CN208777204U - A kind of adjustable highway delineator - Google Patents

Abstract

The utility model discloses a kind of adjustable highway delineators, including the first reflecting assembly, one end of first reflecting assembly is connected by connection component with fixation kit, the other end can be rotated around the connection component, and can be bonded on the outer surface for being fixed on the fixation kit；The second reflecting assembly is further fixed on the fixation kit.The utility model passes through the Rotation Design of the first reflecting assembly, enable night on a highway piggybacking traveling vehicle in reverse driving, it can be seen that the reflected light of delineator reverse side, guarantee that it is also capable of the position of clear roadside guardrail constantly during piggybacking traveling, guarantees the safety of its driving at night.

Description

A kind of adjustable highway delineator

Technical field

The utility model relates to road construction construction technique field, especially a kind of adjustable highway delineator.

Background technique

Delineator is along the setting of both sides of the road edge, for showing road boundary profile, guide normal vehicle operation, having A kind of traffic safety facilities of retroreflective energy, functionally, delineator is a kind of sight line inducing installation.Although delineator exists Shared specific gravity is smaller in traffic safety facilities, acts on very important.Especially on highway and Class I highway, vehicle Travel speed is very fast, and vehicle, during night running, visual range is shorter, can all substantially reduce the safety of driving in this way Degree, therefore to achieve the purpose that safe driving, linear instruction is extremely important in front of highway.And it is effective hand that delineator, which is continuously arranged, One of section, delineator can make driver understand front road conditions ahead of time by the reflection to car bulb；Both sides of the road setting Warning mark of the delineator as road driveway boundary can also play the role of night induction, warning driver, protect well The traffic safety of passing vehicle is demonstrate,proved.

Highway is generally divided into the two independent one way roads in left and right, and centre is carried out by modes such as guardrail or flower nurseries It separates, the vehicle (relative to the driver on the road) in the one-way road on the right being spaced can only advance forward, and be spaced Vehicle (relative to the driver in the one-way road of the right) in the one-way road on the left side can only travel rearwardly.General highway two sides It is provided with corrugated guardrail, equidistantly to install delineator on corrugated guardrail convenient for the driving at night safety on highway, To play the effect of warning and safety.However, in current road construction scheme, only in the direction of advance of every side one way road Delineator is arranged in right side, and the reflector in delineator is also only merely single side.When certain section of road need working drawing review or When construction, this section of road can only temporary closure, and add interim passageway between two one way roads in left and right and carry out Piggybacking traveling, with bypass the construction section, finally return script one way road, therefore, vehicle during piggybacking form not It can see the delineator on another lane, can not also guarantee the safety of its driving in night flight or navigation.

Utility model content

The purpose of this section is to summarize some aspects of the embodiments of the present invention and briefly introduce it is some preferably Embodiment.It may do a little simplified or be omitted to keep away in this part and the summary of the description of the application and utility model title The purpose for exempting to make this part, abstract of description and utility model title is fuzzy, and this simplification or omission cannot be used for limitation originally The range of utility model.

The problem of in view of above-mentioned and/or existing delineator, propose the utility model.

Therefore, the one of purpose of the utility model is to provide a kind of adjustable highway delineator, can It is rotated, to meet the warning demand of night piggybacking driving vehicle.

In order to solve the above technical problems, the utility model provides the following technical solutions: a kind of adjustable highway wheel Exterior feature mark comprising one end of the first reflecting assembly, the first reflecting assembly is connected by connection component with fixation kit, the other end It can be rotated, and can be bonded on the outer surface for being fixed on the fixation kit around the connection component；The fixation The second reflecting assembly is further fixed on component.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: the fixation Component includes leading flank and trailing flank, also has outer convex ridge between the leading flank and trailing flank, and evagination is collectively formed in three Structure, the outer convex ridge are located at the outer rim of the outer male structure.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: described first Reflecting assembly includes first end and second end, and the first end has connecting shaft, and the connection the tip of the axis is fixed with movable part； First reflecting assembly is connect by the movable part with the connection component, and the second end of first reflecting assembly can It is rotated around the connection component, and can be fixed or take off with the leading flank of the fixation kit or trailing flank From.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: the connection Component includes symmetrically arranged first connecting pin and the second connecting pin, and first connecting pin and the second connecting pin include respective Positive stop end and connecting pin；The positive stop end of first connecting pin and the second connecting pin mutually faces, and clamps the activity jointly Part, and there is interval between the outer end face of two positive stop ends, the width at the interval is not less than the cross section of the connecting shaft Radius；The connecting pin of first connecting pin and the second connecting pin is both secured on the outer convex ridge of the fixation kit.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: the activity Part is chondritic, clamped by the positive stop end of first connecting pin and the second connecting pin, and the positive stop end of the two Equal indent has the recess for being matched with the movable part；The movable part is embedded in the recess, and can in the recess into The opposite rotation of row.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: the connection Component further includes connector；After first connecting pin and the second connecting pin clamp the movable part, the two of the connector End is connect with the positive stop end of first connecting pin and the second connecting pin respectively；Have on the connector and is matched with the connection Axis allows slot, and the connecting shaft allows slot and can allow to carry out rotary moveable in slot described across described.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: described first There is the first external screw thread on the positive stop end lateral surface of connecting pin, have outside second on the positive stop end lateral surface of second connecting pin Screw thread；The first internal screw thread and the second internal screw thread are respectively provided on the inner sidewall at the connector both ends；First connecting pin is logical The cooperation for crossing first external screw thread and the first internal screw thread is attached；Second connecting pin by second external screw thread with The cooperation of second internal screw thread is attached.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: described first The two sides of reflecting assembly are respectively first surface and second surface, have reflective structure or reflective material on the first surface Material.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: described reflective There is locking piece on the second surface of component；The locking piece includes the first bending elastic slice and the second bending elastic slice, and the two is common Frame quadrangularly structure, and the end of the two contacts with each other；The locking piece also has outer protrusive board, and the outer protrusive board protrudes into described In the frame of quadrilateral structure, and elastic component is provided on its two sides, the elastic component of two sides is also respectively with described first The medial surface of bending elastic slice and the second bending elastic slice is connected；The locking piece is fixed on the reflecting assembly by interconnecting piece On second surface.

A kind of preferred embodiment as adjustable highway delineator described in the utility model, in which: the fixation The first lock hole and the second lock hole are respectively arranged on the leading flank of component and trailing flank；First lock hole and the second lock Determine hole to be symmetrical arranged, the size of the two is identical, and its width is all larger than the interconnecting piece width, and is less than the first bending bullet The maximum width of piece and the second bending formed quadrilateral structure of elastic slice.

The utility model has the beneficial effects that the utility model passes through the Rotation Design of the first reflecting assembly, so that night exists The vehicle that piggybacking travels on highway can in reverse driving, it can be seen that the reflected light of delineator reverse side, guarantee its Piggybacking is also capable of the position of clear roadside guardrail constantly during travelling, guarantee the safety of its driving at night.

Detailed description of the invention

It, below will be to required in embodiment description in order to illustrate more clearly of the technical solution of the utility model embodiment The attached drawing used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the utility model Example, for those of ordinary skill in the art, without any creative labor, can also be according to these attached drawings Obtain other attached drawings.Wherein:

Fig. 1 is delineator application scenarios schematic diagram described in the utility model one embodiment.

Fig. 2 is the vertical view of the first reflecting assembly and fixation kit pertinent relation described in the utility model one embodiment Figure.

Fig. 3 be the utility model one embodiment described in adjustable highway profile installation site structure chart and Its partial structurtes detail drawing.

Fig. 4 is overall structure of the explosion figure described in second embodiment of the utility model.

Fig. 5 is the first reflecting assembly described in second embodiment of the utility model and connection component connection figure and its part Detail of construction.

Fig. 6 is the top view after the first reflecting assembly described in second embodiment of the utility model is connect with connection component And its sectional view.

Fig. 7 is the rotation schematic diagram of the first reflecting assembly described in second embodiment of the utility model.

Fig. 8 is the knot that the rotation of the first reflecting assembly described in first and second embodiment of the utility model is fixed to trailing flank Composition.

Fig. 9 is locking piece position view and its detail of construction described in second embodiment of the utility model.

Figure 10 is the fixed form schematic diagram and its part section of locking piece described in second embodiment of the utility model Detail drawing.

Figure 11 is connector overall structure figure described in second embodiment of the utility model.

Figure 12 is that adjustable highway delineator described in second embodiment of the utility model installs side view.

Specific embodiment

It is attached below with reference to specification to keep the above objects, features, and advantages of the utility model more obvious and easy to understand Figure is described in detail specific embodiment of the present utility model.

Many details are explained in the following description in order to fully understand the utility model, but this is practical new Type can also be implemented using other than the one described here other way, and those skilled in the art can be without prejudice to this reality With doing similar popularization in the case where novel intension, therefore the utility model is not limited by the specific embodiments disclosed below.

Secondly, " one embodiment " or " embodiment " referred to herein, which refers to, may be included at least one reality of the utility model A particular feature, structure, or characteristic in existing mode." in one embodiment " that different places occur in the present specification is not The same embodiment is referred both to, nor the individual or selective embodiment mutually exclusive with other embodiments.

Referring to Fig.1~3 or 8, it is the utility model one embodiment, this embodiment offers a kind of adjustable high speeds Highway delineator, can be by interim overturning, the steering to the first reflecting assembly 100, so that because of construction section on highway In the presence of and the vehicle of piggybacking form can also discover the guardrail in roadside from the back side of delineator, guarantee the retrograde safety of piggybacking vehicle.

Such as Fig. 1, the lane on the right can be defined as to first lane D-1 in the present invention, the lane on the left side is defined as second Lane D-2, then (routine) mark mold core on first lane D-1 is arranged in the right side on first lane D-1, on second lane D-2 (routine) mark mold core (relative to the vehicle on first lane D-1) left side on second lane D-2 is set.Work as first lane There are when construction section on D-1, is formed and connected by the first passageway G-1 and the second passageway G-2 and second lane D-2, and shape At the channel of piggybacking.Therefore, when vehicle is when first lane D-1 is gone upward in front of construction section, can enter from the first passageway G-1 Second lane D-2 carries out piggybacking reverse driving on second lane D-2, is finally again introduced into first lane from the second passageway G-2 D-1。

From the figure 3, it may be seen that adjustable highway delineator includes the first reflecting assembly 100,200 and of connection component Fixation kit 300.Wherein, the fixation kit 300 in the present invention is the metal folded plate of conventional adhesive boundary sign, cross section For the shell structure of approximate isosceles triangle, but position corresponding to apex angle therein is processed to fillet or is directly formed flat Angle.For fixing and installing delineator mold core on fixation kit 300.

Therefore, fixation kit 300 includes leading flank 301 and trailing flank 302, and leading flank 301 is respectively corresponded with trailing flank 302 In two waists of above-mentioned " isosceles triangle ", also there is outer convex ridge 303 between the two, outer convex ridge 303 then corresponds to above-mentioned " isosceles The corner position of triangle ".It will be apparent that outer umbo is collectively formed in leading flank 301, trailing flank 302 and 303 three of outer convex ridge Structure, and outer convex ridge 303 is located at the outer most edge of outer male structure.In practice, fixation kit 300 passes through the " bottom of its " isosceles triangle " Side " is fixed on corrugated guardrail 500, and fixed form can be fixed using conventional bolt.

Further, in the present invention, leading flank 301 corresponds to the one side met on the lane to vehicle, and trailing flank 302 is right It should be in the one side on the lane backwards to vehicle.

First reflecting assembly, 100 main body is plate structure, on lateral surface there is reflective structure (to utilize the original of corner reflector Reason) or coated with reflectorized material.One end of first reflecting assembly 100 passes through the evagination of connection component 200 and fixation kit 300 Ridge 303 is connected, and (connection component 200 can be fixed by bolts on the outer surface of outer convex ridge 303, and the first reflecting assembly 100 one end and connection component 200 carry out hingedly), the other end of the first reflecting assembly 100 can around connection component 200 into Row rotation, and can selectively be bonded on the outer surface for being fixed on fixation kit 300, can be fixed on leading flank 301 or On trailing flank 302, it can be also detached from from its surface.Connection component 200 is that can guarantee that the first reflecting assembly 100 is rotated The component or structure of movement.

In the present embodiment, the first reflecting assembly 100 can be overturning by " spinning movement " of connection component 200, It can be Space Rotating.It is specific as follows:

In the present invention, when connection component 200 is using conventional convertible hinge, the first reflecting assembly It is required to be set as reflective structure (or coating reflectorized material) on 100 two sides.Therefore under normal circumstances, each profile The first reflecting assembly of target 100 is required to overturn on the leading flank 301 of fixation kit 300 and fixed, so that on the lane It can be seen that the first reflecting assembly 100 on the right side of it.If having construction section on first lane D-1, the vehicle on the lane is needed To enter on second lane D-2 from the first passageway G-1, therefore construction personnel can be when construction section blocks, while by the Corresponding first reflecting assembly 100 turns on two lane highways D-2, and is fixed on the trailing flank 302 of fixation kit 300, is The vehicle of piggybacking traveling provides warning.

When connection component 200 and the first reflecting assembly 100 are attached by the way of flexural pivot, first reflective group 100 need of part are wherein set as reflective structure (or coating reflectorized material) on one side, as shown in figure 8, the first reflecting assembly One side on 100 outwardly.Its usage scenario, opportunity are same as described above, only when rotating the first reflecting assembly 100, no But need to carry out the overturning in plane, it is also necessary to which the axial-rotation for carrying out itself is secured to the trailing flank of fixation kit 300 When on 302, the reflective surface of the first reflecting assembly 100 can be outwardly.

It is to be noted that is further fixed on and (can be screwed) on the leading flank 301 of fixation kit 300 in itself Two reflecting assemblies 400, surface are also configured as reflective structure (or coating reflectorized material).The effect of second reflecting assembly 400 It is: when the first reflecting assembly 100 is flipped on trailing flank 302, also there is the second reflecting assembly 400 on leading flank 301 Presence can be by the warning function of delineator to guarantee that either positive row still drives in the wrong direction on the lane.

The fixed form of the first reflecting assembly 100 and 300 both side surface of fixation kit, which can use, among the above snaps connection Or magnetic force attracts connection etc., it is all to enable to be capable of forming between the first reflecting assembly 100 and fixation kit 300 temporarily Property is fixedly connected and the mode that can also detachably separate can be used.

It is second embodiment of the utility model referring to Fig. 4~12, which is different from upper one embodiment Be: the first reflecting assembly 100 includes first end 101 and second end 102, and first end 101 has connecting shaft 101a, connecting shaft 101a End be fixed with movable part 101b.Movable part 101b in the present embodiment can be set to chondritic.

First reflecting assembly 100 is connect by movable part 101b with connection component 200, and the second of the first reflecting assembly 100 End 102 can be rotated around connection component 200, and can with the leading flank 301 of fixation kit 300 or trailing flank 302 into Row is fixed or is detached from.

Specifically, connection component 200 includes symmetrically arranged first connecting pin 201 and the second connecting pin 202, the first connection Both foot 201 and the second connecting pin 202 structure are identical, and include respective positive stop end A and connecting pin B.Wherein, the first connection The positive stop end A of foot 201 and the second connecting pin 202 is mutually faced, and clamps movable part 101b jointly, forms clearance fit, and two The equal indent of positive stop end A of person has the recess A-1 for being matched with movable part 101b.In addition, the first connecting pin 201 and the second connecting pin There is interval between 202 positive stop end A outer end face, the width at the interval is not less than the cross sectional radius of connecting shaft 101a.

Due to movable part 101b be it is spherical, the recess A-1 on positive stop end A be cooperate Part-spherical curved surface.Work as work When moving part 101b is embedded in recess A-1, opposite rotation can be carried out in recess A-1, meanwhile, with company, institute on movable part 101b The connecting shaft 101a connect can also be slided in the interval between two positive stop end A outer end faces therewith.

After first connecting pin 201 and the second connecting pin 202 clamp movable part 101b, the two also passes through its respective company End B is met to be fixed on the outer convex ridge 303 of fixation kit 300.

Further, connection component 200 further includes connector 203.First connecting pin 201 and the second connecting pin 202 are common After clamping movable part 101b, the both ends of the connector 203 positive stop end A with the first connecting pin 201 and the second connecting pin 202 respectively Connection.Therefore, connector 203 is cannula-like, has and carries out the positive stop end A of the first connecting pin 201 and the second connecting pin 202 The effect connected, to enhance the stability of connection component 200 itself.

In order to enable connector 203 will not generate obstruction to the movement travel of connecting shaft 101a, also have on connector 203 Be matched with connecting shaft 101a allows slot 203a, and connecting shaft 101a, which is passed through, to be allowed slot 203a and can allow to carry out in slot 203a Rotary moveable.The slot 203a that allows herein is the through slot of the arching trajectory corresponding to connecting shaft 101a rotary motion stroke.

Specifically, the connection type of connector 203 and the first connecting pin 201 and the second connecting pin 202 are as follows: the first connecting pin There is the first external screw thread 201a on 201 positive stop end A lateral surface, have second on the positive stop end A lateral surface of the second connecting pin 202 External screw thread 202a, meanwhile, the first internal screw thread 203b and the second internal screw thread are respectively provided on the inner sidewall at 203 both ends of connector 203c.Wherein, the first connecting pin 201 is attached by the cooperation of the first external screw thread 201a and the first internal screw thread 203b；Second Connecting pin 202 is attached by the cooperation of the second external screw thread 202a and the second internal screw thread 203c.

Further, the both side surface of the first reflecting assembly 100 and fixation kit 300 can be carried out by locking piece 105 Connection and temporary fixation.If the two sides for setting the first reflecting assembly 100 in the present embodiment are respectively first surface 103 and Two surfaces 104 then have reflective structure or reflectorized material (as shown in Figure 8) on first surface 103, and on second surface 104 With locking piece 105.

Specifically, locking piece 105 includes the first bending elastic slice 105a and the second bending elastic slice 105b, the common frame of the two is at four Side shape structure, and the end of the two contacts with each other.Preferably, the first bending elastic slice 105a and the second bending common frame of elastic slice 105b At zither shape, and respectively there is certain original elastic potential energy, so that the end of the two is capable of forming the trend squeezed mutually.

Further, locking piece 105 also has outer protrusive board 105c, to bend bullet with the first bending elastic slice 105a and second The plate structure of piece 105b equal in width, and outer protrusive board 105c is protruded into the frame of quadrilateral structure.Preferably, outer protrusive board 105c Elastic component 105d is respectively and fixedly provided on two sides, the elastic component 105d of two sides is also bent with the first bending elastic slice 105a and second respectively The medial surface of elastic slice 105b is connected, and has to the first bending elastic slice 105a being squeezed and the second bending elastic slice 105b and resets With the trend of recovery, therefore, in the initial state, i.e., the first bending elastic slice 105a and the second bending end elastic slice 105b mutually connect When touching, elastic component 105d works as the first bending elastic slice 105a and second bending elastic slice 105b the widest part to its inelastic effect Angle end at receive extruding, when spacing becomes smaller, elastic component 105d has elastic force effect.Elastic component 105d in the present embodiment can With the component using spring etc. with rebound effect.

Locking piece 105 in the present embodiment is fixed on the second surface 104 of reflecting assembly 100 by interconnecting piece 105e. Interconnecting piece 105e is block structure, and the first bending elastic slice 105a and the second bending elastic slice 105b are fixed on its end, and interconnecting piece The inner end of 105e is fixed on second surface 104, formed integrally.

Correspondingly, be respectively arranged on the leading flank 301 of fixation kit 300 and trailing flank 302 first lock hole 301a and Second lock hole 302a.First lock hole 301a and the second lock hole 302a is symmetrical arranged, and the size of the two is identical, and its width It is all larger than interconnecting piece 105e width, and less than the first bending elastic slice 105a and the second bending formed quadrilateral structure of elastic slice 105b Maximum width.Therefore, the first bending elastic slice 105a of locking piece 105 and the second bending elastic slice 105b can be in elastic extruding Under across the first lock hole 301a (or second lock hole 302a), and pass through after by elastic component 105d squeeze and strutting, shape At the temporary locking of detachable separating type.

When needing to rotate 100 entirety of the first reflecting assembly, before 100 self-retaining component 300 of the first reflecting assembly It is separated on side 301, after allowing the track slot 203a to carry out overturning and itself axial-rotation, is affixed on fixation kit 300 On trailing flank 302, outwardly, inwardly, and locking piece 105 is embedded in the second lock hole to second surface 104 to its last first surface 103 In 302a, is formed and fixed.

In practice, to fit into connector 203 convenient for movable part 101b, also have on connector 203 and be matched with movable part The inlet port 203d of 101b, therefore, the assemble sequence of adjustable highway delineator are as follows: first by movable part 101b from Inlet port 203d is filled in connector 203, then in a spiral manner by the positive stop end A of the first connecting pin 201 and the second connecting pin 202 The upper and lower ends for screwing in connector 203 respectively, clamp movable part 101b jointly, then by the first connecting pin 201 and the second connection The connecting pin B of foot 202 is installed on the outer convex ridge 303 of fixation kit 300 by bolt.Finally, by adjustable high speed In highway delineator integral installation to corrugated guardrail 500.

It is important that, it should be noted that the construction and arrangement of the application shown in multiple and different exemplary implementation schemes is only It is illustrative.Although several embodiments are only described in detail in this disclosure, refering to the personnel of the displosure content It should be easily understood that many changes under the premise of substantially without departing from the novel teachings and advantage of theme described in this application Type is possible (for example, the size of various elements, scale, structure, shape and ratio and parameter value are (for example, temperature, pressure Deng), mounting arrangements, the use of material, color, the variation of orientation etc.).It can be by more for example, being shown as integrally formed element A part or element are constituted, and the position of element can be squeezed or change in other ways, and the property or number of discrete component Or position can be altered or changed.Therefore, all such remodeling are intended to be comprised in the scope of the utility model.It can root According to the embodiment change of substitution or the order or sequence of resequence any process or method and step.In the claims, appoint The clause of what " device adds function ", which is intended to, is covered on the structure described herein for executing the function, and is not only structure It is equal but also is equivalent structure.It, can be in exemplary implementation scheme under the premise of without departing substantially from the scope of the utility model Other replacements are made in design, operation conditions and arrangement, remodeling, are changed and are omitted.Therefore, the utility model is not limited to specific Embodiment, but extend to a variety of remodeling still fallen within the scope of the appended claims.

In addition, all spies of actual implementation scheme can not be described in order to provide the terse description of exemplary implementation scheme Sign (that is, those incoherent features of optimal mode with the execution the utility model currently considered, or in realization the utility model Those incoherent features).

It should be noted that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although reference The utility model is described in detail in preferred embodiment, those skilled in the art should understand that, it can be to this reality It is modified or replaced equivalently with novel technical solution, without departing from the spirit and scope of the technical scheme of the present invention, It should all cover in the scope of the claims of the utility model.

Claims (10)

1. a kind of adjustable highway delineator, it is characterised in that: including,

First reflecting assembly (100), one end are connected by connection component (200) with fixation kit (300), and the other end can It is rotated, and can be bonded on the outer surface for being fixed on the fixation kit (300) around the connection component (200)；

The second reflecting assembly (400) are further fixed on the fixation kit (300).

2. adjustable highway delineator as described in claim 1, it is characterised in that: fixation kit (300) packet Leading flank (301) and trailing flank (302) are included, also there are outer convex ridge (303) between the leading flank (301) and trailing flank (302), And outer male structure is collectively formed in three, the outer convex ridge (303) is located at the outer rim of the outer male structure.

3. adjustable highway delineator as claimed in claim 2, it is characterised in that: first reflecting assembly It (100) include first end (101) and second end (102), the first end (101) has connecting shaft (101a), the connecting shaft The end of (101a) is fixed with movable part (101b)；

First reflecting assembly (100) is connect by the movable part (101b) with the connection component (200), and described first The second end (102) of reflecting assembly (100) can be rotated around the connection component (200), and can be with the fixation The leading flank (301) of component (300) or trailing flank (302) are fixed or are detached from.

4. adjustable highway delineator as claimed in claim 3, it is characterised in that: connection component (200) packet Include symmetrically arranged first connecting pin (201) and the second connecting pin (202), first connecting pin (201) and the second connecting pin (202) include respective positive stop end (A) and connecting pin (B)；

The positive stop end (A) of first connecting pin (201) and the second connecting pin (202) mutually faces, and clamps the activity jointly Part (101b), and there is interval between the outer end face of two positive stop ends (A), the width at the interval is not less than the connecting shaft The cross sectional radius of (101a)；

The connecting pin (B) of first connecting pin (201) and the second connecting pin (202) is both secured to the fixation kit (300) Outer convex ridge (303) on.

5. adjustable highway delineator as claimed in claim 4, it is characterised in that: the movable part (101b) is ball Shape structure, it is clamped by the positive stop end (A) of first connecting pin (201) and the second connecting pin (202), and the two is described Positive stop end (A) indent has the recess (A-1) for being matched with the movable part (101b)；

The movable part (101b) is embedded in the recess (A-1), and opposite rotation can be carried out in the recess (A-1) Turn.

6. adjustable highway delineator as described in claim 4 or 5, it is characterised in that: the connection component (200) It further include connector (203)；

After first connecting pin (201) and the second connecting pin (202) clamp the movable part (101b), the connector (203) both ends are connect with the positive stop end (A) of first connecting pin (201) and the second connecting pin (202) respectively；

Have be matched with the connecting shaft (101a) to allow slot (203a), the connecting shaft on the connector (203) (101a) allows slot (203a) described in and can allow to carry out rotary moveable in slot (203a) described.

7. adjustable highway delineator as claimed in claim 6, it is characterised in that: first connecting pin (201) Positive stop end (A) lateral surface on have the first external screw thread (201a), positive stop end (A) lateral surface of second connecting pin (202) It is upper that there is the second external screw thread (202a)；

The first internal screw thread (203b) and the second internal screw thread (203c) are respectively provided on the inner sidewall at connector (203) both ends；

First connecting pin (201) is connected by first external screw thread (201a) and the cooperation of the first internal screw thread (203b) It connects；Second connecting pin (202) is connected by second external screw thread (202a) and the cooperation of the second internal screw thread (203c) It connects.

8. Claims 1 to 5 or 7 it is any as described in adjustable highway delineator, it is characterised in that: described first is anti- The two sides of optical assembly (100) are respectively first surface (103) and second surface (104), are had on the first surface (103) Reflective structure or reflectorized material.

9. adjustable highway delineator as claimed in claim 8, it is characterised in that: the reflecting assembly (100) There are locking piece (105) on second surface (104)；

The locking piece (105) includes the first bending elastic slice (105a) and the second bending elastic slice (105b), and the common frame of the two is at four Side shape structure, and the end of the two contacts with each other；

The locking piece (105) also has outer protrusive board (105c), and the outer protrusive board (105c) protrudes into the frame of the quadrilateral structure It is interior, and elastic component (105d) is provided on its two sides, the elastic component (105d) of two sides is also curved with described first respectively Folding elastic slice (105a) is connected with the medial surface of the second bending elastic slice (105b)；

The locking piece (105) is fixed on the second surface (104) of the reflecting assembly (100) by interconnecting piece (105e).

10. adjustable highway delineator as claimed in claim 9, it is characterised in that: the fixation kit (300) The first lock hole (301a) and the second lock hole (302a) are respectively arranged on leading flank (301) and trailing flank (302)；

First lock hole (301a) and the second lock hole (302a) are symmetrical arranged, and the size of the two is identical, and its width is equal Greater than the interconnecting piece (105e) width, and it is less than first bending elastic slice (105a) and second bending elastic slice (105b) institute shape The maximum width of quadrangularly structure.