CN207739043U - Hot-air generator applied to clothes hanger - Google Patents
Hot-air generator applied to clothes hanger Download PDFInfo
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- CN207739043U CN207739043U CN201820009300.XU CN201820009300U CN207739043U CN 207739043 U CN207739043 U CN 207739043U CN 201820009300 U CN201820009300 U CN 201820009300U CN 207739043 U CN207739043 U CN 207739043U
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Abstract
The utility model provides a kind of hot-air generator applied to clothes hanger, including：Structure for conveying occurs for microcontroller, humidity sensor and two hot-airs, and it includes d.c. motor fan and heater that structure for conveying, which occurs, for hot-air；Humidity sensor is connect with microcontroller, and microcontroller is connect with d.c. motor fan, heater respectively；Microcontroller is used to obtain the humidity value that humidity sensor detects, and when determining that humidity value is more than default humidity threshold, the unlatching d.c. motor fan and heater of discontinuity；D.c. motor fan sucks air from air inlet；Heater heats air, to provide a kind of hot-air generator that can generate output hot-air, processing is dried to the clothing on clothes hanger from each gas outlet output of clothes hanger in the hot-air that hot-air generator generates so that clothing dries in time, and that improves clothing dries efficiency.
Description
Technical field
The utility model is related to daily necessities technical field more particularly to a kind of hot-air hairs applied to clothes hanger
Raw device.
Background technology
It is frequently necessary to carry out the clothing that dries in the air in life, general common other can be arranged clothes-horse or clothes hanger, and user can be with
The clothing that dries in the air is carried out using clothes-horse or clothes hanger.
In the prior art, clothes-horse or clothes hanger are generally the structure of a holder, are then set on clothes-horse or clothes hanger
Multiple cross bars have been set, clothing can have been hung on cross bar and be dried；Or clothes hanger can be hung on clothes-horse or clothes hanger,
Clothing can be hung on clothes hanger and be dried.
However in the prior art, clothes-horse or clothes hanger are the structure of a holder, ventilation condition is bad or the sun
When bad, clothing cannot dry in time；Or clothing is thicker, and when the clothing on clothes-horse or clothes hanger is more, clothing
Object cannot dry in time.In turn, it dries less efficient.It it is one to how allow clothing to dry and dry faster
It needs to solve the problems, such as.
Utility model content
The utility model provides a kind of hot-air generator applied to clothes hanger, how to solve so that clothing can be with
Faster the problem of drying and drying.
On the one hand, the utility model provides a kind of hot-air generator applied to clothes hanger, including：
Structure for conveying occurs for microcontroller, humidity sensor and two hot-airs；
Wherein, described two hot-airs occur each hot-air in structure for conveying and structure for conveying, including direct current occur
Motor fan and heater；
The humidity sensor is connect with the microcontroller, the microcontroller respectively with the d.c. motor fan, described
Heater connects；
The microcontroller, the humidity value detected for obtaining the humidity sensor, and determining that the humidity value is big
When default humidity threshold, the unlatching d.c. motor fan of discontinuity and the heater；
The d.c. motor fan, for blowing air into the heater；
The heater, for being heated to the air.
Further, the first end of the humidity sensor is connect with the first pin of the microcontroller, and the humidity passes
The second end of sensor is connect with the second pin of the microcontroller；
The first end of the humidity sensor and one end of resistor assembly connect, the second end of the humidity sensor and institute
State the other end connection of resistor assembly；
The resistor assembly includes concatenated two first resistors.
Further, the hot-air generator further includes capacitance component, and the capacitance component includes the first capacitance and the
Two capacitances；
One end of first capacitance is connect with the third pin of the microcontroller, one end of second capacitance with it is described
4th pin of microcontroller connects；The other end of first capacitance is connect with the other end of second capacitance, and described
The other end of the other end of one capacitance and second capacitance is all grounded；
Between one end of first capacitance and one end of second capacitance, it is connected with crystal oscillator.
Further, it is connected with the first relay assembly between the microcontroller and the d.c. motor fan；
First relay assembly includes second resistance, the first triode, the first diode and the first relay；
One end of the second resistance is connect with the microcontroller, the other end of the second resistance and the one or three pole
The first end of pipe connects；
The second end of first triode is grounded, the third end of first triode and the one of first diode
End connection；
One end of first diode, first diode the other end connect respectively with first relay；
First relay is connect with one end of the d.c. motor fan, another termination of the d.c. motor fan
Ground；The d.c. motor fan second diode in parallel.
Further, the second relay assembly is connected between the microcontroller and the heater；
Second relay assembly includes 3rd resistor, the second triode, third diode and the second relay；
One end of the 3rd resistor is connect with the microcontroller, the other end of the 3rd resistor and the two or three pole
The first end of pipe connects；
The second end of second triode is grounded, the third end of second triode and the one of the third diode
End connection；
One end of the third diode, the third diode the other end connect respectively with second relay；
Second relay is connect with one end of the heater, the other end ground connection of the heater.
Further, the direct current in the hot-air generation structure for conveying in structure for conveying occurs for described two hot-airs
Motor fan is connect with the 5th pin of the microcontroller；
Described two hot-airs occur a hot-air in structure for conveying and heater in structure for conveying occur, and described
6th pin of microcontroller connects.
Further, described two hot-airs occur straight in another hot-air generation structure for conveying in structure for conveying
Motor fan is flowed, is connect with the 5th pin of the microcontroller；
Heater in another hot-air generation structure for conveying in structure for conveying occurs for described two hot-airs, with institute
State the 6th pin connection of microcontroller.
Further, the hot-air generator further includes gravity sensor；
The gravity sensor is arranged on clothes hanger；The gravity sensor is connect with the microcontroller；
The gravity sensor, the gravity value born for detecting the clothes hanger；
The microcontroller is additionally operable to obtain the gravity value that the gravity sensor detects, and is determining the gravity value
When more than default gravity threshold value, the unlatching d.c. motor fan of discontinuity and the heater.
Further, the hot-air generator further includes temperature inductor；
The temperature inductor is connect with the microcontroller；
The microcontroller, the temperature value detected for obtaining the temperature inductor, and determining that the temperature value is big
When preset temperature threshold, the d.c. motor fan and the heater are closed.
Hot-air generator provided by the utility model applied to clothes hanger, by providing by microcontroller, humidity sensor
The hot-air generator applied to clothes hanger that structure for conveying is constituted occurs for device and two hot-airs, wherein two hot-airs
Structure for conveying, including d.c. motor fan and heater occur for each hot-air occurred in structure for conveying；Humidity sensor
It is connect with microcontroller, microcontroller is connect with d.c. motor fan, heater respectively；Microcontroller, for obtaining humidity sensor inspection
The humidity value measured, and when determining that humidity value is more than default humidity threshold, the unlatching d.c. motor fan of discontinuity and heating
Device；D.c. motor fan, for blowing air into heater；Heater, for being heated to air.And then it provides
Hot-air generator can be arranged and obtain the clothing that dries in the air on clothes hanger by a kind of hot-air generator that can export hot-air
Device, hot-air generator can export hot-air so that processing is dried to the clothing on clothes hanger in hot-air；Be conducive to
Clothing when ventilation condition is bad or the sun is bad or when clothing is thicker or on clothes-horse or clothes hanger compared with
When more so that clothing dries in time, and that improves clothing dries efficiency.
Description of the drawings
The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the disclosure
Example, and together with specification for explaining the principles of this disclosure.
Fig. 1 is a kind of structural representation for hot-air generator applied to clothes hanger that the utility model embodiment one provides
Figure；
Fig. 2 is a kind of circuit structure for hot-air generator applied to clothes hanger that the utility model embodiment two provides
Schematic diagram.
Through the above attached drawings, it has been shown that the specific embodiment of the disclosure will be hereinafter described in more detail.These attached drawings
It is not intended to limit the scope of this disclosure concept by any means with verbal description, but is by referring to specific embodiments
Those skilled in the art illustrate the concept of the disclosure.
Reference numeral：
Specific implementation mode
Example embodiments are described in detail here, and the example is illustrated in the accompanying drawings.Following description is related to
When attached drawing, unless otherwise indicated, the same numbers in different drawings indicate the same or similar elements.Following exemplary embodiment
Described in embodiment do not represent all implementations consistent with this disclosure.On the contrary, they be only with it is such as appended
The example of the consistent device and method of some aspects be described in detail in claims, the disclosure.
The specific application scenarios of the utility model are：Because of the limitation of various conditions in hotel or hotel, it is impossible to
Every room has balcony to remove setting clothes hanger；In a part of hotel or hotel, clothes-line or hook can be set, and then need to dry
Clothing can hang over clothes-line or hook on.But in hotel or hotel due to solarization or ventilation the problem of, clothing cannot be very
Fast is dried.
Clothes-horse or clothes hanger can be arranged in general common other, and user can use clothes-horse or clothes hanger dry in the air
Clothing.But clothes-horse or clothes hanger are the structure of a holder, bad or when the sun is bad in ventilation condition, clothing is not
It can dry in time；Or clothing is thicker, when the clothing on clothes-horse or clothes hanger is more, clothing cannot dry in time.Into
And it dries less efficient.
To how allow clothing to dry and dry faster, it is one and needs to solve the problems, such as.
Hot-air generator provided by the utility model applied to clothes hanger, it is intended to solve the technology as above of the prior art
Problem.
How the technical solution of the technical solution of the utility model and the application is solved with specifically embodiment below
Above-mentioned technical problem is described in detail.These specific embodiments can be combined with each other below, for same or analogous
Concept or process may repeat no more in certain embodiments.Below in conjunction with attached drawing, the embodiments of the present invention are carried out
Description.
Fig. 1 is a kind of structural representation for hot-air generator applied to clothes hanger that the utility model embodiment one provides
Figure, as shown in Figure 1, the hot-air generator applied to clothes hanger of the present embodiment, including：
Structure for conveying 3 occurs for microcontroller 1, humidity sensor 2 and two hot-airs；
Wherein, two hot-airs occur each hot-air in structure for conveying 3 and structure for conveying 3, including direct current horse occur
Up to fan 4 and heater 5；
Humidity sensor 2 is connect with microcontroller 1, and microcontroller 1 is connect with d.c. motor fan 4, heater 5 respectively；
Microcontroller 1, the humidity value detected for obtaining humidity sensor 2, and preset humidity determining that humidity value is more than
When threshold value, the unlatching d.c. motor fan 4 and heater 5 of discontinuity；
D.c. motor fan 4, for blowing air into heater 5；
Heater 5, for being heated to air.
In the present embodiment, specifically, applied to clothes hanger hot-air generator by microcontroller 1, humidity sensor 2,
And two hot-airs occur structure for conveying 3 and constitute；Occur for structure for conveying 3 for each hot-air, a hot-air
Structure for conveying 3 occurs to be made of a d.c. motor fan 4 and a heater 5.
Humidity sensor 2 and microcontroller 1 are electrically connected；And microcontroller 1 and each hot-air are conveyed
The d.c. motor fan 4 of structure 3 is electrically connected, and microcontroller 1 and each hot-air to that the heater 5 of structure for conveying 3 occur
It is electrically connected.Each hot-air occurs to be provided with display screen on structure for conveying 3, and display screen can show the temperature of hot-air
Degree.The shape that structure for conveying 3 occurs for each hot-air does not limit；Structure for conveying 3 bottom occurs for each hot-air can be with
It is provided with pedestal.The structure that structure for conveying 3 occurs for each hot-air is identical with principle.
Based on the above structure, the unlocking condition of hot-air generator is：Humidity sensor 2 can detect near clothes hanger
Humidity value；Then the microcontroller 1 of hot-air generator obtains the humidity value that detects of humidity sensor 2, microcontroller 1 determine it is wet
When angle value is more than default humidity threshold, each d.c. motor fan 4 of the unlatching of 1 discontinuity of microcontroller and each heater 5,
Carry out heating air.
After the unlatching of hot-air generator, each hot-air occurs structure for conveying 3 and opens；Each hot-air occurs
After the motor fan operating of structure for conveying 3, air can be blown to the heater 5 that structure for conveying 3 occurs for each hot-air
In, then the heater 5 of each hot-air generation structure for conveying 3 heats air；Also, each hot-air conveys
The motor fan of structure 3 can adjust the air force for blowing air by frequency converter and air door.Then, then each is hot
Structure for conveying 3, which occurs, for air can export hot-air.Hot-air generator can be arranged and obtain a clothes hanger on clothes hanger,
And then the hot-air of hot-air generator output can dry the clothing on clothes hanger and be dried processing.
Also, in the course of work of hot-air generator, 1 internal timing counter of microcontroller or calling can be used
Delay function opens and closes heater 5 and fan in setting time；And then number is toasted by the way that n times are arranged, to carry out clothing
The drying of object and dry processing.The setting for toasting number is to allow clothing aqueous vapor having time to evaporate, and avoid clothing mistake
Heat.
Wherein, tool of the non magnetic nickel filament as heating air may be used in heater 5, and hot-air is from spiral heating wire
Inside/outside side is uniformly through heat exchange nearly 100%, air loss is few, and flow is few；Also, heater 5 is provided with anti-dry and fractures
Function.Heater 5 can be provided with multiple heat overload protector excessively, fully ensure that equipment safety.D.c. motor fan 4 goes out
K-type thermocouple is matched in air port, directly detection control, constant air outlet temperature.Can hot-air generator using fiber thermal insulation cotton into
Heat-insulated, the firm casing of hot-air generator of row, it is safe and reliable, hot operation can be kept for a long time；Temperature is used continuously can
Up to 350 DEG C/650 DEG C, it is widely used.
The present embodiment is made of by providing microcontroller 1, humidity sensor 2 and two hot-airs generation structure for conveying 3
The hot-air generator applied to clothes hanger, wherein two hot-airs occur each hot-air in structure for conveying 3 and occur
Structure for conveying 3, including d.c. motor fan 4 and heater 5；Humidity sensor 2 is connect with microcontroller 1, microcontroller 1 respectively with directly
Flow motor fan 4, heater 5 connects；Microcontroller 1, the humidity value detected for obtaining humidity sensor 2, and it is wet determining
When angle value is more than default humidity threshold, the unlatching d.c. motor fan 4 and heater 5 of discontinuity；D.c. motor fan 4, is used for
Air is blowed into heater 5；Heater 5, for being heated to air.Hot-air can be exported by providing one kind in turn
Hot-air generator, can by hot-air generator be arranged a clothes hanger is obtained on clothes hanger, hot-air generator can
To export hot-air so that processing is dried to the clothing on clothes hanger in hot-air；Be conducive to bad or too in ventilation condition
When clothing when sun is bad or when clothing is thicker or on clothes-horse or clothes hanger is more so that clothing
It dries in time, that improves clothing dries efficiency.
Fig. 2 is a kind of circuit structure for hot-air generator applied to clothes hanger that the utility model embodiment two provides
Schematic diagram, on the basis of embodiment one, as shown in Fig. 2, in the hot-air generator applied to clothes hanger of the present embodiment, it is wet
The first end of degree sensor 2 is connect with the first pin of microcontroller 1, and the second end of humidity sensor 2 is drawn with the second of microcontroller 1
Foot connects.
The first end of humidity sensor 2 is connect with one end of resistor assembly 6, second end and the resistance group of humidity sensor 2
The other end of part 6 connects；Resistor assembly 6 includes concatenated two first resistors 7.
Hot-air generator further includes capacitance component 8, and capacitance component 8 includes the first capacitance 9 and the second capacitance 10.
One end of first capacitance 9 is connect with the third pin of microcontroller 1, and the of one end of the second capacitance 10 and microcontroller 1
Four pins connect；The other end of first capacitance 9 is connect with the other end of the second capacitance 10, and the other end of the first capacitance 9 and
The other end of two capacitances 10 is all grounded.
Between one end of first capacitance 9 and one end of the second capacitance 10, it is connected with crystal oscillator 11.
The first relay assembly 12 is connected between microcontroller 1 and d.c. motor fan 4.
First relay assembly 12 includes second resistance 13, the first triode 14, the first diode 15 and the first relay
16。
One end of second resistance 13 is connect with microcontroller 1, and the first of the other end of second resistance 13 and the first triode 14
End connection.
The second end of first triode 14 is grounded, and the third end of the first triode 14 and one end of the first diode 15 connect
It connects.
One end of first diode 15, the first diode 15 the other end connect respectively with the first relay 16.
First relay 16 is connect with one end of d.c. motor fan 4, the other end ground connection of d.c. motor fan 4；Direct current
Second diode 17 in parallel of motor fan 4.
The second relay assembly 18 is connected between microcontroller 1 and heater 5.
Second relay assembly 18 includes 3rd resistor 19, the second triode 20, third diode 21 and the second relay
22。
One end of 3rd resistor 19 is connect with microcontroller 1, and the first of the other end of 3rd resistor 19 and the second triode 20
End connection.
The second end of second triode 20 is grounded, and the third end of the second triode 20 connects with one end of third diode 21
It connects.
One end of third diode 21, the other end of third diode 21 are connect with the second relay 22 respectively.
Second relay 22 is connect with one end of heater 5, the other end ground connection of heater 5.
D.c. motor fan 4 in hot-air generation structure for conveying 3 in structure for conveying 3 occurs for two hot-airs,
It is connect with the 5th pin of microcontroller 1.
Heater 5 in hot-air generation structure for conveying 3 in structure for conveying 3 occurs for two hot-airs, with monolithic
6th pin of machine 1 connects.
D.c. motor fan in another hot-air generation structure for conveying 3 in structure for conveying 3 occurs for two hot-airs
4, it is connect with the 5th pin of microcontroller 1.
Heater 5 in another hot-air generation structure for conveying 3 in structure for conveying 3 occurs for two hot-airs, with list
6th pin of piece machine 1 connects.
Hot-air generator provided in this embodiment further includes gravity sensor；
Gravity sensor is arranged on clothes hanger；Gravity sensor is connect with microcontroller 1；
Gravity sensor, the gravity value born for detecting clothes hanger；
Microcontroller 1 is additionally operable to obtain the gravity value that gravity sensor detects, and presets gravity determining that gravity value is more than
When threshold value, the unlatching d.c. motor fan 4 and heater 5 of discontinuity.
Hot-air generator provided in this embodiment further includes temperature inductor；
Temperature inductor is connect with microcontroller 1；
Microcontroller 1, the temperature value detected for obtaining temperature inductor, and it is more than preset temperature threshold in temperature value
When value, d.c. motor fan 4 and heater 5 are closed.
In the present embodiment, specifically, microcontroller 1 has multiple pins.By the first end and microcontroller of humidity sensor 2
1 the first pin is electrically connected, and the second end of humidity sensor 2 and the second pin of microcontroller 1 are electrically connected.Also carry
It includes concatenated two first resistors 7 to have supplied a resistor assembly 6, resistor assembly 6；By the first end of humidity sensor 2 and electricity
One end of resistance component 6 is electrically connected, and the second end and the other end of resistor assembly 6 of humidity sensor 2 are electrically connected.And
Resistor assembly 6 is connect with a DC power supply, the voltage of the DC power supply can be 5 volts.Resistor assembly 6 can ensure humidity
The normal work of sensor 2.
Hot-air generator further includes a capacitance component 8, and capacitance component 8 is made of the first capacitance 9 and the second capacitance 10.
One end of first capacitance 9 and the third pin of microcontroller 1 are electrically connected, the of one end of the second capacitance 10 and microcontroller 1
Four pins are electrically connected；The other end of first capacitance 9 and the other end of the second capacitance 10 are electrically connected, and electric by first
The other end ground connection for holding 9, the other end of the second capacitance 10 is also grounded；In one end of the first capacitance 9 and the one of the second capacitance 10
Between end, a crystal oscillator 11 is connected.Capacitance component 8 can ensure the normal work of microcontroller 1.
The structure that structure for conveying 3 occurs for two hot-airs is identical with principle.It is directed to two hot-airs and structure for conveying 3 occurs
In a hot-air structure for conveying 3 occurs, which is occurred into the d.c. motor fan 4 in structure for conveying 3, with list
5th pin of piece machine 1 is electrically connected；Heater 5 in structure for conveying 3 is occurred into for one hot-air, with microcontroller 1
6th pin is electrically connected.It is directed to another hot-air that two hot-airs occur in structure for conveying 3 and structure for conveying occurs
3, which is occurred into the d.c. motor fan 4 in structure for conveying 3, is electrically connected with the 5th pin of microcontroller 1
It connects；Heater 5 in structure for conveying 3 is occurred into for another hot-air, is electrically connected with the 6th pin of microcontroller 1.Into
And complete the connection that structure for conveying 3 and microcontroller 1 occur for two hot-airs.
For structure for conveying 3 occurs for each hot-air, connect between microcontroller 1 and each d.c. motor fan 4
First relay assembly 12 there are one connecing, first relay assembly 12 is by second resistance 13, the first triode 14, the one or two pole
Pipe 15 and the first relay 16 are constituted.One end of second resistance 13 and microcontroller 1 are electrically connected, by the another of second resistance 13
One end and the first end of the first triode 14 are electrically connected.The second end of first triode 14 is grounded, by the first triode
14 third end and one end of the first diode 15 are electrically connected.By one end of the first diode 15, first diode 15
The other end is electrically connected with the first relay 16 respectively, also, the other end of the first diode 15 is connected a direct current
The voltage in source, the DC power supply can be 12 volts.First relay 16 is connected into a DC power supply, the voltage of the DC power supply
It can be 12 volts.One end of first relay 16 and d.c. motor fan 4 is electrically connected, and by d.c. motor fan 4
The other end ground connection；One end of d.c. motor fan 4 and one end of the second diode 17 are electrically connected, by d.c. motor wind
The other end of the other end and the second diode 17 of fan 4 is electrically connected, and then by the second diode 17 and d.c. motor fan 4
It is in parallel.First relay assembly 12 can ensure the normal work of d.c. motor fan 4.
For structure for conveying 3 occurs for each hot-air, one is connected between microcontroller 1 and each heater 5
A second relay assembly 18, second relay assembly 18 is by 3rd resistor 19, the second triode 20,21 and of third diode
Second relay 22 is constituted.One end of 3rd resistor 19 and microcontroller 1 are electrically connected, by the other end of 3rd resistor 19 with
The first end of second triode 20 is electrically connected.The second end of second triode 20 is grounded, by the of the second triode 20
Three ends and one end of third diode 21 are electrically connected；And by one end of third diode 21, third diode 21 it is another
One end is electrically connected with the second relay 22 respectively.The other end of third diode 21 is connected into a DC power supply, this is straight
The voltage in galvanic electricity source can be 12 volts.Second relay 22 is connected into an AC power, the voltage of the AC power can be
220 volts.One end of heater 5 and the second relay 22 are electrically connected, and the other end of heater 5 is grounded.Second
Relay assembly 18 can ensure the normal work of heater 5.
In addition, obtaining a clothes hanger after hot-air generator is arranged on clothes hanger, can be set on clothes hanger
Gravity sensor is set, gravity sensor can detect the gravity value that clothes hanger is born；And by gravity sensor and microcontroller 1
It is electrically connected.
Based on the above structure, the unlocking condition of hot-air generator is at least one of the following conditions.Open strip in first
Part is：Humidity sensor 2 can detect the humidity value near clothes hanger；Then the microcontroller 1 of hot-air generator can obtain
The humidity value that humidity sensor 2 detects, microcontroller 1 is when determining that humidity value is more than default humidity threshold, between microcontroller 1
Disconnected each d.c. motor fan 4 of the unlatching of property and each heater 5, carry out heating air.Unlocking condition is in first：Weight
Power inductor can detect the gravity value that clothes hanger is born；Then, the microcontroller 1 of hot-air generator can obtain gravity-feed tank
Answer the gravity value that device detects, microcontroller 1 when determining that gravity value is more than default gravity threshold value, 1 discontinuity of microcontroller
Each d.c. motor fan 4 and each heater 5 are opened, heating air is carried out.
In addition, temperature inductor can also be provided, temperature inductor and microcontroller 1 are electrically connected.For example, every
One hot-air occurs that a temperature inductor is arranged in structure for conveying 3, by each temperature inductor respectively with microcontroller 1 into
Row electrical connection.Temperature inductor can detect the temperature value within the scope of clothes hanger；Microcontroller 1 can obtain each temperature sense
The temperature value that device detects, microcontroller 1 temperature value be more than preset temperature threshold when, microcontroller 1 close with it is each
A temperature inductor corresponds to hot-air and the d.c. motor fan 4 in structure for conveying 3 and heater 5 occurs.
The present embodiment is made of by providing microcontroller 1, humidity sensor 2 and two hot-airs generation structure for conveying 3
The hot-air generator applied to clothes hanger, wherein two hot-airs occur each hot-air in structure for conveying 3 and occur
Structure for conveying 3, including d.c. motor fan 4 and heater 5；Humidity sensor 2 is connect with microcontroller 1, microcontroller 1 respectively with directly
Flow motor fan 4, heater 5 connects；Additionally provide the gravity sensor being connect with microcontroller 1；Microcontroller 1 is wet for obtaining
The humidity value that degree sensor 2 detects obtains the gravity value that gravity sensor detects, and is determining that it is default wet that humidity value is more than
When spending threshold value, or when determining that gravity value is more than default gravity threshold value, the unlatching d.c. motor fan 4 and heater 5 of discontinuity；Directly
Motor fan 4 is flowed, for blowing air into heater 5；Heater 5, for being heated to air.And then provide one
Kind can export the hot-air generator of hot-air, hot-air generator can be arranged and obtain the clothing that dries in the air on clothes hanger
Device, hot-air generator can export hot-air so that processing is dried to the clothing on clothes hanger in hot-air；Be conducive to
Clothing when ventilation condition is bad or the sun is bad or when clothing is thicker or on clothes-horse or clothes hanger compared with
When more so that clothing dries in time, and that improves clothing dries efficiency.
Those skilled in the art will readily occur to the disclosure after considering specification and putting into practice utility model disclosed herein
Other embodiments.The utility model is intended to cover any variations, uses, or adaptations of the disclosure, these changes
Type, purposes or adaptive change follow the general principles of this disclosure and include that the disclosure is undocumented in the art
Common knowledge or conventional techniques.The description and examples are only to be considered as illustrative, the true scope and spirit of the disclosure
It is pointed out by following claims.
It should be understood that the present disclosure is not limited to the precise structures that have been described above and shown in the drawings, and
And various modifications and changes may be made without departing from the scope thereof.The scope of the present disclosure is only limited by appended claims
System.
Claims (9)
1. a kind of hot-air generator applied to clothes hanger, which is characterized in that including：
Structure for conveying occurs for microcontroller, humidity sensor and two hot-airs；
Wherein, described two hot-airs occur each hot-air in structure for conveying and structure for conveying, including d.c. motor occur
Fan and heater；
The humidity sensor is connect with the microcontroller, the microcontroller respectively with the d.c. motor fan, the heating
Device connects；
The microcontroller, the humidity value detected for obtaining the humidity sensor, and determining that it is pre- that the humidity value is more than
If when humidity threshold, the unlatching d.c. motor fan of discontinuity and the heater；
The d.c. motor fan, for blowing air into the heater；
The heater, for being heated to the air.
2. hot-air generator according to claim 1, which is characterized in that the first end of the humidity sensor with it is described
First pin of microcontroller connects, and the second end of the humidity sensor is connect with the second pin of the microcontroller；
The first end of the humidity sensor and one end of resistor assembly connect, the second end of the humidity sensor and the electricity
Hinder the other end connection of component；
The resistor assembly includes concatenated two first resistors.
3. hot-air generator according to claim 1, which is characterized in that the hot-air generator further includes capacitance group
Part, the capacitance component include the first capacitance and the second capacitance；
One end of first capacitance is connect with the third pin of the microcontroller, one end and the monolithic of second capacitance
4th pin of machine connects；The other end of first capacitance is connect with the other end of second capacitance, and first electricity
The other end of the other end of appearance and second capacitance is all grounded；
Between one end of first capacitance and one end of second capacitance, it is connected with crystal oscillator.
4. hot-air generator according to claim 1, which is characterized in that the microcontroller and the d.c. motor fan
Between be connected with the first relay assembly；
First relay assembly includes second resistance, the first triode, the first diode and the first relay；
One end of the second resistance is connect with the microcontroller, the other end of the second resistance and first triode
First end connects；
The second end of first triode is grounded, and the third end of first triode and one end of first diode connect
It connects；
One end of first diode, first diode the other end connect respectively with first relay；
First relay is connect with one end of the d.c. motor fan, the other end ground connection of the d.c. motor fan；
The d.c. motor fan second diode in parallel.
5. hot-air generator according to claim 1, which is characterized in that connect between the microcontroller and the heater
It is connected to the second relay assembly；
Second relay assembly includes 3rd resistor, the second triode, third diode and the second relay；
One end of the 3rd resistor is connect with the microcontroller, the other end of the 3rd resistor and second triode
First end connects；
The second end of second triode is grounded, and the third end of second triode and one end of the third diode connect
It connects；
One end of the third diode, the third diode the other end connect respectively with second relay；
Second relay is connect with one end of the heater, the other end ground connection of the heater.
6. hot-air generator according to claim 1, which is characterized in that described two hot-airs occur in structure for conveying
A hot-air occur structure for conveying in d.c. motor fan, connect with the 5th pin of the microcontroller；
Heater in hot-air generation structure for conveying in structure for conveying occurs for described two hot-airs, with the monolithic
6th pin of machine connects.
7. hot-air generator according to claim 1, which is characterized in that described two hot-airs occur in structure for conveying
Another hot-air occur structure for conveying in d.c. motor fan, connect with the 5th pin of the microcontroller；
Heater in another hot-air generation structure for conveying in structure for conveying occurs for described two hot-airs, with the list
6th pin of piece machine connects.
8. according to claim 1-7 any one of them hot-air generators, which is characterized in that the hot-air generator, also
Including gravity sensor；
The gravity sensor is arranged on clothes hanger；The gravity sensor is connect with the microcontroller；
The gravity sensor, the gravity value born for detecting the clothes hanger；
The microcontroller, is additionally operable to obtain the gravity value that the gravity sensor detects, and is determining that the gravity value is more than
When default gravity threshold value, the unlatching d.c. motor fan of discontinuity and the heater.
9. according to claim 1-7 any one of them hot-air generators, which is characterized in that the hot-air generator, also
Including temperature inductor；
The temperature inductor is connect with the microcontroller；
The microcontroller, the temperature value detected for obtaining the temperature inductor, and determining that it is pre- that the temperature value is more than
If when temperature threshold, closing the d.c. motor fan and the heater.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820009300.XU CN207739043U (en) | 2018-01-04 | 2018-01-04 | Hot-air generator applied to clothes hanger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820009300.XU CN207739043U (en) | 2018-01-04 | 2018-01-04 | Hot-air generator applied to clothes hanger |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207739043U true CN207739043U (en) | 2018-08-17 |
Family
ID=63121621
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820009300.XU Expired - Fee Related CN207739043U (en) | 2018-01-04 | 2018-01-04 | Hot-air generator applied to clothes hanger |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207739043U (en) |
-
2018
- 2018-01-04 CN CN201820009300.XU patent/CN207739043U/en not_active Expired - Fee Related
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