TWM633142U - Smoke and micro-vapor light dry-cleaning low temperature dryer system for helmet - Google Patents

Abstract

This work is a low-temperature dryer system for light dry cleaning of safety helmets with smog and micro-steam, including: a machine body, a cleaning and sterilization room for safety helmets, a first space, a second space, a duct for smoke, steam and warm air , a first ventilation module and a second ventilation module. The user starts the machine body by inserting coins, buttons, mobile payment or electronic card swiping, so that the heating-type electric heating tube smoke generating module is heated to at least 105 degrees to 380 degrees within 30 seconds to 3 minutes; The atomized cleaning liquid is pumped to the heating-type electric heating tube smoke generating module to heat to generate smoke micro-steam; then start the warm air generating module to generate warm air, pass through the smoke, steam and warm air duct, and then blow up through the first exhaust module to deliver The cleaning and sterilization room of the helmet is used to dry the inner lining of the helmet. Thereby, the inner lining of the helmet can be dry-cleaned, sterilized, deodorized, and dried quickly, and the inner lining of the helmet has a deodorant effect, thereby achieving the purpose of quickly cleaning and sterilizing the inner lining of the helmet.

Description

Hard hat smog micro steam light dry cleaning low temperature dryer system

This creation is about a low-temperature dryer system for light dry cleaning of safety helmets with smog and micro steam, especially a device that can quickly clean, sterilize, deodorize and dry the inner lining of safety helmets, so as to keep the inner lining of safety helmets clean and fresh. Hard hat smoke micro steam light dry cleaning low temperature dryer system.

In today's busy society, motorcycles have become one of the main means of transportation, but because riding a motorcycle is more dangerous than other means of transportation, in order to ensure the safety of motorcycle riders, a helmet that protects the head has become a basic requirement for riding. Equipment, the current type of safety helmet is divided into three categories: full cover, half cover, and 3/4 cover. The main outer part is made of a hard shell cap body and the inner layer is composed of an impact-absorbing lining to reduce the degree of head impact. In the event of an accident, head injuries can be minimized.

However, since the inner structure of the helmet is made of Styrofoam and covered with a cotton layer, the rider's sweat or rain will mostly be absorbed by the cotton layer. Over time, the cotton layer will emit an odor. The inner lining of the helmet is prone to sweat stains and hair oil. Damp rainwater, etc., odorous bacteria, mold. There are many bacteria hidden in the scalp itself and the helmet, including mold, spores, and Staphylococcus aureus. Once the helmet is not kept clean, the humid and hot environment will become a breeding ground for bacteria. The result of a large number of bacteria breeding may be serious. It is caused by inflammation of the scalp hair follicles and severe hair loss. And because there is usually no cleaning treatment when placed after use, bacteria are more likely to breed in the cotton layer, and placed in a closed motorcycle glove box, resulting in rotten and smelly lining cloth, making it easy to hide bacteria inside the helmet. Including mold, spores, and Staphylococcus aureus, etc., which cause oily hair, folliculitis, hair loss, and baldness of motorcycle riders, which seriously cause cellulitis. For the problem of rotten and smelly inner linings, It is convenient for motorcycle riders to install an adhesive inner lining, and use the detachable adhesive inner lining for cleaning to block the contact between the inner lining cloth of the helmet and the head. Although this method avoids direct contact with the helmet, it does not Because the rot and odor of the lining cloth and the phenomenon of hiding bacteria are not eradicated, the above-mentioned adverse phenomena will still occur, which makes the cleaning of the adhesive lining more frequent, and if the cleaning of the adhesive lining is not dried, mold will also occur, which is relatively harmful to the locomotive. rider inconvenience.

The hard hats worn every day are mixed with sweat, rain, scalp oil, dandruff and dust. The number of bacteria inside is astonishing. If you smell it carefully occasionally, there will even be a peculiar smell. According to the survey, 75% of motorcyclists do not have the habit of regularly cleaning their helmets. Once the scalp is exposed to the bacteria in the helmet, it is likely to cause inflammation of the scalp hair follicles, psoriasis infection, severe hair loss or even baldness. The lining of the helmet is humid and hot, which is equivalent to providing a good breeding environment for bacteria.

Known technology patent announcement number M564453, patent name: Safety helmet sterilization machine (Safety helmet sterilization machine), for the use of ultrasonic humidification technology, only water mist will make the helmet more humid, there will be moisture in the helmet lining problem, and there is no drying function, so the expected effect cannot be achieved.

Therefore, how to create a helmet that can quickly clean, sterilize, deodorize and dry the inner lining of the helmet, and keep the inner lining of the helmet clean and fresh, so as to avoid scalp problems after the user wears it, will be the focus of this creation. Desiring to actively expose.

The purpose of this creation is to provide a low-temperature drying machine system and control process for light dry cleaning of safety helmets with smog and micro-steam. The overall structure is simple, and it can quickly purify the interior of the safety helmet, and at the same time achieve deodorization, sterilization, and keep dry and can dry the safety helmet. The purpose of the lining is to avoid scalp problems after the user wears the helmet, so as to improve the overall practicality and convenience.

In order to achieve the above purpose, this creation provides a safety helmet smog micro-steam light dry cleaning low-temperature dryer system, including: a machine body, a safety helmet cleaning and sterilization room, a first space, a second space, a smoke, Steam and warm air duct, a first ventilation module and a second ventilation module. The machine body has at least one control system module inside, which is used to activate the machine body through various payment methods. The machine body is also equipped with at least one ultraviolet lamp module; the cleaning and sterilization room for the helmet is set in the machine body, with A storage space and a door body that can be opened and closed, and a metal table is provided at the bottom of the cleaning and sterilization room of the helmet, and a plurality of ventilation holes are provided on the metal table, and the ultraviolet rays generated by the ultraviolet lamp module on the machine body can pass through A plurality of ventilation holes shine into the placement space; the first space is set in the machine body and is electrically connected to the control system module. The control system module has a heating-type electric heating pipe smoke generating module and a heater that are electrically connected to each other. Generating module, a temperature sensor, an ozone generating module and a liquid extraction module; the second space is located in the machine body and is located below the first space, the second space The second space is connected to the cleaning and sterilization room of the safety helmet and the first space, and the second space is further equipped with a cleaning liquid water tank room, and the cleaning liquid water tank room is equipped with a composite atomized cleaning liquid. The liquid extraction module in the first space can The composite atomized cleaning liquid is drawn through the liquid conduit to the heated electric heating pipe smoke generating module, and the gas and steam are sprayed to the cleaning and sterilization room of the helmet; the smoke, steam, and warm air conduits are located in the first space, The nozzles of the heating-type electric heating pipe smoke generating module and the air outlet of the warm air generating module are respectively connected, and the smoke and hot air ducts are connected to the cleaning and sterilization chamber of the helmet; the first exhaust module is located in the first space. , between the top of the steam and warm air duct and the cleaning and sterilization chamber of the helmet, and can blow the gaseous smoke to the cleaning and sterilization chamber of the helmet; the second exhaust module is set above the machine body and can communicate with the outside of the machine body , the ventilation port of the second exhaust module is set in the cleaning and sterilization chamber of the helmet, for extracting the smoke and steam in the cleaning and sterilization chamber of the helmet, so as to be discharged outside the machine body.

In a preferred embodiment, an advertising light box or a screen player can be further arranged in the uppermost frame space of the machine body. Payment methods include coin-operated, mobile payment and electronic card swiping. There is also a turbofan module in the first space, and it is connected to the underside of multiple ventilation holes on the metal table at the bottom of the cleaning and sterilization room of the helmet through a duct, and the turbofan module is controlled and activated by the control system module of the machine body and off.

In a preferred embodiment, a vibration module is further provided under the metal table of the cleaning and sterilization room of the helmet. The wind speed is at least 1m ³ /min~10m ³ /min or the wind pressure is at least 500pa~3000pa or the speed is at least 1100R.PM~5000R.PM or the speed is at least 10CFM. The strong wind blows away the hair and dust particles on the helmet net.

In a preferred embodiment, an aroma module is further provided inside the first space, and the aroma or essence mist of the aroma module is drawn into the cleaning and sterilization chamber of the safety helmet through the first ventilation module.

In a preferred embodiment, the nozzle of the heating-type electric heating pipe smoke generating module is inclined to the ground plane at an angle of 10 degrees to 90 degrees, and the heating-type electric heating pipe smoke generating module can heat the composite atomized cleaning solution for a period of time It takes 30 seconds to 3 minutes to reach a temperature of at least 105 degrees to 380 degrees, and spray the steam and smoke of the composite atomized cleaning liquid with super large smoke effect through the nozzle. The hot and warm air generating module can blow out constant warm air between 47°C and 59°C.

In a preferred embodiment, the heating-type electric heating pipe smoke generation module, the warm air generation module and the ozone generation module, the first ventilation module, the second ventilation module, and the ultraviolet lamp module are controlled by the control system respectively. Modules individually control when they are activated and deactivated.

In a preferred embodiment, the composite atomized cleaning liquid contains a fuming agent, and the content of the fuming agent is about 5%-50%. The composite atomized cleaning solution is composed of chlorine dioxide or hypochlorous acid water or hypochlorite (HClO) or electrolytic ionized water or alkaline electrolytic water containing hydroxide ions or strong electrolytic oxidized water or wood vinegar or three It is composed of ethylene glycol, essence or essential oil, water, fuming agent and other ingredients.

In a preferred embodiment, the composite atomized cleaning solution is composed of biological enzymes, amino acids, flavors, water, smoke generators and other components.

In a preferred embodiment, the smoking agent is composed of propylene glycol, glycerin (glycerin), or is composed of ethylene glycol, glycerin (glycerin), or is composed of propylene glycol, ethylene glycol, glycerin (glycerin) or a fuming agent made from natural materials.

1: Helmet smoke micro steam light dry cleaning low temperature dryer system

11: Machine body

110: Ultraviolet lamp module

111: Heated electric heating tube smoke generation module

112: Warm air generation module

113: Temperature sensor

114: Ozone Generator Module

115:Liquid extraction module

116: Advertising light box or screen player

12: Cleaning and sterilization room for safety helmet

120: Place space

121: Door body that can be opened and closed

122:Metal countertop

123: ventilation hole

124: Vibration module

13: The first space

131: Turbo fan module

132: Conduit

133: Aroma Module

14:Second space

141: cleaning fluid tank chamber

142: Liquid Conduit

15: Smoke, steam and warm air duct

16: The first ventilation module

17: Second ventilation module

Fig. 1 is the three-dimensional structural appearance diagram of a preferred embodiment of the safety helmet smog micro-steam light dry cleaning low-temperature dryer system of the present invention.

Fig. 2 is a schematic diagram of a block structure of a preferred embodiment of the low-temperature dryer system for light dry cleaning of safety helmets with smog and micro-vapor.

Fig. 3 is the front view of a preferred embodiment of the safety helmet smog micro-vapor light dry-cleaning low-temperature dryer system of the present invention.

The implementation of this creation is described below through specific specific examples, and those skilled in the art can easily understand other advantages and effects of this creation from the content disclosed in this specification.

The following describes the embodiments of the creation with reference to the drawings. It should be noted that the following drawings are simplified schematic diagrams, and only illustrate the basic concept of the creation in a schematic way, so only the structures related to the creation are illustrated in the drawings. It is not drawn according to the number, shape and size of the components in actual implementation. The shape, quantity and proportion of each component in actual implementation are not limited to those shown in the figure, and can be changed according to actual design needs. Please describe first.

Please refer to Figure 1, Figure 2, and Figure 3 to create a safety helmet with a small amount of smoke The three-dimensional structure appearance diagram, the block structure schematic diagram and the front view of a preferred embodiment of the steam light dry cleaning low temperature dryer system. The safety helmet smog micro steam light dry cleaning low temperature drying machine system 1 of this creation includes: a machine body 11, a safety helmet cleaning and sterilization room 12, a first space 13, a second space 14, a smoke, steam And the warm air duct 15, a first ventilation module 16 and a second ventilation module 17. There is at least one control system module inside the machine body 11, which is used to activate the machine body 11 through various payment methods. The machine body 11 is further equipped with at least one ultraviolet lamp module 110; the cleaning and sterilization room 12 of the helmet is set in the Inside the machine body 11, there is a storage space 120 and a door body 121 that can be opened and closed, and a metal table 122 is provided at the bottom of the cleaning and sterilization chamber 12 of the helmet, and a plurality of ventilation holes 123 are provided on the metal table 122. The ultraviolet light produced by the ultraviolet lamp module 110 on the table body 11 can shine into the storage space 120 through a plurality of ventilation holes; the first space 13 is located in the machine body 11 and is electrically connected to the control system module, and the control system module There is a heating type electric heating pipe smoke generating module 111, a warm air generating module 112, a temperature sensor 113, an ozone generating module 114 and a liquid extraction module 115 electrically connected to each other; the second space 14 Located in the machine body 11 and below the first space 13, the second space 14 communicates with the cleaning and sterilization chamber 12 of the safety helmet and the first space 13, and a cleaning liquid water tank room 141 is further provided in the second space 14 for cleaning The liquid water tank chamber 141 is also equipped with a compound atomized cleaning liquid, and the liquid extraction module 115 in the first space 13 can extract the compound atomized cleaning liquid to the heated electric heating pipe smoke generating module 111 through the liquid conduit 142, And spray gas and steam to the cleaning and sterilization chamber 12 of the helmet; smoke, steam and warm air ducts 15 are arranged in the first space 13, respectively connected to the nozzle of the heating type electric heating tube smoke generating module 111 and the warm air generating module 112 air outlet, smoke, steam and The warm air duct 15 is also connected to the cleaning and sterilization chamber 12 of the safety helmet; the first ventilation module 16 is arranged between the smoke, steam and the heating duct 15 in the first space 13 and the cleaning and sterilization chamber 12 of the safety helmet, and The gaseous smoke can be blown to the cleaning and sterilization chamber 12 of the helmet; the second ventilation module 17 is installed above the machine body 11 and can communicate with the outside of the machine body 11, and the vent of the second ventilation module 17 is set on the helmet In the cleaning and sterilization chamber 12 of the helmet, the smoke and steam in the cleaning and sterilization chamber of the safety helmet are extracted to be discharged outside the machine body 11.

In a preferred embodiment, an advertising light box 116 or a screen player can be further arranged in the uppermost frame space of the machine body 11 . Payment methods include coin-operated, mobile payment, electronic card swiping or other payment methods.

In a preferred embodiment, a turbo fan module 131 is further provided in the first space 13, and is connected to the bottom of the helmet's cleaning and sterilization chamber 12 through a duct 132 under the plurality of ventilation holes 123 of the metal table 122 at the bottom, and the turbo fan module 131 The fan module 131 is turned on and off through the control system module of the machine body 11 .

In a preferred embodiment, a vibration module 124 is further provided under the metal table 122 of the cleaning and sterilization chamber 12 of the helmet. The wind speed generated by module 131 is at least 1m ³ /min~10m ³ /min or the wind pressure is at least 500pa~3000pa or the rotation speed is at least 1100R.PM~5000R.PM or the strong wind with the rotation speed and air volume is at least 10CFM or more. Dust particles etc. are blown away and blown clean.

In a preferred embodiment, an aroma module is further provided inside the first space 13, and the aroma or essence mist of the aroma module 133 is drawn through the first ventilation module. In the cleaning and sterilization chamber 12 of the safety helmet.

In a preferred embodiment, the inclination angle of the nozzle of the heating-type electric heating pipe smoke generating module 111 to the ground plane is more than 10 degrees to 90 degrees, and the heating-type electric heating pipe smoke generating module 111 can clean the composite atomization The liquid heating time is within 30 seconds to 3 minutes to reach a temperature of at least 105 degrees to 380 degrees, and the steam and smoke of the composite atomized cleaning liquid with super large smoke effect are sprayed out through the nozzle. The hot and warm air generating module 112 can blow out constant warm air between 47°C and 59°C.

In a preferred embodiment, the composite atomized cleaning liquid contains a fuming agent, and the content of the fuming agent is about 5%-50%. The composite atomized cleaning solution is composed of chlorine dioxide or hypochlorous acid water or hypochlorite (HClO) or electrolytic ionized water or alkaline electrolyzed water containing hydroxide ions or wood vinegar or triethylene glycol and essence Or essential oil, water, fuming agent and other components.

In addition, the composite atomized cleaning solution can also be composed of biological enzymes, amino acids, essences, water, smoke generators and other components. The smoking agent is composed of propylene glycol, glycerol (glycerin), or ethylene glycol, glycerin (glycerin), or propylene glycol, ethylene glycol, glycerin (glycerin).

In a preferred embodiment, the heating type electric heating pipe smoke generation module 111, the warm air generation module 112, the ozone generation module 114, the first ventilation module 16, the second ventilation module 17, and the ultraviolet lamp module 110 The start-up and shutdown times are respectively controlled by the control system modules.

With the above-mentioned structure, in actual use, the user activates the control system of the machine body 11 through coin insertion, button, mobile payment or electronic card swiping mod. You can start the above dry cleaning, antibacterial, deodorizing, drying and aroma steps. Among them, the nozzle of the heated electric heating pipe smoke generating module 111 and the air outlet of the warm air generating module 112 are fixed on the internal common smoke, steam and warm air duct 15, which is connected to the cleaning and sterilization chamber 12 of the helmet, and the heating type electric heating pipe smoke The nozzle of the generating module 111 is tilted to the ground plane at an angle of 10 degrees to 90 degrees, so that after each injection of gas and steam, the residual liquid of the composite atomized cleaning liquid in the heating type electric heating pipe smoke generating module 111 can be used in the center of the earth. The gravitational method flows out from the nozzle, so as to prevent the residual cleaning liquid from drying out inside the smoke heating type electric heating pipe smoke generating module 111 and causing the nozzle to be blocked.

When the liquid extraction module 115 pumps the compound atomized cleaning liquid in the cleaning liquid water tank chamber 141 under the machine body 11 to the heating type electric heating tube smoke generating module 111, the composite atomizing cleaning effect of spraying super large smoke through the nozzle Liquid, the composite gaseous disinfection smoke and steam produced by evaporation are heated by the heating-type electric heating tube smoke generation module 111 to produce gaseous smoke molecules that are smaller than the water mist produced by ultrasonic vibration on the market, and the smoke is sustainable Floating in the cleaning and sterilization room 12 of the helmet, let the steam and sterilized smoke, gas and ozone gas continue to fill the entire helmet cleaning room for several minutes, and blow out ozone in a fixed amount, and the ozone can decompose toxic gases and has a strong deodorizing ability , and it is enough to eliminate bacteria, mold and filter viruses, and because the generation of ozone is to separate the stable single oxygen into unstable initial ecological gas at room temperature, so that the initial ecological oxygen is extremely active and reactive. Ozone has a strong oxidizing and sterilizing effect, and has the effect of continuous cleaning, dry cleaning and disinfection of the inner lining of the helmet. The air duct 15 and the first exhaust module 16 are blown up to clean the helmet Sterilization chamber12. And this gaseous smog molecule has the effect of super-large smog and the dry-cleaning effect of steam and super-large smog in the cleaning and sterilization chamber 12 of the airtight helmet in the machine body 11, then the purpose of cleaning and disinfection can be achieved.

This creation mainly uses smog and steam as the cleaning medium. The fine gaseous smog molecules in the release body penetrate into the inner lining of the helmet for dry cleaning, disinfection and deodorization. The dry smog will not wet the inner lining of the helmet, and the second ventilation The module 17 is responsible for extracting the smoke and steam from the cleaning and sterilization chamber 12 of the safety helmet out of the machine to discharge the moisture and smoke in the machine body 11. At the same time, the warm air generation module 112 passes through the smoke, steam and The warm air duct 15 and the first exhaust module 16 blow up to the cleaning and sterilization chamber 12 of the helmet to dry the inner lining of the helmet, and the warm air blown out by the warm air generating module 112 maintains a temperature between 47°C and 59°C. Wind to avoid damage to hard hats with accessories such as Bluetooth or dash cams.

This creation does not require an external water pipe. Each dry cleaning of a safety helmet only needs about 10cc~50cc of compound atomized cleaning liquid. The particles are small and not wet, and will not hurt 3C. The composite gaseous disinfection fume and steam produced by the evaporation of the atomized cleaning liquid, using water vapor and 3D smoke as the cleaning medium, emits extremely fine water particles that penetrate into the inner lining of the helmet for dry cleaning, and finally clean the inside of the helmet at low temperature. Lining tumble dry.

Because the medicament droplets sprayed by the heating-type electric heating tube smoke generating module 111 are very small, they will evaporate quickly when the temperature is high, and the time and distance that can be suspended in the air cannot reach the predetermined effect. At this time, if the water of the diluent is replaced with an appropriate amount of hydrophilic smoke-generating agent, the heated-type electric heating tube smoke generation module 111 will spray The droplet of the agent will be covered with a film to protect the droplet of the agent from evaporating rapidly. At the same time, the smoke of the agent formed after adding the smoke agent will be more obvious than that of the water-based agent, which can make the cleaning work easier. Obvious and easy to see to enhance the visual effect.

In addition, taking the fuming agent with a purity of more than 99% as an example, when the temperature is high, it is necessary to add more fuming agent to replace part of the clear water. The weather conditions can reduce the ratio of fuming agent to medicament water dilution to 1:2 or 1:3 or 1:10.

Compared with the conventional technology, the low-temperature drying machine system and control process of the helmet smog and micro-steam light dry cleaning and control process can easily dry clean, sterilize, deodorize, aroma and dry safely through the aforementioned simple structure and cleaning process The inner lining of the cap prevents the user from having scalp problems, and the cleaning smoke is more detailed and the cleaning effect is better. In addition to cleaning the helmet, it can also clean the flannel doll or toy, so as to improve the overall practicality and convenience.

Although the foregoing description and drawings have disclosed preferred embodiments of the invention, it must be understood that various additions, modifications and substitutions may be applied to the preferred embodiments of the invention without departing from the scope of the appended application as defined The spirit and scope of this creative principle. Those of ordinary skill in the art to which the invention pertains will appreciate that the invention is susceptible to numerous modifications of form, structure, arrangement, proportion, material, element and assembly. Therefore, the embodiments disclosed herein should be regarded as illustrating the invention rather than limiting the invention. The scope of this creation shall be defined by the claims of the appended claims and cover their legal equivalents and not be limited by the foregoing description.

1: Helmet smoke micro steam light dry cleaning low temperature dryer system

11: Machine body

110: Ultraviolet lamp module

111: Heated electric heating tube smoke generation module

112: Warm air generation module

113: Temperature sensor

114: Ozone Generator Module

115:Liquid extraction module

12: Cleaning and sterilization room for safety helmet

120: Place space

122:Metal countertop

123: ventilation hole

124: Vibration module

13: The first space

131: Turbo fan module

132: Conduit

133: Aroma Module

14:Second space

141: cleaning fluid tank chamber

142: Liquid Conduit

15: Smoke, steam and warm air duct

16: The first ventilation module

17: Second ventilation module

Claims (14)

A safety helmet smog micro-steam light dry cleaning low-temperature dryer system, comprising: a machine body, at least one control system module is installed inside, for starting the machine body through various payment methods, and the machine body is further equipped with at least one Ultraviolet lamp module; a cleaning and sterilization chamber for a helmet, which is set in the machine body, has a storage space and a door that can be opened and closed, and the bottom of the cleaning and sterilization chamber for the helmet is provided with a metal table, the metal There are a plurality of ventilation holes on the table; a first space is set in the machine body and is electrically connected to the control system module, and the control system module has a heating-type electric heating pipe smoke generating module electrically connected to each other Group, a warm air generating module, a temperature sensor, an ozone generating module and a liquid extraction module; a second space, located in the machine body and below the first space, the second space The cleaning and sterilization chamber of the safety helmet is connected with the first space, and a cleaning liquid water tank room is further provided in the second space, and a composite atomized cleaning liquid is provided in the cleaning liquid water tank room, and the liquid in the first space The extraction module can extract the compound atomized cleaning liquid through the liquid conduit to the heating-type electric heating tube smoke generating module, and spray gas and steam to the cleaning and sterilization room of the helmet; a smoke, steam and warm air conduit, Located in the first space, respectively connected to the nozzle of the heating-type electric heating tube smoke generating module and the air outlet of the warm air generating module, the smoke and hot air ducts are connected to the cleaning and sterilization chamber of the safety helmet; A ventilation module is installed between the smoke, steam and warm air duct in the first space and the cleaning and sterilization room of the safety helmet, and can blow gaseous smoke to the safety The cleaning and sterilization room of the full helmet; and a second ventilation module, which is arranged on the top of the machine body and can communicate with the outside of the machine body. The vent of the second ventilation module is set in the cleaning and sterilization room of the helmet , for extracting the smoke and steam in the cleaning and sterilization chamber of the safety helmet, so as to be discharged outside the machine body. According to claim 1, the low-temperature dryer system for light dry cleaning of helmets with smog and micro-steam, wherein an advertising light box or a screen player can be further installed in the uppermost frame space of the machine body. The safety helmet smog micro-steam light dry-cleaning low-temperature dryer system as described in claim 1, wherein the payment method includes coin insertion, mobile payment and electronic card swiping. The safety helmet smog micro-steam light dry-cleaning low-temperature dryer system as described in claim 1, wherein the ultraviolet lamp module device on the machine body is installed under a plurality of ventilation holes to generate ultraviolet rays that can shine into the device through a plurality of ventilation holes Place the space or the top surface of the clean sterilization chamber for safety helmets. As described in claim 1, the low-temperature dryer system for light dry cleaning of safety helmets with smog and micro-steam, wherein the first space is further equipped with a turbofan module, and is connected to the metal at the bottom of the cleaning and sterilization chamber of the safety helmet through a conduit. Below the multiple ventilation holes on the table, and the turbo fan module is controlled to start and shut down through the control system module of the machine body. As described in claim 5, the safety helmet smog micro-vapor light dry cleaning low-temperature dryer system, wherein a vibration module is further provided under the metal table in the cleaning and sterilization room of the safety helmet, and the vibration module can make the inner lining of the safety helmet The attachment of hair and dust particles is reduced, and the wind speed generated by the turbofan module is at least 1m ³ /min~10m ³ /min or the wind pressure is at least 500pa~3000pa or the speed is at least 1100R.PM~5000R.PM. Blow away the hair and dust particles on the helmet. According to the helmet smog micro-steam light dry-cleaning low-temperature dryer system as described in claim 1, an aroma module is further provided inside the first space, and the aroma or essence mist of the aroma module is exhausted through the first ventilation module. Go to the cleaning and sterilization room of the helmet. The safety helmet smog micro-steam light dry-cleaning low-temperature dryer system as described in claim 1, wherein the nozzle of the heating-type electric heating pipe smoke generating module is inclined at an angle of 10 degrees to 90 degrees to the ground plane, and the heating-type electric heating The pipe smoke generation module can heat the compound atomized cleaning liquid for 30 seconds to 3 minutes to reach a temperature of at least 105 degrees to 380 degrees, and spray the steam and smoke of the compound atomized cleaning liquid with super large smoke effect through the nozzle . According to claim 1, the low-temperature dryer system for light dry cleaning of safety helmets with smog and micro-vapor, wherein the hot and warm air generating module can blow out constant warm air between 47°C and 59°C. According to claim 1, the safety helmet smog micro-vapor light dry cleaning low-temperature dryer system, wherein the composite atomized cleaning solution contains a fume-generating agent, and the content of the fume-generating agent is about 5% to 50%. The safety helmet smog micro-vapor light dry cleaning low-temperature dryer system as described in claim 1, wherein the composite atomized cleaning solution is made of chlorine dioxide or hypochlorous acid water or hypochlorite (HClO) or electrolytic ions It is composed of water or alkaline electrolyzed water containing hydroxide ions or strong electrolyzed oxidized water or wood vinegar or triethylene glycol and essence or essential oil, water, fuming agent and other ingredients. The safety helmet smog micro-steam light dry cleaning low-temperature dryer system as described in claim 1, wherein the composite atomized cleaning solution is composed of biological enzymes, amino acids, essences, Or essential oil, water, fuming agent and other ingredients. The safety helmet smog micro-steam light dry cleaning low-temperature dryer system as described in claim 1, wherein the heating-type electric heating pipe smoke generation module, the warm air generation module and the ozone generation module, the first ventilation module, The second exhaust module and the ultraviolet lamp module are respectively controlled by the control system module to start and close the time. As described in claim 11 or 12, the safety helmet smog micro-vapour light dry cleaning low-temperature dryer system, wherein the fuming agent is composed of propylene glycol, glycerin (glycerin), or ethylene glycol, glycerin ( Glycerin), or composed of propylene glycol, ethylene glycol, glycerol (glycerin).

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