Anti-reflective bollard

Abstract

The present invention relates to bollards for roads and sidewalks, and aims to provide a function that has good adhesion and does not fall off even when cut by cutting and bending stainless steel or EGI sheet metal to the specifications in the area where the reflective sheet tends to fall off, and then attaching the reflective sheet on top after tack welding. In other words, the present invention is intended to prevent reflective sheets from falling off bollards used on roads or sidewalks. Therefore, the present invention addresses the many problems associated with bollards installed on roads, such as countless bollards falling off, making them unsightly and damaging the city's aesthetics. To prevent the reflective sheets from falling off due to damage by pedestrians, a steel or stainless steel plate is cut, bent, and welded to the specifications of the groove where the reflective sheet is attached to the bollard, and the reflective sheet is then attached thereon. This prevents the sheets from falling off, thereby preserving the city's aesthetics and preventing the need for re-installation, which is expected to yield significant economic benefits.

Description

Technology Field

[0001] The present invention relates to road bollards, etc., and more specifically, to road safety bollards, the purpose is to enable a reflective sheet to function so that it does not easily fall off, thereby preventing the reflective sheet of the bollard installed on roads and sidewalks from being torn off by hand, which is not only unsightly but also allows for the detection of danger to pedestrians and the reflection function against vehicle entry to prevent danger. Background Technology

[0002] Generally, road bollards are installed on roads and sidewalks to deter vehicle entry and safely guide pedestrians, thereby diverting the attention of vehicles or pedestrians to prevent safety accidents. The aforementioned road bollards are typically constructed by equipping embedded bollards with elastic bodies and spring shock-absorbing functions. The purpose of these bollards is to ensure pedestrian safety and prevent damage caused by vehicles by absorbing impacts from vehicles and pedestrians through a cylindrical pipe covered with an outer elastic cover. However, the reality is that reflective sheets are legally required to be attached to any bollard, yet the adhesive strength of these sheets is weak, and the bollard covers are made of materials with poor adhesive properties. Consequently, they are easily torn and frequently damaged by people's hands, appearing very unsightly, and lacking reflective capabilities, leaving them exposed to danger. The problem to be solved

[0003] Accordingly, the present invention aims to address the practical issue where bollards installed on sidewalks and roads, as described above, fail to perform their reflective function due to damage caused by pedestrians. This is achieved by cutting and bending a selected plate, such as a steel or stainless steel plate, welding it to fit the specifications for attaching the reflective sheet, and then adhering the reflective sheet onto it. The invention utilizes strong adhesive force to prevent the sheet from falling off, while simultaneously protecting the reflective sheet from easily detaching when cut by pedestrian hands or sharp knives. means of solving the problem

[0004] That is, the present invention aims to solve the problem of attaching a reflective sheet to a bollard that does not easily fall off by cutting and bending a thin sheet of EGI steel or stainless steel, welding it into the attachment location groove of the reflective sheet, and then attaching the reflective sheet thereon. Effects of the invention

[0005] Therefore, the present invention prevents damage to reflective tape attached to bollards installed on roads and sidewalks and makes them more robust, thereby obtaining a protective effect against the detachment of reflective tape that is not damaged by pedestrians' hands or knives, and effectively prevents safety by obtaining an effect that prevents the tape from falling off easily, thereby protecting pedestrians from safety and the disadvantage of not looking aesthetically pleasing. Brief explanation of the drawing

[0006] FIG. 1 is a front cross-sectional view according to the present invention. FIG. 2 is an attachment diagram in which an egi steel or stainless steel plate is cut, bent, and combined, and a reflective sheet is attached, according to an embodiment of the present invention. Specific details for implementing the invention

[0007] The following is a detailed description with reference to the attached drawings. Considering that urethane and silicone bollards installed on roads and sidewalks suffer from poor visibility and poor aesthetics due to damage caused by pedestrians, resulting in poor functionality and significant economic losses from having to reinstall the bollards, the present invention provides a method to prevent the reflective sheet from falling off. This is achieved by cutting and bending a stainless steel plate or an EGI thin sheet, welding it to the reflective sheet attachment area of ​​the bollard, and then attaching the reflective sheet thereon.

[0008] In other words, the present invention relates to a bollard with good adhesion and that does not fall off even when cut with a knife, wherein a stainless steel or EGI thin plate is cut and bent to the specifications of a reflective sheet and welded to the outer silicone cover of the bollard body cover (110) and the outer reflective sheet portion of the bollard cover, and a reflective sheet is attached thereon after cutting and bending the stainless steel or EGI thin plate to the specifications of the reflective sheet. In addition, the invention relates to a bollard that prevents the reflective sheet from falling off by attaching a reflective sheet to the front surface of the reflective sheet attachment groove portion of the indicator body (110), where a thin EGI steel or stainless steel plate is cut and bent to the specifications and welded thereon. The implementation process of the present invention is described as follows: the invention is equipped with a silicone outer cover with good elasticity, and the stainless steel or EGI thin plate inserted externally is cut and bent, welded, and then a reflective sheet is attached thereon.

[0009] As described above, the present invention is a bollard that has a body cover (110) of a bollard and a stainless steel or EGI sheet plate cut and bent to match the specifications of the bollard reflector, welded, and then has one or more attached bollard reflectors of the same length inserted into the outer groove of the bollard reflector attachment area, and a bollard with a function to prevent the bollard reflectors from falling off due to damage by vehicles and pedestrians. Explanation of the symbols

[0010] 110: The part where a thin sheet of EGI steel or stainless steel is cut, bent, and tack-welded into the groove of the reflector attachment section of the bollard body cover. 210: Anti-falling reflective sheet attached to the exterior of a bollard cover by cutting and bending thin steel or stainless steel plates to the reflective sheet specifications, tack welding, and then adhering the reflective sheet to the plate.

Claims

Claim 1 A bollard for a road sidewalk comprising a bollard reflective sheet adhesive means comprising: a steel sheet cut and bent to the specifications for the outer groove of the bollard outer cover body to form a tack welded portion (110); and a stainless steel or EGI sheet steel cut and bent to the same size as the specifications of the reflective sheet attachment portion on the outside of the bollard outer cover, tack welded to the reflective sheet attachment groove portion, and then attached a reflective sheet thereon (210); wherein a bollard in which a sheet is cut and bent to the specifications of the reflective sheet attachment portion on the front cover of the bollard body (110), tack welded to the specifications of the reflective sheet attachment groove portion, and then attached a reflective sheet thereon.

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