JPH06115469A - Operation warning device for motor-driven scooter - Google Patents

Abstract

PURPOSE:To provide an operation warning device which warns/informs a driver and those around the driver of the condition of a motor driven scooter which is ready for operation with a power supply switched on. CONSTITUTION:The device is made up of a power supply display section 8 visually indicating whether or not a motor driven scooter can be driven, a seating load detecting section 14 detecting whether or not a driver takes a seat, and of a warning sounding section 17 which, audibly gives warning when the driver is not seated while being out of a driving attitude even if the scooter is ready for operation. Therefore, since the driver is visually and audibly warned/informed of the operating condition of the scooter by the power supply display section (pilot lamp) 8, and the warning sounding section (buzzer) 17, in the case of the motor driven scooter that does not have the so called, idling condition present in a scooter driven by an internal combustion engine, the occurrence of accidents caused by careless throttling can be prevented.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a motion warning device for warning or notifying the driver and the people around that the power supply of an electric scooter is turned on and traveling is possible.

[0002]

2. Description of the Related Art Conventionally, research and development of electric scooters have been widely performed. In particular, as a measure against erroneous operation peculiar to electric scooters, a system in which a motor can be operated only when a driver gets on a specific position of a seat by a switch embedded in the seat is put into practical use ( For example, an electric tricycle manufactured by Daihatsu Motor Co., Ltd.).

[0003]

In the conventional internal combustion engine scooter, when the prime mover is first started during traveling and the traveling operation becomes possible, the prime mover continues to rotate at a low speed even when the vehicle is stopped. In order to maintain the so-called idling state, not only the driver but also the surrounding people can clearly confirm by hearing and tactile that the driving operation is possible by the operation sound and vibration of the prime mover. However, the electric scooter does not have an idling state like the internal combustion engine scooter, the operation noise and vibration of the motor itself are small, and the motor is completely stopped when the vehicle is stopped, so that the silent characteristic is high, It is difficult for the driver and people in the vicinity to intuitively determine whether or not the scooter is in a driving-ready state. Therefore, if the throttle of the electric scooter is carelessly operated due to the custom of the internal combustion engine scooter, a runaway accident may occur.

In order to prevent the above-mentioned accidents, conventionally, as mentioned above, a measure for erroneous operation is taken by embedding a switch under the seat. However, the above measures have a large influence (confusing) due to the difference in the sitting position of the driver. For example, even if the driver is in the correct driving posture, if the sitting position shifts slightly due to differences in physique, the motor will not operate, or if the driver lifts his / her waist from the seat while driving, the vehicle will suddenly move. It has been pointed out that it is dangerous because it is stopped or the driving force is intermittent.

Therefore, it is an object of the present invention to prevent the inadvertent accidents mentioned above and to overcome the drawbacks of the prior art by visually notifying the pilot instead of the idling state of the internal combustion engine scooter. The lamp and the audible alarm that alerts the hearing to the driver and people around
An electric scooter that warns or informs that the vehicle is powered on and is in a state where traveling driving is possible, secures traffic safety through the action of the driver by the warning, and at the same time prevents forgetting to turn off the key It is to provide a motion warning device for a computer.

[0006]

As a means for solving the above-mentioned problems, the operation warning device for an electric scooter according to the present invention can visually check whether or not the electric scooter is in a running-enabled state. The power source display 8 displayed on the screen and the driver's seat 11
Seat load detection unit 14 for detecting whether or not seated in
And a warning sound generation unit 17 that issues a warning to the hearing when the driver is not seated on the seat 11 and is not in the driving posture even when the electric scooter is capable of traveling. .

According to the present invention, the power source display section is a pilot lamp 8 which lights up and displays a running state of the electric scooter, and the seat load detection section is a seat hinge 12 which supports a seat 11. Switch installed in the part of
The presence / absence of a load when the driver sits on the seat 11 is detected by the on / off operation of the switch 14, and the seat hinge 12 has a spring 1 for restraining the upper and lower degrees of freedom.
It is also characterized by the fact that 3 are installed.

[0008]

Operation: The driver turns on the key switch 15 to turn the electric
When the vehicle is ready to run, the pilot lamp 8 mounted on the instrument panel 16 is turned on, and the driver operates the throttle to immediately move the scooter (motor) to the running operation. And visually alert or announce to people around. When the driver is not in the driving posture such as not sitting on the seat 11, this is detected by the switch 14 of the seat load detection unit. When the key switch 15 becomes operable in this state, a buzzer 17 is sounded to warn the driver, and the driver is audibly urged to board the vehicle or switch off the key switch 15 (FIG. 1). The buzzer 17's audible warnings effectively alert the driver and the surroundings wherever the eyes are directed. When the driver is seated in the seat and in the driving posture, the switch 1 is normally closed.
4 is off, and the pilot lamp 8 of the instrument panel 16 visually warns or announces that the vehicle is in a driving-ready state, and the driver is of course in a position to look at the instrument panel 16, so be careful. Is aroused. At this time, the buzzer 17 does not sound, so it does not interfere with driving or become a noise source. For this reason, the volume of the buzzer-17 is set to a sufficiently high volume necessary for calling attention.

The seat load detecting portion has a structure in which a seat 13 and a switch 14 are incorporated in the seat hinge 12 together with a downward acting spring 13, and the seat hinge 12 and the load detecting function are combined. The influence (misoperation) due to the difference in seating position is small, and the operation of the operation warning device is stable. In addition, even if the seat load is lost during driving, the buzzer 17 only sounds and the driving force does not suddenly turn on and off.
There is little danger while driving. Since the seat hinge 12 also has a function of detecting the seat load, it has an upper and lower degrees of freedom in addition to the original degree of freedom of rotation, but the upper and lower degrees of freedom are always restrained by the spring 13. Therefore, there is no rattling when the seat 11 is opened and closed, and the original hinge function is not impaired.

[0010]

Embodiments of the present invention will be described below with reference to FIGS. FIG. 1 is a connection diagram showing a configuration of an operation warning device, and FIG. 2 is a side view of an electric scooter to which the present invention is applied. The operation warning device of FIG. 1 includes a key switch 15 for an electric scooter, a pilot lamp 8 as a power source display unit installed on an instrument panel 16, and a audible alarm generation unit installed in a front cowl 18 on a handle. It is composed of a barrel buzzer 17 and a switch 14 which is a seat load detector attached to the seat hinge 12 of the seat 11. The seat 11 also serves as a lid for the luggage box 9 for accommodating a helmet or the like.

The key switch 15 is for turning on / off the main power source of the motor, and brings the electric scooter into a state in which it can be run. The pilot lamp 8 is always lit when the key switch 15 is in the ON state (a state in which the scooter can run) (Fig. 1), and the motor immediately shifts to the running operation by the throttle operation (accelerator operation). Visually warn or announce to the driver that it is in a profitable state.
The instrument panel 16 is provided on the upper surface of the steering wheel so that the driver can easily see it (see FIG. 2), and besides the pilot lamp 8, a speedometer 1, an odometer 2, a battery level meter 3, and a speed warning light. 4, Equipped with a temperature rise warning light 5, a charging indicator light 6, and a direction indicator blinking light 7 (Fig. 3).

The buzzer 17 is for providing a warning to the driver and the people around him by hearing, and although not shown in detail, it is installed in the ft cowl 18. Buzzer
The volume of 17 is set to a volume that is large enough to alert the driver. The switch 14, which is a seat load detection unit, is a type of micro switch and detects the presence or absence of a seat load by turning on and off. As shown in FIG. 4, the switch 14 is attached to the seat hinge 12 of the seat 11. Seat hinge 12 is seat 11
It is provided at the front part of the vehicle, allows the seat 11 to rotate, and opens and closes the luggage box 9. The locking device 10 provided at the rear of the seat 11 locks the seat 11 in the closed state (see FIG. 2). The seat hinge 12 shown in FIG. 4 includes a fixed hinge piece 12a on the luggage box 9 side and a seat 11
Side movable hinge piece 12b, which are connected by a horizontal hinge shaft 12c. This sheet hinge 12
In addition to the original freedom of rotation, the fixed hinge piece 12
It also has a degree of freedom in the vertical direction in order to turn on and off the switch 14 incorporated by being fixedly attached to the a by the bracket 19. However, the above-mentioned degree of freedom in the vertical direction is restricted by incorporating the spring 13 acting downward, but when the driver sits on the seat 11 and takes a driving posture, the front part of the seat 11 sinks downward. The switch 14 is turned on. Thus, the seat hinge 12 has a structure that has the function of detecting the presence or absence of a seat load and the function of the hinge. And because of the above structure, no matter where the driver sits on the seat 11,
The switch 14 can be surely turned on and off to detect whether or not the driver is in a driving posture.

Because of the above-mentioned configuration, the key switch 15
When is turned on, the pilot lamp 8 is turned on, and at the same time, the electric scooter is ready for operation. On the other hand, the switch 14, which is a seat load detection unit, detects the presence / absence of the driver's driving posture and is turned off. Therefore, even if the key switch 15 is turned on, if the driver is not in the driving posture and the switch 14 remains in the on state, the buzzer 17 gives a warning and asks whether the driver gets on the key. Prompt to turn off switch 1.

[0014]

According to the driving operation warning device for an electric scooter according to the present invention, the electric power indicator (pilot lamp) 8 and the audible alarm generator (buzzer) 17 visually and aurally drive the electric scooter. The warning or notification of the operable state of the electric motor, unlike the internal combustion engine scooter, prevents accidents due to inadvertent throttle operation in an electric scooter that does not have a so-called idling state. That is, no matter where the eyes of the driver who is not in the driving posture and the surrounding people are facing, the audible warning is given by the sound of the warning sound generator (buzzer) 17, so that the attention is effectively called. It In addition, since the driver in the driving posture is visually warned or notified by the power source display unit (pilot lamp) 8,
Attention is effectively called. Moreover, in this state, buzzer-1
Since 7 is not pronounced, it does not interfere with driving and does not become a noise source. Further, the operation of the operation warning device is only a warning or a notification, and the driving force is not interrupted.
The accuracy of the data is secured and it contributes to the prevention of accidents.

The seat hinge 12 of the seat 11 is used to detect the presence / absence of a seat load whether or not the driver is seated on the seat 11.
Since it is performed by the seat load detection unit (switch) 14 installed in the portion of, the influence of the difference in the sitting position is small, and the operation of the operation warning device is stabilized. Further, since the seat hinge 12 also has a function of detecting the seat load, it has vertical freedom in addition to the original freedom of rotation, but since the vertical freedom is always restrained by the spring 13, There is no rattling when the seat 11 is opened and closed, and the original hinge function is not impaired.

[Brief description of drawings]

FIG. 1 is a connection diagram showing a configuration of a driving operation warning device.

FIG. 2 is a side view of the electric scooter.

FIG. 3 is a plan view showing an instrument panel.

FIG. 4 is a sectional view showing details of a seat hinge portion of a seat.

[Explanation of symbols]

 8 Power Indicator (Pilot Lamp) 11 Seat 14 Seat Load Detector (Switch) 15 Key Switch 17 Warning Sound Generator (Buzzer) 18 Controller 12 Seat Hinge 13 Spring

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[Procedure amendment]

[Submission date] October 15, 1992

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be corrected] 0003

[Correction method] Change

[Correction content]

[0003]

In the conventional internal combustion engine scooter, when the prime mover is first started during traveling and the traveling operation becomes possible, the prime mover continues to rotate at a low speed even when the vehicle is stopped. In order to maintain the so-called idling state, not only the driver but also the surrounding people can clearly confirm by hearing and tactile that the driving operation is possible by the operation sound and vibration of the prime mover. However, the electric disk - motor, the internal combustion engine disk - no idling state, such as motor, motor - motor itself operation sound, vibration is small, at the time of vehicle stop mode - because of high completely stopped electrostatic 粛 property data However, it is difficult for the driver and people in the vicinity to intuitively judge whether or not the scooter is in a driving-enabled state. Therefore, the internal combustion engine
If you accidentally operate the throttle of an electric scooter due to the customs of a computer, a runaway accident may occur.

[Procedure Amendment 2]

[Document name to be amended] Statement

[Name of item to be corrected] Figure 1

[Correction method] Change

[Correction content]

[Figure 1] It is a connection diagram showing a configuration of an operation warning device.

Claims (2)

[Claims] 1. A power source display section for visually displaying whether or not the electric scooter is in an operable state, a seat load detection section for detecting whether or not a driver is seated on a seat, and an electric scooter. Even when the vehicle is in a drivable state, the operation warning device for an electric scooter, comprising: a warning sound generation unit that issues a warning to the hearing when the driver is not seated in the seat and not in the driving posture. 2. The power source display section is a pilot lamp that lights up to indicate whether or not the vehicle is in a drivable state, and the seat load detection section is a switch installed at a seat hinge portion that supports the seat. The presence or absence of a load when sitting on a seat is detected by an on / off operation of a switch, and each of the seat hinges is provided with a spring that restrains a vertical degree of freedom.
An operation warning device for an electric scooter according to claim 1.