JP3184948U - Scroll-type tripod stand for cold light warning - Google Patents

Abstract

A scroll-type tripod stand for cold light warning according to an emergency signal device for a vehicle is provided.
A cold light warning plate is wound up by a mandrel 41, coupled to a support unit that expands and contracts by a pull rod member 70 and operated in synchronism, and the cold light warning plate is synchronously released by pulling the support unit. The cold light warning plate is supported by the support unit and is localized. On the other hand, since the support unit is attached and the mandrel is automatically rotated together with the elasticity recovery module 50 to wind up and store the cold light warning plate, the convenience in use is extremely high as a whole, and the whole is the pedestal 20. Since it is installed inside, it is supported stably, and at the same time, the air resistance is lowered by combining the vent hole 421 of the cold light warning plate, so that it does not fall down during use, and the safety in use is improved.
[Selection] Figure 5

Description

  The present invention relates to a scroll-type cold light warning tripod base for an emergency signal device of a vehicle.

  As shown in FIG. 1, a known tripod base 10 for warning is constructed by connecting a tripod plate 11 to a folding leg 12, and a reflective material is pasted on the surface of the tripod plate 11, and the folding leg 12 is folded. Storing and installing with.

  However, the above-described conventional technology has a problem in safety because it cannot be stably supported and used when used for warning.

  Therefore, the present inventor considered that the above-mentioned drawbacks could be improved, and as a result of intensive studies, the present inventors came to the proposal of the present invention to improve the problem reasonably and effectively.

  The present invention has been made in view of such conventional problems. In order to solve the above-mentioned problems, the main object of the present invention is to provide a scroll-type cold light warning tripod stand which improves the warning effect of the conventional warning tripod stand and enhances the stability.

  In order to solve the above-described problems and achieve the object, a scroll-type cold light warning tripod base according to the present invention includes a device space, a pedestal having a through hole penetrating into the device space, a mandrel, and a cold light warning plate. The cold light warning plate has a triangular plate body and has a plurality of through holes, and is fixed to the outside of the mandrel by any one of the cold light warning plates and the mandrel The cold light warning plate has an end coupling portion, and the mandrel is installed so as to pivot in the device space by a method of extending along the first direction. The vertical direction is composed of a cold light scroll module defined as a second direction, a side cover and a torsion bar spring, and the torsion bar spring is covered with a mandrel, and the torsion bar spring One end is fixed to the mandrel, the other end is fixed to the side cover, and the side cover is composed of an elastic recovery module fixed to a pedestal, a cylinder, a spring, and an active rod, respectively. The first positioning ring edge and the second positioning ring edge have an inner wall surface on which the first positioning ring edge and the second positioning ring edge are respectively positioned at positions close to both ends of the cylinder. The spring and the active rod are respectively placed in the cylinder, and one end of the active rod is an abutting portion, the other end is a coupling portion, and the cylinder is extended to extend the abutting portion. The part is made of a deformable material, one end of the spring is fixed to the cylinder, the other end is fixed to the contact part of the active rod, and the active rod slides into the cylinder The two cylinders are pivoted on both sides of the pedestal and pivoted in the second direction, the joints extending from the two cylinders face each other, and the spring is normally Two support units that are in a compressed state and pull the active rod so that the contact portion of the active rod comes into contact with the edge of the first positioning ring; The connecting portion of the cylinder and the end connecting portion of the cold light warning plate are pivotally connected, and the other end is electrically connected to the cold light warning plate while being electrically connected to the pulling light member restricted to the outside of the piercing hole of the base and the electric power. A power module for supplying power, a control unit and a plurality of control buttons, wherein the control button is electrically connected to the control unit, and the control unit is electrically connected to the power module. It is provided with a control module.

If the cold light scroll module is connected by the pull rod member of the present invention, it is possible to pull out the cold light warning plate immediately after pushing or pulling it, or to wind it up and store it. Is expensive.
In addition, the cold light warning plate emits light to enhance the warning effect, and a warning is issued to vehicles coming from behind to ensure safety.
Furthermore, in the present invention, since the entire device is installed in the pedestal, the stability of the support is increased, and the air-cooling warning plate is combined with a vent to reduce the air resistance, thereby improving the stability when installed on the ground.

It is the schematic explaining the well-known scroll-type cold light warning tripod stand. 1 is an overall schematic view of the present invention. It is local sectional drawing which displayed the winding state of this invention. FIG. 3 is a partial cross-sectional view showing an initial state of the elasticity recovery module of the present invention. It is local sectional drawing which displayed the use condition of this invention. It is a local sectional view showing the use state of winding of the elasticity recovery module of the present invention.

Hereinafter, embodiments for carrying out the present invention will be described in detail with reference to the drawings. The present invention is not limited to the embodiments described below.
First, an embodiment of a tripod stand for scroll-type cold light warning according to the present invention will be described.

(One embodiment)
The configuration of one embodiment of the present invention is shown in FIGS. A scroll-type cold light tripod stand according to an embodiment of the present invention has the following configuration.
A base 20 having a device space 21 and a penetration port 22 through which the device space 21 is penetrated.
The two are fixed on both sides in the device space 21, the two are opposed to each other, and each has a pinhole 31. In each pinhole 31, a bearing 311 is installed, and the two pinholes 31 are connected by a straight line. The first direction D1 is defined as the first direction D1, the direction perpendicular to the first direction D1 is defined as the second direction D2, and two of them are provided with a pivot groove 32 in which the pivot 33 is provided. Reference numeral 33 denotes two support plates 30 which are stretched along the second direction.
The cold light warning plate 42 has a triangular plate body and a plurality of through holes 421. The cold light warning plate 42 has an end coupling portion 422 and one side thereof is fixed. The cold warning plate 42 is fixed to the outside of the mandrel 41 by the fixed side 423 and is wound around the mandrel 41, and both ends of the mandrel 41 are coupled to the two support plates 30 in the apparatus space 21. The mandrel 41 extends through the bearing 311 and extends in the apparatus space 21 along the first direction D1 and is pivotally connected to each pinhole 31. One end of the mandrel 41 is a bearing. A cold light scroll module 40 protruding from 311.
The torsion bar spring 52 is covered with the mandrel 41 of the extension bearing 311, and one end of the torsion bar spring 52 is fixed to the mandrel 41 extending from the bearing 311. The elastic recovery module 50 is fixed to the side cover 51 at the end, and the side cover 51 is fixed to the pinhole 31 of the support plate 30 in the base 20.
The cylinder 61 is composed of a hollow cylinder 61 having a pivot hole 611 at its end, a spring 62, and an active rod 63. The cylinder 61 has an inner wall surface on which a first positioning ring edge 613 and a second positioning ring edge 614 are formed. 612, the first positioning ring edge 613 and the second positioning ring edge 614 are positioned at positions close to both ends of the cylinder 61, and the spring 62 and the active rod 63 are placed in the cylinder 61, respectively. One end of the activity rod 63 is a contact portion 631, and the other end is a coupling portion 632 extending from the cylinder 61. The contact portion 631 is made of a deformable material (rubber or the like). The dimensions and the outer shape are formed so as to correspond to the inside of the cylinder 61, one end of the spring 62 is fixed to the cylinder 61, and the other end is the contact portion 6 of the active rod 63. The active rod 63 is placed so as to slide in the cylinder 61, and the cylinder 61 is pivotally attached to the pivot 33 by the pivot hole 611 so that the two cylinders 61 are mounted in the base 20. Each side is pivoted and pivoted in the second direction D2 to correspond to the coupling part 632 extending from the two cylinders 61. Each is normally as shown in FIG. 3, and the spring 62 is compressed. Then, the two support units 60 are brought into a compressed state and the active rod 63 is pulled to bring the abutting portion 631 of the active rod 63 into contact with the first positioning ring edge 613 and bring the two cylinders 61 in series.
A pull rod member 70 having one end extending into the device space 21 and pivotally connecting the two coupling portions 632 and the end coupling portion 422, and the other end being restricted to the outside of the penetration port 22 of the base 20.
A power module 80 that is electrically connected to the cold light warning plate 42 to supply power.
A control module 90 including a control unit 91 and a plurality of control buttons 92 that are electrically connected, and the control unit 91 and the power module 80 are electrically connected.

  The above is the structure and features of the present invention, and the initial state when not in use is shown in FIGS. The cold light warning plate 42 is wound around the mandrel 41, only a part is separated from the mandrel 41 and connected to each support unit 60, the torsion bar spring 52 is in a loose normal state, the spring 62 is contracted, and the active rod 63 is pulled. As a result, the cylinder 61 is retracted, and the contact portion 631 of the active rod 63 is brought into contact with one of the first positioning ring edge ends 613 and positioned.

When the cold light warning plate 42 is used, the active rod 63 and the cold light warning plate 42 are also pulled simultaneously with the pulling rod member 70 being pulled, and the active rods 63 are deformed to pass through the first positioning ring edge 613 to be in the initial position. The localization state is released, and further, the activity rod 63 continues to be extended out of the cylinder 61.
As a result, the cylinder 61 pivots with the pivot hole 611 as the pivot center, and the cold light warning plate 42 is pulled, and at the same time, the mandrel 41 is rotated in conjunction with it, and the cold light warning plate 42 is continuously released from the mandrel 41. Then, the mandrel 41 is rotated to release the cold light warning plate 42 and at the same time, the torsion bar spring 52 fixed to the mandrel 41 is interlocked to rotate the torsion bar spring 52 at the same time as the mandrel 41 rotates.
Further, as shown in FIG. 6, when the pull rod member 70 is further pulled, the active rod 63 is continuously displaced, and the contact portion 631 is continuously displaced and deformed to pass the second positioning ring edge 614. And the active bar 63 passes through the second positioning ring edge 614. For this reason, the user's pulling force on the pull rod member 70 is small, and the contact portion 631 is brought into contact with one of the second positioning ring edge ends 614 to be positioned, as shown in FIG.

After the cold light warning plate 42 is pulled out and localized, a safety is improved by issuing a warning to a vehicle coming from behind. Further, according to the present invention, the whole is installed on the pedestal 20, and since the pedestal 20 is firmly supported, it can be supported stably without using other assembly tools, and the convenience in use is enhanced.
Even if the cold light warning plate 42 is pulled out and used, or if it is blown by a strong wind, the air vent 421 reduces the air resistance of the cold light warning plate 42 in order to provide a space through which the air flow can be circulated. Improve stability. In addition, both sides of the penetration port 22 are respectively connected to one end where the rubber waterproof strip is installed, and the other ends of the two rubber waterproof strips are folded to each other, thereby providing a waterproof effect in the device space 21 and a cold light warning plate It does not interfere with the 42 movements.

Subsequently, when the pull rod member 70 is pushed down and moved downward after use, the pull rod member 70 moves the active rod 63 into the cylinder 61 in conjunction with it, and when a force is further applied, the contact portion 631 is deformed. The second positioning ring edge 614 is allowed to pass to release the orientation in use.
At this time, the active rod 63 loses the force for localization, the spring 62 is restored, the active rod 63 is pulled and quickly retracts to the cylinder 61, and the user applies a slight force when passing the first positioning ring edge 613. Only by deforming the contact portion 631 and passing the first positioning ring edge 613, the initial use state can be recovered.
At this time, when the cylinder 61 is restored, the force to pull the cold light warning plate 42 upward is lost, the torsion bar spring 52 of the elastic recovery module 50 is restored, and the mandrel 41 is simultaneously rotated to rotate the cold light warning plate 42. Is automatically wound at high speed.

The above-described embodiments are merely for explaining the technical idea and features of the present invention, and are intended to allow those skilled in the art to understand and implement the present invention. It does not limit the scope of the utility model registration request.
Accordingly, improvements or modifications having various similar effects without departing from the spirit of the present invention shall be included in the following claims.

DESCRIPTION OF SYMBOLS 10 Tripod stand for warning 11 Tripod plate 12 Folding leg 20 Base 21 Device space 22 Penetration port 30 Support plate 31 Pinhole 311 Bearing 32 Pivot groove 33 Pivot 40 Cold light scroll module 41 Mandrel 42 Cold light warning plate 421 Vent hole 422 End connection Part 423 Fixed side 50 Elasticity recovery module 51 Side cover 52 Torsion bar spring 60 Support unit 61 Cylinder 611 Pivoting hole 612 Inner wall surface 613 First positioning ring edge 614 Second positioning ring edge 62 Spring 63 Active rod 631 Contact part 632 Coupling part 70 Pull rod member 80 Power module 90 Control module 91 Control unit 92 Control button D1 First direction D2 Second direction

Claims (5)

A pedestal having a device space and a through hole penetrating the device space;
The cold light warning plate has a triangular plate body and has a plurality of through holes, and is solidified outside the mandrel by any one of the cold light warning plates. The cold light warning plate has an end coupling portion, and the mandrel is installed to pivot in the device space in a manner extending along a first direction. A cold light scroll module in which the direction perpendicular to the first direction is defined as the second direction;
The torsion bar spring is covered with a mandrel, one end of the torsion bar spring is fixed to the mandrel, the other end is fixed to the side cover, and the side cover is composed of a side cover and a torsion bar spring. An elastic recovery module consolidated to the pedestal;
Each of the cylinder includes a cylinder, a spring, and an active rod, and the cylinder has an inner wall surface on which a first positioning ring edge and a second positioning ring edge are formed, the first positioning ring edge and the second positioning ring The ring edge is located at a position close to both ends of the cylinder, the spring and the active rod are respectively placed in the cylinder, one end of the active rod is a contact portion, and the other end is The connecting portion and extending the cylinder, the contact portion is made of a deformable material, one end of the spring is fixed to the cylinder, the other end is fixed to the contact portion of the active rod, The activity rod is placed in the cylinder so as to slide, and the two cylinders are pivoted on both sides of the pedestal and wound in the second direction. Two support units facing each other, the spring is normally in a compressed state, and pulls the active rod to bring the active rod abutting portion into contact with the edge of the first positioning ring; ,
One end is allowed to enter the device space from the penetration port, and the coupling portion of the two cylinders and the end coupling portion of the cold light warning plate are pivotally coupled, and the other end is limited to the outside of the penetration port of the base A pull rod member;
A power module electrically connected to the cold light warning plate and supplying power;
The control unit includes a control unit and a plurality of control buttons, and the control button is electrically connected to the control unit, and the control unit is electrically connected to the power module. ,
A tripod stand for scroll-type cold light warning.   Two opposing support plates are fixed on both sides in the device space of the pedestal, the two support plates have pinholes respectively, and both ends of the core of the cold light scroll module are pivotally connected to the respective pinholes. The scroll-type tripod for cold light warning according to claim 1, wherein:   The scroll-type tripod for cold light warning according to claim 2, wherein a bearing is installed in each pinhole, and both ends of the mandrel are coupled to each bearing.   Two supporting plates facing each other in the device space of the pedestal are fixedly installed, the two supporting plates each have a pivot groove, and a pivot axis is installed in the pivot groove along the second direction. Each of the cylinders of the support unit has a pivot hole at one end thereof, and each cylinder is pivotally attached to the pivot of the two support plates by the pivot hole. The tripod stand for scroll type cold light warnings according to claim 1.   Support plates are fixed on both sides in the device space of the pedestal, the two support plates each have a pinhole, and both ends of the mandrel of the cold light scroll module are pivotally connected to each pinhole, One end of the mandrel protrudes from the bearing, the torsion bar spring of the elasticity recovery module is covered with the mandrel, and one end is fixed to the mandrel, and the side cover is fixed to the pinhole. The scroll-type tripod for cold light warning according to claim 1, wherein:

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