JP2022109841A - Sticker with static eliminator - Google Patents

Abstract

To provide a sticker in which a spark device capable of surely removing static electricity generated in a parked car or a running car is installed inside the sticker.SOLUTION: Two stickers are stacked and a static eliminator is built in. Static electricity from the car body passes through the inside of the sticker with one part of the sticker, and a disk-shaped metal fitting on the top of the insulator spring-like, which is adhered to an insulator, shakes even with minute vibrations and touches a portion in which static electricity is transmitted to spark and remove static electricity.SELECTED DRAWING: Figure 4

Description

TECHNICAL FIELD The present invention relates to a static electricity removal sticker suitable for removing static electricity from automobiles and eliminating dust adsorption.

It is unparalleled for the purpose of removing static electricity from the car body. The static electricity removing sticker according to the proposal of the present application is a sticker that removes static electricity generated on the vehicle body by a spark device installed inside the sticker attached to the vehicle body.

To explain in detail using each figure, the sticker 1 in FIG. 1 has a structure such that the static electricity is transmitted from the inner portion through which static electricity passes from the car body and the seven portions through which the static electricity passes on the surface of the sticker 2 in contact with the vehicle body. The sticker part of 2 is made of a material that does not allow static electricity to pass through. 7 where the sheet of metal component is in contact with the car body of the sticker 2 serves to pass static electricity generated in the car to the inside 8 of the sticker 1. - 特許庁Static electricity passed through 8 is extinguished by the device for sparking static electricity of FIG. 2 attached to insulator 3 portion.

In the spark device with insulator shown in FIG. 2, the insulator 5 also serves as a spring, and the disk 4, which conducts static electricity, is designed to sway even when the vehicle is parked, due to the wind or other subtle vibrations of the passing vehicle. The static electricity generated from the car is extinguished by contacting the 8 parts where the static electricity from the body of the car in FIG. 1 is transmitted and sparking.

Fig. 2 is a view of the spark device part from directly above and from the side. The insulator and spring part of Fig. 5 has a slight thickness, and the static electricity passing part 8 of Fig. 1 shakes with a little vibration and sparks. It is something you can understand.

The spark devices 4 and 5 in FIG. 2 are protected by the reinforced plastic cover in FIG. There is

In the conventional technology, an iron wire or the like that conducts static electricity is embedded in a flat rubber bar from the rear of the car and hung down. When the wire is brought into contact with the ground, the static electricity is radiated and sparked to the ground. was exchanged with
Now it looks bad, so I don't see any cars with it installed.

In addition, conventional static eliminators are built into car keys and key holders, but with the increase in the number of cars that open doors with key remote controls, there is no longer a need for them.
Even if the static electricity is removed by opening the door with a static electricity removal key, static electricity is generated when the car is running and accumulates in the body and attracts dust etc. Dust will be attracted to the body.
In addition, there are stickers made of materials that are kneaded with ingredients that remove static electricity, but since they are removed by touching the black part, they are not effective when running, and colorful colors such as animation cannot be used.

In addition, static electricity is generated by the wind when the car is parked or by the car running past while it is parked, which accumulates in the car and causes dust to be adsorbed.

To provide a sticker attached to the body of a car, in which a spark device is installed inside the sticker capable of surely removing static electricity generated in a parked car or a running car.

The static electricity removal sticker according to the present invention has a double-layered structure and a patented device that sparks and removes static electricity is installed like anko of dorayaki. It plays a role of passing static electricity from the static electricity passing portion 7 to 8 of the sticker 1 in FIG.

That is, 2 in FIG. 1 is the back side of the sticker, which is attached to the body of the car, and 1 in FIG. An insulator spring 5 is adhered and integrated with the disk-shaped 4, and a dome-shaped cover 6 shown in FIG. is installed.
A front side sticker 9 is stuck there so as to wrap the static eliminator and is completely adhered to the stickers 1 and 2. - 特許庁
This is where the expression of dorayaki came from.

Since the overall composition can be understood from Fig. 4, Fig. 4 will be explained once again.
2 of stickers 1 and 2 is the surface that contacts the car body and is pasted with glue. Sticker 1 is the inner surface of the sticker. An insulator 5 is attached to the insulator 3 of the surface, and the metal part of the disk-shaped 4 of the 5 is oscillated by the insulator spring 5, and when the 4 comes into contact with the 7, the static electricity is sparked and removed.
The cover 6 prevents the spark from leaking out of the sticker and is safe.
Furthermore, the sticker 9 is completely sealed and adhered for double security.

After sticking the static electricity removal sticker of the present invention on the car, the static electricity is removed even when the car is stopped, and of course, the static electricity generated in the body while the car is running is also removed by itself at a rate of several tens of times per second. This eliminates static electricity while the car is running or stopped, maximally preventing dust from sticking to the body due to static electricity.

In addition, the possibility of collaborating with popular anime such as "Baby Inker", "Riding with your dog", "Children are on board", silver marks, F1 stickers, etc. is immeasurable.

car body sticker electrostatic spark device Electrostatic spark device cover General view of static electricity removal sticker

Fig. 4 shows Fig. 1, Fig. 2 and Fig. 3 arranged at their respective positions in a single diagram. Briefly referring to Fig. 4, sparks 4 and 5 are placed on surface 1 of stickers 1 and 2 and insulator 3. 5 parts of the device are glued and the cover 6 is installed and glued so as to cover 4 and 5. In the disk-shaped metal fitting of 4, the insulator 5 is spring-like and shakes with a slight vibration, and the static electricity generated by the car body passes through the inside of the sticker. By doing so, a spark is generated and static electricity is removed.
By sticking the sticker 9 to one surface of the stickers 2 and 1, a completely sealed static electricity removal sticker product is obtained.
Any design can be printed on the outer portion of the sticker 9 .
Just by sticking this on the body of the car, static electricity is automatically removed for 24 hours.

1 sticker inside 2 sticker car body contact surface 3 sticker 1 inner insulator part 4 spark device disk-shaped hardware 5 disk-shaped hardware fixed to the insulator part of 3 and at the same time acting as a spring 6 protecting the spark device cover 7 car cover Coil that induces static electricity inside the sticker 8 Body contact 7 How to express inside the sticker

Claims (13)

Two sheets of stickers are stacked and a static eliminator is built in.
2 is one part of the sticker, which is pasted on the body of the car and passes static electricity from the body from 7 through 8 on the inside of the sticker 1, and is a disk-shaped upper part of the insulator spring 5 adhered to the insulator 3. It is a mechanism that sparks and removes static electricity by touching the 8 parts where the metal fittings shake even with a minute vibration and static electricity is transmitted. A sticker with a static electricity eliminator, characterized in that a cover 6 of the device part protects the static electricity eliminator from impact from pressure from the outside of the sticker and at the same time prevents static electricity from leaking out to the outside of the sticker. . The surface 9 of the sticker is printed with animation and various designs. It also serves as the surface of the sticker and also serves to enclose the static eliminator installed on the inner surface 1 of the sticker 2 adhered to the body of the car, and to seal the static eliminator by bonding with the sticker 1. - 特許庁 The principle of the static eliminator installed inside one surface of the sticker 9, 2 is the passage of static electricity on the surface of the sticker 2, which is in contact with the vehicle body. 7 can be made of any material that conducts electricity, but this time, static electricity is transmitted from the surface of sticker 2, which is a doughnut-shaped thin sheet of metal material embedded in the center of the sticker, to the surface of sticker 1 through 7. and is transmitted to 8. An insulator 3 is placed at the center of the donut shape 8, an insulator and a spring-like insulator 5 are connected thereon, and a disk-shaped fitting 4 is connected at the top.
The insulator 5 oscillates even with minute vibrations, bringing the upper disc-shaped metal fitting 4 into contact with 8, sparking and removing static electricity from the body of the vehicle.
A cover 6 protects the entire device and prevents the static eliminator from being damaged by an external load. The cover 6 also serves to prevent sparks from leaking out of the sticker. Regarding the static eliminator, the shape of the disc 4 is explained, but it may be of a spiral shape, a single nichrome wire, 4, 5 integrated spring shape, star shape, or the like. It is important that the static eliminator is installed inside the sticker, and the installation position of the sticker and the mechanism of the static eliminator do not matter. The thinner the static eliminator, the better. For example, a sticker with a dragon design that matches the semicircle of the crystal where the dragon is holding the crystal. The sticker itself is made of thick plastic, and a small space is created inside the two sheets, and a very thin piano wire or the like that vibrates with a single vibration is placed in the space, and a spark is generated to remove static electricity. . By making the shape of the wire spiral like a mosquito-repellent incense and connecting the central part of the spiral to the sticker insulator 3, the outside of the spiral comes into contact with 8 parts to generate a spark and remove static electricity even with any shaking. The inside of the static eliminator was entirely covered with an insulator so as not to leak sparks to the outside. A static electricity removal sticker with static electricity removal devices installed in several places inside the sticker. A sticker with a static eliminator like a can badge. A sticker with a case-type static eliminator, regardless of the material and mechanism of the static eliminator.

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