CN102978884B - Air-out tray seat structure of dryer - Google Patents
Air-out tray seat structure of dryer Download PDFInfo
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- CN102978884B CN102978884B CN201210450360.2A CN201210450360A CN102978884B CN 102978884 B CN102978884 B CN 102978884B CN 201210450360 A CN201210450360 A CN 201210450360A CN 102978884 B CN102978884 B CN 102978884B
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Abstract
The invention discloses an air-out tray seat structure of a dryer. The air-out tray seat structure of the dryer comprises an upper cavity cover and a lower cavity cover. A cavity body is formed between the upper cavity cover and the lower cavity cover, the cavity body comprises a middle portion air-out cavity which is arranged in the middle of the cavity body and two side air-out cavities which are arranged on two sides of the middle portion air-out cavity, and the upper cavity cover is provided with a middle portion air-out portion and two side air-out portions, and the middle portion air-out portion and the two side air-out portions respectively correspond to the middle portion air-out cavity and the two side air-out cavities. An air inlet air flue which extends downwards is arranged in the middle of the lower cavity cover, a guide plate is arranged above the air inlet air flue, and the guide plate is provided with extending portions which are toward the two side air-out portions. The guide plate conducts guiding for air flow, so that the middle portion air-out portion is not influenced by air flow direct shooting which gets out of the air inlet air flue, and the guide plate drains the air flow which gets out of the air inlet air flue to the two side air-out portions. The air-out tray seat structure of the dryer has the advantages that an air-out tray seat not only is safe and waterproof, but also has guide effect, and the air-out tray seat structure of the dryer enables air-out of the air-out tray seat to be uniform and unobstructed and provides clothes drying environment with uniform temperature and pressure for the dryer.
Description
Technical field
The present invention relates to a kind of clothes drying machine, particularly relate to a kind of cloth bell-type clothes drying machine.
Background technology
Existing cloth bell-type clothes drying machine, usually as shown in Figure 1A, 1B, comprise: support 60 ', air-out dish seat 1 ', column 80 ', body 70 ', wherein, support 60 ' is provided with bearing sleeve 61 ' and air-out interface 62 ', and air-out dish seat 1 ' inside is cavity of giving vent to anger, and cavity of giving vent to anger comprises the give vent to anger both sides of portion 21 ' and both sides, middle part and to give vent to anger portion 22 '.The feature of this air-out dish seat 1 ' is: this air-out dish seat 1 ' ovalize, and major axis and minor axis is larger, is divided into give vent to anger portion 21 ' and both sides, centre to give vent to anger portion 22 ' along this air-out dish seat 1 ' of long axis direction.Under normal circumstances, the give vent to anger heat in portion 21 ' of centre the closer to heating parts is more, more lower away from the give vent to anger heat in portion 22 ' of the both sides of heating parts, it is comparatively large that air-out interface hot gas out due to heating parts arrives middle part portion 21 ' and the both sides distance difference that portion 22 ' experiences of giving vent to anger of giving vent to anger, cause the both sides at position, both sides give vent to anger portion 22 ' hot gas out and middle part to give vent to anger in portion 21 ' stream pressure of out hot gas and temperature difference larger.When such clothes drying machine runs, in hot press middle part give vent to anger portion 21 ' and both sides give vent to anger the temperature difference at position, portion 22 ' also can be larger, the each position of clothes dried the time used also can great disparity comparatively large, uneven, the prolongation of drying the clothing time of gas flow temperature in hot press can be caused.
Above structure, be the patent document of 201110147452.9 in the Chinese Patent Application No. of the present inventor, Chinese Patent Application No. be 201110147466.0 patent document, Chinese Patent Application No. be 201110147430.2 patent document and Chinese Patent Application No. 201110182427.4 patent document in all open.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind ofly has guide effect to air-flow and the air-out dish seat of the clothes drying machine of safe waterproof.
The present invention solves the problems of the technologies described above adopted technical scheme: a kind of air-out dish holder structure of clothes drying machine, is characterized in that: comprise,
Be positioned at top for the upper chamber cover of giving vent to anger be positioned at the cavity of resorption lid of bottom for air inlet;
Form one between described upper chamber cover and cavity of resorption lid for drying the cavity of hot gas conveying transfer, this cavity comprises along the length direction of cavity being positioned at middle middle part outlet chamber and the both sides outlet chamber being positioned at outlet chamber both sides, middle part;
Give vent to anger portion in give vent to anger portion and both sides, the middle part corresponding with described middle part outlet chamber and both sides outlet chamber respectively that wherein said upper chamber cover is provided with through hot press;
The middle part of described cavity of resorption lid has one to the air inlet air flue of downward-extension;
Above described air inlet air flue, there is deflector, described deflector is provided with extension to the both sides portion of giving vent to anger, described deflector leads to air-flow and makes the middle part portion of giving vent to anger not by the air-flow direct projection out of air inlet air flue, and to give vent to anger being drained to both sides from air inlet air flue air-flow out portion.
In order to drainage air-flow better, described cavity of resorption covers and is being positioned at air inlet air flue both sides and is respectively provided with the guiding gutter for drainage of a recessed through air inlet air flue.
Preferably, the bottom surface of described guiding gutter be one to give vent to anger from air inlet air flue to both sides direction, place, portion be tilted to inclined-plane.
In order to be discharged by the water droplet being dropped in cavity of resorption lid, the low side on described inclined-plane has a diversion aperture.
Directly enter inlet channel to prevent water droplet and cause potential safety hazard, the size of described deflector is greater than the size of the upper shed of described air inlet air flue.
In order in formation water reserve, inlet channel periphery, anti-sealing enters inlet channel, and the periphery of described air inlet air flue upper shed is provided with the dash boss that a circle raises up.
Cause Damage by Short Circuit in order to avoid the water dripped from the middle part portion of giving vent to anger of upper chamber cover directly enters inlet channel, the size of described deflector is greater than described middle part and gives vent to anger the size in portion.
In order in formation water reserve, air inlet air flue both sides, anti-sealing enters air inlet air flue, and the bottom surface of the cavity of resorption lid corresponding to the outlet chamber of described both sides is one from the air inlet air flue inclined-plane downward-sloping to direction, both sides.
In order to raise both sides water-storage depth, prevent the water of both sides from passing back in air inlet air flue, described cavity of resorption covers to give vent to anger between the lower portion in portion and the air inlet air flue at middle part in both sides a boss, forms water-containing area thus.
In order to the water being dropped in cavity of resorption lid is discharged smoothly, the low side on described inclined-plane is provided with a diversion aperture.
In order to prevent the water on deflector from directly entering inlet channel, described deflector upper surface surrounding is provided with convex edge upwards, and give vent to anger towards the both sides direction in portion, described convex edge is provided with breach.
Preferably, described deflector upper surface surrounding is provided with convex edge upwards, and give vent to anger towards the both sides direction in portion, this convex edge is provided with breach, and described breach is positioned at the outside of described boss.
In order to prevent the bottom fallen from assembling above deflector, the upper surface of described deflector by two downward-sloping towards two ends, cavity length direction separately from centre be that the domatic of an angle forms.
Preferably, give vent to anger portion and both sides, described middle part give vent to anger in portion that at least one of them is made up of several aperture.
In order to drainage water droplet, the lower surface of described upper chamber cover the give vent to anger periphery in portion of portion and both sides of giving vent to anger at middle part is provided with the diversion boss of a circle to downward-extension.
Compared with prior art, the invention has the advantages that air-out dish seat of the present invention not only safe waterproof, and to air-flow, there is guide effect, the air-out of air-out dish seat can be made evenly unobstructed, for clothes drying machine provides a temperature, air pressure to dry clothing environment uniformly.
Accompanying drawing explanation
Figure 1A is the existing clothes drying machine structural representation with air-out dish seat, and Figure 1B is the schematic diagram of existing air-out dish seat.
Fig. 2 A is the perspective view of air-out dish seat in the first embodiment; Fig. 2 B is the decomposing state schematic diagram of Fig. 2 A; Fig. 2 C, 2D be in Fig. 2 A A-A to sectional view; Fig. 2 E be in Fig. 2 A B-B to sectional view.
Fig. 3 A is the perspective view of another kind of air-out dish seat; Fig. 3 B be in Fig. 3 A C-C to sectional view.
Fig. 4 A is the structural representation of the upper chamber cover in the second embodiment; Fig. 4 B is the sectional view of air-out dish seat; Fig. 4 C is the perspective view of cavity of resorption lid and deflector assembled state.
Figure 5 shows that a kind of air-out dish holder structure schematic diagram with inclination guiding gutter according to third embodiment of the invention.
Figure 6 shows that a kind of assembled state schematic diagram with the cavity of resorption lid of diversion aperture and the air-out dish seat of deflector according to third embodiment of the invention.
Figure 7 shows that a kind of air-out dish seat decomposing state schematic diagram with water-proof function according to fourth embodiment of the invention.
Figure 8 shows that a kind of structural representation with the cavity of resorption lid of the air-out dish seat of water-proof function according to fifth embodiment of the invention.
Figure 9 shows that a kind of upper chamber cover of air-out dish seat and the decomposing state structural representation of deflector with water-proof function according to sixth embodiment of the invention.
Figure 10 shows that a kind of sectional view with the air-out dish seat of water-proof function according to seventh embodiment of the invention.
Figure 11 shows that a kind of structural representation with the cavity of resorption lid of the air-out dish seat of dash boss according to eighth embodiment of the invention.
Figure 12 shows that a kind of structural representation with the air-out dish seat of diversion aperture according to ninth embodiment of the invention.
Figure 13 A-13B is depicted as the wherein a kind of structural representation with the air-out dish seat of water-proof function according to tenth embodiment of the invention.Wherein, Figure 13 A is the decomposing state schematic diagram of cavity of resorption lid and deflector; Figure 13 B is the view sub-anatomy of air-out dish seat.
Figure 14 A-14C another kind be depicted as according to present pre-ferred embodiments has the structural representation of the air-out dish seat of water-proof function.Wherein, Figure 14 A is the structural representation of cavity of resorption lid; 14B is the assembled state schematic diagram of cavity of resorption lid and deflector; Figure 14 C is the sectional view of air-out dish seat.
Figure 15 shows that a kind of structural representation with the air-out dish seat of the deflector of diversion function according to eleventh embodiment of the invention.
Figure 16 shows that a kind of structural representation with the air-out dish seat of diversion boss according to twelveth embodiment of the invention.
Detailed description of the invention
Below in conjunction with accompanying drawing embodiment, the present invention is described in further detail.
First embodiment:
As Fig. 2 A to Fig. 2 E shows a kind of air-out dish seat 1 structure of clothes drying machine, this air-out dish seat 1 is fixed on above the support of clothes drying machine column side.This air-out dish seat 1 entirety is roughly in ellipticity, comprise superposed upper chamber cover 2 and the cavity of resorption lid 3 being positioned at bottom, form a cavity 11 between upper chamber cover 2 and cavity of resorption lid 3, this cavity 11 comprises along the length direction of this air-out dish seat 1 being positioned at middle middle part outlet chamber 111 and the both sides outlet chamber 112 laying respectively at outlet chamber 111 both sides, middle part.
Link together between upper chamber cover 2 and cavity of resorption lid 3, linked together by the turnbuckle screw on point screw seat be laid on upper chamber cover 2 and cavity of resorption lid 3 alternatively.Cavity of resorption lid 3, the i.e. middle part of cavity of resorption lid 3 of outlet chamber 111 position, middle part have one to the air inlet air flue 31 of downward-extension certain distance, and this air inlet air flue 31 enters in cavity 11 for guiding the hot gas produced in support.This upper chamber cover 2 is respectively equipped with give vent to anger portion 21 and both sides, middle part and gives vent to anger portion 22 on the correspondence position of middle part outlet chamber 111 and both sides outlet chamber 112, and the upper edge of this upper chamber cover 2 is valgoid, for the cover body of the clothes drying machine that is tightly connected.
As shown in Fig. 2 A, 2B, give vent to anger in the middle part of this portion 21 and both sides portion 22 of giving vent to anger is structure as a whole.A sheet deflector 4 is provided with above air inlet air flue 31 in this cavity 11, this sheet deflector 4 direction, portion 22 of giving vent to anger to both sides is extended with extension 40, deflector 4 is fixed on upper chamber cover 2 by stud 42, can certainly be fixed on cavity of resorption lid 3, or fixedly be suspended between upper chamber cover 2 and cavity of resorption lid 3.
As Fig. 2 D, shown in 2E, the hot gas (in figure shown in arrow) produced in support enters air inlet air flue 31, due to the obstruct of deflector 4, flow to the give vent to anger distance in portion 21 of middle part long, and air inlet air flue 31 flows to both sides gives vent to anger the flow process in portion 22 apart from constant, that is, the air-flow that this deflector 4 pairs of inlet channels 31 flow out leads, middle part is made to give vent to anger portion 21 not by air inlet air flue 31 air-flow direct projection out, and to give vent to anger being drained to both sides from air inlet air flue 31 air-flow out portion 22, that is, given vent to anger the hot gas tolerance that portion 22 confesses in give vent to anger portion 21 and both sides, middle part, temperature difference is less, and the surface temperature in portion 21 of giving vent to anger in the middle part of this is unlikely to too high.Thus, temperature and the air pressure of the air-flow that air-out dish direction, seat 1 both sides and each position, middle part are flowed out are roughly the same, smoke the quality degree of controllability of clothes and smoke efficiency and improve in hot press.
Further, as shown in Fig. 2 B, 2E, be provided with a leg portion 50 upwards extended before and after this deflector 4 between both sides and upper chamber cover 2, this leg portion 50 contacts with each other with upper chamber cover 2.Like this, the air-flow that air inlet air flue 31 flows out does not flow between this deflector 4 and upper chamber cover 2 from the both sides, front and back of outlet chamber 111 in the middle part of this, but impel the air-flow of this air inlet air flue 31 to flow between this deflector 4 and upper chamber cover 2 from the both sides of outlet chamber 111 in the middle part of this, like this, along with the extended length of the both sides of this deflector 4, the distance that the air-flow of the outflow of air inlet air flue 31 flow to portion 21 of giving vent to anger in the middle part of this also can lengthen, thus realizes reaching give vent to anger portion 21 and both sides, middle part and to give vent to anger hot gas tolerance, the same object of temperature in portion 22.
Further, as shown in Fig. 3 A, 3B, give vent to anger in the middle part of this portion 21 and both sides portion 22 of giving vent to anger is 5 gas outlets formed a line on this upper chamber cover 2, and each gas outlet is made up of several aperture 24.
Second embodiment:
As shown in Fig. 4 A, 4B, 4C, other parts of this embodiment are identical with the first embodiment, a recessed guiding gutter 35 is respectively provided with unlike the cavity of resorption lid 3 of: air-out dish seat 1 portion 22 correspondence position of giving vent to anger in both sides, the through air inlet air flue 31 of this guiding gutter 35 and extend respectively to the both sides of air inlet air flue 31 and be used for drainage, and the recessed degree of depth W of this guiding gutter 35 is less than the depth H of this air inlet air flue 31.This guiding gutter 35 equals the degree of depth increasing both sides outlet chamber 112, promotes that the air-flow of air inlet air flue 31 is guided both sides into and to be given vent to anger portion 22.
3rd embodiment:
As shown in Figure 5, other parts of this embodiment are identical with the first embodiment, be an inclined-plane 351 of to give vent to anger the downward-sloping setting in direction, place, portion 22 from air inlet air flue 31 to both sides unlike: guiding gutter 35 bottom surface, promote that the air-flow of air inlet air flue 31 is guided both sides into and to be given vent to anger place of portion 22 thus.Especially in the structure significantly reduced at air-out dish seat 1 two ends, above-mentioned effect is more obvious.
If smoke Shi Youshui in addition when falling into both sides outlet chamber 112, this inclined-plane 351 can guide the orientation, two ends of flow direction cavity of resorption lid 3, avoids water to flow into air inlet air flue 31 like this, guarantees the safety of the hot gas producing component in support.
Further, as shown in Figure 6, the least significant end on this inclined-plane 351 has a diversion aperture 36, and water when smoking falls into cavity 11 and flows into after in guiding gutter 35, from this diversion aperture 36 discharged to the external world.
4th embodiment:
As shown in Figure 7, deflector 4 shape is greater than the size of the upper shed 32 of described air inlet air flue 31.The lengthwise dimension of such as this deflector 4 is E, width is of a size of F, and this E and F is greater than lengthwise dimension e and the width size f of the upper shed 32 of air inlet air flue 31 respectively.The water droplet falling into middle part outlet chamber 111 can be lived by diversed plate 4 grades, and avoids directly falling into air inlet air flue 31.
5th embodiment:
As shown in Figure 8, the periphery of the upper shed 32 of air inlet air flue 31 is provided with the dash boss 321 that a circle raises up, and such water drops on after on cavity of resorption lid 3, can stop by dash boss 321 and can not flow in air inlet air flue 31.The height optimal selection of dash boss 321 projection is 2mm-4mm.Certainly this upper shed 32 may not be a rectangle, also can be circular, oval or other shapes.
6th embodiment:
As shown in Figure 9, the shape of deflector 4 is greater than middle part and gives vent to anger the size in portion 21.The lengthwise dimension of such as this deflector 4 is E, width is of a size of F, and this E and F is greater than lengthwise dimension e2 and the width size f2 of the upper shed 32 of air inlet air flue 31 respectively.Thus water from the middle part of upper chamber cover 2 give vent to anger portion 21 fall into middle part outlet chamber 111 after, can stop by diversed plate 4, thus avoided directly falling into air inlet air flue 31, prevented the heating element heater below to air inlet air flue 31 from causing damage.
7th embodiment:
As shown in Figure 10, the bottom surface of the cavity of resorption lid 3 corresponding to both sides outlet chamber 112 be one from air inlet air flue 31 to direction, both sides respectively to the inclined-plane 34 had a down dip, like this, both sides outlet chamber 112 is far away apart from air inlet air flue 31, and cavity thickness can not become narrower, promote that the air-flow of air inlet air flue 31 is guided both sides into and to be given vent to anger place of portion 22.Especially be that in the gathering structure more reduced towards two ends, its effect is more remarkable in the shape of air-out dish seat 1.
If smoke Shi Youshui when falling into both sides outlet chamber 112, this inclined-plane 34 can make the two ends of current direction cavity of resorption lid 3, and can not flow into air inlet air flue 31, guarantees that the hot gas producing component in support can not damage.
8th embodiment:
As shown in figure 11, cavity of resorption lid 3 is given vent to anger between the lower portion in portion 22 and the air inlet air flue 31 at middle part in both sides and is respectively equipped with boss 352, cavity of resorption lid 3 position of portion 22 correspondence of giving vent to anger in both sides thus forms two water-containing areas 37, prevent the water in both sides from passing back in air inlet air flue 31, the height optimal selection of this boss 352 projection is 2mm-4mm, and the height of this boss 352 determines the water-storage depth of two water-containing areas 37.
9th embodiment:
Other parts of this embodiment are identical with the 7th embodiment, unlike, as shown in figure 12, cavity of resorption lid 3 is respectively equipped with a diversion aperture 36 in the least significant end on inclined-plane 34, and when smoking, water falls into after cavity 11 flow to cavity of resorption lid 3, from this diversion aperture 36 discharged to the external world.
Tenth embodiment:
As shown in Figure 13 A, 13B, this embodiment and the 5th embodiment unlike, the upper surface surrounding of deflector 4 is provided with a circle convex edge 41 upwards, give vent to anger towards the both sides direction in portion 22, this convex edge 41 is provided with breach 412, water on deflector 4 flows out the both sides importing cavity of resorption lid 3 from breach 412, water thus on deflector 4 can not directly enter air inlet air flue 31, thus avoids heating element heater Damage by Short Circuit below air inlet air flue 31.
Further, as shown in Figure 14 A, 14B, 14C, compare the 5th embodiment, breach 412 position exceedes the position of dash boss 321 on the length direction of cavity, namely the length of deflector 4 is greater than the length of dash boss 321, and for the 8th embodiment, described breach 412 position exceedes the position of boss 352 on the length direction of cavity, namely the length of deflector 4 is longer than the spacing of two boss 352, and the water droplet fallen from breach 412 is dropped on outside dash boss 321 or boss 352 by gear.
11 embodiment:
As shown in figure 15, the upper surface of deflector 4 by two downward-sloping towards cavity 11 length direction two ends separately from centre be that domatic 43 of an angle forms, the water droplet that portion 21 falls that makes to give vent to anger from middle part can not rest on above deflector 4, and diversed plate 4 drains on the cavity of resorption lid 3 of the both sides of air inlet air flue 31.
12 embodiment:
As shown in figure 16, the lower surface of this upper chamber cover 2 the give vent to anger periphery in portion 22 of portion 21 and both sides of giving vent to anger at middle part is provided with the diversion boss 25 of a circle to downward-extension, guides to enter middle part the give vent to anger water droplet in portion 22 of portion 21 and both sides of giving vent to anger and fall along diversion boss 25.
Although more than describe in detail the preferred embodiments of the present invention, should be expressly understood that, for a person skilled in the art, the present invention can have various modifications and variations.All any amendments done within the spirit and principles in the present invention, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (13)
1. an air-out dish holder structure for clothes drying machine, is characterized in that: comprise,
Be positioned at top for the upper chamber cover (2) of giving vent to anger be positioned at the cavity of resorption lid (3) of bottom for air inlet;
Form one between described upper chamber cover (2) and cavity of resorption lid (3) for drying the cavity (11) of hot gas conveying transfer, this cavity (11) comprises along the length direction of cavity (11) being positioned at the middle part outlet chamber (111) of centre and being positioned at the both sides outlet chamber (112) of outlet chamber (111) both sides, middle part;
Give vent to anger portion (22) in give vent to anger portion (21) and both sides, the middle part corresponding with described middle part outlet chamber (111) and both sides outlet chamber (112) respectively that wherein said upper chamber cover (2) is provided with through hot press;
The middle part of described cavity of resorption lid (3) has one to the air inlet air flue (31) of downward-extension;
Described air inlet air flue (31) top has deflector (4), described deflector (4) portion (22) of giving vent to anger to both sides is provided with extension (40), described deflector (4) carries out guiding to air-flow and makes middle part give vent to anger portion (21) not by air inlet air flue (31) air-flow direct projection out, and to give vent to anger being drained to both sides from air inlet air flue (31) air-flow out portion (22);
Described cavity of resorption lid (3) is respectively provided with the guiding gutter for drainage (35) of a recessed through air inlet air flue (31) being positioned at air inlet air flue (31) both sides;
The bottom surface of described guiding gutter (35) be one to give vent to anger from described air inlet air flue (31) to both sides portion (22) direction, place be tilted to inclined-plane (351).
2. the air-out dish holder structure of clothes drying machine according to claim 1, is characterized in that: the low side of described inclined-plane (351) has a diversion aperture (36).
3. the air-out dish holder structure of clothes drying machine according to claim 1, is characterized in that: the size of described deflector (4) is greater than the size of the upper shed (32) of described air inlet air flue (31).
4. the air-out dish holder structure of the clothes drying machine according to claim 1 or 3, is characterized in that: the periphery of described air inlet air flue (31) upper shed (32) is provided with the dash boss (321) that a circle raises up.
5. the air-out dish holder structure of clothes drying machine according to claim 1, is characterized in that: the size of described deflector (4) is greater than described middle part and gives vent to anger the size of portion (21).
6. the air-out dish holder structure of clothes drying machine according to claim 1, is characterized in that: the bottom surface of the cavity of resorption lid (3) corresponding to described both sides outlet chamber (112) is one from air inlet air flue (31) inclined-plane (34) downward-sloping to direction, both sides.
7. the air-out dish holder structure of clothes drying machine according to claim 6, it is characterized in that: described cavity of resorption lid (3) is given vent to anger between the lower portion in portion (22) and the air inlet air flue (31) at middle part in both sides a boss (352), forms water-containing area (37) thus.
8. the air-out dish holder structure of clothes drying machine according to claim 6, is characterized in that: the low side of described inclined-plane (34) is provided with a diversion aperture (36).
9. the air-out dish holder structure of the clothes drying machine according to claim 1,5 or 6, it is characterized in that: described deflector (4) upper surface surrounding is provided with convex edge (41) upwards, described convex edge (41) give vent to anger towards the both sides direction in portion (22) is provided with breach (412).
10. the air-out dish holder structure of clothes drying machine according to claim 7, it is characterized in that: described deflector (4) upper surface surrounding is provided with convex edge (41) upwards, give vent to anger towards the both sides direction in portion (22), this convex edge (41) is provided with breach (412), and described breach (412) is positioned at the outside of described boss (352).
The air-out dish holder structure of 11. clothes drying machines according to claim 9, is characterized in that: the upper surface of described deflector (4) by two downward-sloping towards cavity (11) length direction two ends separately from centre be that domatic (43) of an angle form.
The air-out dish holder structure of 12. clothes drying machines according to claim 1, is characterized in that: give vent to anger portion (21) and both sides, described middle part give vent to anger in portion (22) that at least one of them is made up of several aperture (24).
The air-out dish holder structure of 13. clothes drying machines according to claim 1, is characterized in that: the lower surface of described upper chamber cover (2) the give vent to anger periphery in portion (22) of portion (21) and both sides of giving vent to anger at middle part is provided with the diversion boss (25) of a circle to downward-extension.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210450360.2A CN102978884B (en) | 2012-11-12 | 2012-11-12 | Air-out tray seat structure of dryer |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210450360.2A CN102978884B (en) | 2012-11-12 | 2012-11-12 | Air-out tray seat structure of dryer |
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| CN2837346Y (en) * | 2005-09-15 | 2006-11-15 | 张鸿森 | Articles drying device |
| CN101280510A (en) * | 2007-04-05 | 2008-10-08 | 胡杰波 | Safe clothes dryer having large spatial structure |
| CN102226312A (en) * | 2011-03-28 | 2011-10-26 | 胡杰波 | Clothes drying machine |
| CN202152422U (en) * | 2011-06-20 | 2012-02-29 | 中山市美斯特实业有限公司 | Main machine of clothes dryer |
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