JPS584648A - Stop display board - Google Patents

Abstract

PURPOSE:To easily and rapidly extend a board of stop display, by mounting one end part of a retractable triangular display board pivotally to a part of the vehicle, externally equipping the board in a retracted state at normal time and suspendably supporting the board in triangular shape when used. CONSTITUTION:A storage member 1 is mounted to a rear bumper B, and a guide rail 2 is welded to the storage member 1. A grooved part 2A is hollowly provided to said rail 2. A stop display board T1 is retractably formed by the first, second and third display elements X, Y, Z. Then one end of the third display element Z is pivotally mounted to a right end of said grooved part 2A through a fixing pin P1. While one end of the second display element Y is pivotally mounted to a guide pin GP slidable along said grooved part 2A. Normally the stop display board T1 is retracted and stored in the storage member 1, when it is used, the guide pin GP is slidably displaced along the guide rail 2 toward a side of the fixing pin P1, and the board T1 can be built to shape of an equilateral triangle.

Description

[Detailed description of the invention] The present invention relates to a stop sign board.

Currently, it is compulsory to install a stop display board in a vehicle to indicate that the vehicle is out of order, but it is a nuisance for inexperienced drivers because it requires assembly work before use. It was. Particularly in cases where assembly work outside the vehicle is dangerous, such as on expressways, conventional stop sign boards that cannot be quickly assembled pose an extremely dangerous situation.

In view of the above, an object of the present invention is to provide a stop sign board that can be assembled and folded easily and quickly.

Hereinafter, a dormitory embodiment of the present invention will be explained with reference to the drawings.

Figures 1 to 7 are the 191st part of the present invention! As an example, the figure shows a case where a stop display board T is attached to a rear bumper B of a truck or the like.

Reference numeral 1 denotes a storage member attached along the longitudinal direction at 9111IVc on the right side in the figure of the rear breadboard B, and in this example, it is formed into a U-shaped long cylinder with a downward opening from a metal flat plate. ing.

Reference numeral 2 denotes a channel-shaped guide rail welded along the inner wall surface of the storage member 1 with a slight gap to the inner wall surface on the rear side, and a groove portion 2 is formed along the longitudinal direction on the front side of the guide rail. A groove is provided in the groove 2A, and the sliding movement of the guide bin GP, which will be described later, can be guided by the groove 2A.

T1 is a stop display board formed of a metal flat plate material, and the Oka stop display board TI has a first display piece X forming the bottom when in use, and both left and right sides sandwiching this first display piece X. , and when in use, each display piece x-2 is formed to have approximately the same length so as to form a regular pentagon. On the front side of each display piece x-Z, a reflective plate (not shown) is attached to the lower edge of each display piece.

Next, to explain the structure of the stop display plate 'r and oii, the stop display plate T1 is formed by sequentially connecting the two display pieces X to 2 in the form of heavy metal KM as described above, and among these, the most The sixth display piece 2 located on the back side is pivotally attached to a fixed bin P at its right end as shown in FIG.
It is inserted into the right end of guide rail A/2 in the figure and is fixed to guide rail A/2 so that it cannot be removed.
The fifth display piece 2 is rotatably supported at a portion that projects toward the front side.

2nd display piece Y superimposed on the clay figure of the 6th display piece Z above
At the left end 11 in the figure, the groove 2 of the guide tray 2 is inserted.
A is slidably engaged along the gap s2A, and the tip 11K of the nine guide bin GP is pivotally connected. This guide bin G
P is a groove 112AK)tL Removal stopper 7 When inserted through the flange 6, an engaging shaft portion 6 is removably engaged with a stopper lever 5, which will be described later, inside the guide rail 2.
A is integrally formed, while a second display piece Y12 is formed at the portion where the guide bin GP protrudes from the guide tray A/2.
) Installation is a part and! The distance from the idler A'2 is maintained at a distance slightly larger than the thickness of the sixth display piece 2 to avoid interference with the sixth display piece Z.

The first display piece X is rotatably connected to the second display piece Y by a connecting pin Ps on its right end side in the drawing, while its left end side in the drawing is connected to the BS display piece Z by a p1 base. (not shown), and are rotatably connected by a connecting pin P8. However, the spacer can avoid interference with the second display piece Y when the stop display plate T1 is folded, and at that time, a recessed notch formed in the inner corner of the left end of the second display piece Y in the figure can be used. It can be releasably engaged with the groove 4, and when the stop display plate Tl is folded or stored, the display pieces X and Z are neatly overlapped as shown in FIG.

Reference numeral 5 designates a stopper lever installed inside the left end of guide tray A/2 as shown in the figure and having a rotatable shaft passed through the nine-turning holding pin 6, and a spring 7 wound around the rotating holding pin 6. It is biased counterclockwise as shown.

Therefore, when the stop display plate T is folded and stored, the nine engaging claws 5A formed at the tip of the stopper lever 5 are engaged with the guide bin GF, and the guide bin GP is slid to the right in the figure. While the displacement is restricted, when the stop display plate T1 is used, the engagement claw portion 5A comes into contact with the inner upper surface of the guide tray jlL/2, thereby restricting its rotation in the counterclockwise direction.

Next, the functions and effects of the main route 1 dormitory embodiment configured as described above will be explained.

First, while the vehicle is running, if the trouble has occurred, go out of the vehicle and operate the STUBARENO (-5 clockwise in the figure) to engage the engaging claw portion 5A and the guide bin GP. To release the phantom line state shown in FIG. 4 (M), guide bin GP is slid along guide tray A/2 toward fixing pin PI.

By this operation, the stop display plate Tsli is gradually exposed hanging down from the storage member 1 and assembled into a substantially regular hexagonal shape.

On the other hand, the above differs from the route in which the guide bin GF is displaced to the stopper lever 6 side.
When P is engaged and held, the stop display plate T1 is folded and stored in the storage member 1.

At this time, as mentioned above, the stop display board Tit! Each display piece x-
2 is polymerized in an orderly manner and can be folded into a compact shape.
There is also the effect of making the storage member 1@stop 4 more compact.

As described above, the stop display board T1 according to the first dormitory example does not require complicated assembly or folding work, unlike the conventional one, and can quickly perform these works.

Next, a second embodiment of the present invention will be described with reference to FIGS. 8 to 12. 25th j! Example stop display board T.

is of the type that can be folded 9 times without using guide tray A/2 as in the first * example, but each display piece x-
2 is almost the same as that of the first embodiment.

The assembly structure of the stop display plate T will be explained below.

The sixth display piece 2 is screwed to the vehicle's rear bumper, etc., with a bolt 8, etc. at the right end in the figure, and the sixth display piece 2 is threaded into a circular cylindrical fixing pin P4 with a screw thread S1c inserted therein. It is pivoted with a snap ring 9 so that it can be moved around.

In addition, the fixing pin P4 is projected by a predetermined distance 9 to the front face of the sixth display piece 2, and the stop display plate T! When assembled, it can be engaged with the second display piece Y through the escape groove 10.

On the other hand, the left end of the first display piece ZO in the figure is connected to the first display piece It is tightened with 12 etc., and both display pieces x
, z are movably sandwiched between snap rings 1M and 14, respectively.

However, a distance is maintained between both display pieces x and z so that they do not interfere with the second display piece Y when the stop display plate T10 is folded and stored, and when folded, the second display piece Y 1
can be guided between the display pieces x and z and engaged with the escape groove 10.

The first display piece and the second g1I display piece Y are connected to both pieces X,
A hollow part N is formed in the shape of a 7-piece joint at the tip thereof, and the sleeve P- is inserted through it, and the first display piece X and the second display piece Y are inserted into the sleeve P-. Removal is prevented by fitting snap rings 16 and 16 on the 11th surface of the second display piece YOI. It should be noted that this sleeve P@ has an interior vkK'c into which the fixed bottle P4 can be inserted loosely.

9. This sleeve P has a disk-shaped reflector 17 attached to its surface m, and the hand N1a tightens the nut part N.
When the stop display plate T1 is folded, the screw shaft 18A of the door A/18 is screwed into the fixing pin P411C, and the stop display plate TI is tightened. It is held in a folded form.

Next, the operation and effects of the Ryoji 2* embodiment configured as described above will be explained.

When using the stop display board T2 of the second guest embodiment, first operate the hand A/18 and connect the screw shaft 18A with the fixed bottle P4.
Release the screw connection. Then, after the death, each display piece X-2 is moved counterclockwise in the figure by disengaging the sleeve P@ on the left end side shown in the figure of the first display piece X and the relief groove 1°, and the second display piece Y
When the pin P4 is engaged with the fixed bottle P4 at the relief groove 10, the stop display plate T is activated.

is assembled into an almost regular hexagonal shape 1iK like JII8mIO.

On the other hand, when folding, the relief groove 10 is engaged with the sleeve PhK on the left end side of the first display piece If you fit it onto the bottle P4 and screw it into the screw shaft 18At fixing bottle P4 of the hand A/18 and tighten it (see $112wJill), each of the stop display plate TstiM display pieces x-Z will be neatly overlapped. It is folded and held almost horizontally.

As mentioned above, j12! i! Even in the example, 15i
I! As in the embodiment, the stop sign TI can be quickly and easily assembled or folded.

In this example, the stop display plate T is attached in an exposed state. J Example O It may be stored in a storage member 1, and the stop display board T in this example shows one that can be held on a cantilever when folded.
For installation, the bolt 10 may be screwed into part B' to provide support on both sides. :The earthquake resistance of the O building will be further improved.

Also, regardless of whether it is in the first or second dormitory.

When assembling the stop display plate Tl*T10, it is desirable that the lower edge of the first display piece X be grounded.

Next, number! A specific example will be explained with reference to FIGS. 1s to 16.

19 is a long cylindrical storage box for the rear bumper of the vehicle, etc. Does it fit? is Bunmochi 11s19A
The receiver 1i119B is composed of a portion 19B, which can be separated vertically, and the receiver 1i119B is binned 20 so that its front surface can be tilted downward. However, the storage box 19, like the first mail, has a stop display board T,
E) Both parts 19A are stopped by a stop means (not shown) when stored.
, the separation and opening of 19B and the tilting of the front surface of receiver 1119B are restricted, and the stop display board Ts is almost closed! F Can be stored in closed state.

The stop display board T is configured almost the same as the first dormitory example,
The first display piece The support part 19B is attached to the upper surface of the support part 19B, and therefore the support part 19A of the storage 1119 and the support part 19B are connected via the stop display plate T.

In addition, storage 1111? O mounting position is stop reward plate Tso
It is desirable to set the receiver at a height such that the front surface of the portion 19B appears tilted when it is erected.

In the third guest embodiment with the above configuration, when the stop display plate Tl is used, the locking means (not shown) is released and the support 111 is used. A
By separating the stop display plate T and the receiver portion 19B into layers, the stop display plate T can be easily assembled into a substantially regular hexagonal shape while moving downwardly. Conversely, when storing the storage box 19, if the storage box 19 is closed, the stop display plate T1 is opened and the storage box 19 is closed.
1? It is stored tightly inside.

That is, in the case of the No. 1 Bokuryo example, the stop display board T is held in the folded state in the 19th! Instead of using the stopper lever 5 in the example, storage III? By opening and closing the O, the folding operation can be done more easily.

As described in detail above, the present invention is a stop display board for indicating the occurrence of F-flagging on a vehicle, etc., consisting of a foldable display piece. One end is attached with a 0-11K removable pin for the vehicle, etc., and is usually folded 9
The main feature is that it is designed so that it can be packaged externally in a folded state, and that the bottle is supported by the triangular shape 11 when in use.

That is, by mounting the stop display board on a part of the vehicle, the stop display can be quickly displayed in the event of any trouble, without the hassle of taking the vehicle in and out from the trunk or the like.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and Fig. 1 is a front view showing the stop display board in the first dormitory embodiment, and Fig. 2811 shows the state when it is folded and stored. 11th!
ill is a plan cross-sectional view implying the fixed bin and the
Fig. 7 is an explanatory diagram of the folding operation, Fig. 8 is an OIE view of the stop display board in the second dormitory example, Fig. 9 is a cross-sectional view showing the fixed bin, and Fig. 10 is the 1 display piece and 6th display piece O consecutive WI! No. 11111 is a cross-sectional view showing the first display piece, second display piece, and O-ren * part, No. 12m11 is a cross-sectional view showing the gate shape 11t when folded, Figure 1 shows the stop sign board O-fold 9 in the Bokuryo example.
FIG. 14 is a perspective view showing the state of being folded and stored; FIG. 14 is a perspective view showing the middle of the assembly operation; FIG.
Figure 6 is a side view of the same. Tl * Tl e 'r, "'Stop display board PH
, P4 +PY...-m fixed pin X, Y, Z- display piece
B.../<Tsuno (Patent applicant: Yadagawa Denka Kogyo Co., Ltd. Representative: Patent attorney Oka 1) Hidehiko

Claims (1)

[Claims] A stop display board consisting of six foldable display pieces to indicate the occurrence of trouble in a vehicle, etc., one end of which is reversibly pinned to a part of the vehicle, etc. A stop display board characterized in that it is always packaged in a folded state, and when in use, the stop display board is in a hexagonal state in the bin.