CN106283563A - Microwave clothes drier and the cylinder for microwave clothes drier - Google Patents

Abstract

The application relates to microwave clothes drier and cylinder thereof, this microwave clothes drier includes switchable casing (11), the inner chamber of this casing (11) is provided with rotating cylinder (17), being provided with on described casing (11) for the ventilating mechanisms to the microwave generating apparatus (12) of the inner chamber of described casing (11) radiation microwave and the outside connecting described inner chamber and described casing (11), described cylinder (17) is driven by motor (18) and the main shaft (181) of this motor (18) is in transmission connection with described cylinder (17) coaxially.The single parts that this cylinder (17) is integrated.According to the technical scheme of the application, the medicated clothing of process to be dried is placed in rotating cylinder, and utilizes microwave that this medicated clothing is heated, utilize ventilating mechanisms by outside vapor transfer to casing immediately.Simultaneously as be in transmission connection coaxial with cylinder of motor, therefore can directly control the kinetic characteristic of cylinder by controlling the work of motor, thus be advantageously implemented drying treatment effect in hgher efficiency.

Description

Microwave clothes drier and the cylinder for microwave clothes drier

Technical field

The application relates to microwave clothes drier, in particular it relates to a kind of microwave clothes drier using microwave technology to heat and Cylinder.

Background technology

Along with the raising of people's quality of the life, microwave clothes drier enters into the life of people the most more and more.

Traditional dryer mostly utilizes heater to heat, and is brushed wet medicated clothing by hot blast, thus real Existing drying effect.But, the defect of this traditional microwave clothes drier is inefficient, it usually needs the longer time completes Drying processes.Meanwhile, the traditional cylinder for dryer is generally assembled by more part, and the most numerous parts brings Produce, manufacture, transport, store and install a series of problem of assembling, cause inefficient and relatively costly.

Accordingly, it would be desirable to a kind of technical scheme in hgher efficiency for microwave clothes drier.

Summary of the invention

The purpose of the application is to provide a kind of microwave clothes drier and cylinder thereof, and this technical scheme has higher work efficiency With manufacture efficiency there is relatively low cost.

According to the application, it is provided that a kind of cylinder for microwave clothes drier, the single parts that described cylinder is integrated.

Preferably, described cylinder is the individual plastic part of single injection-molded.

Preferably, described cylinder is the cylinder of front opening, and the perisporium of described cylinder designs for hollow out.

Preferably, be provided with inside the perisporium of described cylinder prominent inwardly and along described cylinder axial direction extend multiple Bars.

Preferably, multiple bars are uniformly distributed in the circumferential direction of described cylinder.

Preferably, described cylinder has the loop shaped reinforcement being arranged on outer peripheral face around front opening, and described casing sets Being equipped with multiple roller, the plurality of roller rotatably supports the loop shaped reinforcement of described cylinder.

Preferably, described casing is provided with and is positioned at lumen openings and has the bracing frame of peristome, and this bracing frame has Annular groove, the front end of the described loop shaped reinforcement of described cylinder be positioned at described annular groove and and described annular groove be spaced Arrange.

Preferably, the plurality of roller is rotatably arranged on support frame as described above.

Preferably, the front end face of described loop shaped reinforcement and the interval, bottom surface of described annular groove are arranged, and described annular adds The outer peripheral face in strong portion and the circumferential lateral surface interval of described annular groove are arranged, the inner peripheral surface of described loop shaped reinforcement and described annular It is provided with packing ring between the inner circumferential side of groove.

Present invention also provides a kind of microwave clothes drier, this microwave clothes drier includes switchable casing, this casing interior Chamber is provided with rotating cylinder, described casing is provided with and occurs for the microwave radiating microwave to the inner chamber of described casing Device and connect the ventilating mechanisms outside described inner chamber and casing, described cylinder is driven by motor and the main shaft of this motor is coaxial Ground is connected with described drum drive, and described cylinder is above-mentioned cylinder provided herein.

By technique scheme, the single parts that the cylinder for microwave clothes drier is integrated, therefore, it is possible to relatively great Cheng Reduce on degree manufacture, transport, the cost such as assembling, and provide work efficiency.For microwave clothes drier, can will treat The medicated clothing of dried is placed in rotating cylinder, and utilizes microwave to heat this medicated clothing, utilizes ventilation blower immediately Structure is by outside vapor transfer to casing.Due to coaxial being in transmission connection of motor and cylinder, therefore by controlling the work of motor i.e. Can directly control the kinetic characteristic (such as rotating speed and direction etc.) of cylinder, thus be advantageously implemented drying in hgher efficiency and process effect Really.

Other features and advantage will be described in detail in detailed description of the invention part subsequently.

Accompanying drawing explanation

Accompanying drawing is used to provide further understanding of the present application, and constitutes the part of description, with following tool Body embodiment is used for explaining the application together, but is not intended that the restriction to the application.In the accompanying drawings:

Fig. 1 is the axonometric chart of microwave clothes drier provided herein；

Fig. 2 to Fig. 4 is to be the front view of the microwave clothes drier shown in Fig. 1, right view and top view respectively；

Fig. 5 is the front view of casing, represents the installation of microwave generating apparatus；

Fig. 6 is the schematic diagram of the principle of the microwave clothes drier representing the application；

Fig. 7 is the top view of the microwave clothes drier of the application, wherein indicates cylinder, illuminator (illuminating lamp), washing The adnexaes such as agent delivery device, net-filter assembly；

Fig. 8 is the three-dimensional exploded view of microwave clothes drier provided herein；

Fig. 9 is a part for three-dimensional exploded view shown in Fig. 8, represents the installation of cylinder；

Figure 10 is the sectional view intercepted along centre of the drum's axis direction, represents the installation of cylinder；

Figure 11 is the sectional view that YY intercepts along Figure 10, represents the installation of cylinder；

Figure 12 is the partial enlarged drawing of Figure 10；

Figure 13 to Figure 15 is the schematic diagram representing motor 18；

Figure 16 is the axonometric chart representing connecting shaft；

Figure 17 is the sectional view of the connecting shaft intercepted in the axial direction；

Figure 18 is the cross-sectional view of the connecting shaft shown in Figure 16；

Figure 19 is the axonometric chart of cylinder；

Figure 20 is the top view of cylinder；

Figure 21 is the sectional view that LL intercepts along Figure 20；

Figure 22 is the front view of cylinder；

Figure 23 is the sectional view that HH intercepts along Figure 22；

Figure 24 is the schematic diagram of casing；

Figure 26 is to represent the schematic diagram of air current state in casing；

Figure 25 is the sectional view that BB intercepts along Figure 26；

Figure 27 is the sectional view that AA intercepts along Figure 26.

Detailed description of the invention

Below in conjunction with accompanying drawing, the detailed description of the invention of the application is described in detail.It should be appreciated that this place is retouched The detailed description of the invention stated is merely to illustrate and explains the application, is not limited to the application.In a specific embodiment, will First microwave clothes drier entirety and each specific features thereof are described.

As shown in Figures 1 to 6, the microwave clothes drier that the application provides includes switchable casing 11, this casing 11 interior Chamber is provided with rotating cylinder 17 (as laterally), casing 11 is provided with for radiating the micro-of microwave to the inner chamber of casing 11 The ventilating mechanisms of the outside of wave generating device 12 and communication with cavity and casing 11, cylinder 17 is driven by motor 18 and this motor 18 Main shaft 181 be in transmission connection with cylinder 17 coaxially.Will be described in detail below about cylinder.

Casing 11 has the inner chamber for accommodating cylinder 17.Casing 11 is switchable, passes through switch gate as shown in Figure 1 116 realize closing.When opening switch gate 116, it is possible to expose the cylinder 17 in inner chamber；When closing switch door 116, then Cylinder 17 is closed in the lumen.The rotatable mode arranged of cylinder 17, will be described below.

Microwave generating apparatus 12 can include traditional magnetron and waveguide, and by the inner chamber of microwave transmission to casing 11 In.Being additionally provided with ventilating mechanisms on casing 11, this ventilating mechanisms connection outside of casing 11 and inner chamber, with can be micro-by utilizing During the pending medicated clothing of Wave heating, produced steam is discharged to outside casing, it is achieved the function of drying.The structure of ventilating mechanisms Will be described below.

According to the application, especially unlike traditional microwave clothes drier, cylinder 17 is driven by motor 18 and this motor The main shaft 181 of 18 is in transmission connection with cylinder 17 coaxially.In other words, the rotation axis of the electric machine main shaft 181 of motor 18 and rolling The rotation axis of cylinder 17 is identical.The main shaft 181 of motor 18 can be connected to cylinder 17 with integral drive.The driving produced due to motor Power directly acts on cylinder, is not the power of secondary transmission (passing through bindiny mechanism), so will farthest reduce energy and pass The loss passed.And, the type of drive directly driven, can more easily change direction of rotation and rotary speed, thus just In realizing the forward of cylinder and rotating backward, get rid of clothing and process carrying out the multi-mode of both forward and reverse directions and different rotation rates, many Pattern is got rid of clothing and is processed and can make that medicated clothing is loose not to wrinkle, thus obtains the best drying effect and drying efficiency.

Although it addition, can be seen that in the drawing of the present application, it appears that the microwave clothes drier of the application and traditional cylinder Formula washing machine profile is similar to, but needs in this application especially it is emphasized that the first microwave clothes drier of the application and tradition The technical field of washing machine entirely different, microwave clothes drier is for wet medicated clothing carries out drying and processing, and washing machine It is to be cleaned processing to dry and dirty medicated clothing；It addition, in the microwave clothes drier technical scheme of the application, need to combine Having microwave generating apparatus and ventilating mechanisms, this is also essentially different with washing machine.

The principal character of microwave clothes drier will be described in detail respectively below.

One, the main shaft of motor and the annexation of cylinder

As shown in Fig. 4, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 13 to Figure 18, motor 18 is generally arranged at the rear side of casing 11.Electricity Machine 18 is installed on casing 11, so that main shaft 181 forward side extends.Main shaft 181 can be in transmission connection in rolling by decelerator Cylinder 17, but in the application preferred implementation, main shaft 181 is removably inserted into cylinder 17 and forms transmission torque with cylinder 17 Propeller boss couple.It is to say, main shaft 181 is coupled by the propeller boss of transmission torque and from motor, power can be passed to rolling Cylinder.Owing to main shaft 181 is for being removably attachable to cylinder 17, therefore installs and debug the most more convenient.Propeller boss connects and can have There is various ways, the most various bonded (such as flat key or splines etc.).Main shaft 181 is directly inserted into the receiving portion of cylinder 17 In, but preferably, as shown in the figs, accompanying the present application, main shaft 181 forms the axle of transmission moment of torsion by connecting shaft 19 with cylinder 17 Hub couples.

By connecting shaft 19, can have between main shaft 18 and cylinder 17 and predetermined relatively rotate nargin, because at main shaft In 18 situations driving to cylinder 17, dimensional accuracy failed call for transmission are very strict, and main purpose is to allow cylinder The Positive rotational of 17.Additionally, the setting of connecting shaft 19 can beneficially improve the motility of equipment assembling.For identical For cylinder 17, can corresponding matching is different by different connecting shafts 19 motor.

Specifically, as shown in Figure 10, Figure 16 to Figure 18, connecting shaft 19 includes centre bore 191 and the not rounded of on-circular cross-section The outer peripheral face 192 in cross section；The main shaft 181 of motor 18 inserts in the centre bore 191 of connecting shaft 19, forms main shaft 181 and connecting shaft The propeller boss of 19 couples；And the bottom of cylinder 17 is provided with the central recess of the on-circular cross-section extended along this cylinder 17 axial direction 171, connecting shaft 19 is inserted in this central recess 171, by the inner peripheral surface of described central recess 171 and described connecting shaft 19 outside The propeller boss cooperatively formed between described connecting shaft 19 and cylinder 17 between side face couples.

The main shaft 181 of motor 18 inserts in the centre bore 191 of connecting shaft 19, thus forms main shaft 181 and connecting shaft 19 Propeller boss couples, therefore, it is possible to the power of motor 18 is passed to connecting shaft 19.Meanwhile, the outer peripheral face of connecting shaft 19 has not rounded and cuts Face, therefore when thick, outside central recess 171 and connecting shaft 19 in the central recess 171 that connecting shaft 19 is inserted cylinder bottom Form propeller boss between side face to couple, the power of connecting shaft 19 can be passed to cylinder 17.Therefore, as described above by two Propeller boss couples, it is achieved the power of motor 18 is to the transmission of the power of cylinder 17.

As it can be seen, the most as shown in figure 18, the centre bore 191 of connecting shaft 19 has and is equivalent to the part of flat key (not Diagram).Accordingly, as shown in Figure 13 and Figure 15, electric machine main shaft 181 is also formed with the flat key part of correspondence.Such as Figure 16 and Shown in Figure 18, the outer peripheral face 192 in connecting shaft is formed as orthohexagonal shape.But the application is not limited to shown in figure Embodiment, but other shape can also be used, such as other shapes such as ellipse, equilateral triangle, regular pentagons.

It addition, main shaft 181 and the cooperation of centre bore 191, and the outer peripheral face 192 of connecting shaft 19 and central recess 171 Coordinate, can have predetermined gap (axial and/or circumference), on the one hand be easy to assembly or disassembly, between three Dimensional requirement reduce, be conducive to manufacture.

As shown in Figure 17 and Figure 18, connecting shaft 19 include limit formed centre bore 191 internal perisporium 193 and with this internal perisporium Spaced apart and form the periphery wall 194 of described outer peripheral face 192, this periphery wall 194 is fixing with internal perisporium 193 to be connected.It is to say, There is between internal perisporium 193 and periphery wall 194 clearance space, thus the beneficially raising of overall construction intensity and control, also have It is beneficial to reduce the weight of connecting shaft.Certainly, the application is not limited to this, and connecting shaft 19 may be designed in solid construction.

It is further preferred that as shown in figure 18, connecting shaft 19 include being fixedly connected on periphery wall 194 and internal perisporium 193 it Between ribs 195；And/or described connecting shaft 19 has diapire 196, described periphery wall 194 and internal perisporium 193 all and diapire 196 fixing connections.According to different embodiments, different ribs 195 and/or diapire 196 can be selected, added by setting Strong rib and/or diapire, can strengthen the bulk strength of connecting shaft 19 the most further.

Two, the ventilating mechanisms of microwave clothes drier

As shown in Figure 6, when microwave clothes drier provided herein is when carrying out drying and processing, and wet medicated clothing is placed on rolling In cylinder 17, and constantly roll under the drive of sub-cylinder 17.Meanwhile, microwave generating apparatus 12 radiates microwave to the inner chamber of casing 11, To heat wet medicated clothing, the water vapour of generation then needs to be discharged to outside casing by ventilating mechanisms, thus realizes drying Dry effect.

On the premise of meeting above-mentioned functions, ventilating mechanisms can have multiple design.Preferably, such as Figure 25 to Figure 27 institute Showing, described ventilating mechanisms includes entering air channel 14 and for being led by the dampness of interior intracavity for direct outside air into described inner chamber Go out to outside exhaust passage 16.In the case of meeting its ventilation function, enter air channel 14 and exhaust passage 16 and can have multiple setting Meter.Such as, it is generally the case that enter the air intake vent come round with outside on casing 11 in air channel 14 and be positioned on the rear wall of casing, in case Only the normal work to microwave clothes drier produces and interferes.And the air outlet 161 that exhaust passage 16 communicates with inner chamber on casing 11 can With according to different operating modes, and select to be positioned at least one sidewall 112 of casing 11, on 113, roof 114 and/or rear wall 115. Certainly, the design in air port can also be selected according to concrete operating mode.

Under preferable case, described ventilating mechanisms is provided with suction air device 43, and this suction air device is at described casing The inner chamber of 11 is formed negative pressure atmosphere.Negative pressure atmosphere is conducive to the discharge of water vapour, thus is conducive to improving drying efficiency.Suction Wind apparatus can be separately positioned on air channel 14 and exhaust passage 16.Meanwhile, in order to meet the formation of negative pressure atmosphere, when one section Within between, the air capacity being flowed out inner chamber by exhaust passage 16 should be more than the air capacity entering inner chamber by entering air channel 14.

It is further preferred that such as Fig. 8 and as shown in Figure 25 to Figure 27, described suction air device 43 includes being arranged at described The blower fan of exhaust passage 16 or exhaust fan.By this feature, it is advantageously implemented within a period of time, flows out more air, thus real The negative pressure atmosphere of existing inner chamber.It addition, suction air device 43 provides enough power for air by the flowing of ventilating mechanisms, with Suitable air-flow can be formed in the lumen, thus improve drying efficiency further.

Enter described in it is further preferred that flow area that air channel 14 communicates with inner chamber less than described exhaust passage 16 with described in The flow area that chamber communicates, the flow area thereby through air channel controls enter the air capacity of cabinets cavity and flow out in casing The air capacity in chamber, advantageously in the formation of inner chamber negative pressure atmosphere.By the comparison of Figure 25 and Figure 27, it can be clearly seen that above-mentioned The difference of flow area.

As mentioned above microwave generating apparatus 12 act as radiate microwave, so that pending medicated clothing to be added to inner chamber Heat.The position of microwave generating apparatus 12 can select design according to different operating modes, and in this application, as shown in Figure 8, microwave is sent out Generating apparatus 12 is positioned at the bottom right of casing.But in the preferred case, microwave generating apparatus 12 and ventilating mechanisms have associated, specifically For, being arranged at least partially in described ventilating mechanisms of microwave generating apparatus 12, with to the wind flowing through described ventilating mechanisms Heat.

Owing to the wind of ventilating mechanisms is through the heat treated of microwave generating apparatus 12, the wind hence into cabinets cavity has Relatively high temperature, the advantageously evaporation of moisture in wet medicated clothing, thus improve drying efficiency.

Certainly, the application is not limited to this, and for other embodiment, microwave generating apparatus 12 can be with ventilation blower Structure is relatively independent, and the microwave that therefore microwave generating apparatus 12 is occurred is only used for heating the pending medicated clothing of cabinets cavity Process.Alternatively, it is also possible to arrange single heater in ventilating mechanisms, can play equally and provide high temperature air to inner chamber Effect.

Three, cylinder and mounting structure thereof

As shown in Fig. 8 to Figure 11 and Figure 21 to Figure 23, cylinder 17 is rotatably installed in the inner chamber of casing 11, is used for Place the medicated clothing of process to be dried.Owing to cylinder 17 needs to be in the environment of microwave radiation, therefore the material of cylinder 17 can not Select metal material, but such as pottery, plastic or other material, the most no longer selection to its material can be selected to retouch in detail State.

Cylinder 17 can be assembled by multiple parts.But what preferably, as shown in figure 19, cylinder 17 was integrated is single Parts.Specifically, cylinder 17 is the single parts being made for one rather than the group being assembled by multiple assembling parts Part.

Owing to cylinder 17 is single parts, therefore eliminate much produce, manufacture, transport, a series of links pair such as storage The process of multiple parts, it is possible to cost is greatly lowered.And, the cylinder 17 installation in casing is the most more convenient.

Cylinder 17 can be accomplished in several ways integration, such as cylinder 17 can be by multiple parts each other (such as plastics) It is welded and fixed.Or, it is preferable that cylinder 17 is the individual plastic part of single injection-molded.The shape of cylinder 17 can also have many Planting design alternative, such as, cylinder 17 can be the cylinder of front opening.But the application is not limited to this, cylinder 17 can have Other the planform such as square, polygon.

Furthermore it is preferred that as shown in figure 19, brush, for the ease of air-flow, the medicated clothing that drums inside is placed, it is preferable that cylinder The perisporium of 17 designs for hollow out, can be designed with a lot of through hole.Designed by the hollow out of cylinder perisporium, enter by entering air channel 14 The air of inner chamber can relatively easily brush the pending medicated clothing in cylinder 17, and steam takes away the inner chamber of casing. The shape of cross section of through hole can have various ways, and as circular or square etc., this can be selected to set according to concrete operating mode Meter.The flow area of the hollow out design of cylinder 17 can also select design according to different operating modes.

When cylinder 17 is operationally in the state of rotary motion, therefore internal pending medicated clothing can turning along with cylinder Move and ceaselessly roll, thus have with air-flow and substantially more contact, advantageously in the inner chamber that water vapour is taken away casing.For Preferably obtain the tumbling effect of medicated clothing, it is preferable that as shown in Fig. 9 and Figure 22, be provided with inwardly inside the perisporium of cylinder 17 Multiple bars 172 that are prominent and that extend along described cylinder 17 axial direction.

By arranging multiple bars 172, the bars 172 in pending medicated clothing roll procedure, on cylinder 17 inwall The impetus towards inner side is had, to promote the upset of medicated clothing for medicated clothing.When medicated clothing overturns process of soaring, energy in cylinder 17 Enough substantially more contact with air-flow, promote the moisture rapid evaporation in medicated clothing, improve drying efficiency further.

Bars 172 is arranged on the inner side of cylinder 17, and extends along cylinder axial direction.In the axial direction, a bar Shape part 172 can be continuous print, it is also possible to for interrupted.In circumferential direction, many strips are shown in that 172 can be uniformly distributed, also Can be with non-uniform Distribution.Bars 172 protrudes from the height of cylinder 17 inwall can the design alternative according to concrete operating mode.

As shown in Figure 8, Figure 9, the rear portion of cylinder 17 is in transmission connection by the main shaft 181 of motor 18, and is provided perpendicular by main shaft 181 Nogata support upwards.Main shaft 181 is additionally operable to transmit moment of torsion to cylinder 17, so that cylinder 17 can be driven to rotate.

On the other hand, rotatably support by the multiple rollers 33 being arranged on casing 11 in the front portion of cylinder 17.Preferably Ground, cylinder 17 has the loop shaped reinforcement 173 being arranged on outer peripheral face around front opening, and multiple rollers 33 rotatably support The loop shaped reinforcement 173 of cylinder 17, as shown in Figure 10, Figure 11, Figure 12, Figure 19, Figure 20, Figure 21 and Figure 23.Loop shaped reinforcement 173 It is formed on the outer peripheral face of cylinder 17 front opening end wall, on the one hand by the setting of this annular reinforcer 173, it is possible to further Improve the overall construction intensity of cylinder 17, so that cylinder 17 has the ability supporting the most pending medicated clothing；On the other hand, ring Shape reinforcement 173 provides for roller 33 and rotatably supports surface.

It is as noted previously, as cylinder 17 and is integrated part, an annular reinforcer 173 generally similar shape while cylinder 17 is made Become.Annular reinforcer 173 generally obtains by strengthening wall thickness, it is also possible to adjust cylinder 17 zones of different by (during such as injection) Materials variances realize annular reinforcer 173.

Roller 33 can be a pair, as shown in figure 11.But in various embodiments, can reliablely and stablely guide On the premise of the rotation of cylinder 17, roller 33 is it can also be provided that more.Roller 33 can not only the rotation of guide roller 17, By multiple rollers 33 in the different location of radial direction, additionally it is possible to realize the position-limiting action to cylinder 17, so that cylinder 17 exists Radial direction has and positions accurately.

Roller 33 can be arranged on casing 11.But preferably, as shown in Fig. 8 to Figure 12, casing 11 is provided with and is positioned at Chamber opening part and have the bracing frame 30 of peristome 31, this bracing frame 30 has annular groove 32, the loop shaped reinforcement of cylinder 17 The front end of 173 is positioned at annular groove 32 and annular groove 32 interval setting.

Bracing frame 30 is releasably attached on casing 11, and is mutually inserted with the front end of cylinder 17.Specifically, such as figure Shown in 12, the annular groove 32 of bracing frame 30 accommodates the front end of cylinder 17, thus to cylinder 17 limited location effect, at axial direction Position-limiting action can be played in the radial direction.As shown in figure 12, the front end face 1731 of loop shaped reinforcement 173 and annular groove The interval, bottom surface 321 of 32 is arranged, and the outer peripheral face 1732 of loop shaped reinforcement 173 and circumferential lateral surface 322 interval of annular groove 32 set Put, between inner peripheral surface and the inner circumferential side of annular groove 32 of loop shaped reinforcement 173, be provided with packing ring 34.Arranged by this structure Understanding, cylinder 17 front portion is the most only rotatably supported by roller 33, and rear portion is in transmission connection by main shaft 181, therefore cylinder 17 By the most unsettled setting of the support of front and rear, thus beneficially cylinder 17 is freely rotatable.Packing ring 34 is arranged on ring Between inner peripheral surface and the inner circumferential side of annular groove 32 of shape rib 173, adapt to gap therebetween with adjustable ground.Logical Often packing ring 34 is made up of elastomeric material, such as silica gel etc..

Roller 33 may be mounted on casing 11.But under preferable case, as shown in Fig. 8, Fig. 9 and Figure 11, roller 33 can turn It is arranged on bracing frame 30 dynamicly.

Moreover it is preferred that as shown in Figure 8, described casing 11 is provided with illuminator 40, detergent throwing device 41 And/or net-filter assembly 42, wherein, illuminator 40 is for providing the user for the illumination within casing 11, in order to operation Person operates microwave clothes drier in the occasion that light is bad；Detergent throwing device is for providing suitable washing in casing 11 inner chamber Wash agent, such as submissive fragrance cleaning agent etc.；Net-filter assembly is for collecting the tiny foreign material or impurity carried secretly in pending medicated clothing.

The preferred implementation of the application is described in detail above in association with accompanying drawing, but, the application is not limited to above-mentioned reality Execute the detail in mode, in the technology concept of the application, the technical scheme of the application can be carried out multiple letter Monotropic type, these simple variant belong to the protection domain of the application.Although being primarily directed to the technology of cylinder in this application The protection that scheme requires, but the applicant still retains the possibility that technical scheme disclosed to industry in the application is claimed Property.

It is further to note that each the concrete technical characteristic described in above-mentioned detailed description of the invention, at not lance In the case of shield, can be combined by any suitable means.In order to avoid unnecessary repetition, the application to various can The compound mode of energy illustrates the most separately.

Additionally, combination in any can also be carried out between the various different embodiment of the application, as long as it is without prejudice to this The thought of application, it should be considered as content disclosed in the present application equally.

Claims (10)

1. for the cylinder of microwave clothes drier, it is characterised in that the single parts that this cylinder (17) is integrated.

Cylinder the most according to claim 1, it is characterised in that described cylinder (17) is the individual plastic of single injection-molded Part.

Cylinder the most according to claim 2, it is characterised in that described cylinder (17) is the cylinder of front opening, described The perisporium of cylinder (17) designs for hollow out.

Cylinder the most according to claim 2, it is characterised in that be provided with inside the perisporium of described cylinder (17) and highlight inwardly And along multiple bars (172) of described cylinder (17) axial direction extension.

Cylinder the most according to claim 4, it is characterised in that the plurality of bars (172) is at described cylinder (17) It is uniformly distributed in circumferential direction.

Cylinder the most according to claim 2, it is characterised in that outside described cylinder (17) has and is arranged on around front opening Loop shaped reinforcement (173) on side face, described casing (11) is provided with multiple roller (33), and the plurality of roller (33) is rotationally Support the loop shaped reinforcement (173) of described cylinder (17).

Cylinder the most according to claim 6, it is characterised in that described casing (11) is provided with and is positioned at lumen openings and tool Having the bracing frame (30) of peristome (31), this bracing frame (30) has annular groove (32), the described annular of described cylinder (17) The front end of rib (173) is positioned at described annular groove (32) and described annular groove (32) interval setting.

Cylinder the most according to claim 7, it is characterised in that the plurality of roller (33) is rotatably arranged in described On support (30).

Cylinder the most according to claim 7, it is characterised in that the front end face (1731) of described loop shaped reinforcement (173) with The interval, bottom surface (321) of described annular groove (32) is arranged, the outer peripheral face (1732) of described loop shaped reinforcement (173) and described ring Circumferential lateral surface (322) interval of connected in star (32) is arranged, the inner peripheral surface of described loop shaped reinforcement (173) and described annular groove (32) packing ring (34) it is provided with between inner circumferential side.

10. microwave clothes drier, it is characterised in that this microwave clothes drier includes switchable casing (11), this casing (11) interior Chamber is provided with rotating cylinder (17), described casing (11) is provided with for radiating micro-to the inner chamber of described casing (11) The microwave generating apparatus (12) of ripple and connect the ventilating mechanisms of outside of described inner chamber and described casing (11), described cylinder (17) driven by motor (18) and the main shaft (181) of this motor (18) is in transmission connection with described cylinder (17) coaxially, described rolling Cylinder is the cylinder described in any one in claim 1-9.