CN102444012B - Drying apparatus - Google Patents
Drying apparatus Download PDFInfo
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- CN102444012B CN102444012B CN2011102838452A CN201110283845A CN102444012B CN 102444012 B CN102444012 B CN 102444012B CN 2011102838452 A CN2011102838452 A CN 2011102838452A CN 201110283845 A CN201110283845 A CN 201110283845A CN 102444012 B CN102444012 B CN 102444012B
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- inclined plane
- oven dry
- moisture
- drying unit
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/20—General details of domestic laundry dryers
- D06F58/24—Condensing arrangements
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F25/00—Washing machines with receptacles, e.g. perforated, having a rotary movement, e.g. oscillatory movement, the receptacle serving both for washing and for centrifugally separating water from the laundry and having further drying means, e.g. using hot air
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Detail Structures Of Washing Machines And Dryers (AREA)
- Drying Of Solid Materials (AREA)
- Main Body Construction Of Washing Machines And Laundry Dryers (AREA)
Abstract
A drying apparatus has drying tub for storing laundry and circulation system of dry air. A circulation system includes a dehumidifier, a blower for sending dry air into a drying tub, and a support element for supporting a dehumidifier. The support element has a drainage port from which water is discharged, a main tilted surface for guiding water toward drainage port, a first tilted surface below the dehumidifier, and a first partition wall protruding from the first tilted surface to the partition first tilted surface into a first upstream tilted surface and a first downstream tilted surface that is closer to the blower than the first upstream tilted surface. The first tilted surface is tilted such that water flows toward the main tilted surface, and the first partition wall extends in transverse direction with respect to dry air flow toward the blower. Via the above structure, higher drying efficiency can be maintained.
Description
Technical field
The present invention relates to a kind of drying unit for drying clothes.
Background technology
Be used for the dryer of drying clothes or on the basis of drying function, also possess the drying units such as laundry apparatus of washing function, generally by drying that air is supplied in the cylinder of accommodating clothing and drying clothes.Open in 2005-52533 number (patent documentation 1) the open communique spy of Japan Patent and to disclose the laundry apparatus that clothing is dried and washed.
Figure 11 roughly represents the internal structure of patent documentation 1 disclosed laundry apparatus.Utilize Figure 11 that the laundry apparatus of patent documentation 1 is described.
Laundry apparatus 900 possesses the circulatory system 920 of the washing and drying groove 910 of accommodating clothing and the oven dry air circulation that makes drying clothes.The circulatory system 920 possesses the circulation line 930 of the second end 932 of the first end 931 that comprises the bottom surface that is connected in washing and drying groove 910 and the side face that is connected in washing and drying groove 910; Be installed on the pressure fan 940 of the second end 932 of circulation line 930; Remove the filter 950 of Soft flocks (breaking dust compositions such as the end of a thread) from the oven dry air that in circulation line 930, flows; And be arranged at heat pump 960 between filter 950 and the pressure fan 940.Pressure fan 940 makes in the first end 931 generation negative pressure of circulation line 930, generates malleations at the second end 932.Its result, the first end 931 that the oven dry air in the washing and drying groove 910 is recycled pipeline 930 attracts.Afterwards, the oven dry air is by filter 950.Passed through the oven dry air of filter 950 further by heat pump 960, and sent in the washing and drying groove 910 from the second end 932 of circulation line 930.
Heat pump 960 possess be arranged on the heat dump 961 after the filter 950 and be arranged on heat dump 961 and pressure fan 940 between radiator 962.Heat dump 961 cooling oven dry air make to be contained in the airborne moisture dewfall of oven dry.Its result, the oven dry air is dehumidified.Passed through the oven dry air of heat dump 961 by radiator 962.Radiator 962 heating, drying air.Accordingly, the oven dry air through dehumidification treatments and heat treated is admitted in the washing and drying groove 910 again by pressure fan 940.
Circulation line 930 comprises for the storage part 933 of storing the moisture (dew) that is removed from the oven dry air by heat dump 961.Storage part 933 forms the space of expansion downwards between heat dump 961 and radiator 962.The water of storing in the storage part 933 is discharged by pump (not shown).
The open communique spy of Japan Patent opens 2010-63694 number (patent documentation 2) and spy and opens 2010-64020 number (patent documentation 3) and disclose the circulatory system identical with patent documentation 1.When the circulatory system of above-mentioned patent documentation possesses the pump attraction moisture that the moisture of removing is discharged from the oven dry air, relax this attraction to the structure of the influence of the mobile generation of oven dry air.
According to the above-mentioned circulatory system, remove and by mobile and rolled-up because of the oven dry air of the moisture stored, be sent to the downstream from the oven dry air.
As shown in figure 11, in the patent documentation 1 disclosed circulatory system 920, rolled-up moisture is carried out heating by radiator 962.Radiator 962 makes water evaporates, its drying efficiency deterioration as a result.
Summary of the invention
The object of the present invention is to provide a kind of drying unit that can keep higher drying efficiency.
Drying unit involved in the present invention comprises: the oven dry groove is used for accommodating clothing; And the circulatory system, allow for the oven dry air circulation of drying described clothing, wherein, the described circulatory system possesses removes the dehumidifying assembly that is included in the airborne moisture of described oven dry, attraction is removed the described oven dry air behind the moisture and the support component of sending into the air supply plant of described oven dry groove and supporting described dehumidifying assembly by described dehumidifying assembly, wherein, described support component possesses for the outlet of discharging described moisture, with with described moisture towards main inclined plane that the mode of described outlet guiding tilts, be formed on first inclined plane of below of described dehumidifying assembly and outstanding and described first inclined plane is separated into the first upstream oblique face and first partition wall of comparing with this first upstream oblique face more near the inclined plane, first downstream of described air supply plant from described first inclined plane, wherein, described first inclined plane is inclined to and makes described moisture flow to described main inclined plane, and described first partition wall is along the direction extension that intersects with flow direction towards the described oven dry air of described air supply plant.
Description of drawings
Fig. 1 is the approximate three-dimensional map of the related laundry apparatus of an embodiment.
Fig. 2 is the general profile chart of laundry apparatus shown in Figure 1.
Fig. 3 is the general profile chart of laundry apparatus shown in Figure 1.
Fig. 4 is the skeleton diagram of the heat pump of laundry apparatus shown in Figure 1.
Fig. 5 is heat pump shown in Figure 4 and the approximate vertical view that supports the gripper shoe of heat pump.
Fig. 6 is the approximate vertical view of gripper shoe shown in Figure 5.
Fig. 7 is the summary side elevation of gripper shoe shown in Figure 6.
Fig. 8 is the skeleton diagram of the right supporting walls of gripper shoe shown in Figure 6.
Fig. 9 is the skeleton diagram of first partition wall of gripper shoe shown in Figure 6.
Figure 10 is the skeleton diagram of second partition wall of gripper shoe shown in Figure 6.
Figure 11 is the skeleton diagram of the structure of the related laundry apparatus of conventional art.
The specific embodiment
Utilize accompanying drawing that the embodiment of drying unit is described below.In addition, below use in the explanation " on ", D score, " left side " term that reach expression directions such as " right sides " only is to illustrate cheer and brightly in order to make, and the principle of drying unit do not done any restriction.
(overall structure of laundry apparatus)
Fig. 1 is the approximate three-dimensional map of the laundry apparatus that is exemplified as the related drying unit of an embodiment.In the present embodiment, with the laundry apparatus that has washing function and drying function concurrently as drying unit and illustration.Replace, also can adopt not possess the dryer of washing function as drying unit.
Midfeather 212 comprises the concave surface 214 of the ring-type that forms recessed zone, and this recessed zone is the shape that roughly is complementary with roughly discoideus door body 300.Concave surface 214 surrounds the substantial middle that connects midfeather 212 and the input port 215 that forms.Input port 215 is communicated with the washing and drying groove (aftermentioned) that is housed in basket 200 inside.The user can put into clothing (clothes or similar article) or take out clothings from basket 200 in main basket 200 by input port 215.
Fig. 2 is the general profile chart with laundry apparatus 100 of the door body 300 that is in detent position.Configuration, shape and the structure of the parts in the basket 200 shown in Figure 2 should not make an explanation limitedly.Configuration, shape and the structure of the parts in the basket 200 also can suitably determine according to washing and drying Design of device and function.Utilize Fig. 1 and Fig. 2 to further specify the overall structure of laundry apparatus 100.
As shown in Figure 2, in basket 200, construct the treating apparatus 400 of drying processing.In the present embodiment, treating apparatus 400 is also carried out the washing of clothing C such as carrying out washing treatment, rinsing processing and processed and the processing of baking needed except carrying out the oven dry processing.Replace, do not possess under the situation of dryer as the washing and drying device of washing function if adopt, treating apparatus also can only be carried out oven dry and handle.
Treating apparatus 400 has the washing and drying groove 410 for oven dry and washing clothes C.The washing and drying groove 410 of accommodating clothing C comprises: the end that swing (rock) freely is supported on basket 200 inside has the tank 420 of round-ended cylinder shape; And rotation freely is supported on the swing roller 440 that tank 420 interior ends have the round-ended cylinder shape.Treating apparatus 400 has the suspension (suspension) 490 of resiliency supported washing and drying groove 410.The suspension 490 that is connected with the diapire 260 of basket 200 suitably be absorbed in various processing such as above-mentioned oven dry processing, carrying out washing treatment, rinsing processing and processed during the vibration that produces.In the present embodiment, washing and drying groove 410 is exemplified as the oven dry groove.
Treating apparatus 400 also comprises the motor 430 that makes swing roller 440 rotations.The main part of motor 430 is installed in the outer surface of the diapire 431 of tank 420.In addition, the rotating shaft of motor 430 connects the diapire 431 of tank 420 and is connected in the diapire 432 of swing roller 440.During various processing such as oven dry processing, carrying out washing treatment, rinsing processing and processed, motor 430 makes swing roller 440 rotations.
On the antetheca 433 of the opposition side of the diapire 431 of tank 420, be formed with and the door body 300 of the circular that is positioned at detent position concentric openings portion 434 roughly.Similarly, on the antetheca 435 of the opposition side of the diapire 432 of swing roller 440, be formed with the antetheca 433 that is formed on tank 420 on peristome 434 concentric openings portion 436 roughly.The user can make a body 300 move to open position and drop into clothing C by input port 215 in swing roller 440.Treating apparatus 400 also comprises the bellows (bellows) 437 between the antetheca 433 of the midfeather 212 that is arranged on basket 200 and tank 420.Tank 420 is connected in basket 200 via bellows 437 elasticity.
As shown in Figure 1, door body 300 comprises: roughly be the transparent window portion 310 that an end has the trapezoidal cone shape in the end; And the carriage 320 that supports the roughly circular plate shape of window portion 310.As shown in Figure 2, when door body 300 was positioned at detent position, window portion 310 was inserted in the input port 215 that is formed on basket 200.Door body 300 be positioned at detent position during, the user can be by the clothing C in the transparent window portion 310 Visual Confirmation washing and drying grooves 410.
On the roof 250 of basket 200, for example be formed with the water inlet 253 that can be connected with flexible pipe (not shown).Water system 340 has the reception room 341 of accommodating washing agent and first supply channel 342 that is connected water inlet 253 and reception room 341.Reception room 341 is adjacent to the inner surface of the roof 250 of basket 200.Water system 340 also has second supply channel 343 that extends towards tank 420 from reception room 341.
Water via water inlet 253 supplies flows into reception room 341 by first supply channel 342.Water and washing agent mix and are rinse water in reception room 341.Rinse water is provided in the tank 420 by second water-supply line 343.
Be formed with the inflow entrance 424 for the outlet 423 of discharging rinse water and rinse water inflow on the tank 420.Diapire 260 at basket 200 is formed with for the water discharge outlet 261 of discharging rinse water outside basket 200.Circulation drainage system 350 comprises: the discharge pipe line 351 that extends between the water discharge outlet 261 of the outlet 423 of tank 420 and basket 200; And the draining valve 352 that is installed in discharge pipe line 351.Draining valve 352 is used for the discharge of the rinse water of control outside basket 200, opens and closes as required.In the present embodiment, circulation drainage system 350 is exemplified as drainage system.
On tank 420, also be formed with the limiting holes 422 for the liquid level in the restriction tank 420.Circulation drainage system 350 also possesses the overflow pipe (overflow pipe) 355 of limiting holes of being connected in 422.Overflow pipe 355 is connected in discharge pipe line 351 in the upstream of draining valve 352.When the liquid level of the rinse water in the tank 420 surpassed the water level of appointment, draining valve 352 was opened.Rinse water unnecessary in the tank 420 flows into overflow pipe 355 by limiting holes 422, finally discharges from the water discharge outlet 261 of basket 200.
Fig. 3 is the general profile chart of laundry apparatus 100.Utilize Fig. 1 and Fig. 3 to further specify the overall structure of laundry apparatus 100.
Tank 420 is included in the perisporium cylindraceous 438 that extends between diapire 431 and the antetheca 433.Perisporium 438 at tank 420 is formed with for the exhaust outlet 601 of discharging the oven dry air from washing and drying groove 410.And, be formed with for the air inlet 643 of in washing and drying groove 410, sending into the oven dry air at the diapire 431 of tank 420.The circulatory system 600 allows the oven dry air for drying clothes C circulate between exhaust outlet 601 and air inlet 643.
Diapire 432 at swing roller 440 is formed with the bottom outlet 645 of oven dry air in swing roller 440 that enters from air inlet 643 be used to impelling.Swing roller 440 is included in the perisporium cylindraceous 439 that extends between diapire 432 and the antetheca 435.Perisporium 439 at swing roller 440 is formed be used to a plurality of all holes 646 of impelling the oven dry air towards the exhaust outlet 601 of the perisporium 438 that is formed on tank 420.Promote the clothing C in the swing roller 440 to dry by the oven dry air that flows to all holes 646 from bottom outlet 645.
The circulatory system 600 comprises: first pipeline 610 that extends and extend along the roof 250 of basket 200 from the exhaust outlet 601 of tank 420; The oven dry air of discharging from washing and drying groove 410 is removed the filter 700 of Soft flocks dust compositions such as () broken the end of a thread; Be adjacent to the heat pump 630 of filter 700; And the pressure fan 621 that makes the oven dry air circulation.First pipeline 610 comprises gripper shoe described later and the connecting line 602 that is connected gripper shoe and exhaust outlet 601.In the present embodiment, gripper shoe supports filter 700, heat pump 630 and pressure fan 621.Pressure fan 621 is exemplified as air supply plant.Connecting line 602 is exemplified as tube connector.
The circulatory system 600 also has from second pipeline 620 of pressure fan 621 towards washing and drying groove 410 guiding oven dry air.The oven dry air of sending from pressure fan 621 is directed to second pipeline 620, and flows in the washing and drying groove 410 by air inlet 643.
The circulatory system 600 comprises: from the branch line 650 of second pipeline, 620 branches; And the transfer valve 651 that is arranged on the connecting portion of second pipeline 620 and branch line 650.Branch line 650 has the leading section that is communicated with peristome 436 on the antetheca 435 that is formed on swing roller 440.Transfer valve 651 rotates in the primary importance that flows of interdicting the oven dry air that flows to air inlet 643 from pressure fan 621 and between the second place that flows of the oven dry air that flows to air inlet 643 from pressure fan 621.When transfer valve 651 was positioned at primary importance, the major part of oven dry air was ejected to clothing C by branch line 650 from the peristome 436 of swing roller 440.When transfer valve 651 was positioned at the second place, the major part of oven dry air was towards air inlet 643.Transfer valve 651 is for example handled in the designated duration that begins from oven dry and is set in the second place.Thereafter, transfer valve 651 is set in primary importance till the oven dry processing finishes.Accordingly, can change the oven dry action according to the oven dry degree of clothing C.
(heat pump)
Fig. 4 is the ideograph of roughly representing heat pump 630.Utilize the heat pump 630 of Fig. 3 and Fig. 4 to describe.
The circulation pipe 631 that the cold-producing medium of sending from compressor 632 is flowed through projects to first pipeline 610, forms radiator 633.Emit based on the compression of compressor 632 and the radiator 633 of the heat of heated cold-producing medium is included in the circulation pipe 631 that is bent to form in first pipeline 610; And be installed in fin 638 on this circulation pipe 631.Oven dry air by first pipeline 610 is heated by radiator 633.In the present embodiment, radiator 633 is exemplified as heating component.
The circulation pipe that cold-producing medium flowed 631 that has passed through pressure reducer 634 projects in first pipeline 610 again, forms heat dump 635.The heat dump 635 that the cold-producing medium that utilization is cooled based on the decompression of pressure reducer 634 absorbs heat comprises: crooked circulation pipe 631 in first pipeline 610; And be installed in fin 636 on this circulation pipe 631.Oven dry air in first pipeline 610 is absorbed heat by heat dump 635.Its result is dried airborne moisture dewfall on fin 636 and/or circulation pipe 631, and is removed from the oven dry air.In the following description, the airborne moisture of oven dry of dewfall is called dew on fin 636 and/or circulation pipe 631.In the present embodiment, heat dump 635 is exemplified as the dehumidifying assembly.
As shown in Figure 3, the circulatory system 600 comprises hydrophobic pipeline 639, and this hydrophobic pipeline 639 is connected to the discharge pipe line 351 of the below that is arranged at heat dump 635 from first pipeline 610.In the present embodiment, hydrophobic pipeline 639 is connected in the hollow block 356 that arranges in the discharge pipe line 351.Hydrophobic pipeline 639 is used for to discharge pipe line 351 guiding dews.
The circulatory system 600 also comprises the check-valves 637 that is installed in the hydrophobic pipeline 639.Based on the running of pressure fan 621, the inner space of first pipeline 610 becomes negative pressure basically.Check-valves 637 is breaking at the subnormal ambient that produces in first pipeline 610 at the middle part of hydrophobic pipeline 639.Its result is suppressed to the mobile of fluid that first pipeline 610 rises from discharge pipe line 351.The installation site of the check-valves 637 in hydrophobic pipeline 639 is set generate to be used for sending to discharge pipe line 351 enough big head pressures of dew aptly between check-valves 637 and first pipeline 610.
(gripper shoe)
Fig. 5 is arranged on the approximate vertical view of filter 700, heat pump 630 and pressure fan 621 on the gripper shoe.Fig. 6 is the approximate vertical view of gripper shoe.Fig. 7 is the summary right side view of gripper shoe.Utilize Fig. 3, Fig. 5 to Fig. 7 that gripper shoe is described.
The heat dump 635 of heat pump 630 is adjacent to filter 700.Heat dump 635 is from just by removing moisture the oven dry air after the filter 700.The right side part 635R of heat dump 635 and peristome 522 are in opposite directions.Be adjacent to the left part 635L of right side part 635R and pressure fan 621 in opposite directions.In the present embodiment, the gripper shoe 500 of support heat dump 635 is exemplified as support component.And the right side part 635R of heat dump 635 is exemplified as first dehumidification portion.The left part 635L of heat dump 635 is exemplified as second dehumidification portion.
The radiator 633 of heat pump 630 is adjacent to heat dump 635.Be arranged on heat dump 635 and radiator 633 between the pressure fan 621 and roughly be the shape identical size identical with heat dump 635.The right side part 633R of radiator 633 is adjacent to the right side part 635R of heat dump 635.And the left part 633L of radiator 633 is adjacent to the left part 635L of heat dump 635.In the present embodiment, the right side part 633R of radiator 633 is exemplified as first heating part.The left part 633L that is adjacent to right side part 633R is exemplified as second heating part.
Fig. 8 is by the heat dump 635 of gripper shoe 500 supports and the summary right side view of radiator 633.Utilize the gripper shoe 500 of Fig. 5, Fig. 6 and Fig. 8 to describe.
The right supporting walls 512 outstanding from the upper surface of diapire 510 comprises: the first right supporting walls 514 that forms along the front edge of the right flank of heat dump 635 and bottom surface edge; Along the part of the back side edge of the right flank of radiator 633 and bottom surface edge and the second right supporting walls 515 that forms; And the 3rd right supporting walls 516 of bottom surface edge that between the first right supporting walls 514 and the second right supporting walls 515, supports the right flank of radiator 633.Be formed with notch part 517,518 at right supporting walls 512.Notch part 517 is formed between the first right supporting walls 514 and the 3rd right supporting walls 516.Notch part 518 is formed between the second right supporting walls 515 and the 3rd right supporting walls 516.
As shown in Figure 6, gripper shoe 500 is included in the interface wall 541 of giving prominence to upward between heat dump 635 and the radiator 633.The diapire 510 of gripper shoe 500 comprises: first inclined plane 542 that is formed at the below of heat dump 635; And second inclined plane 543 that is formed at the below of radiator 633.Right supporting walls 512 is separated main inclined plane 511 and first inclined plane 542.And right supporting walls 512 is separated main inclined plane 511 and second inclined plane 543.In the present embodiment, outstanding right supporting walls 512 is exemplified as supporting walls between main inclined plane 511 and first inclined plane 542 and second inclined plane 543.
Supporting walls 500 has first partition wall 546, and this first partition wall 546 is divided into the first upstream oblique face 544 and (near pressure fan 621) inclined plane, first downstream 545 of comparing with the first upstream oblique face 544 further from connecting wall 521 with first inclined plane 542.Outstanding first partition wall 546 extends along left and right directions (with the direction of reporting to the leadship after accomplishing a task towards the flow direction of the oven dry air of air supply plant 621) from first inclined plane 542.
Supporting walls 500 has second partition wall 549, and this second partition wall 549 is divided into the second upstream oblique face 547 and (near pressure fan 621) inclined plane, second downstream 548 of comparing with the second upstream oblique face 547 further from connecting wall 521 with second inclined plane 543.Outstanding second partition wall 549 extends along left and right directions (with the direction of reporting to the leadship after accomplishing a task towards the flow direction of the oven dry air of air supply plant 621) from second inclined plane 543.
Fig. 9 is the general profile chart of periphery of the connecting portion of right supporting walls 512 and first partition wall 546.Utilize the gripper shoe 500 of Fig. 5, Fig. 6 and Fig. 9 further to describe.
The fin 636 of heat dump 635 arranges continuously along first partition wall 546.Circulation pipe 631 runs through fin 636.Accordingly, fin 636 fully is cooled by the cold-producing medium that flows in circulation pipe 631.The oven dry air that contacts with fin 636 and/or circulation pipe 631 is cooled.Its result produces dew on the surface of fin 636 and/or circulation pipe 631.Dew drops onto on first inclined plane 542 (the first upstream oblique face 544, inclined plane, first downstream 545) of the below that is formed at heat dump 635.First inclined plane 542 tilt for make the dew that drops onto on first inclined plane 542 to the right supporting walls 512 and main inclined plane 511 (namely from the below of the left part 635L of heat dump 635 towards the below of right side part 635R) flow.
Near right supporting walls 512, be formed with notch part 551 at first partition wall 546.The notch part 551 of first partition wall 546 allows dews 545 to flow towards inclined plane, first downstream from the first upstream oblique face 544.In addition, the notch part 517 that is formed between the first right supporting walls 514 and the 3rd right supporting walls 516 allows dew to flow from inclined plane, first downstream 545 towards main inclined plane 511.In the present embodiment, the notch part 517 that is formed between the first right supporting walls 514 and the 3rd right supporting walls 516 is exemplified as first notch part.The notch part 551 of first partition wall 546 is exemplified as second notch part.
Figure 10 is the general profile chart of periphery of the connecting portion of right supporting walls 512 and second partition wall 549.Utilize the gripper shoe 500 of Fig. 4 to Fig. 6 and Figure 10 further to describe.
The fin 638 of radiator 633 arranges continuously along second partition wall 549.Circulation pipe 631 runs through fin 638.As illustrated in conjunction with Fig. 4, the cold-producing medium in the radiator 633 is heated fully by compressor 632.Therefore, be different from heat dump 635, directly do not produce dewfall on the fin 638 in the radiator 633 and the circulation pipe 631.But the dew that produces in the heat dump 635 can be attached to fin 638 and the circulation pipe 631 in the radiator 633 potentially along with flowing of oven dry air.In addition, outstanding interface wall 541 is extended along left and right directions (with the direction of reporting to the leadship after accomplishing a task towards the flow direction of the oven dry air of pressure fan 621) between inclined plane, first downstream 545 and the second upstream oblique face 547, moves towards radiator 633 from heat dump 635 thereby partly hinder dew.
Being attached to fin 638 in the radiator 633 and the dew of circulation pipe 631 drops onto on second inclined plane 543 (the second upstream oblique face 547, inclined plane, second downstream 548) of the below that is formed at radiator 633.Second inclined plane 543 tilts, and (namely from the below of the left part 633L of radiator 633 towards the below of right side part 633R) flows towards right supporting walls 512 and main inclined plane 511 in order to make the dew that drops onto on second inclined plane 543.
Near right supporting walls 512, be formed with notch part 552 at second partition wall 549.The notch part 552 of second partition wall 549 allows dews 548 to flow towards inclined plane, second downstream from the second upstream oblique face 547.In addition, the notch part 518 that is formed between the second right supporting walls 515 and the 3rd right supporting walls 516 allows dew to flow from inclined plane, second downstream 548 to main inclined plane 511.In the present embodiment, the notch part 518 that is formed between the second right supporting walls 515 and the 3rd right supporting walls 516 is exemplified as the 3rd notch part.The notch part 552 of second partition wall 549 is exemplified as the 4th notch part.
(discharge of dew)
Utilize the discharge operation of Fig. 2, Fig. 3 and the dew of Fig. 6 to describe.
The dew that drops onto on first inclined plane 542 and/or second inclined plane 543 is directed to main inclined plane 511.Afterwards, dew is collected at storage part 530.Accumulate in the storage part 530 dew and flow into hydrophobic pipeline 639 at any time.Its result produces higher head and presses between the check-valves 637 in being installed in hydrophobic pipeline 639 and the connector 531.The subnormal ambient that higher head presses the running of resistance pressure fan 621 to produce impels dew to flow towards the below of check-valves 637.Accordingly, dew is sent to the hollow block 356 of the below that is positioned at check-valves 637 at any time.
In the present embodiment, dew from gripper shoe 500 to hollow block 356 flow and to realize based on the gravity effect.Therefore, the circulation of the oven dry air that the running based on pressure fan 621 is realized of flowing of dew does not constitute influence basically.
In the prior art, the flowing through pump of dew and realizing.The attraction of pump usually constitutes influence to the circulation of oven dry air, but in the present embodiment, the mobile circulation that is independent of the oven dry air of dew.
Dew thickeies the cleaning water layer in the hollow block 356 to the inflow of hollow block 356 potentially.Liquid level sensor 357 also can detect the change of the air pressure in the hollow block 356 that dew causes to the inflow of hollow block 356.In addition, draining valve 352 also can be opened according to the increase of the air pressure in the hollow block 356.Its result, dew is discharged to outside the basket 200.Replace, also can be when opening draining valve 352 according to being used for realizing the program of various operations such as washing procedure, rinsing process or dehydration procedure, dew is discharged from rinse water.
The related laundry apparatus 100 of present embodiment needs to increase parts or program hardly, just can suitably discharge dew.In addition, no longer need to be specifically designed to the pumping unit in the past of discharging dew.
Above-mentioned embodiment mainly comprises the drying unit with following structure.Drying unit with following structure can be kept higher drying efficiency.
The drying unit that the one side of above-mentioned embodiment is related comprises: the oven dry groove is used for accommodating clothing; And the circulatory system, allow for the oven dry air circulation of drying described clothing, wherein, the described circulatory system possesses removes the dehumidifying assembly that is included in the airborne moisture of described oven dry, attraction is removed the described oven dry air behind the moisture and the support component of sending into the air supply plant of described oven dry groove and supporting described dehumidifying assembly by described dehumidifying assembly, wherein, described support component possesses for the outlet of discharging described moisture, with with described moisture towards main inclined plane that the mode of described outlet guiding tilts, be formed on first inclined plane of below of described dehumidifying assembly and outstanding and described first inclined plane is separated into the first upstream oblique face and first partition wall of comparing with this first upstream oblique face more near the inclined plane, first downstream of described air supply plant from described first inclined plane, wherein, described first inclined plane is inclined to and makes described moisture flow to described main inclined plane, and described first partition wall is along the direction extension that intersects with flow direction towards the described oven dry air of described air supply plant.
According to said structure, the circulatory system allows and is housed in the oven dry air circulation of drying the clothing in the groove for oven dry.The dehumidifying assembly is removed and is included in the airborne moisture of oven dry.Air supply plant attraction is removed the oven dry air behind the moisture and sends into the oven dry groove.The support component that supports the dehumidifying assembly possesses for the outlet of discharging moisture.Main inclined plane guides moisture towards outlet.Below the dehumidifying assembly, be formed with first inclined plane.Outstanding first partition wall is separated into the first upstream oblique face and the inclined plane of comparing with the first upstream oblique face more near air supply plant, first downstream with first inclined plane from first inclined plane.First inclined plane makes moisture flow to main inclined plane.First partition wall extends along the direction of intersecting with flow direction towards the oven dry air of air supply plant, so it is rolled-up and be sent to the situation generation in downstream to be suppressed at the moisture that flows on the first upstream oblique face.Therefore, the amount of the airborne moisture of oven dry that is admitted to the oven dry groove by air supply plant can be kept lower degree.Accordingly, drying unit can be kept higher drying efficiency.
In said structure, comparatively it is desirable to, described support component is included in the supporting walls of giving prominence to and support described dehumidifying assembly between described main inclined plane and described first inclined plane, is formed with first notch part that allows described moisture to flow to described main inclined plane from described first inclined plane at described supporting walls.
According to said structure, outstanding supporting walls supports the dehumidifying assembly between main inclined plane and first inclined plane.First notch part that is formed on the supporting walls allows moisture to flow to main inclined plane from first inclined plane.Accordingly, the moisture that flows on first inclined plane flows to main inclined plane by first notch part, discharges from outlet at last.
In said structure, comparatively it is desirable to, be formed with second notch part of the described moisture of permission from the described first upstream oblique surface current to inclined plane, described first downstream at described first partition wall.
According to said structure, be formed on second notch part on first partition wall allow moisture from the first upstream oblique surface current to inclined plane, first downstream.Accordingly, flow into inclined plane, first downstream at the moving moisture of the first upstream oblique surface current by second notch part.
In said structure, comparatively it is desirable to, described first notch part allows described moisture to flow to described main inclined plane from inclined plane, described first downstream.
According to said structure, first notch part allows moisture to flow to main inclined plane from inclined plane, first downstream.Therefore, flow into the moisture on inclined plane, first downstream by second notch part and directly be received in inclined plane, first downstream from the dehumidifying assembly moisture flow to main inclined plane by first notch part.Afterwards, moisture is discharged from outlet.
In said structure, comparatively it is desirable to, the described support component that supports described air supply plant comprises connecting wall, be formed with the peristome of the described oven dry air that importing attracts from described oven dry groove to described dehumidifying assembly by described air supply plant at this connecting wall, described dehumidifying assembly comprise with described peristome in opposite directions first dehumidification portion and with second dehumidification portion of this first dehumidification portion adjacency, wherein, described second dehumidification portion and described air supply plant are in opposite directions.
According to said structure, the support component that supports air supply plant comprises the connecting wall of the peristome that is formed with the oven dry air that importing attracts towards the dehumidifying assembly from the oven dry groove by air supply plant.The dehumidifying assembly comprise with peristome in opposite directions first dehumidification portion and with second dehumidification portion of the first dehumidification portion adjacency.Second dehumidification portion and air supply plant are in opposite directions.Therefore, towards the oblique dehumidifying assembly and flowing that passes of the oven dry air of air supply plant.Accordingly, can guarantee to improve dehumidification rate for the long time of oven dry air by the dehumidifying assembly.
In said structure, comparatively it is desirable to, the described first upstream oblique face tilt become to make the described moisture that described second dehumidification portion is removed flow to described first dehumidification portion below.
According to said structure, moisture that second dehumidification portion is removed along the inclination of the first upstream oblique face and flow to first dehumidification portion below.
In said structure, comparatively it is desirable to, inclined plane, described first downstream be inclined to make the described moisture that described second dehumidification portion is removed flow to described first dehumidification portion below.
According to said structure, moisture that second dehumidification portion is removed along the inclination on inclined plane, first downstream and flow to first dehumidification portion below.
In said structure, comparatively it is desirable to, described second notch part be formed on described supporting walls near.
According to said structure, the moisture on the first upstream oblique face flows to the below of first dehumidification portion.Therefore, below first dehumidification portion, it is higher that the water level of moisture becomes easily, therefore impels moisture to pass through second notch part and flow into inclined plane, first downstream.Based on moisture flow into by second notch part and receive on inclined plane, first downstream from the flowing of the moisture of dehumidifying assembly, moisture flows to main inclined plane via first notch part.Near supporting walls is not subject to obliquely pass the dehumidifying assembly and the influence of flowing of mobile oven dry air.Therefore, below first dehumidification portion, even the water level of moisture is higher, moisture can be rolled by the oven dry air hardly.Its result, the amount that is admitted to the airborne moisture of oven dry of oven dry groove by air supply plant can be kept lower degree.Accordingly, drying unit can be kept higher drying efficiency.
In said structure, comparatively it is desirable to, also comprise the heating component for the described oven dry air of heating, wherein, described supporting walls supports the described heating component that is arranged between described dehumidifying assembly and the described air supply plant, described heating component possess with first heating part of the described first dehumidification portion adjacency and with second heating part of the described second dehumidification portion adjacency.
According to said structure, the heating component that supported wall supports between dehumidifying assembly and air supply plant heats the oven dry air.Heating component comprise with first heating part of the first dehumidification portion adjacency and with second heating part of the second dehumidification portion adjacency.Therefore, towards the oblique dehumidifying assembly and flowing that passes of the oven dry air of air supply plant.Accordingly, air can be guaranteed to dry by the long time of heating component, the efficiency of heating surface can be improved.
In said structure, comparatively it is desirable to, described support component possesses second inclined plane that is formed on described heating component below and is outstanding and described second inclined plane is divided into the second upstream oblique face and second partition wall of comparing with this second upstream oblique face more near the inclined plane, second downstream of described air supply plant from this second inclined plane, wherein, described second partition wall is along the direction extension that intersects with flow direction towards the described oven dry air of described air supply plant.
According to said structure, below heating component, be formed with second inclined plane.Along with the mobile moisture that moves to heating component of drying air is received by second inclined plane.Outstanding second partition wall is divided into the second upstream oblique face and the inclined plane of comparing with this second upstream oblique face more near air supply plant, second downstream with second inclined plane from second inclined plane.Second partition wall extends along the direction of intersecting with flow direction towards the oven dry air of air supply plant, so it is rolled-up and be sent to the situation generation in downstream to be suppressed at the moving moisture of the second upstream oblique surface current.Therefore, the amount of the airborne moisture of oven dry that is admitted to the oven dry groove by air supply plant can be kept lower degree.Accordingly, drying unit can be kept higher drying efficiency.
In said structure, comparatively it is desirable to, described second inclined plane is inclined to and makes the described moisture that is positioned at below, described second heating part flow to the below of described first heating part.
According to said structure, the moisture of below that is positioned at second heating part is along the inclination on second inclined plane and flow to the below of first heating part.
In said structure, comparatively it is desirable to, be formed with the 3rd notch part that allows described moisture to flow to described main inclined plane from described second inclined plane at the described supporting walls of separating between described main inclined plane and described second inclined plane.
According to said structure, the 3rd notch part that forms at the supporting walls of separating between main inclined plane and second inclined plane allows moisture to flow to main inclined plane from second inclined plane.Therefore, the moisture that flows towards the below of first heating part flows to main inclined plane along the inclination on second inclined plane and by the 3rd notch part.
In said structure, comparatively it is desirable to, be formed with four notch part of the described moisture of permission from the described second upstream oblique surface current to inclined plane, described second downstream at described second partition wall.
According to said structure, be formed on the 4th notch part on second partition wall allow moisture from the second upstream oblique surface current to inclined plane, second downstream.
In said structure, comparatively it is desirable to, described the 3rd notch part allows described moisture to flow to described main inclined plane from inclined plane, described second downstream.
According to said structure, the 3rd notch part allows moisture to flow to main inclined plane from inclined plane, second downstream.
In said structure, comparatively it is desirable to, described the 4th notch part be formed on described supporting walls near.
According to said structure, the moisture on the second upstream oblique face flows to the below of first heating part.Therefore, below first heating part, it is higher that the water level of moisture becomes easily, therefore impels moisture to pass through the 4th notch part and flow into inclined plane, second downstream.Based on moisture flow into by the 4th notch part and receive on inclined plane, second downstream from the flowing of the moisture of heating component, moisture flows to main inclined plane via the 3rd notch part.Near supporting walls is not subject to obliquely pass heating component and the influence of flowing of mobile oven dry air.Therefore, below first heating part, even the water level of moisture is higher, moisture can be rolled by the oven dry air hardly.Its result, the amount that is admitted to the airborne moisture of oven dry of oven dry groove by air supply plant can be kept lower degree.Accordingly, drying unit can be kept higher drying efficiency.
In said structure, comparatively it is desirable to, described support component is included between described inclined plane, first downstream and the described second upstream oblique face outstanding interface wall, and described interface wall is along the direction extension that intersects with flow direction towards the described oven dry air of described air supply plant.
According to said structure, outstanding interface wall is extended along the direction of intersecting with flow direction towards the oven dry air of air supply plant between inclined plane, first downstream and the second upstream oblique face, so it is rolled-up and be sent to the situation generation in downstream to be suppressed at the moisture that flows on inclined plane, first downstream.Therefore, the amount of the airborne moisture of oven dry that is admitted to the oven dry groove by air supply plant can be kept lower degree.Accordingly, drying unit can be kept higher drying efficiency.
Utilizability on the industry
The principle of present embodiment possesses the device of drying function applicable to laundry apparatus or dryer etc.
Claims (16)
1. drying unit is characterized in that comprising:
The oven dry groove is used for accommodating clothing; And
The circulatory system allows for the oven dry air circulation of drying described clothing, wherein,
The described circulatory system possesses removes the dehumidifying assembly that is included in the airborne moisture of described oven dry, attracts to remove the described oven dry air behind the moisture and the support component of sending into the air supply plant of described oven dry groove and supporting described dehumidifying assembly by described dehumidifying assembly, wherein
Described support component possess for the outlet of discharging described moisture, with described moisture towards main inclined plane that the mode of described outlet guiding tilts, first inclined plane of the below that is formed on described dehumidifying assembly and outstanding and described first inclined plane is separated into the first upstream oblique face and first partition wall of comparing with this first upstream oblique face more near the inclined plane, first downstream of described air supply plant from described first inclined plane, wherein
Described first inclined plane is inclined to and makes described moisture flow to described main inclined plane,
Described first partition wall is along the direction extension that intersects with flow direction towards the described oven dry air of described air supply plant.
2. drying unit according to claim 1 is characterized in that:
Described support component is included in the supporting walls of giving prominence to and support described dehumidifying assembly between described main inclined plane and described first inclined plane,
Be formed with first notch part that allows described moisture to flow to described main inclined plane from described first inclined plane at described supporting walls.
3. drying unit according to claim 2 is characterized in that:
Be formed with second notch part of the described moisture of permission from the described first upstream oblique surface current to inclined plane, described first downstream at described first partition wall.
4. drying unit according to claim 3 is characterized in that:
Described first notch part allows described moisture to flow to described main inclined plane from inclined plane, described first downstream.
5. drying unit according to claim 4 is characterized in that:
The described support component that supports described air supply plant comprises connecting wall, is formed with the peristome of the described oven dry air that importing attracts from described oven dry groove to described dehumidifying assembly by described air supply plant at this connecting wall,
Described dehumidifying assembly comprise with described peristome in opposite directions first dehumidification portion and with second dehumidification portion of this first dehumidification portion adjacency, wherein,
Described second dehumidification portion and described air supply plant are in opposite directions.
6. drying unit according to claim 5 is characterized in that:
The described first upstream oblique face tilt become to make the described moisture that described second dehumidification portion is removed flow to described first dehumidification portion below.
7. drying unit according to claim 6 is characterized in that:
Inclined plane, described first downstream be inclined to make the described moisture that described second dehumidification portion is removed flow to described first dehumidification portion below.
8. drying unit according to claim 6 is characterized in that:
Described second notch part be formed on described supporting walls near.
9. according to each described drying unit in the claim 5 to 8, it is characterized in that, also comprise the heating component for the described oven dry air of heating, wherein,
Described supporting walls supports the described heating component that is arranged between described dehumidifying assembly and the described air supply plant,
Described heating component possess with first heating part of the described first dehumidification portion adjacency and with second heating part of the described second dehumidification portion adjacency.
10. drying unit according to claim 9 is characterized in that:
Described support component possesses second inclined plane that is formed on described heating component below and is outstanding and described second inclined plane is divided into the second upstream oblique face and second partition wall of comparing with this second upstream oblique face more near the inclined plane, second downstream of described air supply plant from this second inclined plane, wherein
Described second partition wall is along the direction extension that intersects with flow direction towards the described oven dry air of described air supply plant.
11. drying unit according to claim 10 is characterized in that:
Described second inclined plane is inclined to and makes the described moisture that is positioned at below, described second heating part flow to the below of described first heating part.
12. drying unit according to claim 11 is characterized in that:
Be formed with the 3rd notch part that allows described moisture to flow to described main inclined plane from described second inclined plane at the described supporting walls of separating between described main inclined plane and described second inclined plane.
13. drying unit according to claim 12 is characterized in that:
Be formed with four notch part of the described moisture of permission from the described second upstream oblique surface current to inclined plane, described second downstream at described second partition wall.
14. drying unit according to claim 13 is characterized in that:
Described the 3rd notch part allows described moisture to flow to described main inclined plane from inclined plane, described second downstream.
15. drying unit according to claim 13 is characterized in that:
Described the 4th notch part be formed on described supporting walls near.
16. drying unit according to claim 13 is characterized in that:
Described support component is included in interface wall outstanding between described inclined plane, first downstream and the described second upstream oblique face,
Described interface wall is along the direction extension that intersects with flow direction towards the described oven dry air of described air supply plant.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010222610A JP5948661B2 (en) | 2010-09-30 | 2010-09-30 | Drying equipment |
| JP2010-222610 | 2010-09-30 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102444012A CN102444012A (en) | 2012-05-09 |
| CN102444012B true CN102444012B (en) | 2013-08-21 |
Family
ID=44582572
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011102838452A Active CN102444012B (en) | 2010-09-30 | 2011-09-21 | Drying apparatus |
| CN2011203578922U Expired - Lifetime CN202227166U (en) | 2010-09-30 | 2011-09-21 | Drying device |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203578922U Expired - Lifetime CN202227166U (en) | 2010-09-30 | 2011-09-21 | Drying device |
Country Status (4)
| Country | Link |
|---|---|
| EP (1) | EP2436832B1 (en) |
| JP (1) | JP5948661B2 (en) |
| CN (2) | CN102444012B (en) |
| TW (1) | TWI468572B (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5948661B2 (en) * | 2010-09-30 | 2016-07-06 | パナソニックＩｐマネジメント株式会社 | Drying equipment |
| EP2898132B1 (en) * | 2012-09-24 | 2018-01-31 | Arçelik Anonim Sirketi | A laundry washing and drying machine comprising a condenser |
| EP3467187B1 (en) | 2017-10-09 | 2021-12-22 | Whirlpool Corporation | Filter configured for being used in a machine for drying laundry and machine for drying laundry equipped with such a filter |
| TWI801625B (en) * | 2018-07-20 | 2023-05-11 | 日商夏普股份有限公司 | (無) |
| US20230027420A1 (en) * | 2019-12-12 | 2023-01-26 | Coway Co., Ltd. | Multifunctional storage system |
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| JP2004135755A (en) * | 2002-10-16 | 2004-05-13 | Matsushita Electric Ind Co Ltd | Washer/dryer |
| CN1695029A (en) * | 2002-09-26 | 2005-11-09 | 松下电器产业株式会社 | Drying apparatus |
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| JP2010063694A (en) * | 2008-09-11 | 2010-03-25 | Panasonic Corp | Air-conditioning unit |
| CN202227166U (en) * | 2010-09-30 | 2012-05-23 | 松下电器产业株式会社 | Drying device |
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| JP2005052533A (en) | 2003-08-07 | 2005-03-03 | Matsushita Electric Ind Co Ltd | Washing and drying machine |
| JP4880982B2 (en) * | 2005-11-18 | 2012-02-22 | 株式会社東芝 | Washing and drying machine |
| JP4817816B2 (en) * | 2005-11-24 | 2011-11-16 | 株式会社東芝 | Clothes dryer |
| JP4550747B2 (en) * | 2006-02-09 | 2010-09-22 | 株式会社東芝 | Clothes dryer |
| JP5104577B2 (en) * | 2008-06-18 | 2012-12-19 | パナソニック株式会社 | Drum type washer / dryer |
| JP4970391B2 (en) | 2008-09-11 | 2012-07-04 | パナソニック株式会社 | Air conditioning unit |
| JP2010094169A (en) * | 2008-10-14 | 2010-04-30 | Panasonic Corp | Dehumidifying and heating apparatus, and dryer equipped with dehumidifying and heating apparatus |
-
2010
- 2010-09-30 JP JP2010222610A patent/JP5948661B2/en active Active
-
2011
- 2011-09-07 EP EP11180299.7A patent/EP2436832B1/en active Active
- 2011-09-15 TW TW100133175A patent/TWI468572B/en active
- 2011-09-21 CN CN2011102838452A patent/CN102444012B/en active Active
- 2011-09-21 CN CN2011203578922U patent/CN202227166U/en not_active Expired - Lifetime
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1695029A (en) * | 2002-09-26 | 2005-11-09 | 松下电器产业株式会社 | Drying apparatus |
| JP2004135755A (en) * | 2002-10-16 | 2004-05-13 | Matsushita Electric Ind Co Ltd | Washer/dryer |
| CN101158099A (en) * | 2006-10-08 | 2008-04-09 | 海尔集团公司 | Washing machine drier employing heat pump as heat source |
| JP2010063694A (en) * | 2008-09-11 | 2010-03-25 | Panasonic Corp | Air-conditioning unit |
| CN202227166U (en) * | 2010-09-30 | 2012-05-23 | 松下电器产业株式会社 | Drying device |
Also Published As
| Publication number | Publication date |
|---|---|
| EP2436832A3 (en) | 2015-10-21 |
| EP2436832A2 (en) | 2012-04-04 |
| CN202227166U (en) | 2012-05-23 |
| TW201221721A (en) | 2012-06-01 |
| TWI468572B (en) | 2015-01-11 |
| CN102444012A (en) | 2012-05-09 |
| JP2012075600A (en) | 2012-04-19 |
| EP2436832B1 (en) | 2016-11-09 |
| JP5948661B2 (en) | 2016-07-06 |
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