CN104487628A - Laundry dryer - Google Patents
Laundry dryer Download PDFInfo
- Publication number
- CN104487628A CN104487628A CN201380035917.9A CN201380035917A CN104487628A CN 104487628 A CN104487628 A CN 104487628A CN 201380035917 A CN201380035917 A CN 201380035917A CN 104487628 A CN104487628 A CN 104487628A
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- China
- Prior art keywords
- air
- container
- air filtration
- shell
- filtration shell
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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
- D06F58/02—Domestic laundry dryers having dryer drums rotating about a horizontal axis
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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
- D06F58/22—Lint collecting arrangements
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Detail Structures Of Washing Machines And Dryers (AREA)
- Accessory Of Washing/Drying Machine, Commercial Washing/Drying Machine, Other Washing/Drying Machine (AREA)
Abstract
Laundry dryer (1) comprising an outer casing (2) having a front wall (2a) provided with a laundry loading/unloading pass-through opening, and an air-filtering cartridge (15) which is fitted in removable manner into an air-vent (10) which is passed through by a laundry drying airflow (f), said air-filtering cartridge (15) comprising a first substantially bag- or pocket-shaped, air-filtering shell or vessel (20, 120) which is dimensioned for being inserted/plugged into said air-vent (10) and is structured to restrain the fluff and/or lint particles in suspension into the airflow (f); the air-filtering cartridge (15) furthermore comprising: a second, completely separated, substantially bag- or pocket-shaped, air-filtering shell or vessel (30, 130) which is fitted/recessed into said first air-filtering shell or vessel (20, 120) so as to be crossed by substantially the same airflow (f) that crosses the first air-filtering shell or vessel (20, 120), and which is structured to restrain the fluff and/or lint particles in suspension into the airflow (f); and an extraction-aid member (26, 138) which is fixed/associated to one of the two completely-separated, air-filtering shells or vessels (20, 30; 120, 130), and is structured so as to allow the manual extraction of both air-filtering shells or vessels (20, 30; 120, 130) at a time from the air-vent (10).
Description
The present invention relates to a kind of clothesdrier.
More particularly, the present invention relates to a kind of rotary drum-type home laundry drier, the mode by way of example that below describes purely, to refer to this rotary drum-type home laundry drier, and does not mean that any forfeiture is general.
Road as known, rotary drum-type home laundry drier in the market comprises generally: structure is specified to the outside box-shaped shell for being shelved on a substantially parallel hexahedral shape on floor; Structure be determined to be for accommodate clothing to be dried and be contained in the mode of axial-rotation with the rotatable cylinder of one that rotates around the longitudinal axis of reference of horizontal orientation drum-shaped substantially in this shell, this cylinder is directly towards the clothing load/unload opening of in the antetheca being formed in this shell; To rotate the por arriving and leave a closed position on the antetheca being hinged to this shell, to make this clothing load/unload opening close and this rotatable drum gas-tight seal on the antetheca that this leans against this shell completely in this closed position; To be accommodated in this shell and structure is determined to be a power-actuated electric motor assembly for driving this rotatable drum to rotate around its longitudinal axis of reference; To be accommodated in this shell and structure is specified to a closed type hot-air generator making thermal air current at this rotatable drum Inner eycle, this thermal air current there is low-down moisture and flow over this rotatable drum and clothing in this cylinder to make this clothing rapid draing; And last electronic central control unit, this electronic central control unit controls this electric motor assembly and this hot-air generator performs one of selectable dry cycle of multiple users be stored in same central control unit by order.
In addition, in most of rotary drum-type home laundry driers in the market, this rotatable drum be usually by metal material make and in this box-shaped shell substantial horizontal extend, the rigid tubular body of aiming at one of this clothing load/unload opening drum-shaped substantially partly.In addition, the support roller that this rigid tubular body can be specified to for leaning against multiple idle running by further structure, these support that rollers are arranged at two the axial end places parallel with this cylinder longitudinal axis of reference local of this tubular body and are fixed in this box-shaped shell to allow this tubular body to rotate around longitudinal axis of reference of its horizontal orientation in free pivotal mode.The rounded forward edge edge of this tubular body is around this clothing load/unload opening and with substantially airtight and the mode of axial-rotation is connected on the antetheca of this box-shaped shell; And the rounded back edge of this tubular body against this box-shaped shell rear wall and be connected on the rear wall of this box-shaped shell in the substantially airtight and mode of axial-rotation.
This closed type hot-air generator and then comprise: an air re-circulation conduit, this air re-circulation conduit extends in the bottom of this box-shaped shell and has first end be directly connected on first blow vent and second end be directly connected on second blow vent, this first blow vent realize in the rear wall of this box-shaped shell, in the antemarginal periphery of this tubular body, this second blow vent be implemented on the antetheca of this instrument outer shell, define this clothing load/unload opening annular frame on; And a power-actuated centrifugal fan, this centrifugal fan is along this air re-circulation catheter positioning and is specified to produce the air stream flowing through this air re-circulation conduit and this rotatable drum in a closed loop manner by structure.
The thermal air current produced by hot-air generator usually enters this tubular body via realizing the first blow vent in the rear wall of this box-shaped shell, in this tubular body, flows over the whole length of this tubular body and finally by by the second blow vent be implemented on the annular frame defining this clothing load/unload opening on the antetheca of this shell from this tubular body out.
In addition, this closed type hot-air generator comprises: an air-cooling apparatus, this air-cooling apparatus is along this air re-circulation catheter positioning and be specified to cool the humid air from this rotatable drum by structure, to cause remaining condensate moisture in this air stream; An air heating apparatus, this air heating apparatus along this air re-circulation catheter positioning, in the downstream of this air-cooling apparatus and by structure be specified to for from this air-cooling apparatus and the directed air stream through dehumidifying getting back to this rotatable drum heat, with make the directed air stream getting back to this rotatable drum be heated to preferred but non-essential be a temperature of temperature greater than or equal to the humid air flowed out from same rotatable drum.
This closed type hot-air generator is finally equipped with an air filter element, this air filter element arranges along this air re-circulation conduit, in the upstream of this air-cooling apparatus, to prevent fine hair and/or the arrival of velveteen particle and to block this air-cooling apparatus, air heating apparatus and centrifugal fan.
In some rotary drum-type home laundry driers in the market, this air filter element be assembled to removably be implemented in this shell antetheca on define on the annular frame of this clothing load/unload opening blow vent in to cover/to close the air filtration core cylinder of one of whole blow vent wedge shape substantially.When this por is in unlimited position, user is allowed manually to extract this wedge shaped filter core cylinder out for cleaned at regular intervals from the antetheca being implemented in this shell blow vent defined on the annular frame of this clothing load/unload opening.
GB 2116068 discloses a kind of wedge air filtration core cylinder for clothesdrier, and the size of this air filtration core cylinder to be determined to be in the blow vent for embedding/being inserted on the annular frame antetheca being implemented in this shell defining this clothing load/unload opening to cover/to close whole blow vent and to be specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters air stream.This air filtration core cylinder be substantially there is a kind of roughly V-arrangement cross section and in size is determined to be for embedding/being inserted on the annular frame antetheca being implemented in this shell defining this clothing load/unload opening blow vent so as to cover/close one of whole blow vent bag-like substantially or the rigid air filter housing of pocket-shape.
This bag-like rigid air filter housing is divided into two complementary valve shape parts, and these parts are laterally hinged in the bottom of this bag-like or pocket-shape rigid air filter housing and go up each other, thus this air filtration shell can be opened with the form of book; And each valve shape part is equipped with the sidewall of flat, a large air permeable substantially, the structure of this sidewall is determined to be and suppresses fine hair in this bag-like rigid crust and/or velveteen particle.
In order to improve air filtering capabilities, in DE 8437357 U1, in addition, each valve shape part of this air filtration shell is equipped with panel or the barrier film of an additional air permeable, the structure of this panel or barrier film is determined similarly into suppression fine hair and/or velveteen particle, and laterally and be for good and all hinged on the upper edge of this valve shape part of the upper mouth defining this bag-like or pocket-shape air filtration shell, can fold towards the inside of this bag-like or pocket-shape air filtration shell for the sidewall of whole air permeable covering same valve shape part.
Therefore, the air filtration core cylinder in DE 8437357 U1 implements double-filtration to the air stream circulated in clothesdrier.
Unfortunately, the air filtration core cylinder in DE 8437357 U1 is opened when the fine hair and/or velveteen particle that make this air filtration core cylinder surrounding can not scatter arbitrarily and is relative complex and is therefore that extraordinary writs user is offending.In fact; the concrete structure of this air filtering system forces these fine hair and/or velveteen particle accumulation on the corresponding surface of the panel of these valve shape parts and extra accordingly air permeable, these faces (reciprocally) rotation accordingly up and down when this air filtration core cylinder opens wide on a horizontal plane with book shape form.
Target of the present invention be to provide a kind of have be easy to extract out and the clothesdrier of clean air filtration core cylinder.
According to above target, according to the present invention, provide as claim 1 and preferred but non-essential be a kind of clothesdrier had as air filtration core cylinder as described in any one in dependent claims.
Now with reference to accompanying drawing, a non-limiting example of the present invention is described by way of example, in the drawings:
-Fig. 1 is according to the perspective view teaching the rotary drum-type home laundry drier that content realizes of the present invention, wherein removes multiple parts for clarity;
-Fig. 2 is the cross sectional view of the clothesdrier of Fig. 1, wherein removes multiple parts for clarity;
-Fig. 3 is the perspective view of the first embodiment of the air filter element of the clothesdrier of Fig. 1;
-Fig. 4 is the cross sectional view of the air filter element of Fig. 3;
-Fig. 5 and Fig. 6 shows the perspective view of two decomposeds of the air filter element of Fig. 3;
-Fig. 7 is the perspective view of the second embodiment of the air filter element of the clothesdrier of Fig. 1;
-Fig. 8 is the cross sectional view of the air filter element of Fig. 7;
-Fig. 9 and Figure 10 shows the perspective view of two decomposeds of the air filter element of Fig. 7.
See figures.1.and.2, reference number 1 indicates a rotary drum-type home laundry drier generally, this home laundry drier comprises: one preferred but non-essential be the outside box-shaped shell 2 of parallelepiped-shaped, this box-shaped shell is specified to for be shelved on floor and to be equipped with opposed facing, substantially directed vertically antetheca and rear wall 2a and 2b by structure; The rotatable drum 3 of a drum-shaped substantially, this rotatable drum is specified to for accommodating clothing to be dried and being fixed in the mode of axial-rotation in this box-shaped shell 2 by structure, directly in the face of being formed in a clothing load/unload on the antetheca 2a of shell 2 with passing through opening; And a por 4, on the antetheca 2a that this por is hinged to shell 2 so as can around one preferred but non-essential be that vertically-oriented axis of reference rotates and arrives and leave a closed position, in this closed position, this por 4 leans against on this antetheca 2a completely to make this clothing load/unload opening close and gas-tight seal rotatable drum 3 substantially.
In this box-shaped shell 2, clothesdrier 1 comprises a power-actuated electric motor assembly 5 extraly, and the structure of this electric motor assembly is determined to be for driving rotatable drum 3 to rotate around the longitudinal axis of reference of cylinder; A closed type hot-air generator 6, the structure of this hot-air generator is specified to make thermal air current cycle through this rotatable drum 3, and this thermal air current has low moisture level and flows over the clothing that is positioned at this cylinder 3 and make this clothing rapid draing; And an electronic central control unit (not shown in the figure), this electronic central control unit control both electric motor assembly 5 and hot-air generator 6 by order perform preferred but non-essential be one of selectable dry cycle of multiple users be stored in same central control unit, the operation of another control unit 7 for controlling compressor 19 can be provided.
With reference to Fig. 2, specifically, rotatable drum 3 is preferably the rigid tubular body 3 of a drum-shaped substantially, this tubular body be preferably made up of metal material and in box-shaped shell 2 with one preferably substantial horizontal orientation, longitudinal axis of reference L coaxially extends and keeps the clothing load/unload opening on the antetheca 2a of this box-shaped shell 2 of substantial registration partly simultaneously.In addition, the rigid tubular body 3 of this drum-shaped substantially is preferably specified to the support roller 8 for leaning against multiple idle running by structure, these support that roller is roughly arranged in two axial end places of this tubular body 3, these support that the rotation of roller is substantially parallel with longitudinal axis of reference L of this tubular body 3 in local, and these support that roller is fixed in box-shaped shell 2 to allow this tubular body 3 to rotate freely in this box-shaped shell 2 around its longitudinal axis of reference L in free pivotal mode.It is the cylinder supported by multiple rotatable roller although described here, when should be understood that, the one arrangement that this cylinder is supported by the axle be connected with this drum rear wall (namely with provide for being loaded into by clothing in this cylinder/unload the relative wall of this cylinder antetheca of an opening of clothing from this cylinder) machinery is also contained in the present invention.Described axle is also provided for and makes this drum rotating.
The rounded forward edge edge 3f of tubular body 3 is around the clothing load/unload opening realized on the antetheca 2a of box-shaped shell 2 and be connected on same antetheca 2a in the substantially airtight and mode of axial-rotation, inserts a first circular seal liner preferably.And the rounded back edge 3r of tubular body 3 against box-shaped shell 2 rear wall 2b and with substantially airtight and the mode of axial-rotation is directly connected on same rear wall 2b, preferably, insert a second circular seal liner.Therefore, front and rear circular seal liner is substantially coaxial with longitudinal axis of reference L of tubular body 3.
The thermal air current produced by hot-air generator 6 preferably by the rear portion mouth mouth (the mouth mouth of the tubular body 3 namely defined by back edge 3r) of tubular body 3 flow in tubular body 3 this tubular body 3 whole length and finally by tubular body 3 front mouth mouth (the mouth mouth of the tubular body 3 namely defined by leading edge 3f) from this tubular body 3 out.
In other words, the thermal air current produced by hot-air generator 6 is preferably via local alignment in the rear wall 2b being combined in shell 2/enter tubular body 3 and preferably the second blow vent 10 of line of rabbet joint shape is from this tubular body 3 out substantially via that is preferably incorporated in the annular frame of the clothing load/unload opening defining box-shaped shell 2 on antetheca 2a in the face of first blow vent 9 of the rear portion mouth mouth (namely in the periphery of the back edge 3r of tubular body 3) of tubular body 3.
See figures.1.and.2, hot-air generator 6 and then be specified to for extracting air gradually from rotatable drum 3 by structure; Air flow from rotatable drum 3 is got off to extract and to keep the residual moisture of extraction from rotatable drum 3 out; By the air heat through dehumidifying to a predetermined temperature, this predetermined temperature is usually above the temperature of the air from rotatable drum 3; And finally by these through heating, the air of dehumidifying feeds back in rotatable drum 3, in this rotatable drum, these air flow over the clothing in this cylinder and make this clothing rapid draing.
In other words, the air in hot-air generator 6 pairs of rotatable drums 3 provides continuous print to dehumidify with dry to make the clothing rapid draing in this cylinder, and this hot-air generator consists essentially of:
-one air re-circulation conduit 11, this air re-circulation conduit has and the blow vent 9 of the rear wall 2b being arranged in shell 2 directly first end of UNICOM's (namely fluid is connected) and second end with the direct UNICOM's (namely fluid is connected) of the blow vent 10 being preferably located at annular frame antetheca 2a defining this clothing load/unload opening;
The air circulation pump of-one power-actuated centrifugal fan 12 (showing a part for its spiral case in fig. 1 and 2) or other types, this centrifugal fan be locate along recycling pipe 11 flow through rotatable drum 3 and the air stream f of clothing in cylinder 3 with generation recycling pipe 11 in;
-one air-cooling apparatus 13, this air-cooling apparatus along this air re-circulation conduit 11 location, preferred but be non-essentially in the upstream of centrifugal fan 12 and be specified to cool the humid air from rotatable drum 3 by structure, to cause the residual moisture rapid condensation in this air stream f; And
-one air heating apparatus 14, this air heating apparatus is located along air re-circulation conduit 11, in the downstream of air-cooling apparatus 13 and be also preferably in the upstream of centrifugal fan 12 and by structure be specified to for from this air-cooling apparatus 13 and the directed air stream f through dehumidifying getting back to rotatable drum 3 heat, be heated to preferably to make the directed air stream f getting back to this rotatable drum 3 but and must be a temperature of temperature greater than or equal to the humid air flowed out from same rotatable drum 3.
With reference to Fig. 2, hot-air generator 6 finally comprises the air filtration structure core cylinder 15 that is preferably wedge shape substantially, and this air filtration core cylinder is assembled in the blow vent 10 on the annular frame being preferably implemented in clothing load/unload opening antetheca 2a defining shell 2 removably.The size of this air filtration core cylinder 15 is determined to be and covers/close whole blow vent 10 (i.e. the entrance of air re-circulation conduit 11), and the structure of this air filtration core cylinder is specified to suppress the fine hair of suspension and/or Soft flocks particle to enter air stream f, so that the fine hair preventing these identical and/or velveteen particle arrive and block air-cooling apparatus 13, air heating apparatus 14 and the centrifugal fan 12 of locating along air re-circulation conduit 11.
See figures.1.and.2, in the example illustrated, specifically, outside box-shaped shell 2 is preferred but comprise the lower support base 16 that structure is specified to for being shelved on substantially parallel six shapes on floor non-essentially; And be rigidly secured in the box-like rack 17 in top of substantially parallel six shapes on the top of lower support base 16 and its structure is specified to hold rotatable drum 3.
In other words, rotatable drum 3 extends in the box-like rack 17 in top, directly above support base 16; The clothing load/unload opening of box-shaped shell 2 is implemented in the antetheca of the box-like rack 17 in top; And por 4 is hinged on the antetheca of the box-like rack 17 in same top.
Lower support base 16 and then preferred but be specified to a central authorities/intermediate section for holding air re-circulation conduit 11 in inside by structure non-essentially, and the air-cooling apparatus 13 of hot-air generator 6, air heating apparatus 14 and centrifugal fan 12 are preferably positioned in the described central authorities/intermediate section of this air re-circulation conduit 11.Therefore, lower support base 16 preferred but be specified to for holding the part of hot-air generator 6 in inside by structure non-essentially.
It is preferred, but not required, that lower support base 16 is specified to directly support that these cylinders support roller 8 by structure in addition.In other words, support that these idle roller 8 of tubular body 3 are preferably directly fixed in the mode of axial-rotation on the top of lower support base 16 in free revolution mode.
See figures.1.and.2, in addition, hot-air generator 6 is preferably a closed circuit hot-air generator 6 of heat-pump-type and is therefore equipped with a heat pump circuit 18, this heat pump circuit comprise all be positioned at air re-circulation conduit 11, a first air/refrigerant heat exchanger preferably in the upstream of centrifugal fan 12 and a second air/refrigerant heat exchanger.
This first air/refrigerant heat exchanger being referred to as " evaporimeter " of heat pump circuit 18 is traditionally positioned in air re-circulation conduit 11 and its structure is determined to be from from removing/absorbing heat the air stream f of rotatable drum 3, because which form the air-cooling apparatus 13 of hot-air generator 6.And this second air/refrigerant heat exchanger being referred to as " condenser " of heat pump circuit 18 is traditionally positioned in the downstream of air re-circulation conduit 11 inherent first air/refrigerant heat exchanger 13 and its structure is determined to be to the air stream f release heat from this first air/refrigerant heat exchanger 13, because which form the air heating apparatus 14 of hot-air generator 6.
In the example illustrated, specifically, these first and second air/refrigerant heat exchanger 13 and 14 is recessed in the central authorities/intermediate section of the air re-circulation conduit 11 be integrated in the lower support base 16 of box-shaped shell 2 to front and back each other.
Except above except these, heat pump circuit 18 comprises in addition: a power-actuated compressing apparatus of refrigerant 19, between the refrigerant inlet that this compressing apparatus of refrigerant is placed in air/refrigerant heat exchanger 13 refrigerant outlet and air/refrigerant heat exchanger 14 and its structure is determined to be for compressing the gaseous refrigerant guided towards heat exchanger 14, to make much higher than the refrigerant outlet place of heat exchanger 13 of the refrigerant pressure at the refrigerant inlet place of heat exchanger 14 and temperature, and an expansion valve or similar known passive type/by refrigerant expansion device (the such as capillary operated, temperature-sensing valve or electric control expansion valve), this expansion valve is placed between the refrigerant outlet of air/refrigerant heat exchanger 14 and the refrigerant inlet of air/refrigerant heat exchanger 13, and its structure is specified to the undergoes rapid expansion causing the cold-producing medium guided towards air/refrigerant heat exchanger 13, thus make much higher than the refrigerant inlet place of air/refrigerant heat exchanger 13 of the refrigerant pressure at the refrigerant outlet place of heat exchanger 14 and temperature.
According to a unshowned different embodiment, hot-air generator 6 can comprise an electric heater as air heating apparatus 14 and an air-air formula heat exchanger as air-cooling apparatus 13, is discharged in this environment by the Air flow of environment taken from around this clothing machine at this heat exchanger hollow air-flow f.Also been scheduled a suitable air pumping unit and surrounding air is pumped across this air-air formula heat exchanger.See figures.1.and.2, the centrifugal fan 12 of hot-air generator 6 and then preferred but be positioned at non-essentially and support on the back of base 16 (namely on the rear wall 2b of box-shaped shell 2) and its structure is determined to be the air stream f producing and flow to the blow vent 9 of the rear wall 2b being arranged in shell 2 from the central authorities/intermediate section of air re-circulation conduit 11.
In the example illustrated, the centrifugal fan 12 of hot-air generator 6 is preferably roughly held at least in part/is recessed in the end of the central authorities/intermediate section of air re-circulation conduit 11 in the lower support base 16 (i.e. the rear wall 2b of box-shaped shell 2) of shell 2, and the shapes/configurations of the outside spiral case of centrifugal fan 12 or impeller housing is determined to be and the central authorities/intermediate section of air re-circulation conduit 11 and both the blow vents 9 be integrated in the rear wall 2b of shell 2 all directly UNICOM's (namely fluid is connected).
With reference to Fig. 3 to Fig. 6, air filtration core cylinder 15 and then comprise:
-one substantially bag-like or the first air filtration shell of pocket-shape or container 20, size to be determined to be in the blow vent 10 for embedding in the mode manually can extracted out/insert on the annular frame being preferably implemented in the clothing load/unload opening defining shell 2 on antetheca 2a substantially to fill up the whole clean cross section of this blow vent 10 and not only air permeable but also be specified to the fine hair that suppresses to suspend and/or Soft flocks particle by structure and enter through blow vent 10 and enter in the air stream f of air re-circulation conduit 11 by this first air filtration shell or container;
-one distinct bag-like substantially or the second air filtration shell of pocket-shape or container 30, this the second air filtration shell or container be assembled/be recessed into this substantially bag-like or in the first air filtration shell of pocket-shape or container 20 so that by through this first air filtration shell or container 20 substantially the same air stream f through and not only air permeable but also be specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters in the air stream f of air re-circulation conduit 11 similarly; And
Extract auxiliary part out for-one, this extraction auxiliary part to be fixed/to be joined on these two distinct air filtration shells or container 20 and 30 and is specified to allow manually to extract these two air filtration shells or container 20 and 30 out from blow vent 10 by structure simultaneously.
With reference to Fig. 4 and Fig. 6, in the example illustrated, preferably make the top edge of air filtration shell or container 20 outwards bend to form an outwardly directed periphery flange 21 around this air filtration shell or container 20, and the shapes/configurations of this top edge is determined to be and lean against on the border defining the annular frame of blow vent 10 of antetheca 2a in adjacent mode.The upper mouth of air filtration shell or container 20 preferably shapes/configurations is specified in addition substantially with the mating shapes of the blow vent 10 be implemented on the annular frame of clothing load/unload opening antetheca 2a defining box-shaped shell 2.
Preferably, air filtration shell or container 20 provide the sidewall 22 of two preferably flat, opposed facing, air permeable substantially in addition, and these sidewalls are specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters through in the air stream f of blow vent 10.
With reference to Fig. 4, in the example illustrated, air filtration shell or container 20 these preferably substantially flat, that sidewall 22 that is opposed facing, air permeable is preferably relative atmospheric filter housing or container 20 central plane M substantially tilt, with the cross section making this air filtration shell or container 20 have a kind of V-arrangement substantially or U-shaped mirror-reflection.
Except above except these, bag-like or pocket-shape air filtration shell or container 20 are divided into two complementary valve shape parts 23 in addition substantially for these, these parts are optionally separated from each other, and each valve shape part 23 is preferably in conjunction with the sidewall 22 of one of air filtration shell or container 20 corresponding air permeable.Preferably, these two valve shape parts 23 are preferably roughly laterally hinged in the bottom (namely contrary with the upper mouth of this air filtration shell or container 20 locate) of this air filtration shell or container 20 in addition go up for around the mutual rotation being preferably the lateral reference axis A substantially paralleled with the sidewall 22 of these air permeable of this air filtration shell or container 20 each other, thus whole air filtration shell or container 20 can be opened with the form of book around axis of reference A.
In the example illustrated, these two valve shape parts 23 of this air filtration shell or container 20 are preferably connected to pivotally go up each other via connecting hinge 24 for a pair, and this aims at axis of reference A to connecting hinge and be positioned generally on the bottom of this air filtration shell or container 20, namely contrary with the upper mouth of this air filtration shell or container 20.In addition, these two hinge axes (i.e. the rotation A of these two valve shape parts 23) connecting hinge 24 are preferably located substantially on the central plane M of air filtration shell or container 20.
With reference to Fig. 3, Fig. 5 and Fig. 6, air filtration shell or container 20 are preferably finally equipped with a snap lock mechanism 25, the structure of this snap lock mechanism is determined to be for by these two of this air filtration shell or container 20 complementary valve shape parts 23 optionally rigid anchorage/be fixed to each other when these identical valve shape parts 23 are coupled to each other to be formed/form this air filtration shell or container 20, therefore prevents this air filtration shell or any of container 20 to open unintentionally.
With reference to Fig. 3 to Fig. 6, preferably make the top edge of the second air filtration shell or container 30 outwards bend again to form an outwardly directed periphery flange 31 around this air filtration shell or container 30, and the shapes/configurations of this top edge is determined to be and lean against on the outwardly directed periphery flange 21 of air filtration shell or container 20 in adjacent mode.Shapes/configurations is preferably specified to the shape of the upper mouth of substantially mating the first air filtration shell or container 20 by the upper mouth of the second air filtration shell or container 30 in addition.
Be similar to the first air filtration shell or container 20, this the second air filtration shell or container 30 preferably provide the major side wall 32 of two preferably flat, opposed facing, air permeable substantially in addition, these sidewalls are specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters through in the air stream f of blow vent 10, and these major side wall in addition separately by partly in the face of and be stacked on the sidewall 22 of air permeable corresponding to the first air filtration shell or container 20 one.
With reference to Fig. 4, in the example illustrated, second air filtration shell or container 30 these preferably substantially the central plane of the sidewall 32 of flat, opposed facing, air permeable preferably relative second air filtration shell or container 30 substantially tilt on mirror-reflection ground, to make this second air filtration shell or container 30, there is a kind of substantially V-arrangement similar with the cross section of the first air filtration shell or container 20 or the cross section of U-shaped.Preferably, this upper and the first air filtration shell or container 20 central plane M of this external local loop of central plane of the second air filtration shell or container 30 coincides.
Except above except these, bag-like or pocket-shape air filtration shell or container 30 are divided into two complementary valve shape parts 33 in addition substantially for these, these parts are optionally separated from each other, and each valve shape part 33 is preferably in conjunction with the sidewall 32 of one of air filtration shell or container 30 corresponding air permeable.Preferably, these two valve shape parts 33 preferably roughly are laterally hinged in the bottom (namely contrary with the upper mouth of the second air filtration shell or container 20 locate) of the second air filtration shell or container 30 go up each other in addition and are substantially paralleled with the sidewall 32 of these air permeable of this second air filtration shell or container 30 for around being preferably, and the mutual rotation of the lateral reference axis B therefore substantially paralleled with the rotation A of these valve shape parts 23 of the first air filtration shell or container 20 in local, thus whole second air filtration shell or container 30 can be opened with the form of book shape around axis of reference B.
In the example illustrated, specifically, these two valve shape parts 33 of second air filtration shell or container 30 are preferably connected to pivotally go up each other via connecting hinge 34 for a pair, and this aims at axis of reference B to connecting hinge and be positioned generally on the bottom of this second air filtration shell or container 30, namely contrary with the upper mouth of this air filtration shell or container 30.In addition, these two hinge axes (i.e. the rotation B of these two valve shape parts 33) connecting hinge 34 are preferably located substantially on the central plane of the second air filtration shell or container 30.
With reference to Fig. 3 to Fig. 6, air filtration core cylinder 15 preferably include in addition one substantially plate-like shape, the upper cover 35 of air permeable, to close the upper mouth of same air filtration shell or container 30 on the top that on this, the second air filtration shell or container 30 are combined/be fixed to cover rigidly, and shapes/configurations is preferably specified to close/cover whole blow vent 10 by this upper cover in addition.
In the example illustrated, the upper cover 35 of air permeable is preferably combined rigidly/is fixed on the outwardly directed periphery flange 31 of the second air filtration shell or container 30.
In addition, be similar to the second air filtration shell or container 30, the upper cover 35 of air permeable be preferably divided into two preferably substantially plate-like shape and the complementary parts 36 of air permeable, these parts each other optionally separately and separately by valve shape part 33 corresponding to of being permanently rigidly fixed to the second air filtration shell or container 30, to allow this second air filtration shell or container 30 to open with book shape form.
Preferably, the upper cover 35 of air permeable comprises a manually operated snap lock mechanism 37 in addition, the structure of this snap lock mechanism is determined to be for by these two complementary parts 36 optionally rigid anchorage/be fixed to each other when they are coupled to each other the upper cover 35 forming/form this air permeable, therefore prevents the second air filtration shell or any of container 30 to open unintentionally.
In the example illustrated, snap lock mechanism 37 is preferably bonded in the complementary part 36 of these two of the upper cover 35 of air permeable.In addition, valve shape part 33 single type that the part 36 of each complementation of the upper cover 35 of air permeable is preferably corresponding with of this bag-like or pocket-shape second air filtration shell or container 30 substantially realizes.
Optionally, the upper cover 35 of this air permeable can be combined/be fixed to these two valve shape parts 33 of the second air filtration shell or container 20 by permanently rigidity a valve shape part on and be specified to for rigidity and the stable but edge (i.e. second/another valve shape part 33 part integrally of outward extending periphery flange 31 and the second air filtration shell or container 30) be connected to while the way selection discharged can be easy on another valve shape part 33 of this second air filtration shell or container 30 by structure.
Preferably, the upper cover 35 of air permeable provides one can manual grip, and this can the structure of manual grip be determined to be for allowing user manually to extract the second air filtration shell or container 30 out from the first air filtration shell or container 20.In the example illustrated, specifically, a middle body of the upper cover 35 of air permeable preferably provides a pair large through hole 35a, and this is specified to for allowing user that his/her finger is inserted the upper cover 35 of this air permeable the size of through hole.
With reference to Fig. 3 to Fig. 6, the extraction auxiliary part of air filtration core cylinder 15 and then comprise at least one tailpiece 26 of stretching out, the shapes/configurations of this tailpiece is determined to be and manually can be grasped by user, and upwards extend from the top edge of air filtration shell or container 20 (namely from the periphery flange 21 of the first air filtration shell or container 20), to engage with the line of rabbet joint realized on the second air filtration shell or the periphery flange 31 of container 30 and/or the upper cover 35 (if present) of air permeable or recess 31a with the form of passing, and upwards reach the top of the upper cover 35 (if present) of the second air filtration shell or container 30 or air permeable.When air filtration core cylinder 15 is mounted in a blow vent 10, this extraction auxiliary part keeps visible and stretches out a little from blow vent 10, can see it and (such as clean operation) grasps this extraction auxiliary part when removing this air filtration core cylinder 15 to make user.
In the example illustrated, the extraction auxiliary part of air filtration core cylinder 15 is preferably substantially flat wing or a flap thing 26, and this wing or flap thing are paralleling ground, preferably roughly protruding upward in the center of same upper edge with rotation B in local from the upper edge of one of this two valve shape parts 23 of the first air filtration shell or container 20.Shapes/configurations is preferably specified to for manually being grasped by user by the far-end of described wing or flap thing 26.
With reference to Fig. 7 to Figure 10, according to an alternate embodiment, air filtration core cylinder 15 comprises:
-one substantially bag-like or the first air filtration shell of pocket-shape or container 120, size is determined to be in the blow vent 10 for embedding in the mode that can extract out/be inserted on the annular frame being preferably implemented in clothing load/unload opening antetheca 2a defining shell 2 by this first air filtration shell or container, substantially to fill up the whole net section of this blow vent 10 and not only air permeable but also be specified to the fine hair that suppresses to suspend and/or Soft flocks particle by structure and enter through blow vent 10 and enter in the air stream f of air re-circulation conduit 11;
-one distinct bag-like substantially or the second air filtration shell of pocket-shape or container 130, this the second air filtration shell or container be assembled/be recessed into this substantially bag-like or in the first air filtration shell of pocket-shape or container 120 so that by through this first air filtration shell or container 120 substantially the same air stream f through and not only air permeable but also be specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters in the air stream f of air re-circulation conduit 11 similarly; And
Extract auxiliary part out for-one, this extraction auxiliary part to be fixed/to be joined on these two distinct air filtration shells or container 120 and 130 and is specified to allow manually to extract these two air filtration shells or container 120 and 130 out from blow vent 10 by structure simultaneously.
With reference to Fig. 8 and Fig. 9, in the example illustrated, preferably make the top edge of air filtration shell or container 120 outwards bend to form an outwardly directed periphery flange 121 around this air filtration shell or container 120, and the shapes/configurations of this top edge is determined to be and lean against on the border defining the annular frame of blow vent 10 of antetheca 2a in adjacent mode.The upper mouth of air filtration shell or container 120 preferably shapes/configurations is specified in addition substantially with the mating shapes of the blow vent 10 be implemented on the annular frame of clothing load/unload opening antetheca 2a defining box-shaped shell 2.
Preferably, air filtration shell or container 120 provide the sidewall 122 of two preferably flat, opposed facing, air permeable substantially in addition, and these sidewalls are specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters through in the air stream f of blow vent 10.
With reference to Fig. 8, in the example illustrated, specifically, air filtration shell or container 120 these preferably substantially flat, that sidewall 122 that is opposed facing, air permeable is preferably relative atmospheric filter housing or container 120 central plane N substantially tilt, with the cross section making this air filtration shell or container 120 have a kind of V-arrangement substantially or U-shaped mirror-reflection.
Except above except these, bag-like or pocket-shape air filtration shell or container 120 are divided into two complementary valve shape parts 123 in addition substantially for these, these parts are optionally separated from each other, and each valve shape part 123 is preferably in conjunction with the sidewall 122 of one of air filtration shell or container 120 corresponding air permeable.Preferably, these two valve shape parts 123 preferably roughly are laterally hinged in the bottom (namely contrary with the upper mouth of this air filtration shell or container 120 locate) of this air filtration shell or container 120 go up each other in addition to be rotated mutually for around being preferably a lateral reference axis C substantially paralleling with the sidewall 122 of these air permeable of this air filtration shell or container 120, thus whole air filtration shell or container 120 can be opened with the form of book around axis of reference C.
In the example illustrated, these two valve shape parts 123 of this air filtration shell or container 120 are preferably connected to go up each other via connecting hinge 124 pivotable for a pair, and this aims at axis of reference C to connecting hinge and be positioned generally on the bottom of this air filtration shell or container 120, namely contrary with the upper mouth of this air filtration shell or container 120.In addition, these two hinge axes (i.e. the rotation C of these two valve shape parts 123) connecting hinge 124 are preferably located substantially on the central plane N of air filtration shell or container 120.
With reference to Fig. 7, Fig. 9 and Figure 10, air filtration shell or container 120 are preferably finally equipped with a snap lock mechanism 125, the structure of this snap lock mechanism is determined to be for by these two of this air filtration shell or container 120 complementary valve shape parts 123 optionally rigid anchorage/be fixed to each other when these identical valve shape parts 123 are coupled to each other to be formed/form this air filtration shell or container 120, therefore prevents this air filtration shell or any of container 120 to open unintentionally.
With reference to Fig. 8 to Figure 10, preferably make the top edge of the second air filtration shell or container 130 outwards bend again to form an outwardly directed periphery flange 131 around this air filtration shell or container 130, and the shapes/configurations of this top edge is determined to be and lean against on the outwardly directed periphery flange 121 of air filtration shell or container 120 in adjacent mode.Shapes/configurations is preferably specified to the shape of the upper mouth of substantially mating the first air filtration shell or container 120 by the upper mouth of the second air filtration shell or container 130 in addition.
Be similar to the first air filtration shell or container 120, this the second air filtration shell or container 130 preferably provide the major side wall 132 of two preferably flat, opposed facing, air permeable substantially in addition, these sidewalls are specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters through in the air stream f of blow vent 10, and these major side wall in addition separately by partly in the face of and be stacked on the sidewall 122 of air permeable corresponding to the first air filtration shell or container 120 one.
With reference to Fig. 8, in the example illustrated, the central plane of these sidewall 132 preferably relative second air filtration shell or containers 130 of flat, opposed facing, air permeable substantially of the second air filtration shell or container 130 tilts on mirror-reflection ground substantially, has a kind of substantially V-arrangement similar with the cross section of the first air filtration shell or container 120 or the cross section of U-shaped to make this second air filtration shell or container 130.Preferably, this upper and the first air filtration shell or container 120 central plane N of this external local loop of central plane of the second air filtration shell or container 130 coincides.
Except above except these, bag-like or pocket-shape air filtration shell or container 130 are divided into two complementary valve shape parts 133 in addition substantially for these, these parts are optionally separated from each other, and each valve shape part 133 is preferably in conjunction with the sidewall 132 of one of air filtration shell or container 130 corresponding air permeable.Preferably, these two valve shape parts 133 preferably roughly are laterally hinged in the bottom (namely contrary with the upper mouth of the second air filtration shell or container 120 locate) of the second air filtration shell or container 130 go up each other in addition and are substantially paralleled with the sidewall 132 of these air permeable of this second air filtration shell or container 130 for around being preferably, and the lateral reference axis D therefore substantially paralleled with the rotation C of these valve shape parts 123 of the first air filtration shell or container 120 in local and mutually rotating, thus whole second air filtration shell or container 130 can be opened with the form of book around axis of reference D.
In the example illustrated, these two valve shape parts 133 of second air filtration shell or container 130 are preferably connected to go up each other via connecting hinge 134 pivotable for a pair, and this aims at axis of reference D to connecting hinge and be positioned generally on the bottom of this second air filtration shell or container 130, namely contrary with the upper mouth of this air filtration shell or container 130.In addition, these two hinge axes (i.e. the rotation D of these two valve shape parts 133) connecting hinge 134 are preferably located substantially on the central plane of the second air filtration shell or container 130.
With reference to Fig. 7 to Figure 10, air filtration core cylinder 15 preferably include in addition one substantially plate-like shape, the upper cover 135 of air permeable, to close the upper mouth of same air filtration shell or container 130 on the top that on this, the second air filtration shell or container 130 are combined/be fixed to cover rigidly, and this upper cover is preferably specified to close/cover whole blow vent 10 by shapes/configurations in addition.
In the example illustrated, the upper cover 135 of air permeable is preferably combined rigidly/is fixed on the outwardly directed periphery flange 131 of the second air filtration shell or container 130.
In addition, be similar to the second air filtration shell or container 130, the upper cover 135 of air permeable be preferably divided into two preferably substantially plate-like shape and the complementary parts 136 of air permeable, these parts each other optionally separately and separately by valve shape part 133 corresponding to of being permanently rigidly fixed to the second air filtration shell or container 130, to allow this second air filtration shell or container 130 to open with the form of book.
Preferably, the upper cover 135 of air permeable comprises a manually operated snap lock mechanism 137 in addition, the structure of this snap lock mechanism is determined to be for by these two complementary parts 136 optionally rigid anchorage/be fixed to each other when they are coupled to each other the upper cover 135 forming/form this air permeable, therefore prevents the second air filtration shell or any of container 130 to open unintentionally.
In the example illustrated, snap lock mechanism 137 is preferably bonded in the complementary part 136 of these two of the upper cover 135 of air permeable.In addition, valve shape part 133 single type that the part 136 of each complementation of the upper cover 135 of air permeable is preferably corresponding with of this bag-like or pocket-shape second air filtration shell or container 130 substantially realizes.
Optionally, the upper cover 135 of this air permeable can be combined/be fixed on a valve shape part of these two valve shape parts 133 of the second air filtration shell or container 120 by permanently rigidity, and be specified to for rigidity and edge (i.e. second/another valve shape part 133 part integrally of outward extending periphery flange 131 and the second air filtration shell or container 130) that is stable but that be connected to while the way selection discharged can be easy on another valve shape part 133 of this second air filtration shell or container 130 by structure.
Preferably, the upper cover 135 of air permeable provides a part that can manually grasp, and the structure of this part that can manually grasp is specified to for allowing user manually to extract the second air filtration shell or container 130 out from the first air filtration shell or container 120.In the example illustrated, specifically, a middle body of the upper cover 135 of air permeable preferably provides a pair large through hole 135a, and this is specified to for allowing user that his/her finger is inserted the upper cover 135 of this air permeable the size of through hole.
With reference to Fig. 7 to Figure 10, the extraction auxiliary part of air filtration core cylinder 15 comprises at least one manually operated coupling arrangement 138, and the structure of this coupling arrangement is determined to be and makes these two air filtration shells or container 120 and 130 with rigidity and stable but be attached/be fixed to can being easy to the way selection dismantled and go up each other.
This at least one manually operated coupling arrangement 138 upper and its structure of these one of two air filtration shells or container 120 and 130 of air filtration core cylinder 15 that is preferably fixed/is joined to is determined to be and optionally hooks and keep the remainder of these two air filtration shells or container 120 and 130 to make these two air filtration shells or container 120 and 130 with rigidity and the stable but mode that can be easy to dismantle clamps/is fastened to and goes up each other.It is moveable that this manually operated coupling arrangement 138 is configured between a restraint location and an off-position, in this restraint location, this coupling arrangement makes these two air filtration shells or container 120 and 130 clamp/be fastened to go up each other, and in this off-position, coupling arrangement 138 makes these air filtration shells or container 120 and 130 discharge each other.
In the example illustrated, manually operated coupling arrangement 138 is fixed/is joined on the upper cover 135 of air permeable, this upper cover and then be rigidly secured on the second air filtration shell or container 130, and the structure of this coupling arrangement is determined to be and optionally hooks and keep the first air filtration shell or container 120 to make these two air filtration shells or container 120 and 130 with rigidity and the stable but mode that can be easy to dismantle clamps/is fastened to and goes up each other.
With reference to Fig. 7 to Figure 10, in the example illustrated, manually operated coupling arrangement 138 be hinged to the second air filtration shell or container 130 upper cover 135 on the clamp arm 138 that substantially tangent with the upper cover 135 of air permeable and the axis of reference preferably paralleled with the rotation D of these two valve shape parts 133 in local rotates between with upper/lower positions can be centered around
-one restraint location, in this restraint location, clamp arm 138 is shelved on the outer surface of upper cover 135 of air permeable, wherein this far-end is clamped in a part for top edge (i.e. the periphery flange 121 of the first air filtration shell or container 120) for air filtration shell or container 120, to make these two air filtration shells or container 120 and 130 with rigidity and mode that is stable but that can be easy to dismantle connects/is connected to and goes up each other; And
-the off-position of loosening, in off-position, clamp arm 138 is preferably located in the position upright relative to a local of the upper cover 135 of air permeable, wherein this far-end unloads from the top edge of air filtration shell or container 120 (namely from the periphery flange 121 of the first air filtration shell or container 120), thus the second air filtration shell or container 130 and the first air filtration shell or container 120 disconnect completely.
In a kind of alternate embodiment, the top edge (i.e. the periphery flange 121 of the first air filtration shell or container 120) that clamp arm 138 can be hinged to air filtration shell or container 120 is gone up and is optionally clamped in the top edge (i.e. the periphery flange 131 of the second air filtration shell or container 130) of the second air filtration shell or container 130 or is rigidly fixed/is joined on the upper cover 135 of air permeable of the second air filtration shell or container 130.
According to above explanation, the general operation of rotary drum-type home laundry drier 1 clearly can be released, and without any need for further explanation.
In the first embodiment of air filtration core cylinder 15, the tailpiece 26 (i.e. wing or flap thing 26) that user must stretch out by a grasped and then to this tailpiece of pull-up to extract these two air filtration shells or container 120 and 130 from blow vent 10 out simultaneously.
In the second embodiment of air filtration core cylinder 15, user must make clamp arm 18 remain in restraint location, with the upper cover 135 of a grasped air permeable can manual grip 135a and then to pull-up this can manual grip to extract these two air filtration shells or container 120 and 130 from blow vent 10 out simultaneously.
The advantage relevant to the ad hoc structure of air filtration core cylinder 15 is that quantity is a lot.
First, user more easily completes the extraction of air filtration core cylinder 15 and cleans.
In addition, in these two embodiments of this air filtration core cylinder 15, fine hair and/or velveteen particle tend in the inside face of the valve shape part 23,33,123,133 gathering/be deposited in the first and second air filtration shells or container 20,120 and 30,130.Therefore, when user dismantles/open air filtration core cylinder 15 to be retained in first and second these two air filtration shells or container 20,120 and 30,130 inside or top with fine hair during cleaned at regular intervals and/or velveteen particle, thus enormously simplify such operation.
But, obviously, without departing from the scope of the invention, change can be made to rotary drum-type home laundry drier 1 described here.
Such as, the air-cooling apparatus 13 of hot-air generator 6 can comprise an air/air heat exchanger, and this air/air heat exchanger is positioned in air re-circulation conduit 11, be preferably specified to for using fresh air outside to make to cool down from the air stream f of rotatable drum 3 in the upstream of centrifugal fan 12 by structure; And the air heating apparatus 14 of hot-air generator 6 can be positioned at air re-circulation conduit 11, a resistor in this air/air heat exchanger downstream and preferably in centrifugal fan 12 downstream.
Claims (15)
1. a clothesdrier (1), comprise an outer enclosure (2) and an air filtration core cylinder (15), this shell has an antetheca (2a), this antetheca provides a clothing load/unload through opening, this air filtration core cylinder is assembled in a blow vent (10) removably, cloth drying air stream (f) is by this blow vent, described air filtration core cylinder (15) comprises the first air filtration shell of bag-like or pocket-shape or a container (20 substantially, 120), this the first air filtration shell or container are sized to for embed/insert in described blow vent (10) and to be specified to by structure the fine hair that suppresses to suspend and/or Soft flocks particle enters this air stream (f),
The feature of this clothesdrier is, this air filtration core cylinder (15) comprises in addition:
-one distinct bag-like substantially or the second air filtration shell of pocket-shape or container (30,130), this the second air filtration shell or container are assembled/are recessed into described first air filtration shell or container (20,120) in so as by through this first air filtration shell or container (20,120) substantially the same air stream (f) through and the fine hair being specified to suppress these to suspend by structure and/or Soft flocks particle enter in this air stream (f); And
Extract auxiliary part (26,138) out for-one, this extraction auxiliary part is fixed/is joined to these two distinct air filtration shells or container (20,30; 120,130) upper and be specified to allow manually to extract these two air filtration shells or container (20,30 out from this blow vent (10) by structure simultaneously; 120,130).
2. clothesdrier according to claim 1, it is characterized in that, the top edge (31) of this second air filtration shell or container (30) is specified to lean against on the leading edge (21) of this first air filtration shell or container (20) in adjacent mode by shapes/configurations; And be, this extraction auxiliary part (26,138) comprise at least one tailpiece of stretching out (26), the shapes/configurations of this tailpiece is determined to be and manually can be grasped by a user and upwards extend to engage with the form of break-through the line of rabbet joint or recess (31a) that realize on the periphery flange (31) of this second air filtration shell or container (30) and upwards to reach the top of this second air filtration shell (30) from the top edge (21) of this first air filtration shell or container (20).
3. clothesdrier according to claim 2, it is characterized in that, this extraction auxiliary part (26,138) be a wing or flap thing (26), this wing or flap thing protrude upward from the upper edge (21) of this first air filtration shell or container (20) and the shapes/configurations of its far-end are determined to be for manually being grasped by this user.
4. clothesdrier according to claim 1, it is characterized in that, this extraction auxiliary part (26,138) at least one manually operated coupling arrangement (138) is comprised, the structure of this coupling arrangement is determined to be and makes these two air filtration shells or container (120,130) with rigidity and stable but be attached/be fixed to can being easy to the way selection dismantled and go up each other.
5. clothesdrier according to claim 4, it is characterized in that, this manually operated coupling arrangement (138) be fixed/be joined to an air filtration shell among these two air filtration shells or container (120) and (130) or upper and its structure of container (130) is determined to be and optionally hooks and keep this two air filtration shells or container (120,130) remainder is to make these two air filtration shells or container (120,130) with rigidity and mode that is stable but that can be easy to dismantle clamps/is fastened to and goes up each other.
6. the clothesdrier according to any one of the preceding claims, it is characterized in that, air filtration core cylinder (15) comprises the upper cover (35 of an air permeable in addition, 135), on this, this second air filtration shell or container (30 are combined/be fixed to cover rigidly, 130) to close the upper mouth of this second air filtration shell or container (30,130) on top.
7. the clothesdrier according to claim 5 and 6, it is characterized in that, it is upper and be specified to optionally to hook and keep this first air filtration shell or container (120) by structure to make these two air filtration shells or container (120,130) with rigidity and the stable but mode that can be easy to dismantle clamps/is fastened to and goes up each other that this manually operated coupling arrangement (138) is stably fixed/is joined to the upper cover (135) of this air permeable.
8. clothesdrier according to claim 7, it is characterized in that, this manually operated coupling arrangement (138) is a clamp arm (138), this clamp arm is hinged to that the upper cover (135) of the air permeable of this second air filtration shell or container (130) is upper to be rotated arrive and leave a restraint location can be centered around substantially tangent with the upper cover (135) of this air permeable axis of reference of local, in this restraint location, this clamp arm (138) is shelved on the outer surface of upper cover (135) of this air permeable, far-end is made to be clamped in a part for top edge (121) for this first air filtration shell or container (120), to make this two air filtration shells or container (120, 130) with rigidity and mode that is stable but that can be easy to dismantle connect/be connected to and go up each other.
9. the clothesdrier according to any one of the preceding claims, is characterized in that, described first and second air filtration shells or container (20,120; 30,130) sidewall (22,122 of two opposed facing, air permeable is provided separately; 32,132), these sidewalls fine hair of being specified to suppress these to suspend by structure and/or Soft flocks particle enter through in air stream (f) of this blow vent (10).
10. the clothesdrier according to any one of the preceding claims, is characterized in that, described first and second air filtration shells or container (20,120; 30,130) two valve shape parts (23,123 are divided into separately; 33,133), these valve shape parts optionally separate each other and are laterally hinged to and go up to make this first and second air filtration shell or container (20,120 each other; 30,130) can open with the form of book.
11. clothesdriers according to claim 9 and 10, is characterized in that, this first and second air filtration shell or container (20,120; 30,130) each valve shape part (23,123; 33,133) all in conjunction with the sidewall (22,122 of a corresponding air permeable; 32,132).
12. clothesdriers according to claim 10 or 11, it is characterized in that, this the first air filtration shell or container (20,120) snap lock mechanism (25 is equipped with, 125), the structure of this snap lock mechanism is determined to be for by this first air filtration shell or container (20,120) these two complementary valve shape parts (23,123) at these identical valve shape parts (23,123) optionally rigid anchorage/be fixed to and go up each other when being coupled to each other to be formed/form this air filtration shell or container (20,120).
13. clothesdriers according to claim 9,10 or 11, it is characterized in that, this the second air filtration shell or container (30,130) sidewall (32 of each air permeable, 132) be arranged to partial face to and be stacked to this first air filtration shell or container (20,120) on the sidewall (22,122) of one corresponding air permeable.
14. clothesdriers according to any one of claim 6 and claim 10 to 12, it is characterized in that, the upper cover (35 of described air permeable, 135) two complementary parts (36 are divided into, 136), these parts optionally separate each other and are permanently rigidly fixed to this second air filtration shell or container (30 separately, 130) one corresponding valve shape part (33,133) on, to allow this second air filtration shell or container (30,130) to open with the form of book.
15. clothesdriers according to claim 14, it is characterized in that, the upper cover (35 of this air permeable, 135) a manually operated snap lock mechanism (37 is comprised in addition, 137), the structure of this snap lock mechanism is determined to be for the upper cover (35 by this air permeable, 135) these two complementary parts (36,136) when they are coupled to each other to be formed/form the upper cover of this air permeable (35,135) optionally rigid anchorage to going up each other.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| EP12175274.5A EP2682513A1 (en) | 2012-07-06 | 2012-07-06 | Laundry dryer |
| EP12175274.5 | 2012-07-06 | ||
| PCT/EP2013/064184 WO2014006156A1 (en) | 2012-07-06 | 2013-07-04 | Laundry dryer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104487628A true CN104487628A (en) | 2015-04-01 |
| CN104487628B CN104487628B (en) | 2017-02-22 |
Family
ID=48746533
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201380035917.9A Active CN104487628B (en) | 2012-07-06 | 2013-07-04 | Laundry dryer |
Country Status (6)
| Country | Link |
|---|---|
| US (1) | US20150176192A1 (en) |
| EP (2) | EP2682513A1 (en) |
| CN (1) | CN104487628B (en) |
| AU (1) | AU2013285454A1 (en) |
| PL (1) | PL2867401T3 (en) |
| WO (1) | WO2014006156A1 (en) |
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| CN106192332A (en) * | 2015-04-30 | 2016-12-07 | 青岛海尔洗衣机有限公司 | The thread bits filtering device of a kind of dryer and dryer |
| CN106350976A (en) * | 2015-07-17 | 2017-01-25 | Lg电子株式会社 | Clothes dryer |
| CN106350977A (en) * | 2015-07-17 | 2017-01-25 | Lg电子株式会社 | Clothes dryer |
| CN113684656A (en) * | 2021-09-07 | 2021-11-23 | 海信（山东）冰箱有限公司 | Clothes dryer |
| WO2023029166A1 (en) * | 2021-08-30 | 2023-03-09 | 无锡小天鹅电器有限公司 | Filtering element, filtering apparatus, and clothing treatment apparatus |
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| EP3031977B1 (en) * | 2014-12-12 | 2020-07-22 | Electrolux Appliances Aktiebolag | Laundry drying apparatus with removable lint filter unit |
| US9487908B1 (en) * | 2015-04-29 | 2016-11-08 | Adam Roch | Top access clothes dryer with motor-generator and catch pan |
| DE102016213320A1 (en) * | 2016-07-21 | 2018-01-25 | BSH Hausgeräte GmbH | Laundry treatment device |
| 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 |
| KR102633056B1 (en) | 2018-10-29 | 2024-02-02 | 삼성전자주식회사 | Filter assembly and dryer for the same |
| CN114754553B (en) * | 2022-02-17 | 2023-12-26 | 上海汉虹精密机械有限公司 | Dryer with multiple axial airflow circulation |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106192332A (en) * | 2015-04-30 | 2016-12-07 | 青岛海尔洗衣机有限公司 | The thread bits filtering device of a kind of dryer and dryer |
| CN106192332B (en) * | 2015-04-30 | 2020-07-14 | 青岛海尔洗衣机有限公司 | Thread scrap filtering device of clothes dryer and clothes dryer |
| CN106350976A (en) * | 2015-07-17 | 2017-01-25 | Lg电子株式会社 | Clothes dryer |
| CN106350977A (en) * | 2015-07-17 | 2017-01-25 | Lg电子株式会社 | Clothes dryer |
| CN106350977B (en) * | 2015-07-17 | 2018-11-09 | Lg电子株式会社 | Cloth drying machine |
| CN106350976B (en) * | 2015-07-17 | 2018-11-09 | Lg电子株式会社 | Cloth drying machine |
| WO2023029166A1 (en) * | 2021-08-30 | 2023-03-09 | 无锡小天鹅电器有限公司 | Filtering element, filtering apparatus, and clothing treatment apparatus |
| CN113684656A (en) * | 2021-09-07 | 2021-11-23 | 海信（山东）冰箱有限公司 | Clothes dryer |
| CN113684656B (en) * | 2021-09-07 | 2024-06-07 | 海信冰箱有限公司 | Clothes dryer |
Also Published As
| Publication number | Publication date |
|---|---|
| PL2867401T3 (en) | 2017-07-31 |
| AU2013285454A1 (en) | 2015-01-29 |
| WO2014006156A1 (en) | 2014-01-09 |
| EP2682513A1 (en) | 2014-01-08 |
| EP2867401B1 (en) | 2017-01-11 |
| US20150176192A1 (en) | 2015-06-25 |
| EP2867401A1 (en) | 2015-05-06 |
| CN104487628B (en) | 2017-02-22 |
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