CN208920824U

CN208920824U - Drying-machine with degerming removes flavor function

Info

Publication number: CN208920824U
Application number: CN201821552626.3U
Authority: CN
Inventors: 黄杰
Original assignee: Guangzhou Shiyuan Electronics Thecnology Co Ltd
Current assignee: Guangzhou Shiyuan Electronics Thecnology Co Ltd
Priority date: 2018-09-21
Filing date: 2018-09-21
Publication date: 2019-05-31
Anticipated expiration: 2028-09-21

Abstract

The embodiment of the utility model relates to a dryer with functions of sterilizing and deodorizing, comprising a casing, a hot air source assembly, a support rod and a plasma generator; the hot air source assembly includes an upper hot air source assembly and a lower The source assembly is located above the interior of the casing, and the lower hot air source assembly is located below the interior of the casing; the support rod includes an upper placing part and a lower placing part, the interior of the upper placing part and the lower placing part form a hollow cavity, and the hollow cavity of the upper placing part It is communicated with the upper hot air source assembly, and the hollow cavity of the lower placement portion is communicated with the lower hot air source assembly; the plasma generator includes a negative ion emitter and a positive ion emitter, and the number of negative ions emitted by the negative ion emitter is more than that of the positive ion emitted by the positive ion emitter. The number of negative ion emitters is arranged near the air inlet of the upper hot air source assembly, and the positive ion emitter is arranged near the air inlet of the lower hot air source assembly. The dryer proposed by the embodiment of the present utility model has the characteristics of air purification, safety and reliability.

Description

A kind of dryer removing function of odor with degerming

Technical field

The utility model embodiment belongs to automatic drying technical field, and in particular to a kind of baking that function of odor is removed with degerming Dry machine.

Background technique

After having used towel, people, which can be accustomed to being hung over waiting on towel rack, to dry, but bathroom environment is relatively Closing, humidity is higher, is unfavorable for drying for towel, may cause mouldy towel, peculiar smell, breeds bacterium, is unfavorable for user's Health, and usage experience is bad.In addition, being difficult when the clothing washed encounters rainy weather or other humidity higher weather Naturally dry out, for a long time, may result in peculiar smell, breed bacterium, be highly detrimental to the health of user.

Existing electric dryer is mainly penetrated using ozone and UV illumination, is played the role of degerming and is de-tasted.But ozone With strong oxidizing property, irritant smell can be caused harm to the human body more than certain content；And if ultraviolet rays direct irradiation On human body, injury of burning can be caused to the skin of human body.Also, what ozone generator and ultraviolet lamp occupied inside dryer Space is larger, influences the overall beautiful of dryer.It is therefore desirable to develop one kind can safely realize that dryer degerming is gone The solution of function of odor.

Utility model content

The unsafe technical problem of mode, the utility model embodiment are de-tasted in order to solve the degerming of above-mentioned existing dryer Propose a kind of dryer that function of odor is removed with degerming.

A kind of dryer removing function of odor with degerming, including shell, hot wind source component, support rod and plasma occur Device；

The hot wind source component includes upper hot wind source component and lower hot wind source component, and upper hot wind source component is located at enclosure interior Top, lower hot wind source component are located at below enclosure interior；

The support rod includes upper placement section and lower placement section, the inside formation hollow cavity of upper placement section and lower placement section Body, the hollow cavity of upper placement section are connected to the upper hot wind source component, the hollow cavity of lower placement section and the lower hot air source Component connection；

The plasma generator is located at enclosure interior, including anion emission pole and positive ion emission pole, anion hair The anion quantity of emitter-base bandgap grading transmitting is more than the amount of positive ions of positive ion emission pole transmitting；Anion emission pole is arranged in upper hot wind Near the air inlet of source component, positive ion emission pole is arranged near the air inlet of lower hot wind source component.

Further, the dryer further includes the peculiar smell biography of control unit and the odorousness for detecting surrounding air Sensor；

Control unit is connect with peculiar smell sensor and the plasma generator respectively, the ring based on the detection of peculiar smell sensor The odorousness of border air controls the start and stop of the plasma generator.

Further, the dryer further includes display control panel, and display control panel is connect with control unit.

Further, the upper placement section and lower placement section are parallel to each other and are arranged in a staggered manner.

Further, the hot wind source component includes blower, heater and hot air duct；The blower and heater setting In the inner space of the shell, the hot air duct is arranged in whole or in part in the inner space of the shell；

Wherein, the heater is arranged in the hot air duct, the blower outlet of the blower and the hot air duct Air intake be directly connected to；Alternatively, the blower outlet of the blower and the air inlet of the hot air duct is arranged in the heater Between end.

Further, the support rod is U-shaped structure, and the formation upper placement section, lower placement section and one section are at both ends It is separately connected the bending part of the upper placement section and lower placement section, the both ends of the bending part are enclosed construction.

Further, the dryer further includes pedestal and fixation kit, and pedestal is located at the back side of shell, fixation kit It is arranged in base back surface.

Further, the dryer that function of odor is removed with degerming further includes connector, and connector has hollow gas Circulation road, the upper placement section is connected to by the middle airflow path of connector with the upper hot wind source component, under described Placement section is connected to by the middle airflow path of connector with the lower hot wind source component.

Further, air inlet is offered on shell and/or on pedestal.

Further, the hot air flow for allowing access into the hollow cavity is provided on the upper placement section and lower placement section Air outlet out.

The utility model embodiment the utility model has the advantages that

1. the dryer for removing function of odor with degerming that the utility model embodiment proposes, plasma generator release are positive and negative Ion, negative ion amount is more than cation amount, and two kinds of ions can de-taste degerming after combining in air with transient burst of energy, and remain Remaining anion can settle in conjunction with dust granule, purify air, securely and reliably, harmless.And it is sent out with plasma Raw device replaces ozone generator and ultraviolet lamp in the prior art, it is possible to reduce to the occupancy of dryer inner space, is conducive to Improve the monnolithic case of dryer.

2. the dryer for removing function of odor with degerming that the utility model embodiment proposes, it is lossless which de-tastes module Material saves customer using cost.

3. the dryer for removing function of odor with degerming that the utility model embodiment proposes, is set by being staggered down on the shell Placement location portion, is conducive to the peripheral space for maximally utilising dryer, and the shape of product is exquisite beautiful.

Detailed description of the invention

Fig. 1 is the frontal perspective schematic diagram for the dryer that the utility model embodiment proposes；

Fig. 2 is the housing interior structure schematic diagram for the dryer that the utility model embodiment proposes；

Fig. 3 is the rear perspective schematic diagram for the dryer that the utility model embodiment proposes；

Fig. 4 is the schematic side view for the dryer that the utility model embodiment proposes.

Specific embodiment

For the purpose of this utility model, technical solution and advantage is more clearly understood, below in conjunction with specific embodiment, and Referring to attached drawing, the utility model is further described.But as known to those skilled in the art, the utility model is not limited to Attached drawing and following embodiment.

Embodiment 1:

The utility model embodiment proposes a kind of dryer that function of odor is removed with degerming, can refer to Fig. 1 to Fig. 4 institute Show, including shell 2, hot wind source component 4, support rod 5 and plasma generator 9.

The hot wind source component 4 includes upper hot wind source component and lower hot wind source component, and upper hot wind source component is located in shell 2 Above portion, lower hot wind source component is located at 2 lower inside of shell.

The support rod 5 include the upper placement section 51 that is correspondingly arranged respectively with upper hot wind source component and lower hot wind source component and Lower placement section 52, the upper placement section 51 and lower placement section 52 are used to place the article for needing to dry.Upper placement section 51 and decentralization The inside for setting portion 52 forms hollow cavity, and the hollow cavity of upper placement section 51 is connected to the upper hot wind source component, makes on described The hot wind that hot wind source component generates enters the hollow cavity of the upper placement section 51；The hollow cavity of lower placement section 52 and it is described under The connection of hot wind source component, the hot wind for generating the lower hot wind source component enter the hollow cavity of the lower placement section 52.

It is provided with air outlet 6 on the upper placement section 51 of the support rod 5 and lower placement section 52, with respective hollow cavity Connection, to allow access into the hot wind outflow of the hollow cavity, on placement section (including upper placement section 51 and lower placement section 52) The article hung up is dried.

Preferably, the air outlet 6 is set as cavernous structure or strip structure, when the air outlet 6 is set as poroid knot When structure, the cavernous structure includes multiple regularly arranged or irregular alignment hole；When the air outlet 6 is set as strip structure When, the strip structure is one or more.

In Fig. 1 of the utility model embodiment, placement section (including 51 He of upper placement section in the support rod 5 is given Lower placement section 52) lower surface on the examples of multiple air outlets 6 is set.When dryer hangs up the article for needing to dry, article It naturally droops towards ground, is arranged on the lower surface of the placement section (including upper placement section 51 and lower placement section 52) of support rod 5 Air outlet 6, the hollow cavity of the placement section (including upper placement section 51 and lower placement section 52) of support rod 5 will be flowed by being more advantageous to The sagging region of interior hot wind guiding article, and be internally heated from article；In addition, the placement section of support rod 5 (including is above put Set portion 51 and lower placement section 52) it itself can be also flowed into the intracorporal hot wind preheating of hollow cavity of placement section, the placement after preheating It the part that portion's (including upper placement section 51 and lower placement section 52) is contacted with article can be directly by heat transfer or heat radiation to object Product are dried.

The plasma generator 9 is located inside shell 2, including anion emission pole 91 and positive ion emission pole 92, bears The anion quantity that ion emitters 91 emit is more than the amount of positive ions that positive ion emission pole 92 emits.

Anion emission pole 91 is arranged near the air inlet of upper hot wind source component, anion emission pole 91 emit bear from Son is after upper hot wind source component, into the hollow cavity of upper placement section 51, flows using the air outlet 6 of upper placement section 51 Out.

Positive ion emission pole 92 is arranged near the air inlet of lower hot wind source component, positive ion emission pole 92 emit just from Son is after lower hot wind source component, into the hollow cavity of lower placement section 52, flows using the air outlet 6 of lower placement section 52 Out.

When opening dryer, surrounding air enters in shell 2, and a part of surrounding air emits with anion emission pole 91 Anion together, is heated by upper hot wind source component, subsequently into the hollow cavity of the upper placement section 51, to upper placement section 51 are preheated, and the hung region of towel of upper placement section 51 is blowed to by the air outlet of upper placement section 51；Some environment Air is heated, subsequently into the decentralization together with the cation that positive ion emission pole 92 emits by lower hot wind source component The hollow cavity for setting portion 52 preheats lower placement section 52, blows to lower placement section 52 by the air outlet 6 of upper placement section 52 The hung region of towel.

The dryer of the utility model embodiment can be to article (such as the hair on the placement section 51,52 for hanging over support rod 5 Towel, clothing etc.) carry out degerming de-taste and dry.The dryer of the utility model embodiment emits anion emission pole 91 The cation that anion and positive ion emission pole 92 emit, is distributed by different hot wind source components and placement section, can be with Combine cation and anion not inside shell 2, it is ensured that there are still a large amount of cations and negative in the hot wind of blowout Ion；The cation and anion of blowout be combined with each other in exterior space, release energy, and have the function that degerming de-tastes, and And since the quantity of the anion of transmitting is greater than the quantity of cation, after cation and anion combine, exterior space In can also remaining anion, remaining anion can settle with the dust granule in air ining conjunction with, play purification air, improvement The effect of external environment.In addition, the placement section up and down after preheating can carry out heat transfer and radiative oven dry, while hot wind to towel Temperature rise area is formed inside from towel and carries out Hot-blast Heating, therefore the dryer that the utility model embodiment proposes can be accelerated to need Moisture evaporation on the article of drying, has the spy that drying area is big, high-efficient, thermal loss is few, low in energy consumption, safe and reliable Point.

Embodiment 2:

The present embodiment is a kind of control on the basis of previous embodiment, to the plasma generator 9 that dryer includes Mode illustrates.

The dryer further includes control unit 7 and peculiar smell sensor 10.

Peculiar smell sensor 10 is located at 2 surface of shell, for detecting the odorousness of surrounding air.

Control unit 7 is located inside shell 2.Preferably, control unit 7 is arranged on pedestal 1.

Control unit 7 is connect with peculiar smell sensor 10 and plasma generator 9 respectively, and control unit 7 is sensed based on peculiar smell The odorousness for the surrounding air that device 10 detects controls the start and stop of plasma generator 9.In a preferred embodiment, wait from Electronic generator 9 is placed close to control unit 7, in order to which plasma generator 9 is connect with control unit 7.

Specifically, when the odorousness of the surrounding air detected when peculiar smell sensor 10 is more than preset value, control is single Member 7 sends open command, the anion emission pole 91 and positive ion emission pole 92 of plasma generator 9 to plasma generator 9 Transmitting anion and cation respectively；When the odorousness for the surrounding air that peculiar smell sensor 10 detects be reduced to be less than it is pre- If when value, control unit 7 sends halt instruction to plasma generator 9, the anion emission pole 91 of plasma generator 9 stops Transmitting anion, positive ion emission pole 92 stops transmitting cation or the positive ion emission pole 92 of plasma generator 9 stops Emit cation, transmitting anion is continued in anion emission pole 91, but optionally can suitably reduce the hair of anion emission pole 91 The quantity for the anion penetrated, the anion that anion emission pole 91 emits settle in conjunction with the dust granule in air, play net Change the effect of air.

The dryer that the present embodiment proposes can be transported automatically by control unit 7 and peculiar smell sensor 10 according to preset value Row plasma generator 9 realizes the function that automatic degerming de-tastes.

Embodiment 3:

The present embodiment is on the basis of previous embodiment the one of the hot wind source component 4 and support rods 5 that include to dryer Kind set-up mode illustrates.

In the present embodiment, upper hot wind source component and lower hot wind source component not in the same vertical plane, upper 51 He of placement section In the same vertical plane and (as shown in Figure 4) is not arranged in a staggered manner in lower placement section 52, so that being placed on the needs on placement section 51 The article that the article of drying is dried with the needs on lower placement section 52 will not contact with each other, and gap between the two is conducive to air Circulation, convenient for drying.

In a preferred embodiment, upper placement section and lower placement section in the same vertical plane and are not parallel to each other to be staggered and set It sets, as shown in Figure 2 and Figure 4.

It, can be respectively in upper placement section 51 and lower placement section 52 in the dryer proposed using the utility model embodiment On hang up and need the article dried, since upper placement section 51 and lower placement section 52 are arranged in a staggered manner, upper placement section 51 and decentralization Setting the article hung up in portion 52 can be spaced apart, is convenient for air circulation, therefore the baking that the utility model embodiment proposes Dry machine area occupied is small, and drying efficiency is high.

Embodiment 4:

The present embodiment is on the basis of previous embodiment, to the up-and-down hot wind source group for the hot wind source component that dryer includes A kind of implementation structure of part illustrates.The structure of up-and-down hot wind source component can be identical, therefore with hot wind source component To be referred to as up-and-down hot wind source component.

The hot wind source component includes blower 41, heater 42 and hot air duct 43, and blower 41 and the setting of heater 42 exist In the inner space of shell 2, hot air duct 43 is arranged in the inner space of shell 2 in whole or in part, passes through hot air duct 43 form the airflow channel of hot wind.Heater 42 is arranged in hot air duct 43, the blower outlet and hot air pipe of the blower 41 The air intake in road 43 is directly connected to, and the wind that blower 41 is blown out enters in hot air duct 43 and is heated into hot wind by heater 42； Alternatively, the heater 42 is arranged between the blower outlet of the blower 41 and the air intake of hot air duct 43, blower 41 is blown Wind out enters in hot air duct 43 after being heated into hot wind by heater 42.The outlet air end of hot air duct 43 is in 2 side of shell Opening is formed on wall or is stretched out except shell 2 (as shown in Figure 2) from the opening on 2 side wall of shell.

In a preferred embodiment, the outlet air end (or opening) and lower hot air source of the hot air duct 43 of upper hot wind source component The outlet air end (or opening) of the hot air duct 43 of component is arranged in a staggered manner in vertical direction, as shown in Figure 4.

Embodiment 5:

The present embodiment be the support rod 5 on the basis of previous embodiment, including to dryer a kind of implementation structure into Row exemplary illustration.

The support rod 5 is U-shaped structure, and the U-shaped structure forms placement section 51, lower placement section 52 and one section of bending Portion, as shown in Figures 1 to 3.Upper placement section 51 and lower placement section 52 can directly be contacted with shell 2, can not also be direct with shell 2 It contacts (such as being connect by connector 3 with shell 2).The both ends of the upper placement section 51 and lower placement section 52 are open, described The both ends of bending part are all closed.

Outlet air end of one open end of the upper placement section 51 directly with upper hot wind source component (such as hot air duct 43) Connection is connect by connector 3 with the outlet air end of upper hot wind source component (such as hot air duct 43), another open end connects Connect one end of the bending part of support rod 5；One open end of the lower placement section 52 directly with lower hot wind source component (such as Hot air duct 43) outlet air end connection or pass through the outlet air end of connector 3 and lower hot wind source component (such as hot air duct 43) Connection, the other end of the bending part of another open end connection support bar 5.

By the enclosed construction at bending part both ends, so that another described open end of upper placement section 51 and lower placement section 52 It is closed, so that the intracorporal hot wind of hollow cavity be prevented to be discharged from another open end, and bending part is set helps to increase The intensity of support rod 5.

Preferably, the support rod 5 is formed by hollow pipe bending, and two bending part sealings make it be divided into two intersegmental part shapes At the bending part that the upper placement section of hollow cavity and lower placement section and one section of both ends are closed, and upper placement section and lower placement Portion is staggered not in the same vertical plane in parallel, convenient for placing the article for needing to dry, and the gap between article can be made uniform, Convenient for drying.

In addition, the support rod 5 can be one or more.It, can be according to above-mentioned when the support rod 5 is more Describing mode is configured, and the placement section of all support rods 5 between each other not in the same vertical plane, and is all mutually staggered and set It sets.

Embodiment 6:

The present embodiment is on the basis of previous embodiment, to a kind of implementation knot for other composed structures that dryer includes Structure illustrates.

The dryer that the utility model embodiment proposes, can also be including pedestal 1 and fixation kit 12, as shown in Figure 3.

The pedestal 1 is located at 2 back side of shell.The shell 2 can be using the structure for being equipped with opening in front and back. The opening at 2 back side of shell can be set to the structure being coupled with pedestal 1, convenient for shell 2 is mounted on pedestal 1 On, for example, the opening at 2 back side of shell be provided with buckle or screw thread etc. can connection structure, can be connected by buckle or screw thread etc. Structure is fitted together with pedestal 1.Alternatively, shell 2 can be directly secured together with pedestal 1 by modes such as welding.Again or Person, the shell 2 can use integrally formed structure with pedestal 1.

The setting of fixation kit 12 is at 1 back side of pedestal, for pedestal 1 to be mounted on institute position to be mounted or component On, such as be mounted on the wall.

In one embodiment, fixation kit 12 includes fixing piece 122 and inserted sheet shape hook 121.The fixing piece 122 has A pair of U-shaped groove and multiple screw holes, inserted sheet shape hook 121 is arranged at 1 back side of pedestal, and is inserted into the one of fixing piece 122 To in U-shaped groove.When the dryer of the utility model embodiment to be installed on metope, need to pass through spiral shell using swell fixture Hole is to be fixed on the installation site on such as metope for fixing piece 122, then, inserted sheet shape hook 121 is inserted into fixing piece In 122 a pair of U-shaped groove, so that the dryer of the utility model embodiment is fixed in the installation site.This field skill Art personnel know that the structure and its fixed form of fixation kit 12 can also use other modes known in the art, so that bottom Seat 1 is mounted on institute position to be mounted or component in order to the mode of disassembly or in a manner of fixed installation.

Embodiment 7:

The dryer that the utility model embodiment proposes, can also include connector 3, and connector 3 has hollow air-flow Channel.The open end of the upper placement section 51 of the utility model embodiment can by the middle airflow path of connector 3 with it is described The connection of upper hot wind source component, the open end of lower placement section 52 can also middle airflow path by connector 3 and the lower heat The connection of wind regime component.By using connector 3, it can be tightly connected open end and the airflow channel of placement section more conveniently, The case where especially airflow channel is not stretched out from 2 surface of shell.It will be understood by those skilled in the art that in order to simplify structure, Connector 3 can not be used, and the open end of placement section and airflow channel are directly tightly connected.

Embodiment 8:

In the utility model embodiment, in order to guarantee the intake of blower 41, offered on shell 2 and/or on pedestal 1 Air inlet 8, blower 41 suck air from the external of shell 2 by air inlet 8, carry out air blast.

When opening dryer, outside air is sucked by blower 41 from air inlet 8, after heated device 42 heats, passes through hot wind Pipeline 43, connector 3 placement section (including upper placement section 51 and lower placement section 52) (if set) for reaching support rod 5 In hollow cavity, placement section (including upper placement section 51 and lower placement section 52) is preheated, and passes through placement section (including upper placement section 51 and lower placement section 52) air outlet hot wind is blowed into the hung region of article, placement section after preheating (including 51 He of upper placement section Lower placement section 52) heat transfer and radiative oven dry are carried out to article, while hot wind forms temperature rise area inside article and is heated.

Embodiment 9:

The present embodiment is on the basis of previous embodiment 2 to 6, to a kind of reality for other composed structures that dryer includes Structure is applied to illustrate.

The dryer of the utility model embodiment further includes display control panel 11, display control panel 11 and control unit 7 connections, to transmit signal.

Display control panel 11 is located at dryer surface, operates convenient for user.Preferably, display control panel 11 is arranged In the positive opening of shell 2, it is arranged towards user.Display control panel 11 is the man machine operation interface of dryer, can It shows the related status information of dryer, and there is control button.

Certainly, control unit 7 can also control the start and stop of hot wind source component 4.

User sends control instruction to control unit 7 by display control panel 11, as start and stop instruction, power regulation refer to Enable etc..Control unit 7 controls the start and stop of hot wind source component 4 (such as blower 41, heater 42) according to control instruction, or Person adjusts the power of hot wind source component 4 (such as blower 41, heater 42), to control the temperature of the wind of dryer blowout.Make Running parameter, such as the preset value of plasma generator 9 can also be arranged by display control panel 11 in user.

Further, in order to preferably control the drying temperature of dryer, the dryer of the utility model embodiment is also wrapped The temperature sensor of detection leaving air temp is included, temperature sensor is connect with control unit 7, the temperature for detecting temperature sensor Control unit 7 can be fed back to.

Temperature sensor is preferably provided in the hollow cavity of the placement section of support rod 5, it is highly preferred that setting is being placed At the air outlet in portion.The temperature data that the temperature sensor detects feeds back to control unit 7, and can be shown in display control On panel 11 processed.The temperature data that user can show according to display control panel 11 carries out temperature adjusting, control as needed Unit 7 processed is adjusted hot wind source component 4 (such as blower 41, heater 42) after receiving regulating command；Alternatively, can also be with Drying temperature is preset by display control panel 11 by user in advance, control unit 7 is automatically right according to preset drying temperature Hot wind source component 4 (such as blower 41, heater 42) is adjusted.

More than, the embodiments of the present invention is illustrated.But the utility model is not limited to above-mentioned implementation Mode.Within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done, should be included in Within the protection scope of the utility model.

Claims

1. a dryer with sterilizing and deodorizing function, is characterized in that, comprises shell, hot air source assembly, support rod and plasma generator;

The hot air source assembly includes an upper hot air source assembly and a lower hot air source assembly, the upper hot air source assembly is located above the interior of the casing, and the lower hot air source assembly is located below the interior of the casing;

The support rod includes an upper placement portion and a lower placement portion, the interior of the upper placement portion and the lower placement portion form a hollow cavity, the hollow cavity of the upper placement portion is communicated with the upper hot air source assembly, and the hollow cavity of the lower placement portion is connected. communicating with the lower hot air source assembly;

The plasma generator is located inside the casing, including a negative ion emitter and a positive ion emitter, the number of negative ions emitted by the negative ion emitter is more than the number of positive ions emitted by the positive ion emitter; the negative ion emitter is arranged on the air inlet of the upper hot air source assembly Nearby, the positive ion emitter is arranged near the air inlet of the lower hot air source assembly.

2. The dryer with sterilization and deodorization function according to claim 1, wherein the dryer further comprises a control unit and an odor sensor for detecting the odor concentration of ambient air;

The control unit is respectively connected with the odor sensor and the plasma generator, and controls the start and stop of the plasma generator based on the odor concentration of the ambient air detected by the odor sensor.

3 . The dryer with sterilization and deodorization functions according to claim 2 , wherein the dryer further comprises a display control panel, and the display control panel is connected to the control unit. 4 .

4 . The dryer with sterilization and deodorization function according to claim 1 , wherein the upper placement portion and the lower placement portion are arranged in parallel and staggered. 5 .

5. The dryer with sterilization and deodorization function according to any one of claims 1 to 3, wherein the hot air source assembly comprises a fan, a heater and a hot air duct; the fan and the heater is arranged in the inner space of the casing, and the hot air duct is wholly or partially arranged in the inner space of the casing;

Wherein, the heater is arranged in the hot air duct, and the blowing outlet of the fan is directly connected to the air inlet end of the hot air duct; or, the heater is arranged between the blowing outlet of the fan and the between the air inlet ends of the hot air duct.

6. The dryer with sterilization and deodorization function according to any one of claims 1 to 3, wherein the support rod is a U-shaped structure, forming the upper placement portion, the lower placement portion and the A section of a bent portion connecting the upper placement portion and the lower placement portion at both ends respectively, and the two ends of the bent portion are closed structures.

7. The dryer with sterilization and deodorization function according to any one of claims 1 to 3, wherein the dryer further comprises a base and a fixing assembly, and the base is located on the back of the shell, The fixing components are arranged on the back of the base.

8. The dryer with sterilization and deodorization function according to any one of claims 1 to 3, wherein the dryer with sterilization and deodorization function further comprises a connecting piece, and the connecting piece has A hollow airflow channel, the upper placement portion communicates with the upper hot air source assembly through the hollow airflow channel of the connector, and the lower placement portion communicates with the lower hot air source through the hollow airflow channel of the connector Components are connected.

9. The dryer with sterilization and deodorization function according to any one of claims 1 to 3, characterized in that an air inlet hole is opened on the casing and/or on the base.

10. The dryer with sterilization and deodorization function according to any one of claims 1 to 3, characterized in that, both the upper placing part and the lower placing part are provided with a hollow cavity that allows entry into the hollow cavity The outlet from which the hot air flows out.