KR200231502Y1 - The eaves of signboard - Google Patents

Abstract

The present invention relates to an eave for preventing rain water from penetrating into the signboard is configured on the top of the signboard.

In particular, it is made of aluminum chassis, but the first eaves and the second eaves are organically fastened using fastening protrusions, and the signage eaves are used to block the rainwater that can flow down to the signboard by using fastening screws. .

Conventional signs have not been constructed in such a way that it is possible to completely prevent rainwater seeping.

There is a problem in that the life of the product is not very long because it consists only of passive components that organically connect the bent portion during the manufacture of the signboard frame to prevent rain water from seeping.

Therefore, the present invention combines the first eaves and second eaves on the signboard organically and combines the bent parts and the projections with each other, and combines the stopper made of synthetic resin on the left and right sides with a fastening screw to completely prevent rain water from flowing into the signboard frame. I want to block.

This invention is a useful design that can effectively block the rain water that can flow to the signboard to extend the life of the signboard.

Description

The eaves of signboard

The present invention relates to an eave for preventing rain water from penetrating into the signboard is configured on the top of the signboard.

In particular, it is made of aluminum chassis, but the first eaves and the second eaves are organically fastened using fastening protrusions, and the signage eaves are used to block the rainwater that can flow down to the signboard by using fastening screws. .

In general, it is used to advertise to consumers by writing down their trade name for sales.

Therefore, the signboard is bolted to the outdoor wall, so that it is always visible to the consumer.

Signboards installed outdoors are exposed to rain.

The interior of the signboard is equipped with electric wires and fluorescent lights to illuminate the lights, so if water penetrates inside the signboard, the signboard will be out of service.

In particular, a discharge may occur and a fire may occur.

As such, the conventional signboards were not constructed in such a way that they could completely prevent rainwater from seeping.

There is a problem in that the life of the product is not very long because it consists only of passive components that organically connect the bent portion during the manufacture of the signboard frame to prevent rain water from seeping.

The present invention organically combines the first and second eaves on the signboard with the bent parts and the projections organically, and combines the stopper made of synthetic resin on the left and right sides with fastening screws to completely block rain from flowing down to the signboard frame. I would like to.

In addition, the mechanical coupling between the first eaves and the second eaves, which are the components of the eaves, is made of only the bent portions and the protrusions, thereby providing an excellent assembly property.

1 is a side cross-sectional view showing a fastening state of the sign eaves of the present invention

Figure 2 is a side view showing a state of the first eaves of the present invention

Figure 3 is a side cross-sectional view showing a state of the second eaves of the present invention

Figure 4 is a use state showing the use state of the sign eaves of the present invention

The present invention relates to a tool for preventing rain water flowing down to a signboard made of aluminum chassis and consists of the following configurations.

A first eave 10 configured at an upper end of the signboard 1 and coupled to the second eaves 20 in a form protruding from the front surface of the signboard;

It is fastened by the organic coupling between the first eaves 10 and the bent parts 13 and 23 and the fastening protrusions 16 and 25, and the wall 2 and the wall attaching part 21 are fastened through the fastening means 40. A second eaves 20 coupled to the wall surface 2 to which silicon 41 is applied;

The first eaves 10 and the second eaves 20 have the same outer shape as the combined shape, and the left and right sides of the eaves are joined with a stopper 30 made of a synthetic resin material through a fastening screw 5 '. Blocks rainwater that may flow into the signboard (1).

The first eaves 10 of the above configuration,

An upper surface portion 11 configured to be smooth and oblique so that rain water can flow down;

The protruding portion 14, the bent portion 13, and the screw fasteners 15 are constituted by the lower surface portion 12 configured at a proper position;

Organically coupled with the second eaves 20 is configured to send rain water.

In addition, the second eaves 20,

An organic coupling with the first eaves 10, but the wall surface attachment portion 21 coupled with the wall surface 2 through a fastening means 40 (bolts, screws, etc.);

A fastening protrusion 25 corresponding to the fastening protrusion 16 of the first eaves is formed, and a driver insertion hole 26 is configured to be fastened to the upper end of the signboard 1 using the fastening screw 5.

In the above described the schematic configuration of the present invention, it will be described in detail with the drawings shown.

The present invention is made on the top of the signboard (1) as shown in the use state diagram of Figure 4 as a cornice to prevent rain water flowing into the signboard is made of aluminum chassis.

To this end, the first eaves 10 and the second eaves 20 are combined to achieve a desired purpose, which is shown in detail in FIGS. 2 and 3.

FIG. 2 shows the first eaves 10. The upper surface 11 is smooth and obliquely formed, and when attached to the signboard 1, it protrudes more than the thickness of the signboard to perform the nasal membrane. have.

The lower eaves 12 of the first eaves 10 are provided with a first eaves fastening protrusion 16 which can form an organic bond with the second eaves 20, and a protrusion 14 and a bent portion 13. ), The screw fastening portion 15 is composed of the appropriate number at the proper position.

The protrusions 14 here prevent the eaves from bending.

On the other hand, the second eaves are configured to have the same oblique angle as the first eaves as shown in FIG. 3, but includes a fastening table 22 to be coupled to the wall mounting portion 21 and the signboard to be coupled to the wall surface 2.

The wall attachment portion 21 is in close contact with the upper wall surface (2) of the sign and then firmly coupled to the wall using the fastening means (40).

Fastening means 40 may be a known fastening means such as bolts, screws.

In addition, a driver insertion hole 26 is formed in the fastening table 22, and a second eave fastening protrusion 25 capable of organic coupling with the first eaves 10 is formed.

In addition, the bent portion 23 and the plurality of screw fasteners 24 are configured at appropriate positions.

Then look at the process of the present invention is assembled with Figure 1 shown as follows.

The second eaves 20 are placed on the top of the signboard 1 and fastened to the wall surface 2 through the fastening means 40 on the wall attachment part 21.

After the fastening, silicon 41 is applied therebetween for tight coupling between the wall surface 2 and the wall attachment portion 21.

The silicon 41 is configured to block rainwater that may flow between the wall attachment portion 21 and the wall surface 2.

Thereafter, the fastening screw 40 is inserted through the driver insertion hole 26 formed in the second eave fastening table 22 and the fastening table 22 is firmly screwed on the upper end of the signboard 1.

The first cornice 10 is inserted into the side of the second eaves 20 installed in this way, the bent portion 13 of the first eaves 10, the bent portion 23 of the second eaves, the fastening protrusion of the first eaves (16) is pushed so that the fastening protrusions 25 of the second eaves can be organically combined.

This coupling is characterized in that the fastening only by the mechanical coupling between the configuration between the first eaves 10 and the second eaves 20 without the tightening of screws or bolts.

Thereafter, the stopper 30 composed of a synthetic resin material is coupled to each other by fastening screws 5 'to the side of the cornice.

That is, as shown in the dashed-dotted line of Figure 1 shown in the same shape as the side outer circumference of the combined eaves and the stepped portion 30 is configured to fit by using the fastening screw 5 ' Done.

The nut part corresponding to this fastening screw 5 'becomes the unfinished circular screw fastening parts 15 and 24 comprised in the appropriate position of the 1st eaves 10 and the 2nd eaves 20. As shown in FIG.

The present invention is a useful design that can effectively extend the life of the signage by effectively blocking the rain that can flow down the signage.

In addition, the signboard is composed of the present invention does not come in contact with the acidic rainwater these days even after long use is less likely to discolor the letters of the signboard.

The above effects can maximize the advertising effect that is the purpose of the signboard for a long time.

Claims (3)

In the aluminum chassis, a tool for preventing rain from flowing down to the signboard, A first eave 10 configured at an upper end of the signboard 1 and coupled to the second eaves 20 in a form protruding from the front surface of the signboard; It is fastened by the organic coupling between the first eaves 10 and the bent parts 13 and 23 and the fastening protrusions 16 and 25, and the wall 2 and the wall attaching part 21 are fastened through the fastening means 40. A second eaves 20 coupled to the wall surface 2 to which silicon 41 is applied; The first eaves 10 and the second eaves 20 have the same outer shape as the combined shape, and the left and right sides of the eaves are joined with a stopper 30 made of a synthetic resin material through a fastening screw 5 '. An eave of a signboard characterized by blocking rainwater that can flow down into the signboard (1). The method of claim 1, First eaves 10, An upper surface portion 11 configured to be smooth and oblique so that rain water can flow down; The protruding portion 14, the bent portion 13, and the screw fasteners 15 are constituted by the lower surface portion 12 configured at a proper position; Eaves of the signboard characterized in that it is configured to send the rain water by organically coupled with the second eaves (20). The method of claim 1, The second cornice 20, An organic coupling with the first eaves 10, but the wall surface attachment portion 21 coupled with the wall surface 2 through a fastening means 40 (bolts, screws, etc.); The fastening protrusions 25 corresponding to the fastening protrusions 16 of the first eaves are constituted, and the driver insertion holes 26 are configured to fasten with the upper end of the signboard 1 by using the fastening screws 5. Eaves of signboard.