.Such as Figure 45 Shown, the both ends of shell are equipped with second end cover 38, and air-inlet grille 381 is disposed in second end cover 38, and fan blade 332 is located at air inlet lattice The inside of grid 381, blade motor 331 are filled in one end of insulating support 341, more compact structure, the rotation of blower 332 by air from 38 side of second end cover enters and flows into heating wire to generate hot-air.

As shown in Figure 46 and Figure 18, blower 33 is inserted into tubular fixing sleeve 39 after being fixed to each other with heating module 34, tubular Fixing sleeve 39 is inserted into shell end position.As shown in figure 44, insulating support 341 is that at least two panels insulating trip 3411 forms and in hair Bulk offers second sliding slot 391 in tubular fixing sleeve 39, and the divergent shape outer end of insulating support 341 is caught in second sliding slot 391 Interior, heating module 34, blower 33 are more convenient with the assembly between tubular fixing sleeve 39, tubular fixing sleeve 39 by plastic injection and At can play heat-insulated effect, the air after heating is fed through as far as possible the inside of shell.Insulating trip is mica insulation sheet, absolutely Edge is preferable and thermal conductivity is poor, impacts to avoid to motor.

As shown in Figure 18, Figure 46 and Figure 48, a heat-insulated pipe fitting 40, heat-insulated 40 upper side of pipe fitting are arranged in the shell of long tubular It opens wide to avoid air outlet 32.Heat-insulated pipe fitting 40 is made of plastic material, passes through second between heat-insulated pipe fitting 40 and lower case 37 The mode of card slot 372 and the second convex ribs 401 cooperates, and assembles between the two more convenient, and heat-insulated pipe fitting 40 is avoided that lower case 37 Fever blows out more heats upwards by the exhaust vent 32 on upper housing 36.

As shown in figure 43, the axis for connecting the first telescopic component 31 is formed on the outer wall of tubular fixing sleeve 39 to connect End 391.The pivoted connection end portion 391 connects the first telescopic component 31 connecting with clothes hanger 2, the first telescopic component 31 and baking for axis Connection reliability between dry module 3 is high.

The clothing component 8 that dries in the air is dried, drying the clothing component 8 that dries in the air includes a drying module down-mounted connecting structure, such as Fig. 7 institute Show, the drying module down-mounted connecting structure, including clothes hanger 2 and drying module 3, drying module 3 passes through the first telescopic component 31 are suspended in the lower section of clothes hanger 2, as shown in Figure 10 to Figure 13, magnet assemblies 6 are equipped between clothes hanger 2 and drying module 3, Under first telescopic component, 31 folding state, as shown in Fig. 9, Figure 12 and Figure 13, drying module 3 is leaned on by the suction of magnet assemblies 6 Tightly in the downside of clothes hanger 2.As shown in figure 8, drying module 3 is suspended in the lower section of clothes hanger 2 by the first telescopic component 31, dry Dry module 3 blows clothing of the thermal current for clothes-drying 2 upwards, when not needing drying clothing, firmly by drying module 3 to On lift, the first telescopic component 31 is got up by folding, and drying module 3 is pull-in under clothes hanger 2 by 6 component of magnet assemblies Side, to reduce clothes hanger 2 and the occupied space of drying module 3.

As shown in Figure 49 to Figure 51, the first telescopic component 31 be include two sections of folding telescopic rods, as shown in figure 8, stretching Contracting bar includes the first telescopic rod 311 and the second telescopic rod 312, and the upper shaft of the first telescopic rod 311 connects on clothes hanger 2, and second The lower end axis of telescopic rod 312 connects on drying module 3, and the first telescopic rod 311 and the mutual axis of the second telescopic rod 312 connect.

First telescopic component 31 of two-part, can simplify stretching structure, enhances reliability of structure, while avoiding stretching Power supply line inside contracting bar damages caused by repeatedly folding.The first telescopic rod 311 and the second telescopic rod 312 after folding are substantially In horizontality, make to be bonded closer magnetic between drying module 3 and clothes hanger 2 between drying module 3 and clothes hanger 2 Iron component 6 can generate enough actuation magnetic force.

As shown in figure 52, the pivoted connection end between two telescopic rods is equipped with rotational structure 43, and rotational structure 43 includes two points The round lid 431 not connecting with telescopic rod, one circular disk body 432 of installation and axis connects between two round lids 431 are round The two sides of disk body 432 are equipped with the angle limit slot 433 of arc, and round lid 431 is equipped with angle limit muscle 434, angle limit Position muscle 434 mobile rotational angle to limit two telescopic rods in angle limit slot 433.

Curved angle limiting slot 433 in circular disk body 432 and the 434 phase interworking of angle limit muscle on round lid 431 It closes, the rotation direction and amplitude between telescopic rod can be limited, after the magnetic force of magnet assemblies 6 is released from, in the gravity of drying module 3 Under effect, telescopic rod can stretch in downward direction.The directionality that folding simultaneously is got up is also more determining.

The angle shared in entire circular disk body 432 of angle limit slot 433 makes first flexible group between 80-90 degree When part 31 is unfolded, there is a bending trend in the junction between the second telescopic rod 312 and the first telescopic rod 311.The bending trend It arranges in advance, when manpower is lifted up drying module 3, telescopic rod can be made to carry out bending along specific direction, until first Telescopic rod 311 and the second telescopic rod 312 are in a horizontal position.

The power supply connection being equipped in first telescopic rod 311 and the second telescopic rod 312 between drying module 3 and clothes hanger 2 Line.Electric power connection line is hidden in the inside of telescopic rod, avoids the occurrence of in disorder phenomenon, while protection power source connecting line is not damaged Wound.

The two sides of circular disk body 432 are equipped with power supply line distributing slot 435, to prevent when telescopic rod is rotated in rotational structure The phenomenon that 43 inner transition bending or mutually winding.

As shown in Figure 52 and Figure 53, the inserted link 4312 of the second groove of band 4311 is connected on round lid 431, telescopic rod It is equipped with and the matched third convex ribs 3111 of the second groove 4311 in circular hole.Inserted link 4312 is inserted into telescopic rod, recessed by second Slot 4311 and the cooperation of third convex ribs 3111 are fixed, and are then fixed again with screw.

As shown in Figure 10 to Figure 13, magnet assemblies 6 include the first magnetic part 61 being embedded in clothes hanger 2 and are embedded in baking The second magnetic part 62 in dry module 3.Magnetic active force wants to overcome the gravity of drying module 3, and slightly firmly In the case of, and magnetic action power can be overcome, it is hung in drying module 3 on telescopic rod.Avoid drying module 3 again simultaneously and the clothing that dries in the air Frame 2 close to when because magnetic substance collision due to fragmentation.Clothes hanger 2 and drying module 3 have a plastic casing, and magnetic substance is integrally infused Modeling is in plastic casing.

As shown in Figure 14 to Figure 17, drying module power supply structure, including connect with domestic power supply host part 1, Clothes hanger 2 and drying module 3 are equipped with drying power interface component between the lower surface of host part 1 and the upper surface of clothes hanger 2 7, drying power interface component 7 includes that the downside of host part 1 is equipped with the first power interface 71, and the upper side of clothes hanger 2 is set There is second source interface 72, second source is connect and connected between 72 mouthfuls and drying module 3 using power supply line, the upper side of clothes hanger 2 When close to the downside of host part 1, the first power interface 71 and second source interface 72 are electrically connected, and drying module 3 is in logical Electricity condition.Power supply line between drying module 3 and clothes hanger 2 is distributed along the first telescopic component 31.

First power interface 71 is two, is distributed in the downside of host part 1, second source interface 72 is two, right Claim the upper side for being distributed in clothes hanger 2, both ends, which are also turned on, constitutes circuit energization, and also to ensure the entirety of clothes hanger 2 In balance and all simultaneously close to host part 1 when, the power supply of drying module 3 is switched on.

First power interface 71 is socket, and second source interface 72 is plug, and the position of plug and socket can be interchanged, and is inserted The specific structure of head and socket can be different.

Detailed Jie has been carried out to free-standing drying module provided by the utility model and drying underneath type clothes airing machine above It continues, specific case used herein is expounded the principles of the present invention and embodiment, and above embodiments are said It is bright to be merely used to help understand the utility model and core concept.It should be pointed out that for those skilled in the art For, without departing from the principle of this utility model, several improvements and modifications can be made to this utility model, these Improvement and modification are also fallen into the protection scope of the utility model claims.

Claims

1. free-standing drying module, including the shell in long tubular, the upper surface on shell offers air outlet, the shell End be equipped with blower and heating module, the blower is located at the outside of heating module, and blower is from the shell both ends of long tubular Air is sucked to blow out after heating module from the air outlet of housing upper surface.

2. stand alone type drying module according to claim 1, it is characterised in that longitudinal keep out the wind is distributed in compartment of terrain in shell Plate, longitudinal wind deflector are extended downwardly by the downside of shell and are reserved lateral gas passages, enter from shell both ends Air is blown out after the blocking of longitudinal wind deflector to the air outlet of top.

3. stand alone type drying module according to claim 2, it is characterised in that the length of each longitudinal direction wind deflector is by shell End increases one by one to the middle part of shell, make the lateral gas passages from shell end to shell in the middle part of gradually decrease.

4. stand alone type drying module according to claim 1, it is characterised in that the blower includes blade motor and wind Leaf, the heating module include heating wire and insulating support, and the heating wire winding is described on the insulating support Motor be fixed on insulating support.

5. stand alone type drying module according to claim 4, it is characterised in that blower is inserted after being fixed to each other with heating module Enter in tubular fixing sleeve, the tubular fixing sleeve insertion shell end position.

6. stand alone type drying module according to claim 1, it is characterised in that arrangement one in the shell of the long tubular Heat-insulated pipe fitting, the heat-insulated pipe fitting upper side are opened wide to avoid air outlet.

7. stand alone type drying module according to claim 1, it is characterised in that the shell includes dismountable structure Upper housing and lower case, the air outlet are evenly distributed on the upper housing.

8. stand alone type drying module according to claim 4, it is characterised in that the insulating support is that at least two panels is exhausted Embolium forms and is in divergent shape, and sliding slot, the divergent shape outer end of the insulating support are offered in the tubular fixing sleeve It is caught in the sliding slot.

9. stand alone type drying module according to claim 1, it is characterised in that one on the outer wall of the tubular fixing sleeve Body forms the pivoted connection end portion having for connection expansion link.

10. drying underneath type clothes airing machine, it is characterised in that including host part, clothes hanger and as described in claim 1-9 is any Free-standing drying module, the clothes hanger is located at the lower section of host part, and the independent drying module is located at clothes hanger Lower section.