CN208920825U - A kind of dryer with air duct handoff functionality - Google Patents
A kind of dryer with air duct handoff functionality Download PDFInfo
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- CN208920825U CN208920825U CN201821563077.XU CN201821563077U CN208920825U CN 208920825 U CN208920825 U CN 208920825U CN 201821563077 U CN201821563077 U CN 201821563077U CN 208920825 U CN208920825 U CN 208920825U
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Abstract
The utility model embodiment is related to a kind of dryer with air duct handoff functionality, including shell, hot wind source component, support rod and air duct changeover module；Hot wind source component includes hot air duct, and hot air duct includes an air inlet duct and the first outlet air branch and the second outlet air branch that are divided by air inlet duct；Support rod includes first support bar and second support bar, the inside of first support bar and second support bar forms the closed hollow cavity of the other end open at one end, the open end of the hollow cavity of first support bar is connected to the first outlet air branch, and the open end of the hollow cavity of second support bar is connected to the second outlet air branch；Air duct changeover module can switch being respectively at the first outlet air branch and the second outlet air branch between corresponding closing or multiple operating positions of opening state, control the work of first support bar and second support bar.The dryer that the utility model embodiment proposes can respectively control more support rods, have energy-saving effect.
Description
Technical field
The utility model embodiment belongs to automatic drying technical field, and in particular to a kind of baking with air duct handoff functionality
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 cannot the work to more support rods individually controlled, as long as dryer one start, it is more
Root support rod just works at the same time, if only having hung up towel on the support rod of part, other do not hang up the support rod of towel
Work will result in the waste of the energy.In addition, existing electric dryer mainly uses conduction heating to dry or using heat
The mode of wind drying, drying efficiency are lower.
Utility model content
In order to solve the technical issues of above-mentioned existing dryer cannot individually control support rod work, the utility model is implemented
Example proposes a kind of dryer with air duct handoff functionality.
A kind of dryer with air duct handoff functionality, including shell, hot wind source component, support rod and air duct switch groups
Part；
The hot wind source component includes hot air duct, and the hot air duct includes an air inlet duct and divided by the air inlet duct
At the first outlet air branch and the second outlet air branch；Air inlet duct is located in the inner space of shell, the first outlet air branch and second
Outlet air branch is located fully or partially in the inner space of shell；
The support rod includes the first support bar and second support bar positioned at hull outside, first support bar and second
The inside of strut forms the closed hollow cavity of the other end open at one end, the open end of the hollow cavity of first support bar with it is described
The connection of first outlet air branch, the open end of the hollow cavity of second support bar is connected to the second outlet air branch；
The air duct changeover module can make the first outlet air branch and the second outlet air branch be respectively at corresponding closing
Or switch between multiple operating positions of opening state, the work of first support bar and second support bar is controlled.
Further, the air duct changeover module includes stepper motor and rotatable baffle, one end position of rotatable baffle
In the intersection of the first outlet air branch and the second outlet air branch, the other end is located in air inlet duct；The output shaft of the stepper motor
It is connect with described one end of rotatable baffle, driving rotatable baffle is to turn with described one end of rotatable baffle in air inlet duct
The moving axis heart switches between the multiple operating position.
Further, the multiple operating position includes the first operating position, the second operating position and third operating position；
When the air duct changeover module is located at the first operating position, the first outlet air branch is in the open state, the first support
Bar is in running order, while the second outlet air branch is in closed state, and second support bar is in off position；The air duct
When changeover module is located at the second operating position, the first outlet air branch is in closed state, and first support bar is in off position,
The second outlet air branch is in the open state simultaneously, and second support bar is in running order；The air duct changeover module is located at third
When operating position, the first outlet air branch and the second outlet air branch are in opening state, and first support bar and second support bar are equal
It is in running order.
Further, it is provided in the first support bar and second support bar of the support rod and to be connected to hollow cavity
Air outlet.
Further, the first support bar and second support bar, which are parallel to each other, is arranged in a staggered manner.
Further, the hot wind source component further includes blower and heater, and the blower and heater are arranged described
In the inner space of shell；
Wherein, the first outlet air branch that hot air duct in the air inlet duct of hot air duct or is arranged in and is arranged in heater
In two outlet air branches, the air intake of the air inlet duct of the blower outlet and hot air duct of the blower is directly connected to；Alternatively, the hair
Hot device is arranged between the blower outlet of the blower and the air intake of the air inlet duct of hot air duct.
Further, the support rod is U-shaped structure made of hollow pipe bending, forms the first support bar, second
Support rod and one section are separately connected the bending part of the first support bar and second support bar at both ends, and the two of the bending part
End is 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；
Air inlet is offered on the shell and/or on pedestal；
The fixation kit includes fixing piece and the inserted sheet shape being inserted into fixing piece hook.
Further, the dryer with air duct handoff functionality further includes connector, and connector has hollow gas
The open end of circulation road, the first support bar is connected by the middle airflow path of connector and the first outlet air branch
Logical, the open end of the second support bar is connected to by the middle airflow path of connector with the second outlet air branch.
Further, the dryer further includes control unit and display control panel, display control panel, hot air source group
Part and the air quantity changeover module are connect with control unit.
The utility model embodiment the utility model has the advantages that
1. the utility model embodiment propose the dryer with air duct handoff functionality, using an air inlet duct and by into
Two outlet air branches that air duct is divided into are switched by air duct changeover module in multiple operating positions so that the first outlet air branch and
Second outlet air branch is in closing or opening state, to control respectively to the work of first support bar and second support bar
System has the effect of reducing thermal losses, saves energy.
2. the dryer with air duct handoff functionality that the utility model embodiment proposes can be revolved using stepper motor driving
Turn flapper, can accurately control the air quantity of each outlet air branch, user can be according to the number that hangs article on support rod or warm
Situations such as degree, humidity, carries out air quantity adjusting, reduces thermal losses, flexible working mode.
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 with air duct handoff functionality, can refer to Fig. 1 to Fig. 4 institute
Show, including shell 2, hot wind source component 4, support rod 5 and air duct changeover module.
The hot wind source component 4 includes hot air duct 43, for providing the flow channel of hot wind.
The hot air duct 43 includes an air inlet duct and the first outlet air branch 431 and second being divided by the air inlet duct
Outlet air branch 432.Air inlet duct is located in the inner space of shell 2, and the first outlet air branch 431 and the second outlet air branch 432 can be with
It is located fully or partially in the inner space of shell 2.
The support rod 5 includes the first support bar 51 and second support bar 52 outside shell 2, first support
Bar 51 and second support bar 52 are used to hang up the article for needing to dry.The inside of first support bar 51 and second support bar 52 is formed
The closed hollow cavity of the other end open at one end, the open end of the hollow cavity of first support bar 51 and the first outlet air branch
431 connections make the hot wind in the first outlet air branch 431 enter the hollow cavity of the first support bar 51；Second support
The open end of the hollow cavity of bar 52 is connected to the second outlet air branch 432, make hot wind in the second outlet air branch into
Enter the hollow cavity of the second support bar 52.First support bar 51 and second support bar 52 can directly be contacted with shell 2,
(such as connecting by connector 3 with shell 2) can not be directly contacted with shell 2.
It is provided with air outlet 6 in the first support bar 51 and second support bar 52 of the support rod 5, and it is respective hollow
Cavity connection, so that the hollow cavity intracorporal hot wind outflow, thus to support rod (including first support bar 51 and the second support
Bar 52) on the article that hangs up dried.Preferably, the air outlet 6 is set as cavernous structure or strip structure, when it is described go out
When air port 6 is set as cavernous structure, the cavernous structure includes multiple regularly arranged or irregular alignment hole；When the outlet air
When mouth 6 is set as strip structure, the strip structure is one or more.
In Fig. 1 of the utility model embodiment, give the support rod (including first support bar 51 and second support
Bar 52) lower surface on the examples of multiple air outlets 6 is set.When dryer hangs up the article for needing to dry, article direction ground
Face naturally droops, and air outlet 6 is arranged on the lower surface of support rod (including first support bar 51 and second support bar 52), more has
Conducive to the intracorporal hot wind guiding article of hollow cavity that will be flowed into support rod (including first support bar 51 and second support bar 52)
Sagging region, and be internally heated from article；In addition, support rod (including first support bar 51 and second support bar 52) is originally
Body can be also flowed into the hollow cavity intracorporal hot wind preheating of support rod, support rod after preheating (including 51 He of first support bar
Second support bar 52) part that contacts with article can directly dry article by heat transfer or heat radiation.
The air duct changeover module can switch between multiple operating positions, make the first outlet air branch and the second outlet air branch
Road is respectively at corresponding closing or opening state, to individually be controlled to whether first support bar and second support bar work
System, to individually be controlled whether first support bar 51 and second support bar 52 work.The multiple operating position includes
First operating position, the second operating position and third operating position.
When the air duct changeover module is located at the first operating position, the first outlet air branch 431 is in the open state, and hot wind can
To flow in the first outlet air branch 431, into the hollow cavity of first support bar 51, first support bar 51 is in work shape
State, while the second outlet air branch 432 is in closed state, hot wind cannot flow in the second outlet air branch 432, second support bar
52 are in off position；When the air duct changeover module is located at the second operating position, the first outlet air branch 431 is in closed
State, hot wind cannot flow in the first outlet air branch 431, and first support bar 51 is in off position, while the second outlet air branch
Road 432 is in the open state, and hot wind can flow in the second outlet air branch 432, and second support bar 52 is in running order；Institute
When stating air duct changeover module and being located at third operating position, the first outlet air branch 431 and the second outlet air branch 432 are in open shape
State, hot wind can flow in the first outlet air branch 431 and the second outlet air branch 432, first support bar 51 and second support bar
52 are in working condition.
By air duct changeover module, can include to support rod 5 first supports the dryer of the utility model embodiment
Whether bar 51 and second support bar 52, which work, is individually controlled, and the waste of the energy is avoided.In addition, the utility model embodiment
Dryer, by enter support rod inside hollow cavity in hot wind, support rod can be preheated, the branch after preheating
Strut can hang up article on it to towel etc. and carry out heat transfer and radiative oven dry, and be gone out by what is be connected to hollow cavity
Air port, the hot wind that air outlet can be made to be discharged form temperature rise area inside article, carry out Hot-blast Heating to article, therefore this is practical
The dryer that new embodiment proposes can accelerate the moisture evaporation on the article for needing to dry, the big, efficiency with drying area
Feature high, thermal loss is few, low in energy consumption, safe and reliable.
The present embodiment controls what more support rods worked independently by taking two support rods 51,52 as an example, to air duct changeover module
Scheme has carried out exemplary illustration.It will be understood by those skilled in the art that the present embodiment can be also used for control two or more
Support rod works independently.
Embodiment 2:
The present embodiment is on the basis of previous embodiment, to a kind of implementation knot for the air duct changeover module that dryer includes
Structure illustrates.
The air duct changeover module includes stepper motor 11 and rotatable baffle 12, and one end of rotatable baffle 12 is located at the
The intersection of one outlet air branch 431 and the second outlet air branch 432, the other end are located in air inlet duct；The stepper motor 11 it is defeated
Shaft is connect with described one end of rotatable baffle 12, can drive the rotatable baffle 12 to be with described one end of rotatable baffle 12
Center of rotation rotates clockwise or counterclockwise in air inlet duct.
When the stepper motor 11 work, the output shaft of the stepper motor 11 drives rotatable baffle 12 to rotate, when
When the rotatable baffle 12 turns to the first operating position, rotatable baffle 12 seals the air intake of the second outlet air branch 432,
And the first outlet air branch 432 is in the open state, correspondingly, first support bar 51 is in running order, at second support bar 52
In off position；When the rotatable baffle 12 turns to the second operating position, rotatable baffle 12 seals the first outlet air
The air intake of branch 431, and the second outlet air branch 432 is in the open state, correspondingly, first support bar 51 is in the shape that do not work
State, second support bar 52 are in running order；When the rotatable baffle 12 turns to third operating position, the first outlet air branch
Road 431 and the second outlet air branch 432 are in opening state, and correspondingly, first support bar 51 and second support bar 52 are in
Working condition.
In the present embodiment, third operating position is between the first operating position and the second operating position.
In a preferred embodiment, when rotatable baffle 12 turns to third operating position, rotatable baffle 12 along
Airflow direction setting, to reduce rotatable baffle 12 to the greatest extent to the resistance of air-flow.
In addition, it will be understood by those skilled in the art that the specific location of the third operating position, can according to need stream
Enter the intracorporal hot blast rate of hollow cavity of first support bar 51 and need to flow into the intracorporal hot blast rate of hollow cavity of second support bar 51,
It is chosen.The selection of the specific location of the third operating position can be carried out by user, can also carry out (tool automatically
Body can refer to subsequent embodiment 9).
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, the first outlet air branch and the second outlet air branch not in the same vertical plane, first support bar 51
In the same vertical plane and (as shown in Figure 4) is not arranged in a staggered manner with second support bar 52, so that being placed in first support bar 51
The article dried with the needs in second support bar 52 of the article dried of needs will not contact with each other, gap between the two has
Conducive to air circulation, convenient for drying.
In a preferred embodiment, first support bar and second support bar in the same vertical plane and are not parallel to each other and are staggered
Setting, as shown in Figure 2 and Figure 4.
In the dryer proposed using the utility model embodiment, can be supported respectively in first support bar 51 and second
The article for needing to dry is hung up on bar 52, since first support bar 51 and second support bar 52 are arranged in a staggered manner, the first support
The article hung up on bar 51 and second support bar 52 can be spaced apart, is convenient for air circulation, therefore the utility model is real
The dryer area occupied for applying example proposition is small, and drying efficiency is high.
Embodiment 4:
The present embodiment is to tie on the basis of previous embodiment to other compositions for the hot wind source component 4 that dryer includes
Structure illustrates.
The hot wind source component 4 further includes blower 41 and heater 42, and blower 41 and heater 42 are arranged in shell 2
In portion space.
Heater 42 is arranged in the air inlet duct of hot air duct 43 or is arranged in the first outlet air branch 431 of hot air duct 43
In the second outlet air branch 432, the air intake of the blower outlet and the air inlet duct of hot air duct 43 of the blower 41 is directly connected to,
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 air intake of the air inlet duct of the blower outlet and hot air duct 43 of the blower 41, the wind that blower 41 is blown out passes through fever
Device 42 enters in the air inlet duct of hot air duct 43 after being heated into hot wind.
In a preferred embodiment, the outlet air end of the outlet air end of the first outlet air branch 431 and the second outlet air branch 432 is hanging down
Histogram is arranged in a staggered manner upwards, 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 the first support bar 51, the second support bar 52
With one section of bending part, as shown in Figures 1 to 3.The both ends of the first support bar 51 and second support bar 52 are open, the bending
The both ends in portion are all closed.
One open end of the first support bar 51 directly connect or passes through with the outlet air end of the first outlet air branch 431
Connector 3 is connect with the outlet air end of the first outlet air branch 431, and the one of the bending part of another open end connection support bar 5
End；One open end of the second support bar 52 directly connect with the outlet air end of the second outlet air branch 432 or passes through connection
Part 3 is connect with the outlet air end of the second outlet air branch 432, 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 described another of first support bar 51 and second support bar 52 is opened
Mouthful end is closed, so that the intracorporal hot wind of hollow cavity be prevented to be discharged from another open end, and bending part is arranged facilitates
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 first support bar and second support bar of hollow cavity and one section of both ends are closed, and first support bar and
Second support bar is staggered not in the same vertical plane in parallel, convenient for placing the article for needing to dry, and can make between article
Gap is 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 all support rods not in the same vertical plane, mutually stagger setting between each other.
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 13, 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 13 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 13 includes fixing piece 132 and inserted sheet shape hook 131.The fixing piece 132 has
A pair of U-shaped groove and multiple screw holes, inserted sheet shape hook 131 is arranged at 1 back side of pedestal, and is inserted into the one of fixing piece 132
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 132, then, inserted sheet shape hook 131 is inserted into fixing piece
In 132 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 13 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 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 include connector 3, and connector 3 has hollow air-flow
Channel.It the open end of the first support bar 51 of the utility model embodiment can middle airflow path by connector 3 and institute
State the connection of the first outlet air branch 431, the open end of second support bar 52 can also middle airflow path by connector 3 and institute
State the connection of the second outlet air branch 432.By using connector 3, it can be tightly connected support rod (including first more conveniently
Strut 51 and second support bar 52) open end and outlet air branch (including the first outlet air branch 431 and the second outlet air branch
432), especially outlet air branch (including the first outlet air branch 431 and the second outlet air branch 432) is not from the stretching of 2 surface of shell
Situation.It will be understood by those skilled in the art that in order to simplify structure, connector 3 can also not used, and by support rod (including
First support bar 51 and second support bar 52) open end and outlet air branch (including the first outlet air branch 431 and the second outlet air branch
Road 432) directly it is tightly connected.
Embodiment 8:
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.
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 are (if set) to reach the hollow of support rod (including first support bar 51 and second support bar 52)
In cavity, to support rod (including first support bar 51 and second support bar 52) preheat, and by support rod (including first support
Bar 51 and second support bar 52) air outlet hot wind is blowed into the hung region of article, (including the first support of support rod after preheating
Bar 51 and second support bar 52) heat transfer and radiative oven dry carried out to article, while hot wind formed inside article temperature rise area into
Row heating.
Embodiment 9:
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 of the utility model embodiment further includes control unit 7, hot wind source component 4 and the air quantity changeover module
It is connect with control unit 7.Hot wind source component 4 and the air quantity changeover module are controlled by control unit 7.
In a preferred embodiment, the dryer can also include display control panel 9, display control panel 9 and control
Unit 7 processed connects.Display control panel 9 is located at dryer surface, operates convenient for user.Preferably, display control panel 9 is set
It sets in the positive opening of shell 2, is arranged towards user, as shown in Figure 1.Display control panel 9 is the man-machine behaviour of dryer
Make interface, can show the related status information of dryer, and there is control button.
The field condition that control unit 7 can be detected according to preset condition or sensor controls hot wind source component 4, institute
It states the start and stop of air quantity changeover module or adjusts running parameter, or the control instruction sent according to display control panel 9, control heat
Wind regime component 4, the start and stop of the air quantity changeover module or adjusting running parameter.Running parameter for example can be power.
In a preferred embodiment, in order to preferably control the drying temperature of dryer, the baking of the utility model embodiment
Dry machine further includes the temperature sensor for detecting leaving air temp, and temperature sensor is connect with control unit 7, detects temperature sensor
To temperature can feed back to control unit 7.
Temperature sensor is preferably provided in the hollow cavity of the support rod of support rod 5, it is highly preferred that setting is supporting
At the air outlet of bar.The temperature data that the temperature sensor detects feeds back to control unit 7, and can be shown in display control
On panel 9 processed.The temperature data that user can show according to display control panel 9 carries out temperature adjusting, control as needed
Unit 7 receives after regulating command to hot wind source component 4 (such as blower 41, heater 42) and/or air quantity changeover module third
The position of operating position is adjusted；Alternatively, drying temperature can also be preset by display control panel 9 by user in advance,
Control unit 7 automatically cuts hot wind source component 4 (such as blower 41, heater 42) and/or air quantity according to preset drying temperature
The position for changing component third operating position is adjusted.
In another preferred embodiment, the dryer of the utility model embodiment further includes the humidity biography for detecting article humidity
Sensor, humidity sensor are connect with control unit 7, and the humidity for enabling humidity sensor to detect feeds back to control unit 7, and
It can be shown on display control panel 9.The humidity that control unit 7 can be detected according to humidity sensor controls hot air source
The position of the 12 third operating position of power and rotatable baffle of component 4.
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 (10)
1. a kind of dryer with air duct handoff functionality, which is characterized in that including shell, hot wind source component, support rod and wind
Road changeover module；
The hot wind source component includes hot air duct, and the hot air duct includes an air inlet duct and is divided by the air inlet duct
First outlet air branch and the second outlet air branch；Air inlet duct is located in the inner space of shell, the first outlet air branch and the second outlet air
Branch is located fully or partially in the inner space of shell；
The support rod includes the first support bar and second support bar positioned at hull outside, first support bar and second support bar
Inside form open at one end, the closed hollow cavity of the other end, the open end of the hollow cavity of first support bar and described the
The connection of one outlet air branch, the open end of the hollow cavity of second support bar is connected to the second outlet air branch；
The air duct changeover module can make the first outlet air branch and the second outlet air branch be respectively at corresponding closing or beat
Switch between multiple operating positions of open state, the work of first support bar and second support bar is controlled.
2. the dryer according to claim 1 with air duct handoff functionality, which is characterized in that the air duct changeover module
Including stepper motor and rotatable baffle, one end of rotatable baffle is located at the boundary of the first outlet air branch and the second outlet air branch
Place, the other end are located in air inlet duct；The output shaft of the stepper motor and described one end of rotatable baffle connect, and drive can revolve
Turn the described one end of baffle in air inlet duct using rotatable baffle as center of rotation, switches between the multiple operating position.
3. the dryer according to claim 1 or 2 with air duct handoff functionality, which is characterized in that the multiple work
Position includes the first operating position, the second operating position and third operating position；
When the air duct changeover module is located at the first operating position, the first outlet air branch is in the open state, at first support bar
In working condition, while the second outlet air branch is in closed state, and second support bar is in off position；The air duct switching
When component is located at the second operating position, the first outlet air branch is in closed state, and first support bar is in off position, simultaneously
Second outlet air branch is in the open state, and second support bar is in running order；The air duct changeover module is located at third work
When position, the first outlet air branch and the second outlet air branch are in opening state, and first support bar and second support bar are in
Working condition.
4. the dryer according to claim 1 with air duct handoff functionality, which is characterized in that the first of the support rod
The air outlet being connected to hollow cavity is provided on support rod and second support bar.
5. the dryer according to claim 1 with air duct handoff functionality, which is characterized in that the first support bar and
Second support bar, which is parallel to each other, to be arranged in a staggered manner.
6. the dryer according to claim 1 with air duct handoff functionality, which is characterized in that the hot wind source component is also
Including blower and heater, the blower and heater are arranged in the inner space of the shell；
Wherein, heater, which is arranged in, in the air inlet duct of hot air duct or is arranged in the first outlet air branch and second of hot air duct and goes out
In wind branch, the air intake of the air inlet duct of the blower outlet and hot air duct of the blower is directly connected to；Alternatively, the heater
It is arranged between the blower outlet of the blower and the air intake of the air inlet duct of hot air duct.
7. according to claim 1 or 5 with the dryer of air duct handoff functionality, which is characterized in that the support rod is
U-shaped structure made of hollow pipe bending forms the first support bar, second support bar and one section are separately connected institute at both ends
The bending part of first support bar and second support bar is stated, the both ends of the bending part are enclosed construction.
8. the dryer according to claim 1 with air duct handoff functionality, which is characterized in that the dryer further includes
Pedestal and fixation kit, pedestal are located at the back side of shell, and fixation kit is arranged in base back surface；
Air inlet is offered on the shell and/or on pedestal；
The fixation kit includes fixing piece and the inserted sheet shape being inserted into fixing piece hook.
9. the dryer according to claim 1 with air duct handoff functionality, which is characterized in that described that there is air duct switching
The dryer of function further includes connector, and connector has hollow airflow channel, and the open end of the first support bar passes through
The hollow airflow channel of connector is connected to the first outlet air branch, and the open end of the second support bar passes through company
The hollow airflow channel of fitting is connected to the second outlet air branch.
10. the dryer according to claim 1 or 2 with air duct handoff functionality, which is characterized in that the dryer is also
Including control unit and display control panel, display control panel, hot wind source component and the air duct changeover module with control
Unit connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821563077.XU CN208920825U (en) | 2018-09-21 | 2018-09-21 | A kind of dryer with air duct handoff functionality |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821563077.XU CN208920825U (en) | 2018-09-21 | 2018-09-21 | A kind of dryer with air duct handoff functionality |
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| Publication Number | Publication Date |
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| CN208920825U true CN208920825U (en) | 2019-05-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN (1) | CN208920825U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113465336A (en) * | 2021-08-13 | 2021-10-01 | 江苏江大源生态生物科技股份有限公司 | Processing device and processing method of selenium and vitamin soft capsules |
| CN114601361A (en) * | 2022-01-18 | 2022-06-10 | 丁小红 | Intelligent air drying device |
-
2018
- 2018-09-21 CN CN201821563077.XU patent/CN208920825U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113465336A (en) * | 2021-08-13 | 2021-10-01 | 江苏江大源生态生物科技股份有限公司 | Processing device and processing method of selenium and vitamin soft capsules |
| CN113465336B (en) * | 2021-08-13 | 2023-04-21 | 江苏江大源生态生物科技股份有限公司 | Processing device and processing method of selenium and vitamin soft capsules |
| CN114601361A (en) * | 2022-01-18 | 2022-06-10 | 丁小红 | Intelligent air drying device |
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