KR860002048Y1 - Bus-line telltale - Google Patents

Abstract

No content.

Description

Passing line display device of vehicle

1 is a block diagram of the present invention.

2 is a perspective view of a silicon box according to the present invention.

3 is a cross-sectional view taken along the line A-A in FIG.

4 is a sectional view taken along the line B-B of the gear.

5 is a cross-sectional view taken along the line C-C of the transit line display panel.

6 is an embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

1: Route route display board 2: Switch phase

3: power switch 4: flasher

5: Silicon tooth 6,7: gear

8: belt 9: left turn switch

10: Right tube switch 11: Left pusher

12: Right side presser L1 ~ Ln: Lamp

CP1 ~ CPn: Fixed Copper CP ': Fixed Copper

CPv: Moving Copper Plate

The present invention relates to a line display device via a vehicle that can be easily attached to the interior of a bus, train, train, etc., where passengers can easily know the current location and the location of the next stop.

Today, as the national economy revives, the whole nation is in the daily range of living, and thus, life is getting busier.

Busy business trips at work and frequent weekend trips at home are so complex that traffic routes are entangled and laid out like electronic circuits. It's hard to know. In addition, even the stereotyped office workers and housewives in the big cities rarely know except for the daily transportation route. If you are traveling to another area, you are worried about finding your destination. If you are unfamiliar with the bus or train, you may not know the location of the car you are running, and you may be nervous about how long you will reach your destination. Occasionally, city buses provide announcements to inform them of the station, but it is often difficult to understand due to various noises and problems of the sound equipment itself, and it is more difficult for the hearing impaired and foreigners to understand.

These days there are bus routes on buses and trains for the convenience of passengers, but the station passes through them, but when the passengers lose a few stops or pass through unfamiliar areas, It is less useful because it is not possible to check the location of a running car by comparing the route map.

In particular, first-timers may go to their destinations with the inconvenience of asking the guide sheep or people around them from time to time, but deaf people, hearing impaired people and foreigners are often unable to get off at their destinations because of poor communication.

The present invention solves the above-mentioned defects, and it is possible for the first-person, the hearing-impaired, and the foreigner in Korea to easily understand the driving line and stop point of the vehicle on board. It is an object of the present invention to provide a driving line display device of a vehicle that can flash a lamp installed at the next waypoint among the lamps installed at each waypoint of the vehicle.

Hereinafter, the configuration and operation of the present invention will be described in detail based on the drawings.

According to the present invention, in a vehicle route line display device of a vehicle in which a lamp is turned on to display a position and waypoint of a vehicle in operation, and the next stopover is displayed, the display device comprises a route line display panel (1) and a switch box (2). The power supply (BAT), the power switch (3), the flasher (4), and the silicon box (5) are sequentially connected in the switch box (2), and the fixed copper plate (CP1 to CPn) inside the silicon box (5). ) And a moving copper plate (CPv) for moving between the fixed copper plate (CP '), while fixing the moving copper plate (CPv) to the belt (8) that the cog wheels (6) (7) rotate together with the rotation, In the upper part of the cog wheels 6 and 7, the left light switch 9 and the right light switch 10 each having a left push bar 11 and a right push bar 12 are provided.

Reference numeral BAT denotes a power source, a and b denote electrodes of the flasher 4, MIR denotes a reflector, 13 and 14 protrusions, 15 recesses, 16 springs, and 17 front lids.

1 is a block diagram of the present invention. When the power switch 3 is turned on, the current input from the power source BAT is fixed copper plate of the silicon box 5 through the flasher 4. CP '), moving copper plate (CPv), and one of the fixed copper plates (CP1 to CPn) is applied to one of the lamps (L1 to Ln) installed on the transit line display panel (1) through the fixed copper plate to make the lamp blink. do. At this time, since the fixed copper plates CP1 to CPn and the lamps L1 to Ln correspond to one-to-one, the movable copper plate CPv contacts when the power source BAT is applied in the switch box 2 through the power switch 3. The lamp corresponding to the fixed copper plate blinks. The letter n denotes the number of stops via the vehicle in which the present invention is installed.

On the other hand, the reason why the lamps L1 to Ln flashes is because a coil is wound around the electrode rods (a) and (b) made of a vial when a current is applied to the flasher 4, so that the electrodes (a) and (b) This is because the flasher (4) can achieve the same effect by using a heat wire type as well as a bimetal type.

2 and 3 show a perspective view and a cross-sectional view taken along line AA of the silicon box 5 according to the present invention, the movable copper plate (CPv) is moved between the fixed copper plate (CP1 ~ CPn) and the fixed copper plate (CP ') While connecting one of the fixed copper plate (CP1 ~ CPn) and the fixed copper plate (CP ') corresponding to the lamp (L1 ~ Ln) to be flashing, the connection method is to rotate the gear (6) (7) by rotating the belt ( Since the 8) rotates together, the movable copper plate CPv moves between the fixed copper plates CP1 to CPn to contact the fixed copper plates CP1 to CPn desired by the user.

4 is a cross-sectional view taken along line BB of the cogwheel 6, and the belt 8 is hooked to the groove 15 formed in the protrusions 13 and 14 of the cogwheel 6. As the belt rotates, the belt 8 is also moved to move the movable copper plate CPv.

5 is a cross section of the CC line of the transit line display panel 1, in which the lamp L5 is installed at the back of the portion where the station name is written, and a reflector MIR is attached around the lamp L5 to prevent the light from spreading. .

6 illustrates an embodiment of the present invention, which will be described in more detail with reference to the present invention, which operates as described above.

When the power switch 3 is turned ON, the lamp L5 flashes because the moving copper plate CPv is connected to the fixed copper plate CP5. At this time, if the lamp L5 is located at the stop of "viewing", it can be seen that the secondary is heading toward "viewing". When passing toward the "viewing" after passing "viewing", the left turning switch 9 is once. The operation is as follows.

Pressing the left light switch (9) is pushed down to the left push bar (11) together to push only one tooth of the cogwheel (6) so that the cogwheel (6) rotates counterclockwise by a certain angle, the cogwheel (6 The belt 8 coupled to the recess 15 of the crankshaft also rotates counterclockwise by a predetermined length so that the movable copper plate CPv coupled to the belt 8 is in contact with the fixed copper plate CP5 and then fixed copper plate CP4. ) Is contacted. Therefore, since the lamp L4 indicating "termination" corresponding to the fixed copper plate CP4 flashes, this difference indicates that the next stopover is "termination".

On the other hand, once the left light switch (9) is pressed down by the restoring force of the spring (16) to release the hand to prepare for the next operation.

On the other hand, when the lamp (L5) indicating the "viewing" is flashing, passing through the "viewing" and toward the "Seoul station", the user presses the right turn switch 10 once to rotate the gear 7 clockwise. The movable copper plate CPv connected to the surge belt 8 is moved to the right to fall from the fixed contact point CP5 and to come into contact with the fixed contact point CP6. Therefore, the lamp L6 indicating "Seoul Station" flashes in correspondence with the fixed contact point CP6, so that the next stop of the vehicle is "Seoul Station".

In the present invention with the above operation, the movable copper plate CPv moves between the fixed contact point CP 'and the fixed contact point CP1 to CPn, and the fixed contact point CP1 to CPn desired by the user makes the movable copper plate contact. The box 2 can be electronically formed using flip-flops, and can be manufactured to obtain various sound effects and broadcasting effects by installing or connecting electronic devices in the switch box 2. The route line display board (1) of the present invention is a way of flashing the portion marked with the station name or the circular portion installed on the upper side or the lower side. In order to allow passengers to know which door to get off at the left or right side of the door, it is possible to add a separate lightbulb to indicate which door to get off. Also, the name of the station is written directly on the front lid 17 made of a white translucent acrylic plate like the transit line display board 1, and then, a plurality of bulbs are installed inside the transit line sign plate 1, and the front cover (the 17) The circular holes that illuminate the whole area and indicate the station position have a different way of illuminating the color, and also cover the front of the reflector (MIR) with a transparent red round cap and then indicate the station position. There is also a method to protrude out of the hole. Another method is to install a light bulb in a box made of transparent plastic, and cover the surface of one side of the box with thin white translucent acrylic. Only one name is given, and the boxes are made as many stops as necessary and the boxes are turned on and flashing in turn. It can be arranged in a line or board so that it can be installed at a suitable place in the car. By using the electronic board to be manipulated, it can be attached to a part of the transit line display board 1 in a suitable shape and standard, used together or manufactured as an independent device, and in special cases, a computer You can also make.

The present invention, which operates as described above, is installed in a vehicle used for public transportation such as buses, trains, and trains, so that the location of the next stop can be seen by flashing the lamps L1 to Ln. People with disabilities and first-timers can easily know the location of their vehicle and the name of the next stop, so they have the advantage of being able to go to their destination without any mistakes such as passing by or getting off before the destination. This is especially useful in vehicles without a guide.

In addition, the station name is written in foreign languages along with Hangul, so foreigners using public transportation can easily find their destinations.

Claims (1)

In a vehicle route line display device for displaying the next stopover by turning on a lamp to display the position and waypoint of a vehicle in operation, the display device comprises a route line display plate (1) and a switch box (2). In the switch box 2, the power supply (BAT), the power switch (3), the flasher (4), and the silicon box (5) are connected in order, and inside the silicon box (5), the fixed copper plates (CP1 to CPn) and While the movable copper plate CPv moving between the fixed copper plates CP 'is installed, the movable copper plate CPv is fixed to the belt 8 that rotates together with the rotation of the cog wheels 6 and 7. On the upper end of the wheel (6) (7) of the vehicle characterized in that the left light switch (9) and the right light switch (10) provided with a left push bar 11 and a right push bar 12, respectively. Passage line display.