KR200456060Y1 - Safety flag - Google Patents

Abstract

The present invention relates to a safety indicator flag that is easy to immediately notify of danger in long periods of time. Conventional safety indicator flags are heavy and often have low mobility or difficulty in operation. It was difficult to use alone. However, in order to overcome these shortcomings, the present invention arranges a magnet on the top of the safety indicator flag so that it can be attached only when an emergency occurs.

Description

Safety Marking Flags {SAFETY FLAG}

The present invention relates to a safety indicator flag to inform the indication of the emergency, danger, etc. that may occur during the operation of the vehicle.

Tripods, flags, luminous sticks, etc. are mainly used as safety indicators to inform accidents and dangerous situations.

In the case of a tripod, the vehicle should be installed at a certain distance from the rear of the car where the emergency situation occurred so that the vehicle passing by it can avoid the place where the emergency situation occurred. These tripods are used not only in vehicles but also in various construction sites. They are convenient to carry and easy to install. Also, Utility Model Registration No. 20-0313306 and Patent Registration No. 10-0719913 are used for road traffic safety signs. There have been many applications for 'light signs'. Although these signs focused on securing visibility and mobility, they were often overlooked in a running car because they were installed on the road. In addition, the importance of mobility, but to carry and put on the car to be assembled and installed a lot of heavy weight, there was a problem in the female driver or the elderly for installation.

In the case of the luminous stick, it is difficult to use because people hold it with their hands and shake it. Utility Model Application No. 20-1998-0005371-h86-0011037 In the case of emergency signs for automobiles, the light emitting diodes flickered to secure visibility, but they had to be used by shaking the handles.

In other words, the existing guide cover article is heavy, difficult to carry or difficult to assemble, even if it is difficult to use or easy to carry, there was a disadvantage that must be used directly by hand and shake.

The object of the present invention is to provide a guide plate that can be used as a portable and easy to install and to solve the above disadvantages.

In order to achieve the object as described above, the present invention is a safety indicator flag,

An upper end portion is provided with an attachment portion for attachment, and extends along the lengthwise direction at the lower end of the attachment portion, and may include a guide display portion printed with a fluorescent material on the inside thereof.

Magnets of the same size are placed symmetrically with respect to the center line of the attachment part in the attachment part, so that the folded shape is maintained by the magnet when the magnet is folded based on the center line.

 A zipper may be attached to the attachment part so as to conveniently insert and remove a magnet filled in the attachment part.

The magnet may be formed only at both ends toward the center.

The rod may further include a rod penetrating the inside of the attachment portion, and an attachment plate including a magnet may be formed at an end of the rod.

A thread is formed at the end of the rod so that the attachment plate and the rod are screwed to the safety indicator flag.

The safety indication flag as described above has the effect of providing a portable safety indication flag while being portable.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. 1 is a view showing an embodiment according to the present invention. Safety display flag 10 according to the present invention is composed of a guide display portion 11 and the attachment portion 13 made of a magnet (14) for attaching the flag to the vehicle body showing the danger guide.

The guide display unit may be a guide display 12 such as 'slowly', 'dangerous', 'under construction', etc., and may be partially visible or painted with fluorescent paint to ensure visibility even at night. In particular, the background color is yellow and the red color is used as a danger sign, and the letters are made of black with good visibility on the yellow background, but each colored paint can be seen well by day and night by using fluorescent paint.

The magnet 14 is included in the attachment part 13 of the upper part, but not including one magnet, but includes magnets divided into several pieces of the same size. It is not a problem to attach it to the car body even with one magnet, but if it is made with one magnet, it is difficult to fold the guide sign flag, so the magnet should be rolled around its axis. In this case, although the volume is reduced, the length of the magnet may be broken because the length is not reduced.

However, the present invention includes magnets in the attachment part 13, but includes a plurality of magnets of the same size and allows a small space between the magnets so that they can be folded in the longitudinal direction. Therefore, after folding the guide display flag several times in the longitudinal direction, if the stone is rounded or folded around the attachment portion 13, its volume can be reduced to a minimum.

An odd number of magnets may be used, but an even number may allow the flag to be folded securely, and it may be advantageous to fold it when each magnet is the same size. In particular, since the magnet is used for the attachment part, it can be easily attached to the vehicle even in use.

2 shows another embodiment. In the embodiment of FIG. 2, two long magnets are arranged inside the attachment part 13 of the upper end so that the two magnets can be easily folded. Even if the flag can be folded halfway, portability goes beyond that. In addition, the zipper 21 is formed on the attachment portion to enable the magnet to be detachable therein. In the case of using a long form of magnet, rubber magnet produced by mixing with Sr Ferrite powder, Ba Ferrite powder, and NBR resin rather than ordinary magnet and molded in the same way as rubber molding method has flexibility and elasticity. Rubber magnets are flexible, so they attach little by little, even if they are not perfectly flat, such as the trunk or the door of a car, providing high adhesion.

3 shows another embodiment. In the embodiment of FIG. 3, a magnet is disposed inside the attachment part 13 of the upper end, but unlike the embodiment of FIGS. 1 and 2, magnets having the same size are disposed only at both ends. Even when folding ordinary cloth, both corners meet each other so that the rest easily folds, so that the magnets can be easily folded by placing magnets at both ends, and the number of magnets can be reduced, thereby reducing the weight.

In addition, by increasing the number of the guide display portion 11 attached to the attachment portion, it is possible to guide the various types of risk by attaching several guide display portion to one attachment portion. In this case, except for the part which is seen to be outward, other guides are turned backward and attached to the vehicle. Since the attachment part is attached to the vehicle by the magnet of the attachment part, the guide display part which has been moved backward does not come forward.

Alternatively, the velcro may be arranged at the corner of the front of the guide display unit so that the guide contents may be changed by attaching and releasing the guide display unit having a different type of guide display.

4 shows another embodiment. 4 is in the form of a flag and has the same guide display portion 11, but instead of filling the inside of the attachment portion 13 with a magnet, a thin and long rod is inserted and the end of the rod 17 forms a screw portion. By including the magnet 15 to the inside and to be coupled to the mounting plate 16, the thread is formed. Therefore, the attachment plate 16 is attached to the vehicle and used, and the attachment point can be easily attached and used.

In this case, a plurality of guide displays may be formed to be attached to the attachment portion, and the portion with the guide marks to be used is placed forward, and the rest is turned over. However, in this case, since the magnet is not fixed to the guide display portion passed back as in the embodiment of Figs. 1, 2, and 3, the magnets are guided by the magnets 41. Can be fixed. This appearance is shown in FIG.

Figure 6 shows an example of the use of the safety indicator flag according to the present invention. Safety indicator flags as shown in Figures 1, 2, 3 can be attached where a large area is secured for attachment, such as the trunk of the vehicle. The part to be attached does not necessarily have to be flat and does not have to stand perpendicular to the ground. The upper part of the trunk of the vehicle is parallel to the ground, but the flag is unfolded by gravity when the flag is attached to it and the guide is extended downward. A weight having a certain weight may be attached to the lower end of the guide display part for natural unfolding. In addition, the guide display flag as shown in Figures 4 and 5 can be attached anywhere in the metal and can be attached to the side of the vehicle. It can also be attached to the roof of the vehicle and mounted vertically.

1, 2 and 3 show a safety indicator flag with a magnet attached to the top.

Figures 4 and 5 show that the top rod is placed back to the safety indicator flag containing a magnet

<Brief Description of Drawings>

11: Information display part 12: Information display

13: Attachment

Claims (8)

As a safety flag, The upper part is formed with an attachment for attachment, Extending along the longitudinal direction at the bottom of the attachment portion, the inside includes a guide display portion printed with a fluorescent material for the guidance display, the magnets of the same size are placed symmetrically with respect to the center line of the attachment portion When folded based on the center line is maintained by the magnet folded shape The safety indicator flag further comprises one or more guide display, safety indicator flag. delete delete The safety display flag of claim 1, wherein a magnet is formed only at both ends of the center line. The safety indicator flag of claim 1, further comprising a rod penetrating the inside of the attachment portion, wherein an attachment plate including a magnet is formed at an end of the rod. The safety indicator flag of claim 5, wherein a thread is formed at an end of the rod to screw the attachment plate and the rod to each other. delete The method of claim 1, wherein a magnet is formed at the end of the lower end of the guide display unit so that the flag is not shaken and the guide display unit does not fall forward by being magnetically coupled to the front guide display unit even when the guide display unit is turned backward. , Safety sign flag.

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