KR20120089309A - Fine perforated shield for automobiles - Google Patents

Abstract

There is provided a microporous shield 1 for an automobile, having the same dimensions as a window and supported by a reinforcing frame 2. The shield provides ventilation to the car, preventing the rest of the occupants from choking, housekeeping or even death if the driver is required to rest for a refreshment or to stop sleeping during long journeys. The shield protects against mosquitoes, lizards, snakes and the like, and especially from robbers and thieves. It is disposed inside the window and includes additional run channels and seals. The shield is resistant to cutting, scratching and burning and can be operated manually or electrically with a window adjuster having a lock button.

Description

Fine hole shield for car {FINE PERFORATED SHIELD FOR AUTOMOBILES}

The present invention relates to the automotive industry. The installation of a layer of micro-hole shields is intended to provide fresh and fresh air to the car and to prevent suffocation, housework or even death of the driver and the rest of the passengers as the windows are closed, especially when the driver is traveling for a long time. If you are forced to rest or sleep for recovery, there will be new and limited air. It is also intended to prevent mosquitoes or other insects from infecting disease (which acts as a filter). Also, to prevent invasion of lizards, snakes and scorpions, especially in deserts and mountains. Furthermore, to protect the car and the occupant from invasion by robbers and thieves (not to be stolen).

One major drawback of current ventilation systems for all automotive windows is the presence of windows that can be opened and closed manually or electrically. Closing these windows, especially if the driver is forced to rest or sleep to renew his leadership during long journeys on the road, fresh air for ventilation in the car is limited and not new, choking the driver and the rest of the passengers, It will lead to housework or even death.

If the driver leaves the car window open for ventilation, the driver and the occupant will be in one of the following states:

1. Mosquito bites or stings (flying and crawling) bugs. High vulnerability to infectious diseases.

2. A lizard or aircraft will invade your car and you will be exposed to infection as a result of the damage.

3. Snakes or scorpions will also break into cars, especially in deserts and mountains, and they will be exposed to the accompanying poison.

4. Further, the car, some contents, and the occupants will be attacked by robbers and thieves.

5. It will also be left to wildlife (predators), especially in mountainous areas.

An object of the present invention is to provide a fine hole shield for automobiles.

Adding or installing a layer of microhole shield supported by a reinforcement frame ensures that the shield slides up and down easily and safely without any harm or damage, the reinforcement frame having the same dimensions as the original car window dimensions It is attached to a revision (window run channel seals) in a rubber gasket (glass urethane) associated with a car window with additional grooves (additional run channel).

1. Easily used, installed and manufactured without harming or harming users.

2. After installed in the window of the car, it can withstand cutting, scratching or burning.

3. Dimensions are maintained and relatively unaffected by solar and cold weather.

4. Withstands corrosion and rust.

5. Do not conduct temperature and electricity well.

6. Easily opened and closed manually, mechanically or electrically by window adjusters.

The windows of various automobiles, minibuses and buses, as well as the windows of transport vehicles and trucks (buses), can be easily machined to have different sizes and shapes.

1 shows a microhole shield with a reinforcing frame.
FIG. 2 shows a urethane (rubber gasket) with two running channels for both the windshield and the micropore shield.
3 shows a front hale and a rear hale with two integrated running channels in the case of vertically divided windows.
4 shows a urethane (rubber gasket) with a front hale and a rear hale incorporating two running channels for both the windshield and the micropore shield.
5 shows a holder or carrier, one for the windshield and the other for the micro-hole shield.
FIG. 6 shows an aggregated box of horizontally arranged buttons for both a glass window and a microhole shield, or for either a glass window or a microhole shield.
FIG. 7 shows an aggregated box of vertically arranged buttons for both the windshield and the microporous shield, or for either the windshield or the micropore shield.

1

Show the fine hole shield.

Also shown is a frame located near the shield.

2

The elevation of the outer rubber gasket may be the outer reach of a groove made in Albrooaz, in which the window moves.

There is a run channel between the rubber gaskets, in which the window moves.

There is a rise in the rubber gasket between the run channel of the window and the run channel of the shield.

The run channel is where the shield moves.

The appearance of an inner rubber gasket may be the inner reach of a groove made in Albrooaz, in which the shield moves.

3

In the center, the front hale provides the rubber located around the window glass and the fine hole shield, in which case the window is divided into two parts.

In the center, the rear hale provides the rubber located around the window glass and the fine hole shield, in which case the window is divided into two parts.

4

The lift on the outer rubber gasket is the outer reach of the groove made in Albrooaz, in which the window moves.

There is a run channel between the rubber gaskets, in which the window moves.

There is a rise in the rubber gasket between the run channel of the window and the run channel of the shield.

The shield moves on the run channel.

The emergence of the inner rubber gasket is the inner reach of the grooves made in Albrooaz, where the shield moves.

In the center, the front hale provides rubber around the window glass and the fine hole shield, in which case the window is divided into two parts.

5

The holder for the glass of the window and the focal point (fulcrum) for vertical movement are shown.

The holder for the microhole shield and the focal point for the vertical opening movement are shown.

6

Shows a box of grouped buttons for opening and closing both the window and the shield.

A box of grouped buttons for opening and closing the glass window and four separate buttons for opening and closing the horizontally arranged micropore shield are shown.

A box of grouped open and closed buttons of the shield and a box of buttons for opening and closing horizontally arranged windows are shown, the two boxes being separated from each other.

7

A box of grouped open and closed buttons of a window pane and four separate open and closed buttons for a vertically arranged micro-hole shield are shown.

The box of grouped open and closed buttons of the micropore shield and the box of open and closed buttons for the vertically standing window glass are shown, the two boxes being separated from each other.

Claims (6)

Microporous shield, which can be made of a material with high durability and high quality, can be supported by an outer frame, and has the same dimensions as a window. Window run channel seals or glass urethanes associated with the car door, in which additional run channels are added to ensure easy up and down sliding movement of the shield disposed inside the glass window. 1. Easily used, installed and manufactured without causing any harm or harm to users.
2. After being installed in the window of the car, withstands cutting, scratching or burning,
3. It is not significantly affected by natural phenomena such as solar heat, humidity and cold weather, and maintains relatively unchanged dimensions.
4. Easily open and close manually, mechanically or electrically (using window adjusters used to open and close car windows);
5. Easy to manufacture, with different shape and size, suitable for various windows of all cars, minibuses and buses as well as transportation vehicles and trucks;
6. The material of the shield that is operated manually (window adjuster), electrically operated by clicking the up and down buttons (window adjuster), and can be operated by the lock and firmness buttons. A special holder or carrier designed to carry a shield that can be mounted in an automobile and can be attached to a modified main window adjuster or elsewhere specially mounted. In run channels specially made of rubber gaskets (glass urethane) associated with the car window
1.Manual window adjuster for opening and closing the micro hole shield,
2. Electrical control device for opening and closing the fine hole shield,
3. button for locking and firmness,
Apparatus and method for easily moving the shield by any one of. How to modify the window adjuster to manipulate the holder and the support points of both the windshield and the microhole shield, or to mount other special window adjusters to operate the shield.

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