KR102053133B1 - Delineator - Google Patents

Abstract

The present invention relates to a delineator installed in a guardrail, a median separator, a median divider, etc., in particular, it can be firmly coupled to a guardrail, etc., and composed of a material and structure that can be restored after being folded in the event of an impact by a vehicle or the like. As a result, it is possible to reduce the possibility of breakage, thereby reducing the time, effort and cost for replacement and maintenance, and a structure capable of firmly and stably holding and supporting the reflector once engaged by applying a support cover. By adopting the configuration, it is possible to minimize the detachment of the reflector due to the impact and to improve the durability, and to form a protruding fastener mounting portion on the outer circumferential surface of the support insert portion, and firmly to the support pillar without damage, damage and tear It relates to a delegator that can be coupled and fixed.
The constituent means constituting the delineator of the present invention includes a reflector for reflecting light, a mounting and coupling member fixed to the guardrail or the median by mounting the reflector, in the delineator mounted on the guardrail or the median, the mounting And a support cover mounted to the coupling member to fix and support the reflector, wherein the mounting and coupling member allows the reflector and the support cover to be mounted, and wraps and fixes an edge of the reflector and the support cover. One end of each of the elastic mounting portion, the elastic mounting portion is integrally connected to extend, formed of a pair of elastic connecting portion formed to be spaced apart from each other in the form of a column, formed in a plate shape orthogonal to the pair of elastic connecting portion, the pair Each other end of the elastic connection of the integrally connected to one side and the guard rail or An attachment coupling part having the other side attached to the hem separator and protruding from one side of the attachment coupling part is formed between the pair of elastic connection parts, and is open at the other side of the attachment coupling part to form an insertion space in the protruding direction. It is configured to include a strut insertion portion, characterized in that the fastener mounting portion protrudes on the outer peripheral surface of the strut insertion portion so that the fastener for fastening the strut inserted into the strut insertion portion and the insertion space can be inserted. .

Description

Delineator {Delineator}

The present invention relates to a delineator installed in a guardrail, a median separator, a median divider, etc., in particular, it can be firmly coupled to a guardrail, etc., and composed of a material and structure that can be restored after being folded in the event of an impact by a vehicle or the like. As a result, it is possible to reduce the possibility of breakage, thereby reducing the time, effort and cost for replacement and maintenance, and a structure capable of firmly and stably holding and supporting the reflector once engaged by applying a support cover. By adopting the configuration, it is possible to minimize the detachment of the reflector due to the impact and to improve the durability, and to form a protruding fastener mounting portion on the outer circumferential surface of the support insert portion, and firmly to the support pillar without damage, damage and tear It relates to a delegator that can be coupled and fixed.

As is well known, the induction delineator installed on the road scatters and reflects the light projected by the reflector at various angles at night to increase the visibility, thereby increasing visibility and displaying obstacles at a dark distance at night. In order to prevent traffic accidents, it is installed in the guard rail or the middle separator or the center divider portion formed in the center and side of the roadway, which is generally composed of a head portion, a support portion and a support portion.

In this case, a reflector capable of reflecting light of the vehicle is fixed to the head part. However, the conventional delineator is made of a steel or plastic material as well as a disk-shaped head portion for fixing the reflector, and is damaged or damaged due to a small impact of a driving vehicle, reinstatement, or carelessness during road repair work. There is a disadvantage that this is done easily.

That is, the conventional delineator has a problem that it does not absorb the impact when broken from the outside when the impact is applied from the outside, such as broken or broken, and accordingly, a considerable cost and manpower has to be put into the organic maintenance of the delegate.

In order to solve this problem, Korean Utility Model Registration No. 20-0420476 (hereinafter referred to as "prior art document") proposes a delineator having an impact buffer structure.

However, the delineator in the prior art document does not present a structure that can be strongly and securely coupled to the guardrail, etc., can only be folded and retracted in one direction, but the torsion operation is not made well, and there is still a considerable problem of possibility of breakage. Have

In addition, a procedure for fastening the reflector is required, which requires more time, effort, and cost than necessary for coupling and replacing the reflector.

Republic of Korea Utility Model Registration No. 20-0420476 (Notification Date: June 26, 2006, Name of the devise: Deliator with a shock-absorbing structure)

The present invention has been made to solve the problems of the prior art as described above, can be firmly coupled to the guardrail, etc., and made of a material and structure that can be restored after being folded in the event of an impact by a vehicle, such as damage It is an object of the present invention to provide a delegate that can reduce the likelihood and thereby reduce the time, effort and cost for replacement and maintenance.

In addition, an object of the present invention is to provide a delineator which can be stably and strongly coupled to a guardrail or the like by separately configuring a post insertion portion capable of inserting a post formed on the guardrail or the like.

In addition, the present invention is to provide a delineator that can further reduce the possibility of damage by adopting a structure that can be folded and restored in one direction when the impact is applied by a vehicle or the like, as well as twist can occur. For that purpose.

In addition, the present invention is formed by protruding the fastener mounting portion on the outer peripheral surface of the support insert, it is firmly coupled to the support without damaging, damaging and tearing the support insert in the process of fastening with the support through the fasteners such as bolts or pieces Its purpose is to provide a delegate that can be fixed.

In addition, the present invention by protruding the fastener mounting portion to the molded reinforcing ring protruding on the outer peripheral surface of the support insert portion, thereby increasing the separation distance from the outer peripheral surface of the support insert portion to the upper end of the fastener mounting portion (to increase the thickness of the fastener mounting portion) In order to provide a delineator that can be firmly coupled and secured to the support without further damaging, damaging and tearing the support insert in the process of tightening with the support through fasteners such as bolts or pieces). do.

In addition, the present invention is to form a gas discharge groove formed in the lower surface of the attachment coupling portion during the molding process of the delinator, thereby easily discharging the gas generated in the injection molding process, in particular the gas present in the insertion space of the support insert portion to the outside It is possible to provide a delineator capable of reducing mold failure and improving molding efficiency.

In addition, the present invention is provided with a reinforcing connection portion connecting each of the pair of elastic connection portion and the post insertion portion, to maintain a stable posture and to prevent the continuous shaking by the wind and at the same time to strengthen the restoring deli after folded The purpose is to provide a nater.

In addition, the present invention is provided with a reinforcing beam portion protruding in the orthogonal direction on each side of each of the pair of elastic connection portion separately from the reinforcing connection portion, it is possible to maintain a more stable posture and to prevent continuous shaking by the wind Its purpose is to provide a delegate that allows for greater resilience after being folded.

In addition, the present invention by forming a reinforcement ring is formed along the outer peripheral surface of the support insert portion through the molding process, to ensure that the support insert is firmly and stably formed in the molding process, and at the same time a deliner to separate the molding frame more easily To provide that purpose.

In addition, the present invention is configured to be provided with a locking groove that is formed by cutting at a predetermined interval to the vertical support portion constituting the support cover, further improving the coupling force between the elastic mounting portion and the support cover to wrap and secure the edge portion of the support cover. Its purpose is to provide a delegator that allows it to do so.

In addition, the present invention may be completed in a state in which the reflector is coupled to the mounting and coupling member by insert injection method or the like, or may be separately manufactured and completed by the coupling mounting, so that the reflector is easily detachable, and the support cover is provided. By adopting and constructing a structure that can firmly and stably fix the reflector once coupled and mounted, it is easy to manufacture and can minimize the detachment of the reflector due to impact, thereby improving durability, and furthermore, the broken reflector It is an object of the present invention to provide a delegate that can easily be replaced, thereby further reducing the time, effort and cost for maintenance.

In addition, an object of the present invention is to provide a delineator capable of further increasing the visibility at night by adopting and applying a structure capable of attaching the reflector to the back of the support cover, which is the opposite side to the reflector.

In order to solve the technical problem as described above, the constituent means of the present invention, a delineator, is provided in a derailer mounted on a guardrail or a center separator, a reflector for reflecting light, and a guardrail or a center separator by mounting the reflector. And a support cover fixed to and coupled to the mounting and coupling member, the support cover configured to fix and support the reflector, wherein the mounting and coupling member allows the reflector and the support cover to be mounted. And an elastic mounting portion surrounding and fixing the edge portion of the support cover, each end of the elastic mounting portion is integrally connected to each other to extend, a pair of elastic connecting portions spaced apart from each other in a column shape, and the pair of elastic connecting portions. Is formed in an orthogonal plate shape, each other of the pair of elastic connection It is integrally connected to one side and protruded from one side of the attachment coupling portion and the attachment coupling portion is attached to the other side attached to the guard rail or the median separator is formed between the pair of elastic connection, the other An outer circumferential surface of the strut insertion portion is configured to include a strut insertion portion that is open at a side to form an insertion space in a protruding direction, and a fastener for fastening the strut insertion portion and a strut inserted into the insertion space may be inserted. The fastener mounting portion is characterized in that the protrusion is formed.

Here, the elastic mounting portion, the elastic connecting portion, the attachment coupling portion, the post insertion portion and the fastener mounting portion is characterized in that formed at the same time integrally made of an elastic material.

In addition, the elastic connecting portion is integrally connected to the elastic mounting portion via the auxiliary connecting portion in the form of a thin plate, the auxiliary connecting portion is formed in parallel with the elastic mounting portion, the elastic material together with the elastic mounting portion and the elastic connecting portion It is characterized in that formed at the same time integrally.

According to the delineator of the present invention having the technical problem and solving means as described above, since it is composed of a material and a structure that can be firmly coupled to a guardrail or the like and can be restored after being folded when an impact is applied by a vehicle or the like, This can reduce the likelihood, thereby reducing the time, effort and cost for replacement and maintenance.

In addition, according to the present invention, by separately configuring the strut insertion portion capable of inserting the strut formed on the guard rail or the like, there is an effect that the guardrail can be securely and strongly coupled.

In addition, according to the present invention, when an impact is applied by a vehicle or the like, not only can be folded and restored in one direction, but also adopts a structure that can cause torsion, there is an advantage that can further reduce the possibility of damage. .

In addition, according to the present invention, since the fastener mounting portion is formed to protrude from the outer peripheral surface of the support insert, it is firm to the support without damaging, damaging or tearing the support insert in the process of fastening with the support via a fastener such as a bolt or a piece. There is an advantage to be able to combine and secure.

In addition, according to the present invention, since the fastener mounting portion is formed to protrude from the molded reinforcing ring protruding from the outer circumferential surface of the support insertion portion, the separation distance from the outer circumferential surface of the support insertion portion to the upper end of the fastener mounting portion is increased (fastener mounting portion). By increasing the thickness of), in the process of fastening with the support through the fasteners, such as bolts or pieces, there is an advantage that can be firmly coupled and fixed to the support without damaging, damaging and tearing the insert insert.

In addition, according to the present invention, since the molding gas outlet groove is formed on the lower surface of the attachment coupling portion during the molding process of the delimiter, the gas generated in the injection molding process, in particular, the gas present in the insertion space of the support insert portion to the outside. It can be easily discharged, thereby lowering the molding failure and has the effect of improving the molding efficiency.

In addition, according to the present invention, since it is provided with a reinforcing connection portion connecting each of the pair of elastic connection portion and the strut insertion portion, it is possible to maintain a stable posture and to prevent the continuous shaking by the wind and to reinforce the restoring force after being folded It is effective.

Further, according to the present invention, since the reinforcing beam portion is provided with a reinforcing beam portion protruding in the orthogonal direction on each side of each of the pair of elastic connecting portions, it is possible to maintain a more stable posture and to prevent continuous shaking by the wind At the same time, there is an effect to further strengthen the resilience after being folded.

In addition, according to the present invention, by forming a forming reinforcement ring along the outer peripheral surface of the support insert portion through the molding process, to ensure that the support insert is molded in a solid and stable in the molding process, and at the same time to separate the molding frame more easily There is an advantage.

In addition, according to the present invention, since it is configured to include a locking groove formed by cutting at a predetermined interval in the vertical support portion constituting the support cover, the coupling force between the elastic mounting portion and the support cover to wrap and secure the edge portion of the support cover There is an advantage that can be further improved.

In addition, according to the present invention, the reflector may be completed in a state in which the reflector is coupled to the mounting and coupling member by insert injection or the like, or may be separately manufactured and completed through the coupling mounting, so that the reflector is easily detachable and supported. By adopting the cover to adopt a structure that can firmly and stably fix the reflector once mounted and mounted, it is easy to manufacture and can minimize the detachment of the reflector due to impact, thereby improving durability, and furthermore Only broken reflectors can be easily replaced, resulting in a further reduction in time, effort and cost for maintenance.

In addition, according to the present invention, by adopting and adopting a structure capable of attaching the reflective paper to the back surface of the support cover, which is the opposite side to the reflector attachment, there is an advantage that the visibility at night can be further increased.

1 is a perspective view of a delegate according to an embodiment of the present invention.
2 is an exploded perspective view of the delineator according to the embodiment of the present invention.
3 is a plan view of a delegate according to an embodiment of the present invention.
4 is a front view of a delegate according to an embodiment of the present invention.
FIG. 5 is a cross-sectional view taken along line a-a 'of FIG. 4.
FIG. 6 is an enlarged cross-sectional view of part “A” in FIG. 5.
7 is a perspective view illustrating a combined state of a reflector and a support cover constituting the delegator according to an embodiment of the present invention.
8 is a perspective view showing the bottom of the delineator according to an embodiment of the present invention.
9 is a diagram illustrating the use of a delegate according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the present invention a delineator having the above problems, solving means and effects.

The terms or words used below should not be construed as being limited to ordinary or dictionary meanings, and the inventors can properly define the concept of terms in order to explain their invention in the best way. It should be interpreted as meanings and concepts corresponding to the technical spirit of the present invention.

1 is a perspective view of a delineator according to an embodiment of the present invention, Figure 2 is an exploded perspective view of the delineator according to an embodiment of the present invention, Figure 3 is a plan view of a delineator according to an embodiment of the present invention, Figure 4 is a front view of a delineator according to an embodiment of the present invention, FIG. 5 is a cross-sectional view taken along the line a-a 'shown in FIG. 4, FIG. 6 is an enlarged cross-sectional view of part "A" in FIG. 5, and FIG. 8 is a perspective view illustrating a combined state of a reflector and a support cover constituting a delineator according to an embodiment of the present invention, and FIG. 8 is a perspective view illustrating a bottom surface of the delineator according to an embodiment of the present invention.

As shown in FIGS. 1 to 8, the delegator 100 according to the embodiment of the present invention is mounted on a guard rail or a median or a median line by mounting a reflector 10 reflecting light and the reflector 10. And a support cover 20 fixedly coupled to the mounting and coupling member 90 and mounted to the mounting and coupling member 90 to fix and support the reflector 10.

The reflector 10 may be formed of various structures and materials as long as it can reflect light emitted from a vehicle. The reflector 10 may be formed while being mounted and coupled thereto in the process of forming the mounting and coupling member 90, that is, forming the mounting and coupling member 90 by a method such as insert injection. It may be formed in a coupled mounting state in the process, and after separately manufacturing the reflector 10 and the mounting and coupling member 90, the reflector 10 is coupled to the mounting and coupling member 90 It can also be completed. However, the reflector 10 preferably has a structure that can be detachably mounted to the mounting and coupling member 90 and, once mounted, has a structure that can be stably mounted and fixed.

In this way, the reflector 10 is coupled to the mounting and coupling member 90. The reflector needs to be stably fixed and supported in a state of being mounted to the mounting and coupling member 90. To this end, the present invention employs and applies the support cover 20. In detail, the support cover 20 is coupled to the mounting and coupling member 90 like the reflector 10, and is coupled to the support cover 20 so as to stably fix and support the reflector 10.

As a result, the reflector 10 and the support cover 20 are coupled to the mounting and coupling member 90 together, and the reflector 10 is firmly and stably supported by the support cover 20. It should be possible. Therefore, the reflector 10, the support cover 20 and the mounting and coupling member 90 according to the present invention has a structure that enables a solid and stable coupling mounting. This will be described later.

The mounting and coupling member 90 may be fixedly coupled to a guard rail, a median separator, a median divider, etc. in a state in which the reflector 10 and the support cover 20 are fixedly mounted. It is desirable to have a material and structure that can be folded and torsional and can be rolled back to its original state.

The mounting and coupling member 90 for this purpose is attached to the elastic mounting portion 30 for mounting and fixing the reflector 10 and the support cover 20, attached to the guard rail or median or median line. It comprises a portion 70 and the elastic connecting portion 50 for connecting the elastic mounting portion 30 and the attachment coupling portion 70 to each other.

The elastic mounting portion 30 has a structure in which the reflector 10 and the support cover 20 are stably mounted, but can be detachably fixed as necessary. In detail, the elastic mounting part 30 allows the reflector 10 and the support cover 20 to be mounted, and wraps and fixes an edge portion of the reflector 10 and the support cover 20. That is, the elastic mounting portion 30 basically does not fix the front or rear surface of the reflector 10 and the support cover 20, but wraps and fixes the edge portion, so that the reflector 10 is stably maintained. Be sure to

Since the elastic mounting portion 30 has a structure that can be fixed while surrounding the edge portion of the reflector 10 and the support cover 20, the shape and the basic of the reflector 10 and the support cover 20 Have the same shape. That is, when the reflector 10 and the support cover 20 are generally disc-shaped, the elastic mounting portion 30 has a structure surrounding the edges of the disc-shaped reflector 30 and the support cover 20. It is preferable to have a circular ring shape.

In addition, an inner portion of the elastic mounting portion 30 (a portion that wraps and contacts the reflector 10 and the support cover 20) may naturally have a shape of an edge portion of the reflector 10 and the support cover 20. It is desirable to have a corresponding shape. Therefore, as shown in FIG. 2 and FIG. 7, when the shape of the edge portion of the support cover 20 is serrated, the inner side of the elastic mounting portion 30 contacting the edge portion of the support cover 20. The portion preferably has a shape corresponding to the saw tooth shape, that is, a saw tooth shape engaged with the saw tooth shape. In this case, the bonding force between the support cover 20 and the elastic mounting portion 30 becomes stronger and stronger, and as a result, the bearing force of the reflector 10 by the support cover 20 also becomes stronger and stronger. do.

Between the elastic mounting portion 30 and the attachment coupling portion 70 is made of an elastic material is connected to the elastic connecting portion 50 to perform the folding and twisting operation. Specifically, the elastic connecting portion 50 is composed of a pair, the pair of elastic connecting portion 50 is formed by extending one end is integrally connected to each of the elastic mounting portion 30 is formed spaced apart from each other.

In more detail, the elastic connecting portion 50 is composed of a pair, spaced apart from each other are formed in parallel, each end is formed integrally connected to the elastic mounting portion 30, each other end is It is formed integrally with the attachment coupling portion (70). As described above, the pair of elastic connecting portions 50 are formed to be spaced apart from each other in parallel to the elastic mounting portion 30 so as to maintain a direction parallel to the elastic mounting portion 30.

As such, the pair of elastic connecting portions 50 are formed to be parallel to the elastic mounting portion 30 so that the elastic mounting portion 30 and the attachment coupling portion 70 can be connected to each other. When an external force is applied to the reflector 10 and the support cover 20 that are coupled to and mounted on the 30, it can be folded and restored in a horizontal direction (vehicle movement direction), and furthermore, a torsion operation can be more easily generated. It may be.

As described above, since the pair of elastic connectors 50 are formed of an elastic material, folding may be easily performed, but may be too flexible to maintain a good posture, and may also be constantly shaken by wind. have. As such, when the delineator 100 according to the present invention is in a poorly maintained posture and constantly shakes, it may be a factor that adversely affects the driver's gaze at night and hinders driving.

Therefore, the delineator 100 according to the present invention is to minimize the shaking of the pair of elastic connecting portion 50 continuously by the wind and to prevent the shaking by some weak wind, each of the elastic connecting portion ( A reinforcing connection portion 53 is formed between the 50 and the post insertion portion 75 to connect them to each other. That is, the delineator 100 according to the present invention is characterized in that the reinforcing connection portion 53 for connecting between the elastic connection portion 50 and the post insertion portion 75 is provided.

Specifically, the reinforcing connection portion 53 is formed integrally attached to the upper surface (one side) of the attachment coupling portion 70 to protrude upwardly in order to minimize the shaking of the pair of elastic connection portion 50 The upper end extends between the center and the upper end of the strut insertion portion 75, and each of the two sides is integrally attached to the corresponding elastic connection portion 50 and the strut insertion portion 75. When the reinforcing connection portion 53 extends to the top or more of the post insertion portion 75, the center portion that is lower than the upper end of the post insertion portion 75 because it interferes with the bending or folding operation of the pair of elastic connecting portions. It is preferable to extend only. By the reinforcing connection portion 53 having such a coupling form and extension degree, the pair of elastic connection portions 50 are naturally folded or bent by the external force of the vehicle collision, and are prevented from shaking by the wind. Can be restored quickly and quickly in the folded state.

The reinforcing connection portion 53 is preferably formed at the same time as the other material including the elastic connection portion 50 and the post insertion portion 75.

On the other hand, since the reinforcement connecting portion 53, the pair of elastic connecting portions 50 and the like are formed of a soft urethane material, there is still a possibility that it is shaken by the wind (natural wind or wind generated by a fast passing vehicle). . Therefore, the delegator 100 according to the present invention is preferably provided with a reinforcing beam portion 51 in the pair of coalescing connection portions 50 separately from the reinforcing connection portion 53.

Specifically, the pair of elastic connecting portion 50 according to the present invention is characterized in that it comprises a reinforcing beam portion 51 for maintaining a more stable posture. The reinforcing beam portion 51 is formed on each side of each of the pair of elastic connecting portion 50 having a generally plate shape, it is preferably formed simultaneously with the same material as the elastic connecting portion 50 in order to easily form Do. That is, the delegator 100 according to the present invention further comprises a reinforcing beam portion 51 protruding from each side of each of the pair of elastic connecting portions 50, the reinforcing beam portion 51 is It is preferable to be integrally formed with an elastic material at the same time together with other portions including the elastic connecting portion 50.

The reinforcing beam portion 51 is formed to protrude on both sides of each of the elastic connecting portion 50 in the form of a plate, but is integrally formed in a vertical direction (height direction of the elastic connecting portion), not necessarily a horizontal direction, the elastic connecting portion ( It is preferable to protrude in a direction orthogonal to 50). Since the elastic connecting portion 50 according to the present invention is formed in a substantially plate shape so that the torsion operation can be easily operated, the reinforcing beam portion 51 minimizes the disturbance of the torsional operation of the elastic connecting portion 50. It needs to be formed to be.

When the plate-like reinforcement beam 51 is formed in the horizontal direction (the width direction of the elastic connection part), the twisting operation of the elastic connection part 50 is greatly prevented. Therefore, the reinforcing beam portion 51 is preferably formed long in the height direction of the elastic connecting portion 50 to minimize the disturbance of the torsional operation.

As described above, the reinforcing beam portion 51 is formed of an elastic material and protrudes in a direction orthogonal to each of the plate surfaces on both sides of each of the elastic connecting portions 50 having an approximately plate shape. As a result, each of the elastic connecting portion 50 has a substantially plate shape and is formed of an elastic material, but since the reinforcing beam portions 51 are formed by protruding from both sides in the direction orthogonal with respect to each other, the delegate is more stable. It is possible to maintain, and more easily prevent from shaking by the wind, it is possible to have a resilience that can be quickly and quickly restored after being folded more and more.

The attachment coupling portion 70 has a plate shape, the other end of the pair of elastic connecting portion 50 is integrally formed on one side, the other side is fixed in contact with the surface of the guard rail, and the like, additionally one side surface The reinforcing connection portion 53 is integrally formed between the post insertion portion 75 and the elastic connection portion 50.

Specifically, the attachment coupling portion 70 is formed in a plate shape orthogonal to the pair of elastic connecting portion 50, each other end of the pair of elastic connecting portion 50 and the reinforcing connecting portion 53 It is integrally formed on the side and the other side is attached to the guard rail or median or median line.

The attachment coupling part 70 is coupled to the guard rail in a state where the other side is in surface contact. Accordingly, four corner portions of the attachment coupling portion 70 are formed with coupling holes, and a fastener such as a bolt is inserted into the coupling hole while the attachment coupling portion 70 is in surface contact with the guard rail or the like. After the fastening, the fastener is inserted and fastened to the guard rail, etc. Through this, the attachment coupling portion 70 can be strongly coupled to the guard rail or the like in a surface contact state.

As described above, the plate-shaped attachment coupling part 70 may be strongly fixed to the guard rail in a state of being in surface contact with the guard rail through a fastener such as a bolt. By the way, in the state attached to the guard rail and the like, when the impact is continuously applied to the delineator according to the present invention, there is a possibility that the bolt is loosened due to the movement in the horizontal direction.

The present invention is to prevent the loosening of the bolt fastening as described above, in order to more firmly and securely fixed, the post insertion portion that can be inserted and fixed to the support (represented by reference numeral 3 in Fig. 9) formed on the guard rail ( 75) further forms. Thus, in order to improve the fixing force of the present inventors delineator 100, in addition to the bolt fastening structure to form a post insertion portion 75. Therefore, in order to apply the present invention delineator 100, it is preferable to form the support post 3 or the like on the guardrail (denoted by reference numeral 1 in FIG. 9). Of course, even if the delineator 100 of the present invention includes a post insertion portion 75, it is natural that the post may be coupled only to the guard rail 1 or the like in which the post 3 is not formed.

The strut insertion portion 75 allows the strut 3 formed on the guard rail 1 to be inserted to improve the attachment and bonding force of the attachment coupling portion 70 and to maintain a more robust and stable state. Therefore, the plate-shaped attachment coupling portion 70 is formed to protrude in one direction, and the other side of the attachment coupling portion 70 is a support insertion hole (denoted by reference numeral 77 in FIG. 8) is formed.

In summary, the strut insertion portion 75 protrudes from one side of the attachment coupling portion 70 and is formed between the pair of elastic connecting portions 50, thereby integrally coupling and interposing the reinforcement connecting portion 53. It is connected to each of the elastic connecting portion 50, and is opened from the other side of the attachment coupling portion 70 to form an insertion space in the protruding direction. Therefore, as shown in FIG. 9, when the attachment coupling portion 70 is attached to the guard rail 1 or the like, the support post 3 provided on the guard rail 1 or the like is the post insertion portion 75. ) Can be coupled more stably and firmly through fastening bolts, etc.

The post insertion portion 75 is formed to protrude in one side direction of the attachment coupling portion 70, the elastic connection portion 50 is composed of a pair of the attachment coupling portion 70 in a state spaced apart from each other It is formed integrally on one side. Therefore, it is most preferable that the post insertion portion 75 is formed between the pair of elastic connecting portions 50 in order to consider the aesthetics and minimize the arrangement area. In this arrangement state, the post insertion portion 75 and the elastic connecting portion 50 are integrally formed with the reinforcing connecting portion 53.

On the other hand, as shown in Figure 8, the inner circumferential surface of the support insertion portion 75, that is, the support insertion hole 77 is formed with a support contact portion 78 protruding toward the center from the inner surface. The support contact portion 78 is formed in a lower direction, that is, in a vertical direction from the upper side of the support insertion hole 77, protrudes toward the center of the support insertion hole 77, of the support insertion hole 77 It is formed spaced apart from the inner surface at a predetermined interval.

As such, the support contact portion 78 is formed to protrude slightly from the inner circumferential surface of the support insertion hole 77. Therefore, when the support 3 is inserted into the support insertion hole 77, the outer circumferential surface of the support 3 is in contact with the support contact portion 78 to be in close contact. As a result, when the post 3 is inserted into the post insertion hole 77 of the post insertion unit 75, the delineator 100 according to the present invention has the post contact portion 78 and the post 30. Because of the strong contact and tight contact, it can be fixed in a more firm and stable state.

In fact, since the delineator 100 according to the present invention is formed of an elastic material such as urethane, and the support holder 78 according to the present invention is not provided, the support 30 and the support insert 75 are not provided. ) The degree of close contact with the inner surface becomes a loose state, such a state has a problem that becomes more severe over time. Therefore, the delineator 100 according to the present invention adopts the strut contact portion 78 protruding from the strut insertion hole 77.

On the other hand, the delegate 100 according to the invention is characterized in that it comprises a ring-shaped forming reinforcement ring 76 protruding along the outer circumferential surface of the support insert portion (75). The delineator 100 according to the present invention may be formed through injection molding, wherein the mounting and coupling member 90 is urethane material and is integrally formed at the same time by an injection molding machine.

However, in the mounting and coupling member 90 according to the present invention, the overall shape itself has complex and structurally unstable parts. Therefore, the molding efficiency for the structurally unstable and unstable part in the molding process may be lowered, and there may be a difficulty in separating the molding machine after the molding process.

To this end, the delegator 100 according to the present invention is to enhance the molding efficiency of the post insertion portion 76 in a relatively structural unstable state and furthermore to facilitate the separation of the molding machine ( 76 is provided on the outer circumferential surface of the strut insertion portion 75.

That is, according to the present invention, the molding reinforcement ring 76 is formed along the outer circumferential surface of the strut insertion portion 75 through the molding process, so that the strut insertion portion 75 is firmly and stably formed during the molding process. Make it easy to remove the mold.

In fact, if the outer surface of the post insertion portion 75 has the same smooth surface as a whole, the post insertion portion 75, which is a thin cylindrical shape, is structurally unstable and inevitably insecure. Furthermore, since all surfaces have a smooth surface as a whole, the surface contact and adhesion may be strong and the separation of the molding machine may not be easy. In order to solve such a problem, in the present invention, the forming reinforcement ring 76 is formed on the outer circumferential surface of the post insertion part 75.

On the other hand, the delineator 100 according to the present invention may be fixedly coupled with the post insertion portion 75 is inserted into the post 30. That is, the bolt may be assembled to the wall of the middle separator through the bolt hole formed in the corner portion of the attachment coupling portion 70. By the way, in order to improve the clamping force and the clamping force of the delegate 100 in accordance with the present invention in such a coupled state, it is possible to fasten the strut insertion portion 75 and the strut 30 using a fastener.

That is, the support posts 75 and the support posts 3 may be fastened by injecting a fastener such as a piece or a bolt from the outside of the support post insertion unit 75 surrounding the support posts 3 to the inside. By the way, when fastening in this way, when the fastener is strongly adhered to the support (3) because the thickness of the support insert 75 is thin, there is a possibility that the support insert is damaged or damaged due to tearing.

In order to solve this problem, the present invention includes a fastener mounting portion 80 protruding outward from the post insertion portion 75. That is, in the present invention, the fastener mounting portion 80 on the outer circumferential surface of the post insertion portion 75 so that the fastener for fastening the post 3 inserted into the post insertion portion 75 and the insertion space can be inserted. Apply adopting that the protrusion is formed.

The fastener mounting portion 80 is integrally formed on the outer circumferential surface of the strut insertion portion 75, and is formed to protrude outwardly, and a mounting hole for guiding a fastener such as a piece or a bolt in the center thereof can be guided. 81 is formed. Therefore, the operator inserts a fastener such as a bolt or a piece into the mounting hole 81 of the fastener mounting unit 80 in the state in which the post insertion unit 75 according to the present invention is wrapped in the post, and then tightens or tightens it. It can be fastened to the holding through the putting operation.

At this time, even if the fastener such as the piece or bolt is tightly tightened toward the support insert 75, the support insert 75 is not damaged by the fastener due to the existence of the fastener mount 80. Do not.

The fastener mounting portion 80 may be directly integrally formed on the outer circumferential surface of the strut insertion portion 75, but the molding reinforcement ring is configured to increase the separation distance from the outer circumferential surface of the strut insertion portion 75 while considering the appearance. It is preferable to form on 76. Therefore, since the fastener mounting portion 80 is formed on the molded reinforcing ring 76 without harming its appearance, the thickness of the fastener mounting portion 80 is increased based on the outer circumferential surface of the support insertion portion 75, so that the fastener mounting portion 80 is fastened by a fastener such as a piece or a bolt. The damage of the insertion portion 75 can be further prevented from occurring.

On the other hand, the delineator 100 according to the present invention is manufactured through injection molding of a material such as urethane, gas may be generated in this molding process, the defect may increase due to this gas and furthermore overall molding efficiency Can be reduced. In particular, in the delineator 100 according to the present invention, the insertion space of the strut insertion portion 75 may be structurally closed in the molding process, so that the gas is trapped, which may cause product defects.

To this end, the delineator according to the present invention improves the gas discharge during the molding process, and in particular of the attachment coupling portion 70 so as to easily discharge the gas present or trapped in the insertion space of the strut insertion portion 75 to the outside Forming gas outlet groove 73 is preferably formed on the bottom surface.

That is, according to the present invention, the molding gas outlet groove 73 is formed on the lower surface of the attachment coupling part 70 during the molding process of the delineator, thereby inserting the gas generated during the injection molding process, in particular, the post insertion part 75. The gas present in the space can be easily discharged to the outside, thereby lowering the molding failure and improving the molding efficiency.

As described above, the delineator 100 according to the present invention is coupled to the guard rail 1 and the like, even when there is an impact such as a vehicle, the folding operation is performed, and the original state can be restored. Therefore, the elastic connecting portion 50 is formed of a material that can be restored to go back to the folded state when there is an external force as described above.

On the other hand, in the delimiter 100 according to the present invention in manufacturing the mounting and coupling member 90, only the elastic connection portion 50 is formed of an elastic material and the remainder is formed of a different material time for mutual coupling, In order to reduce the effort and cost, adopt adopting forming simultaneously with elastic material.

In other words, it is preferable that the mounting and coupling member 90 of the delegate according to the present invention be integrally formed at the same time through the elastic material. Specifically, the mounting and coupling member 90 is preferably formed integrally at the same time by injection molding using an elastic material such as urethane. Therefore, the elastic mounting portion 30, the elastic connection portion 50, the reinforcing connection portion 53, the attachment coupling portion 70 and the support insert that constitute the mounting and coupling member 90 applied to the present invention The portion 75 is formed integrally with the elastic material at the same time. Of course, the reinforcing beam 51 formed integrally with the elastic connecting portion 50 is also formed integrally at the same time.

On the other hand, as described above, the reflector 10 and the support cover 20 is formed at the same time the mounting and coupling member 90 formed by the elastic material by injection molding or the like, and then detachable by the operator Although it may be mounted, in some cases, it may be completed by being mounted to the mounting and coupling member 90 of the elastic material by the insert injection molding method. In the latter case, after the reflector 10 and the support cover 20 are fixed to a predetermined frame capable of forming a sealed space and simultaneously forming the mounting and coupling member 90, the frame It can complete by inject | pouring urethane into it.

That is, the delineator 100 according to the present invention forms the mounting and coupling member 90 by injection molding of an elastic material such as urethane, and then the reflector 10 and the support cover on the elastic mounting part 30. It may be completed by mounting and fixing 20, and in some cases, the reflector 10 and the support cover 20 are injected into a mold or the like to be inserted into the mounting and coupling member 90 of an elastic material such as urethane. It may be formed together in a state that is attached to). However, even in the latter case, the reflector 10 and the support cover 20 may be detached from the elastic mounting part 30 by a worker, and may be replaced with a new reflector 10 and the support cover 20. That is, the reflector 10 and the support cover 20 is preferably mounted on the elastic mounting portion 30 to be detachably coupled.

According to the delineator 100 of the present invention as described above, since it is composed of a material and a structure that can be firmly coupled to the guard rail 1 or the like and can be folded after being folded when an impact is applied by a vehicle or the like, the possibility of damage This can reduce the cost, thereby reducing the time, effort and cost for replacement and maintenance.

In addition, according to the present inventors delineator 100, by forming a strut insertion portion 75 capable of inserting a strut 3 formed on the guard rail 1 or the like, it is possible to stably and strongly engage the guard rail 1 or the like. It can be effective.

In addition, since the reflector 10 can be stably and continuously supported in the state of being coupled to the elastic mounting portion 30 by the support cover 20, even if an impact is applied to the delegate, the detachment of the reflector It can prevent the damage, thereby minimizing the damage of the delineator, and can prevent the time, effort and cost due to frequent replacement.

As shown in FIG. 9, the delineator 100 according to the present invention described above is maintained in a state in which it is attached to the guard rail 1 or the like, and the support 3 formed on the guard rail 1 or the like is inserted into the support pillar. It is fixed and held in the state inserted in the part 75. In this state, when the vehicle is moved in the direction of the arrow and the impact is applied to the delegate 100, the delegate 100 is folded back in the direction of the arrow and then restored to its original state (upright state).

As described above, the delegate 100 according to the present invention should be easily generated when an external force is applied. In addition, when the vehicle impacts the upper end or the lower end of the reflector 10 and passes, the delegator 100 receives the impact of the vehicle as well as the folding motion and the twisting motion. It is possible to increase the buffering effect.

To this end, instead of being directly connected to the elastic connecting portion 30, the delineator 100 according to the present invention, as well as the folding operation through the auxiliary connecting portion 55 in the form of a thin plate piece. Torsional movements are also easy to occur. Particularly, in the present invention, since the reinforcing connection part 53 is integrally connected between the elastic connection part 50 and the post insertion part 75, the reinforcing beam part 51 is further provided on the elastic connection part 50. As a result, the folding operation may be somewhat weakened. Therefore, it is preferable to adopt and apply the auxiliary connecting portion 55 to reinforce the folding effect, the torsional operation and the damping effect.

Specifically, the elastic connecting portion 50 according to the embodiment of the present invention is integrally connected to the elastic mounting portion 30 via the auxiliary connecting portion 55 of a thin plate-like shape, the auxiliary connecting portion 55 is It is disposed to be parallel to the elastic mounting portion 30, and together with the elastic mounting portion 30 and the elastic connecting portion 50 is formed integrally at the same time with an elastic material.

The auxiliary connecting portion 55 is integrally formed between the elastic mounting portion 30 and the elastic connecting portion 50 of the elastic mounting portion 30, and has a thin plate shape. At this time, the auxiliary connecting portion 55 of the thin plate-like shape is not formed to be orthogonal to the elastic mounting portion 30 is disposed to be in a parallel state. In addition, the auxiliary connecting portion 55 is also integrally formed with an elastic material together with the elastic mounting portion 30 and the elastic connecting portion 50 at the same time.

The external force is applied by interposing the elastic mounting portion 30 and the elastic connecting portion 50 between the elastic mounting portion 30 and the auxiliary connecting portion 55 formed in parallel with the elastic mounting portion 30. In this case, not only the folding operation but also the torsion operation can be easily generated, thereby minimizing damage to the delineator.

As described above, according to the present inventor's delineator, when an impact is applied by a vehicle or the like, the present invention can not only be folded and restored in one direction but also adopts a structure that can cause torsion, thereby further reducing the possibility of breakage. There is this.

On the other hand, the delineator 100 according to an embodiment of the present invention after molding the mounting and coupling member 90, the removable body 30 and the reflector 10 and the support cover 20 can be detachable. The reflector 10 and the support cover 20 are elastic in the mounting and coupling member 90 in the process of forming the mounting and coupling member 90 through insert injection or the like. It can also be completed and used in the state attached to the mounting part 30.

In the former case, the reflector 10 and the support cover 20 need to be detachably mounted to the mounting and coupling member 90. In the latter case, the reflector 10 and the support cover 20 are firmly and securely mounted to the elastic mounting portion 30. In this case, the reflector 10 and the support cover 20 are also It is preferable to be mounted so as to be separated from the elastic mounting portion 30.

As described above, the reflector 10 and the support cover 20 should be detachably mounted to the elastic mounting portion 30 of the mounting and coupling member 90. Once mounted, a strong external force is applied by the operator. It must be possible to remain stable and firmly mounted, without deviating unless it is lost.

To this end, the structure of the resilient portion 30 of the reflector 10 and the support cover 20 and the elastic mounting portion 30 of the mounting and coupling member 90 according to the present invention is the reflector 10 with respect to the elastic mounting portion 30 ) And the support cover 20 to facilitate attachment and detachment, and once mounted and coupled, have a structure that can be easily and stably maintained without being detached.

The reflector 10 according to the present invention is configured to include a main body 11 corresponding to a portion that substantially reflects light and an edge portion formed integrally with the edge of the main body and wrapped around the elastic mounting portion 30 to be fixed. The edge portion is integrally formed along the circumferential surface of the main body 11, the horizontal extension portion 13 and protruding to extend in the direction of the rear (11b) of the main body 11 (upper direction in Figure 6) and the It consists of a vertical extension part 15 which protrudes and extends in the direction of the outer side surface 13c (left direction in FIG. 6) of the horizontal extension part 13. As shown in FIG.

That is, the reflector 10 is formed to extend in the direction of the rear surface 11b of the body integrally from the circumferential surface of the disk-shaped main body 11 corresponding to the portion that substantially reflects light; The horizontal extension part 13 and the vertical extension part 15 extended in the direction of the outer surface 13c of the said horizontal extension part from the edge part of the said horizontal extension part 13 are comprised.

The horizontal extension portion 13 has a circular ring shape only in itself, and the vertical extension portion 15 also has a circular ring shape only in itself, and the vertical extension part 15 is the horizontal extension part ( It has a structure integrally formed at the end of 13). The horizontal extension part 13 and the vertical extension part 15 formed as described above correspond to a part which is formed by an edge of the reflector 10 and is wrapped and fixed by the elastic mounting part 30.

In FIG. 6, the main body 11 constituting the reflector 10 is divided into black dashed lines, the horizontal extensions 13 are divided into light green dashed lines, and the vertical extensions 15 are dotted lines. Compartment. However, parts in contact with each other may be included as the other part. That is, the part including the front surface 13a of the horizontal extension part is illustrated as a part of the horizontal extension part 13, but may be included as a part of the main body 11.

The support cover 20 coupled to the elastic mounting portion 30 in a state of fixing and supporting the reflector 10 having the above structure is in contact with and supported on the rear side of the reflector 10 so that the rear surface 11b of the main body is supported. And the base 21 forming the sealed space 19 together with the inner side surface 13d of the horizontal extension portion, and integrally formed at the edge portion of the base 21 to direct the reflector 10 in a plurality of directions. It is configured to include a rim fixed to support, the rim is integrally formed along the circumferential surface of the base 21, the outward direction of the base 21 (vertical extension 15 in Figure 6 protrudes And a vertical support portion 23 protruding and extending in a direction extending in a direction parallel to the vertical extension portion, and integrally formed along an edge portion of the base 21 and protruding and extending toward the main body 11. Sphere with horizontal support 25 It is.

That is, the support cover 20 extends in the outward direction of the base integrally with a disc-shaped base 21 corresponding to a portion covering the back side of the reflector 10 and a circumferential surface of the base 21. It includes a vertical support 23 to be formed and a horizontal extension 25 extending in the direction of the main body 11 of the reflector 10 near the edge portion of the base 21.

The base 21 has a disc shape and basically covers the rear side of the reflector 10 to form the sealed space 19. Accordingly, the base 21 is disposed in such a state that the inner surface of the edge portion thereof is in contact with and supported by the rear surface 13b of the horizontal extension portion 13 of the reflector 10.

The support cover 20 should be maintained in a stable and solid state while the base 21 is in contact with and supports the rear surface 13b of the horizontal extension portion. That is, the support cover 20 should be firmly coupled and mounted by the elastic mounting portion 30 in the state in which the reflector 10 is fixedly supported. To this end, the vertical support portion 23 protrudes from the peripheral surface of the base 21 in the direction in which the vertical extension portion 15 protrudes.

In detail, the vertical support part 23 protrudes in the direction in which the vertical extension part 15 protrudes along the circumferential surface of the base 21, and protrudes in parallel with the vertical extension part 15. In addition, the vertical support 23 is inserted into and fixed to the insertion space 34 of the vertical support formed in the elastic mounting to be described later in the state in which the vertical extension 15 is in contact support.

As described above, the support cover 20 including the base 21 and the vertical support 23 may be stably coupled to the elastic mounting unit 30 in a state in which the reflector 10 is in contact support. . However, the support cover 20 needs to support the reflector 10 in a more robust, stable and balanced manner, and furthermore, the state in which the mounting cover is mounted on the elastic mounting portion 30 needs to be more stable and robust. have.

To this end, the support cover 20 is a horizontal support portion protruding in the direction of the main body 11 of the reflector 10 from the inner surface (surface facing the main body 11) near the edge portion of the base 21 ( It is preferable to further have 25). The horizontal support part 25 is protruded so as to contact and support the inner surface 13d of the horizontal extension part, and is extended to contact the rear surface 11b of the main body. Accordingly, the sealed space 19 is formed by the rear surface 11b of the main body, the inner surface of the base 21 (the surface facing the main body) and the horizontal support 25.

In this way, the support cover 20 is the elastic mounting portion 30 in a state in which not only the back surface 15b of the vertical extension portion and the back surface 13b of the horizontal extension portion, but also contact and support the inner side surface 13b of the horizontal extension portion. Since it is coupled to the mounting, it is possible to stably and firmly support the reflector 10 and to maintain a more stable and balanced coupling mounting state by the elastic mounting unit 30.

The vertical support 23 has a circular ring shape only in itself, and the horizontal support 25 also has a circular ring shape only in itself, and the vertical support 23 is a peripheral portion of the base 21. It is protruded in the outward direction along the integrally formed, the horizontal support portion 25 has a structure formed integrally protruding toward the main body 11 of the reflector along the inner surface near the edge portion of the base 21.

 The vertical support part 23 and the horizontal support part 25 formed as described above may stably and stably support the reflector 10 by contacting and supporting the reflector 10 in various directions. In addition, the vertical support portion 23 is in contact with the vertical extension portion 15 in the state inserted into the insertion space 34 of the vertical support portion formed in the elastic mounting portion 30, in this state the horizontal support portion 25 ) Supports and supports the rear surface 13b of the horizontal extension, so that the support cover 20 can be maintained in a stable and solid state.

On the other hand, the support cover 20 having the structure as described above can be maintained in a stable state wrapped by the elastic mounting portion 30, between the elastic mounting portion 30 in the process of manufacturing by insert injection method In the case where play occurs or repeatedly detachable, the adhesion force with the elastic mounting portion 30 may be weakened. In this case, the support cover 20 can be rotated between the elastic mounting portion 30 and the reflector 10 and can be easily separated to the outside.

Therefore, the deliminator 100 according to the present invention is formed so that the edge portion of the support cover 20 may have a sawtooth shape. Specifically, the vertical support 23 of the support cover 20 according to the present invention is not formed in a circular arc portion forming a ring shape smoothly, but the groove shape or the sawtooth shape in which the recessed portion and the groove portion are continuously formed repeatedly Form to have.

As a result, the support cover 20 includes the vertical support 23, and as shown in FIGS. 2 and 7, the locking groove 24 corresponding to the portion cut at every predetermined interval is provided with the vertical support 23. It is configured to be formed in). That is, the vertical support 23 of the support cover 20 is configured to include a locking groove 24 formed at predetermined intervals.

The vertical support 23 having the locking groove 24 maintains the state of being wrapped by the elastic mounting portion 30 as described above. At this time, the inner portion of the elastic mounting portion 30 is inserted into contact with the vertical support 23, in particular the insertion space 34 of the vertical support of the vertical support 23 of the sawtooth or groove shape It has a shape corresponding to the shape of. That is, the insertion space 34 of the vertical support has a shape that can engage the vertical support 23 of the sawtooth or groove shape. The shape of the insertion space 34 of the vertical support may be naturally formed while urethane is introduced into the locking groove 24 during the insert injection process.

As described above, the vertical support portion 23 has a sawtooth or groove shape, and the insertion space 34 of the vertical support portion into which the vertical support portion 23 is inserted into and contacts the vertical support portion 23 also has the sawtooth or groove shape. Since it has a shape corresponding to the shape of), the coupling between the vertical support portion 23 and the insertion space portion 34 of the vertical support portion becomes stronger and stronger. That is, since the support cover 20 cannot be rotated with respect to the elastic mounting portion 30, the mutual coupling force can be made stronger and stronger, so that the support cover 20 makes the reflector 10 stronger and stronger. I can support it.

The reflector 10 and the support cover 20 having the above-described structure can be detachably mounted, and can be easily attached and detached. It is preferable that the elastic mounting portion 30 of the mounting and coupling member 90 also maintains a corresponding structure.

The elastic mounting portion 30 is disposed in a form in which the horizontal extension 13 and the vertical extension 15 corresponding to the edge of the reflector 10 are wrapped in contact with each other, and the vertical extension 15 is disposed. It is arranged to be inserted and received and wrapped. Specifically, the elastic mounting portion 30 has a circular band shape as a whole so as to wrap and fix along the edge portion of the reflector 10, but a vertical extension portion capable of inserting and receiving the vertical extension portion 15 necessarily. An insertion space 32 is provided. That is, the insertion space portion 32 of the vertical extension portion that can be accommodated tightly is inserted into the vertical extension portion 15 on the inner side surface 30d of the elastic mounting portion.

Specifically, the elastic mounting portion 30 has a circular band shape so as to strongly adhere to the edge portion of the reflector 10, but in a state in which the reflector is inserted and mounted, the horizontal extension portion 13 The outer surface 13c and the exposed surface of the vertical extension part 15, that is, the front surface 15a of the vertical extension part, the outer surface 15c of the vertical extension part and the back surface 15b of the vertical extension part can be wrapped closely. So that it is formed.

On the other hand, the elastic mounting portion 30 is also wrapped around the edge portion of the support cover 20 to be fixed, the insertion space portion of the vertical support portion that can necessarily accommodate the vertical support portion 23 of the support cover 20 ( 34) is further provided. That is, the insertion space portion 34 of the vertical support portion may be formed on the inner side surface 30d of the elastic mounting portion, and the vertical support portion 23 may be inserted and accommodated separately from the insertion space portion 32 of the vertical extension portion. do.

The insertion space portion 34 of the vertical support portion is formed adjacent to the insertion space portion 32 of the vertical extension portion is formed to be stepped. Specifically, the insertion space portion 34 of the vertical support portion is formed adjacent to the insertion space portion 32 of the vertical extension portion, it is formed to a depth smaller than the depth of the insertion space portion 32 of the vertical extension portion. Accordingly, the vertical support part 23 of the support cover 20 is inserted into the insertion space part 32 of the vertical extension part while being inserted into the insertion space part 34 of the vertical support part ( 15) can be contacted and supported.

The elastic mounting portion 30 is formed of an elastic material such as urethane, has a circular band shape that can wrap the edge portion of the reflector 10 and the support cover 20, and extends perpendicular to the inner surface 31d. Insertion space portion 32 of the vertical extension portion that can be inserted and accommodated in close contact with the portion 15 and the insertion space portion 34 of the vertical support portion that can be inserted and accommodated in close contact with the vertical support portion 23 adjacent thereto And the reflector 10 is mounted on the elastic mounting portion 30 so that the vertical extension portion 15 of the reflector 10 is inserted into the insertion space portion 32 of the vertical extension portion. When the support cover 20 is mounted on the elastic mounting portion 30 so that the vertical support portion 23 of the cover 20 is inserted into the insertion space portion 34 of the vertical support portion, the reflector 10 and the support cover 920 is sturdy and stable Can be fixed in the mounting state.

The front surface 31a of the elastic mounting portion 30 is preferably formed to be located on the rear side (upper side in Fig. 6) than the front surface (13a) of the horizontal extension portion (13). In this way, the front surface 31a of the elastic mounting portion 30 is formed to be located on the rear side (upper side in FIG. 6) than the front surface 13a of the horizontal extension portion 13, so that the elastic mounting portion 30 is in a vehicle or the like. By directly minimizing being hit by the elastic mounting portion 30 can be minimized from peeling off the reflector (10).

As described above, according to the delineator according to the embodiment of the present invention, the reflector 10 and the support cover 20 may be easily detached, and a structure capable of firmly and stably fixing the reflector once coupled and mounted is provided. By adopting and applying, it is possible to minimize the possibility of breakage and to easily replace only the broken reflector, thereby further reducing the time, effort and cost for maintenance.

On the other hand, the support cover 20 is formed to protrude in the front direction (the main body 11 direction) to separate the horizontal support portion 25 to support the horizontal extension portion 13 more stably, the base 21 The recessed part 27 is further formed in the outer side of the side. Since the base portion 21 has a circular plate shape, the concave portion 27 also has a concave circular shape. The concave portion 27 formed in the base 21 is partitioned by the inner surface 31d of the elastic mounting portion near the rear surface 31b of the elastic mounting portion 30.

Reflective paper is attached to the concave portion 27 formed on the outer surface of the base 21 (the surface opposite to the body 11) to improve the reflection effect in various directions. That is, according to the present invention, the concave portion 27 is formed on the outer surface of the base 21 of the support cover 20 so that the reflector can be attached to the surface opposite to the reflector 10. This can produce an effect of further increasing night visibility.

As described above, the present invention has been illustrated and described with reference to specific preferred embodiments, but is not limited to the above-described embodiments, and simple design changes and substitution of conventional means within the scope not changing the technical gist of the present invention. It is also clear that the case belongs to the protection scope of the present invention.

1: guard rail 3: prop
10: reflector 11: body
11b: rear side of the body 13: horizontal extension
13a: front side of the horizontal extension 13b: back side of the horizontal extension
13c: outer side of the horizontal extension 13d: inner side of the horizontal extension
15: vertical extension 15a: front of the vertical extension
15b: rear side of vertical extension 15c: outer side of vertical extension
19: sealed space 20: support cover
21: base 23: vertical support
24: locking groove 25: horizontal support
27: recessed portion 30: elastic mounting portion
31a: front side of the elastic mounting portion 31b: back side of the elastic mounting portion
31d: inner side of elastic mounting portion 32: insertion space portion of vertical extension portion
34: insertion space of the vertical support 50: elastic connection
51: reinforcing beam portion 53: reinforcing connection portion
55: auxiliary connection 70: attachment coupling
73: molding gas outflow groove 75: prop insertion portion
76: forming reinforcement ring 77: strut insertion hole
78: holding contact portion 80: fastener mounting portion
81: mounting hole 90: mounting and coupling member
100: Delegate

Claims (3)

In a delegator mounted on a guard rail or median,
It comprises a reflector for reflecting light, a mounting and coupling member for mounting the reflector fixed to the guard rail or median, and a support cover mounted to the mounting and coupling member for holding and supporting the reflector,
The mounting and coupling member is to be mounted to the reflector and the support cover, the elastic mounting portion for wrapping and fixing the edge portion of the reflector and the support cover, each end of the elastic mounting portion is integrally connected and extended to each other, A pair of spaced apart elastic connecting portions, integrally formed between the elastic mounting portion and the elastic connecting portion, the auxiliary connecting portion is formed in parallel with the elastic mounting portion having a thin plate-like shape, orthogonal to the pair of elastic connecting portions Is formed in a plate shape, each other end of the pair of elastic connecting portion is integrally connected to one side and the other side is attached to the guard rail or the median and the attachment coupling portion protrudes from one side of the attachment coupling portion Is formed between the pair of elastic connection, the stone is opened on the other side of the attachment coupling portion It is configured to include a holding insert for forming an insertion space in the exit direction,
A fastener mounting portion protrudes from an outer circumferential surface of the support insert portion so that the fastener for fastening the support insert inserted into the support insert portion and the insertion space can be inserted therein.
It is provided with a ring-shaped reinforcement ring protruding along the outer circumferential surface of the strut insertion portion,
The reflector may include a disc-shaped main body corresponding to a part reflecting light, a horizontal extension part integrally formed in a rear direction of the main body integrally from the circumferential surface of the main body, and the horizontal extension part at an end of the horizontal extension part. It is configured to include a vertical extension extending in the lateral direction,
The support cover has a disc-shaped base corresponding to a portion covering the rear side of the reflector, and is formed to protrude in parallel with the vertical extension portion along the peripheral surface of the base, wherein the vertical support portion contacts and supports the vertical extension portion. Is formed to protrude so as to support the inner surface of the horizontal extension portion, and comprises a horizontal support portion extending to be in contact with the back of the main body,
The elastic mounting portion may have a circular band shape so as to be wrapped and fixed along the edge portion of the reflector, and includes an insertion space portion of the vertical extension portion for accommodating the vertical extension portion, and the elastic mounting portion is an edge of the support cover. A portion of the vertical support portion may be inserted into the vertical space of the vertical support portion, and the insertion space portion of the vertical support portion may be formed adjacent to the insertion space portion of the vertical extension portion. Delegate characterized in that.
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