KR20130143174A - Attach the shoes wet suppression and temperature control fan - Google Patents

Abstract

The present relates to a ventilation device for shoes for operating propeller shape rotational wings with power generated while a user wearing the shoes is walking. The present invention comprises: rotational wings made of synthetic materials connected to a random rope which may connect the device; a supporting device capable of cushioning the shock which the rotational wings may get; a pipe for transmitting the ventilating operations to various parts that require the operations; a hole for discharging air generated in the device to the outside constantly; an attachment part which is easily detachable for replacing parts when the rotational wings or ventilation device are not properly operated; a device using electricity rather than using the operating device using pressure for ventilation even when a user sits down; a device for manually operating the device using electricity; an electric chip for connecting a smartphone and Bluetooth to automatically control it; and a controller device for controlling the intensity of ventilation.

Description

Shoes with moisture suppression temperature control vent {ATTACH THE SHOES WET SUPPRESSION AND TEMPERATURE CONTROL FAN}

Embodiments of the present invention are directed to the prevention of various diseases by drying wet shoes using a ventilation device.

Existing shoes had a disadvantage of difficult to discharge moisture and temperature control. Therefore, it is necessary to wear shoes that help prevent skin diseases by attaching a device that is easy for moisture discharge and temperature control to suppress sweating on the feet while maintaining various activities while suppressing the growth of various bacteria by keeping them dry.

Embodiments of the present invention by attaching a device for easy moisture discharge and body temperature control in consideration of the difficulty of moisture discharge and body temperature control of the existing shoes to prevent sweating on the feet while maintaining a dry state To prevent the growth of bacteria to prevent various skin diseases.

 Shoes according to an embodiment of the present invention is a power device for operating a propeller-shaped rotary wing with a self-power generated when wearing walking, a rotary wing of a synthetic material connected to any line that can connect the power unit , Auxiliary device for a kind of shock mitigation action that can mitigate the physical shock that can be received while the rotary wing is walking, Piping which is a passage for transmitting the action of the device for generating the ventilation to the necessary parts, generated in the device And a hole for constantly discharging the flow of gas, and a detachable point for attaching and detaching to easily replace the corresponding parts in case of failure of the rotary blade and the self-power unit. In order to generate ventilation even when sitting as well as walking, an electric device using pressure, a device that can manually adjust the operation of the electric device, and an operation of the electric device are automatically operated. An electronic chip having a function of connecting with a smart phone's Bluetooth to adjust, and an adjusting device for adjusting the ventilation strength of the ventilation device, ventilation device for making the shoes dry and cool through the ventilation principle described above.

 The line connecting the shaft of the spring-shaped pillar and the rotary wing according to an embodiment of the present invention is prevented from breaking due to physical impact by using a synthetic resin with high elasticity, the auxiliary device for protecting the rotary wing is the rotary wing To prevent damage to the vanes when subjected to more physical shocks than necessary, use a denser material around the power pole and the rotor blades than other soles.

As a space to move the wind generated from the power unit, it is a device using a synthetic material made to pass through the sole portion of the shoe.

 The principle of the rotating device using the pressure according to an embodiment of the present invention is a method of causing physical rotation by using an arbitrary line connected to the axis of the wing on the spring-shaped pillar instead of the principle of the magnetic field using the coil, detachment point When the power unit and the rotor blades are damaged due to more pressure than necessary, it can be easily replaced to save unnecessary material value, and a method of using a material with a high friction coefficient on the contact surface to prevent the device from falling off during walking. The electric power unit can be adjusted automatically and manually, and it can also adjust the strength of the wind if necessary.Automatically connects to the electronic chip already built-in via Bluetooth using a smart phone. How to adjust, manual way to adjust the switch next to the shoe, electricity Since the power unit used has a large amount of energy, the remaining energy is easily depleted. Therefore, a method of inducing rapid replacement using a battery, and a power unit using electricity can be recharged as well as a battery for fast supply of energy. It is easy to charge the small cable terminal to the outside of the shoe, and the entrance of the cable terminal has a high risk of being damaged by the influence of the climate or the surrounding environment. How to prepare.

Embodiments of the present invention by attaching a device for easy moisture discharge and body temperature control in consideration of the difficulty of moisture discharge and body temperature control of the existing shoes to prevent sweating on the feet while maintaining a dry state By suppressing the growth of bacteria can prevent various skin diseases.

1 is a view showing an approximate position and use of the method of attaching the dry rotary blade and the various components according to an embodiment of the present invention.
2 is a view showing the principle of operation of the device according to an embodiment of the present invention in that order.

Hereinafter, embodiments according to the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to or limited by the embodiments. In addition, the same reference numerals shown in the drawings denote the same members.

1 is a view showing an approximate position and use of the method of attaching the dry rotary blade and the various components according to an embodiment of the present invention.

Referring to FIG. 1, the shoe with moisture suppression & temperature control ventilator according to an embodiment of the present invention includes a rotary blade 111, a line 112 connecting the rotary blade and the rotary pillar, and an easily attachable part 113. ), Auxiliary device 114 to prevent damage to the rotor blades 114, composite material pipe 115 to move the air, holes 116 for discharging air, easy removable battery 117, cable terminal (rechargeable) 118), a receiver 119 for receiving Bluetooth information of the mobile phone, and a switch 120 for manually turning on the power.

The rotary blade 111 is connected to the line 112 connecting the rotary blade and the rotary pillar can be rotated by the movement of the line 112 to repeat the winding, unwinding the column by the walking pressure.

Detachable attachment portion 113 can be easily separated from the sole of the shoe, but in consideration of the risk of falling off when walking using a material with a high coefficient of friction does not fall easily when walking.

The auxiliary device 114 for preventing the damage of the rotary blade serves to protect the rotary blade 111 from being damaged by the walking pressure.

At this time, in accordance with an embodiment of the present invention to calculate the walking pressure according to the material and weight of the outsole so that the rotary wing 111 is not easily damaged, select the position of the easy to detachable portion 113 below a certain length. do.

Composite material tube 115 to which the air is moved to prevent the damage by using a resilient material that can withstand high pressure.

At this time, in order to prevent the flow of air is blocked by the pressure generated when walking the pipe 115 is selected appropriately the sole material around the pipe 115, the moving air to the hole 116 to discharge the air You can get out.

The detachable battery 117 combines a chargeable cable terminal 118 to be easily detachable and takes into account convenience during charging.

Receiving unit 119 for receiving Bluetooth information of the mobile phone is coupled to the battery 117 so that it can be used even when there is no walking pressure.

2 is a view showing the principle of operation of the device according to an embodiment of the present invention in that order.

The process starting from the walking pressure is to operate the manual power unit 112 in the state of ensuring the safety of the rotary blades 111 through the impact relief device 114 to rotate the rotary blades 111 and the wind generated by the exhaust pipe ( It is leaked to the outside on 115).

The Bluetooth receiver 119, which receives the command information transmitted from the cellular phone terminal, is attached to the battery 117, and is wirelessly transmitted and received without any physical activity and similarly, the air generated by the rotary blade 111 is a hole. Exit through 116.

At this time, the mobile phone terminal is to make and use an application that can be connected to the Bluetooth separately and can be applied to all mobile phones in the same way.

When manually operating the rotary blade 111, the switch 120 may be operated manually. At this time, the rotary blade 111 may be operated by operating the automatic power unit 118 with electricity from the battery 117.

As described above, the present invention has been described by specific embodiments such as specific components and the like. For those skilled in the art, various modifications and variations are possible from these descriptions.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

111: rotary wing
112: manual power unit
113: rotating blade detachable part
114: shock absorber
115: exhaust pipe
116: air outlet
117: battery
118: automatic power unit
119: Bluetooth receiver
120: switch

Claims (10)

A power device for operating a propeller-shaped rotary wing by self-power generated when walking in shoes;
Rotary blades of synthetic material connected to any string that can connect the power unit;
Auxiliary device for a kind of shock mitigation action that can mitigate the physical shock that the rotary wing can receive while walking;
A pipe that is a passage that transmits the action of the device for generating ventilation to various parts required;
A hole for constantly discharging the flow of gas generated in the device; And
Desorption point that can be easily attached and detached so that the parts can be easily replaced when the rotary blade and the self-power unit is broken;
A device using electricity instead of the power device using pressure to generate ventilation even when sitting as well as walking; And
A device capable of manually adjusting the operation of the device using the electricity;
An electronic chip having a function of connecting with a Bluetooth of a smart phone so as to automatically adjust the operation of the electric device; And
An adjusting device for adjusting the ventilation strength of the ventilation devices;
To include, through the ventilation principle described above to make the shoes dry and cool ventilator. The method of claim 1,
The principle of the rotating device using pressure
Instead of the principle of a magnetic field using a coil, using a spring-shaped column to cause physical rotation using an arbitrary line connected to the axis of the wing. 3. The method of claim 2,
The line connecting the spring-shaped pillar and the axis of the rotary wing is
Device that prevents breaking by physical impact by using highly elastic synthetic resin.
The method of claim 1,
Auxiliary devices to protect the rotor blades
A device for preventing the blade from being damaged when the rotor blade is subjected to a strong physical impact more than necessary, using a material of higher density than other sole parts around the power unit pillar and the rotor blade.
The method of claim 1,
Ventilation piping
A composite material pipe made of a long space to pass through the sole portion of the shoe as a space to move the wind generated from the power unit. The method of claim 1,
Detachment point
When the power unit and the rotor blades are damaged by receiving more pressure than necessary, it can be easily replaced to save unnecessary material value,
A method of using a high friction coefficient material on the contact surface to prevent the device from falling off while walking. The method of claim 1,
Electric powered devices
This method allows you to adjust the volume automatically and manually. You can also adjust the strength of the wind as needed.
Auto bluetooth using smartphone;
How to control the various states by connecting with the electronic chip already built.
Manual is controlled using the switch on the side of the shoe. 8. The method of claim 7,
Electric powered devices
Because of the high energy usage, the remaining energy is easily depleted, so the battery can be used for quick replacement. The method of claim 8,
Electric powered devices
For quick supply of energy, small cable terminals such as lithium batteries can be taken out of the shoe to enable charging as well as batteries. The method of claim 9,
The entrance of the cable terminal
Since there is a high risk of damage due to the influence of climate or surrounding environment, use a synthetic material stopper that blocks the cable terminal.

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