KR200327053Y1 - A pad to prevent from slipping and guide direction with noctilucence pad - Google Patents

Abstract

The present invention is installed in the corner of the stairs 27 of buildings and subways to prevent pedestrians from injured by sliding on the stairs 27, and relates to the slipper (1) equipped with a direction guidance function, in particular fire And the non-slip light plate 14 and the light plate 15 made of luminous material on the upper and front portions of the slipper 1 when the electricity supply is cut off due to the blackout light suddenly darkens the people. By making it easy to recognize the position of the stairs (27) it is possible to safely guide people out of the building in the dark.

The non-slip pad 11 of the slip guide 1 having a direction guide function according to the present invention is applied to the top plate 19 of acrylic, epoxy and urethane resin on the top surface of the base plate 18, and the primary paint ( 19) Applying the coloring paint 20 to have a variety of colors and patterns on the coating, the coating material is a mixture of the non-slip particles 16 and the adhesive 21 of aluminum oxide and silicon carbide on the coloring paint 20 The luminous plate 15 of the luminous material is fixed to the insertion groove 24 formed in the front guide plate 13, and the luminous adhesive agent 17 is inserted into the insertion groove 23 formed in the upper guide plate 12 made of metal. ) And the non-slip luminous plate 14 formed by mixing the non-slip particles 16 of aluminum oxide and silicon carbide material is inserted and fixed to form the upper guide plate 12, the non-slip pad 11 and the upper guide plate 12 ) Is inserted into and fixed in the upper fixing groove 25 of the body 10, The guide plate 13 is configured is inserted fixed to the front screw hole 26 of the body 10.

Description

Anti-slip pad with direction guide {A pad to prevent from slipping and guide direction with noctilucence pad}

The present invention is installed on the corner of the staircase of a large building or subway to prevent pedestrians from being injured by slipping on the stairs, and relates to a slipper with a direction guide function to guide the direction of the destination to the pedestrians, in particular, fire and When the electricity supply is cut off due to the blackout, the luminous plate on the slipper emits the accumulated energy so that people can easily recognize the location and exit of the stairway. It relates to a non-slip with a direction guide function.

Generally, rubber slippers are attached to the stairs to prevent pedestrians from getting injured on the stairs of buildings and subways, but the maintenance costs are high because rubber is weak and needs to be replaced at regular intervals. If the electricity supply is cut off due to fire or power outage, people can't find the location of the stairs connected to the exit, which can cause a big accident.

The present invention has been devised in view of the conventional problems, and the purpose of the present invention is to increase the durability of the slipper so as not to wear even for long periods of time, the upper or front of the slipper consisting of a luminous material or It is easy to recognize the direction of the destination to pedestrians even in complex places such as large buildings and subway transit stations by constructing figures.In particular, even if the electricity supply is cut off due to fire or power outage, the light from the upper and front of the non-slip bar is emitted. The purpose is to provide an anti-slip that can be used to easily find the location of the stairs connected to the exit to safely guide people trapped in the dark room out of the building.

1 is a perspective view of the present invention.

2 is a cross-sectional view taken along the line AA of FIG.

3 is a cross-sectional view taken along the line B-B in FIG.

Figure 4 is an exploded perspective view of the present invention.

5 is a state of use of the present invention.

<Code Description of Main Parts of Drawing>

1: slipper

10: body

11: non-slip pad

12: upper information board

13: front information board

14: non-slip luminous plate

15: luminous plate

16: non-slip particles

17: luminous adhesive

18: base plate

19: first coat

20: coloring paint

21: adhesive

23,24: Insertion groove

25: upper fixing groove

26: front fixing groove

27: stairs

The present invention for achieving the above object,

The non-slip pad 11 is coated on the top surface of the base plate 18 with acrylic paints of epoxy, urethane and urethane resin, and the coloring paint 20 to have various colors and patterns on the paint 19. The coating groove is formed by applying a coating material in which an anti-slip particle 16 made of aluminum oxide and silicon carbide and an adhesive 21 are mixed on the coloring paint 20, and the insertion groove 24 formed in the front guide plate 13 is applied to the insertion groove 24. The luminous plate 15 of the luminous material is inserted and fixed, and the luminous glue 17 and the non-slip particles 16 made of aluminum oxide and silicon carbide are mixed in the insertion groove 23 formed in the upper guide plate 12 of the metallic material. The non-slip luminous plate 14 is configured to be inserted into the upper guide plate 12 is configured, the non-slip pad 11 and the upper guide plate 12 is inserted into the upper fixing groove 25 of the body 10 is fixed , The front guide plate 13 is inserted into the front fixing groove 26 of the body 10 to be fixed It is sex.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of the present invention, Figure 2 is a cross-sectional view taken along the line AA of Figure 1, Figure 3 is a cross-sectional view taken along the line B-B of FIG.

As illustrated in FIG. 1, the anti-skid strap 1 of the present invention has an impact resistance, abrasion resistance, and self-extinguishing (self-fire resistance) in a polycarbonate (Polycarbonate) material having a “a” shape. An anti-slip pad 11 is configured, and on both sides thereof, an upper guide plate 12 having an anti-slip luminous plate 14 is configured, and a luminous plate 15 for guiding a direction is provided on the front portion of the body 10. The front guide plate 13 is provided.

The non-slip pad 11 attached to the upper center of the body 10 is coated with a primary paint 19 of acrylic, epoxy and urethane resin on the bottom plate 18 of polycarbonate, as shown in FIG. 19) Applying the coloring paint 20 to have a variety of colors and patterns on top, and mixing the non-slip particles 16 and the adhesive 21 of a high hardness material such as aluminum oxide and silicon carbide on the coloring paint 20 It is constructed by applying one paint.

When the non-slip particles 16 are mixed with the adhesive 21 and applied, the surface of the non-slip pad 11 may be roughened by the non-slip particles 16 to prevent slipping of pedestrians passing through them.

The upper guide plate 12 formed on both sides of the non-slip pad 11 is perforated in the form of a letter or a figure guiding the direction to the upper guide plate 12 made of a material such as aluminum or copper, as shown in FIG. And the non-slip luminous plate 14 formed by mixing the non-slip particles 16 made of aluminum oxide or silicon carbide and the luminous adhesive 17.

The front guide plate 13 attached to the front part of the body 10 is perforated in the form of letters or figures for guiding the direction, and the front guide plate 13 is configured by inserting and fixing the luminous plate 15.

As shown in FIG. 4, the non-slip pad 11 and the upper guide plate 12 are inserted into and fixed to the upper fixing groove 25 formed in the upper portion of the body 10, and the front fixing groove formed in the front portion of the body 10 ( 26) Insert and fix the front guide plate (13).

The non-slip pad 11 and the non-slip glow plate 14 formed on the top of the anti-slip 1 can prevent a pedestrian's safety accidents from slipping, and the upper and front portions of the non-slip 1 Non-slip luminous plate 14 and luminous plate 15 in the form of letters and figures for guiding directions can be easily recognized by people in a complex place such as a large building or a subway transit station. When the room is suddenly dark due to the supply cut off, the non-slip luminous plate 14 and the luminous plate 15 emit light to make it easy to recognize the position of the stairs 27 and the direction of the exit. Can lead out.

In addition, the anti-skid pad 11 is worn by using the non-slip strap 1 according to the present invention for a long time, the anti-slip light grating plate 14 and the luminous plate 15 is not good performance, even when the slip plate ( In 1), only the non-slip pad 11, the non-slip luminous plate 14 and the luminous plate 15 can be easily separated and replaced, thereby significantly reducing the maintenance cost.

As described above, the slipper 1 according to the present invention has excellent durability and can be used for a long time, and the non-slip pad 11, the slippery luminous plate 14, and the luminous plate 15 are easy to replace. It can be used to guide people in the direction of a destination in a complex place such as a large building or subway transit station, especially when the room is suddenly dark due to a fire or power outage and the room is suddenly dark. The plate 14 and the luminous plate 15 emit light to make it easy to recognize the direction of the stairs 27 and the direction of the exit 27 to those who are thundering in the dark so that they can safely guide people out of the building even in the dark. It is a very useful design.

Claims (1)

The non-slip pad 11 is coated on the top surface of the base plate 18 with acrylic paint, epoxy paint and urethane resin paint 19, and the paint 20 with various colors and patterns on the paint 19. It is applied to the coating material, it is composed by applying a coating material mixed with the non-slip particles 16 and the adhesive 21 of aluminum oxide and silicon carbide on the coloring paint 20, The luminous plate 15 of the luminous material is fixed to the insertion groove 24 formed in the front guide plate 13, and the luminous adhesive 17 and the aluminum oxide are inserted into the insertion groove 23 formed in the upper guide plate 12 made of metal. And the non-slip luminous plate 14 is formed by mixing the non-slip particles of silicon carbide 16 is inserted and fixed to the upper guide plate 12, The non-slip pad 11 and the upper guide plate 12 are inserted into and fixed to the upper fixing groove 25 of the body 10, and the front guide plate 13 is inserted into and fixed to the front fixing groove 26 of the body 10. Non-slip with a direction guide function characterized in that.