KR20000003867U - Windshield molding with washer liquid spraying function. - Google Patents

Abstract

The present invention relates to the provision of a windshield molding having a washer liquid injection function, which is improved so that the washer liquid is sprayed over the entire windshield (windshield) located in front of the vehicle to facilitate the removal of foreign substances.

To this end, in the present invention;

The washer fluid 15 is wandered from the washer fluid tank 14 mounted in the engine room to remove foreign matter from the windshield 12 mounted between the rear of the engine room of the vehicle 10 and the upper end of the roof panel 11. In constructing a wind shield molding having a washer liquid spraying function to be injected into the shield 12;

Forming a washer fluid hole (21) such that the washer fluid (15) can be injected into the wind shield molding (20) which keeps the windshield (12) and the vehicle body (16) in close contact and maintains airtightness;

In the middle of the washer fluid hole 21, a plurality of injection holes 22 are formed at equal intervals so as to spray the supplied washer liquid 15 to the windshield 12.

Description

Windshield molding with washer liquid spraying function.

The present invention relates to a windshield molding having a washer fluid spraying function. More specifically, a washer fluid is sprayed over the entire windshield (windshield) located in front of the vehicle to facilitate removal of foreign substances. The present invention relates to the provision of a wind shield molding having an injection function.

A windshield is installed between the front of the car and between the hood panel and the roof panel, and the windshield is equipped with a wiper as a means of securing a safe watch during rain and snow, so that rainwater can be removed.

These windshields often pollute the windshield due to various foreign matters on the road even on a clear day, and often interfere with the driver's visibility.

In order to remove various foreign matters on the windshield on a clear day like this, the wiper should be operated as in the case of rain and snowfall.In this case, when the dry windshield and the rubber wiper are rubbed, the wiper remains Buried in the windshield makes the clock more difficult to secure.

In order to solve this problem, the wash liquid is sprayed to facilitate the removal of foreign matters on the windshield on a clear day.

The washer fluid is supplied to the nozzle by a pump from a separate washer fluid tank installed in the engine room and sprayed to the windshield through the nozzle.

Conventionally, such injection nozzles (1) is provided with one or two at the upper end of the hood panel (3) or cowl top garnish (4) covering the engine room of the vehicle (2) as shown in FIG. The washer liquid 6 is sprayed on the front surface of the windshield 5.

In the prior art as described above, the washer fluid sprayed from the nozzle is not sprayed evenly over the entire windshield, and is concentrated only at the center part, thereby preventing the entire windshield from being cleaned.

In particular, since the nozzle is provided on the hood panel or the top of the cowl top garnish, foreign matter such as wax blocks the nozzle inlet during washing the vehicle, so that the washer fluid is not sprayed smoothly. It had problems such as spraying on a part other than the shield and polluting the vehicle.

Therefore, the present invention has been made to solve the above problems, and evenly spray the washer fluid all over the windshield to maximize the cleaning effect of the windshield, as well as to secure the front clock due to this to help safe operation For the purpose of

1 is a perspective view illustrating a vehicle in a state in which a nozzle for washer liquid injection, to which the prior art is applied;

Figure 2 is a perspective view of a vehicle equipped with a wind shield molding having a washer liquid spraying function applied technology of the present invention.

3 is a cross-sectional view taken along the line A-A of FIG.

* Description of the symbols used in the main parts of the drawings *

12; Windshield

15; Washer liquid

20; Windshield Molding

21; Washer liquid ball

22; Jet

25; hose

Hereinafter, with reference to the accompanying drawings will be described the configuration and operation of the present invention for achieving the above object.

Figure 2 is a perspective view showing a vehicle equipped with a washer nozzle to which the technique of the present invention is applied, Figure 3 will be described together as an excerpt cross-sectional view taken along the line AA of FIG.

In order to facilitate the operation of the wiper 13 and removal of foreign substances when removing foreign matters from the windshield 12 mounted between the rear of the engine room of the vehicle 10 and the upper end of the roof panel 11. The washer liquid 15 is injected from the washer liquid tank 14 to the wand shield 12.

In the present invention, the washer fluid (15) is fixed through the windshield molding (20) which fixes the vehicle body and the windshield 12 and maintains airtight without using a nozzle as a means for injecting the washer fluid 15 into the windshield 12. 15) to be sprayed so that the washer liquid 15 is evenly sprayed on the entire windshield 12.

The configuration of the present invention for this purpose;

The washer fluid hole 21 into which the washer fluid 15 can be injected is formed in the wind shield molding 20 which keeps the windshield 12 and the vehicle body 16 in close contact and maintains airtightness. In the middle of the) is formed by forming a plurality of injection holes 22 at equal intervals.

The injection hole 22 is formed in the windshield 12 direction, and one side of the washer fluid hole 21 formed in the windshield molding 20 is the washer fluid tank 14 and the hose 25 and the like provided in the engine room. So that the washer fluid 15 can be supplied.

The present invention configured as described above;

During rain and snow, the windshield 12 is in a wet state by rain or snow, so only the wiper 13 is operated to clean the windshield 12, and other foreign matters during the sunny day. If the windshield 12 is contaminated or if the front clock is difficult to secure, the washer fluid 15 may be sprayed to clean the windshield 12.

The washer fluid hole 21 in which the washer fluid 15 filled in the washer fluid tank 14 provided in the engine room is integrally formed on the windshield molding 20 through the hose 25 when the washer fluid 15 is injected. Is supplied.

The washer fluid 15 supplied to the washer fluid hole 21 is evenly sprayed to the entire windshield 12 through the injection hole 22 formed in the washer fluid hole 21, thereby improving the operability of the wiper 13 and cleaning efficiency. It is also maximized.

Since the injection hole 22 formed in the middle of the washer fluid hole 21 formed in the wind shield molding 20 is formed in the wind shield 12 direction, the washer liquid (from the left and right sides and the upper surface of the wind shield 12) This is possible because 15) is injected.

The washer fluid 15 sprayed as described above is unlikely to be scattered to other parts of the vehicle body except for the windshield 12, thereby preventing contamination of the vehicle body due to the washer liquid.

The present invention as described above has the effect that the washer fluid is evenly sprayed throughout the windshield can help to ensure safe operation by maximizing the cleaning effect of the windshield and ensuring the forward clock.

Claims (3)

The washer fluid 15 is wandered from the washer fluid tank 14 mounted in the engine room to remove foreign matter from the windshield 12 mounted between the rear of the engine room of the vehicle 10 and the upper end of the roof panel 11. In constructing a wind shield molding having a washer liquid spraying function to be injected into the shield 12; Forming a washer fluid hole (21) such that the washer fluid (15) can be injected into the wind shield molding (20) which keeps the windshield (12) and the vehicle body (16) in close contact and maintains airtightness; In the middle of the washer fluid hole 21, a plurality of injection holes 22 are formed at equal intervals so as to spray the supplied washer liquid 15 to the windshield 12. Shield Molding. The method of claim 1; The injection hole 22 formed in the washer fluid hole 21 is a wind shield molding having a washer liquid injection function, characterized in that formed in the wind shield (12) direction. The method of claim 1; One side of the washer fluid hole (21) formed in the wind shield molding 20 is a wind shield molding having a washer liquid spraying function, characterized in that it is connected to the washer liquid tank 14 and the hose (25) provided in the engine room.