JPH0332535U - - Google Patents

Description

[Brief explanation of drawings]

Fig. Handle side push switch device case is metal, ○A, ○B switch mounting plates are plastic, ○
The C lever is also made of plastic, the C lever return spring is soft so that the lever returns lightly, the spare switch is a switch that can be turned off by pressing it, the mounting base of the handle center cut switch device, and the mounting hardware are metal. ○1 semi-disk and ○
The E and ○F triangular cams are plastic, the triangular cam mounting symbol pin is metal, and they are screwed into the ○1 semicircle, and the ○H and ○G cut-off switches are push-off switches. The disconnect switch mounting bracket is metal. The bracket can be mounted using a spot knob. The long and short ends of the spiral are soft,
The ○E, ○F triangular cams must be soft spirals that move easily, and the ○J bow pin that moves the ○E, ○F triangular cams is a round metal bar, and the ○E, ○F triangular cams are connected to the ○J bow pin. The area where it touches should be cut into a half circle of about 2m/m to create a gentle curve and make the cam lighter. The flashing prevention device mounting base uses Bakelite to prevent insulation. The wire pin mount is metal. Wire pin thickness 0.5m/m
A wire that conducts electricity easily. Figure 2: The wiring diagram on the back of the electronic circuit board shall be written on the copper plate. The board case may be an aluminum plate. Electronic circuit parts are from OMRON G.
3 237P12VDC relays, diode R1
003 pieces, 2 NEC2P5M thyristors, 1
2 6V 22μm capacitors, 16V 1000
2 μm capacitors, 1W 1.5KΩ, 1
2 W100Ω, 1/2W480Ω, 1/2W1K
2 ohms, 14 colors of wire, length: purple 1m, blue 1m
, yellow 1m, green 1m, gray 1m, orange 0.5m
, brown 0.5m, brown-black 0.5m, orange-black 0.5
m, white 1.5m, black 1m, black and white 0.5m,
Red and black 0.5m, 14 sockets.

Amendment 2.8.16 The name of the invention is amended as follows. Title of the invention: ``Indicator flashing electronic switch automatic termination device for scooter motorcycles'' Display end auto turn signal The scope of the utility model registration claim and the brief description of the drawings are amended as follows.

[Scope of claim for utility model registration] The indicator flashing termination device installed on current scooter motorcycles is a manual type, but when the vehicle flashes a signal just before turning a corner, the new design is the same, but Since it is a manual type, I sometimes see the flashing on and off, so I thought it would be nice if it had an automatic flashing termination device like four-wheeled vehicles, so I devised an electronic switch that uses electronics to automatically terminate the flashing.

[Brief explanation of the drawings] Figure 1: Installation location and device description of the handle lever side push input switch device. Figures 1 to 6. Figure 1 in Figure 1 is an overall view of the scooter handle, where the circle mark and arrow mark are where the handlebar side push input switch device is installed. Figure 2 in Figure 1 is an enlarged view of the location where the handlebar side push input switch device is installed. Figure 3 in Figure 1 is an enlarged view of the inside of the box where the handlebar side push input switch device is attached to a part of the place where switches are attached next to the lever grip on the left side of the scooter handle. FIG. 4 of FIG. 1 is a side cross-sectional view of a main part showing a state in which the handle lever side push input switch device is fitted into a part of the switch mounting box next to the lever and clamped and fixed with a screw. Figure 5 in Figure 1 is a cross-sectional view of the main part of the handle lever side push input switch device, which is clamped and fixed to the mounting location with screws inside the lower cap, which is split in half at the top and bottom of the switch box on the left side of the handle lever. .
Figure 6 in Figure 1 is an explanation of the handle lever side push input switch device, switches, ○A mark is the L side switch, ○B mark is the R side switch, ○C mark is the L side, R side switch. Left and right side push levers to hold your head down,
○D mark is the pre-press OF switch, socket and color code. Figure 2: Installation location of handle center cut switch device and explanation of the device, Figures 1 to 7. Figure 2 1
The figure is an overall view of the scooter handle, and the circle marked with an arrow indicates where to install the handle release switch. Figure 2 shows the place where the handle center cutting switch device is installed, and the cover cap is removed and the handle center cutting switch device is installed inside. Figure 2-3 is an enlarged perspective view of the main part of the steering wheel center cutting switch device attached to the semicircular mounting body of ○1, which is attached to the steering wheel center frame, and the lower bow pin attached to the vehicle body frame.
FIG. 4 is a top view of the main parts of FIG. 2, taken in section at the center of the handle, and showing the handle center cutting switch device attached to the handle center frame; FIG. 5 of FIG. 2 is a side view of the main part of the handle center cutting switch device attached to the handle center frame. Figure 6 in Figure 2 is a front view of the main parts of the steering wheel center cut switch device, and the bow pin attached to the vehicle body frame is shown in the circle. Figure 7 in Figure 2 is an overall view of the handle center cut switch device and an explanation of the switches inside the device.
○E mark is R side triangular cam, ○F mark is L side triangular cam,
○G mark is the R side cutting OF switch, ○H mark is the L side cutting OF switch, ○I mark is the semicircular disk. Each part is attached to the semicircular disk which is the stand. ○E, ○F marks are attached. It is attached to the body frame of the bow pin, which is moved by hooking it onto the knob on the head of the triangular cam. Figure 3. Installation location and explanation of the device to prevent flashing and extinguishing, Figures 1 to 8.
Figure 1 in Figure 3 is an overall view of the scooter handle, and the arrow pointing to the circle mark is where the flickering prevention device is installed. Figure 2 in Figure 3 is an enlarged external view of the location where the flashing prevention device is installed inside the speedometer machine where the instruments are installed.
Figure 3 shows a flashing prevention device installed on the inside side of the speedometer machine, and a light emitting lamp attached to the bottom edge of the speedometer dial. Figures 3 and 4 are enlarged views of the flashing prevention device attached to the side of the speedometer machine by clamping it with screws.
The ○M mark is the speedometer rotary disk, and the ○K mark is the wire pin. Fig. 5 of Fig. 3 is a side view of the main part with the blinking/extinguishing prevention device and the light emitting lamp installed. Fig. 6 of Fig. 3 is a front view of the place where the flashing-off prevention device is attached to the meter machine. Figure 7 in Figure 3 is an enlarged view of the luminescent lamp attached to the meter dial. Figure 8 in Figure 3 is a device to prevent flashing and extinguishing. Figure 4 Explanation of the electronic circuit, Figures 1 to 6. Figure 1 in Figure 4 shows how the electronic circuit case is attached to the inside of the scooter handle center body frame step cover at the circle mark. Figure 2 in Figure 4 shows an electronic circuit board with a socket inside the case. Figure 4, 3
The figure shows the electronic parts installed on the board, the numbers and symbols for connecting the color code to the board, and the symbols of the parts: ○R mark is thyristor ○O mark is relay R side, ○S mark is thyristor ○P mark is relay L
On the side, ○Q marks are the diagrams connected to the relay flashing and extinguishing prevention device, Figure 4 is the circuit diagram of the electronic circuit board, and Figure 4 is the circuit diagram of the electronic circuit board.
Figure 5 is an enlarged view of the signal circuit in the electronic circuit.
6 in Figure 4 is the name of the electronic parts installed on the board in Figure 3.Relay OMRON G2VN237P 3 pieces, thyristor NEC2P5M 2 pieces, diode R1
00 3 pieces, capacitor 25V 1000μF
2 pieces, capacitor 25V 3.3μF 2 pieces, Teiko 1W 100Ω 2 pieces, Teiko
1W 1.5KΩ 1 piece, Teiko 1/2W 4
80Ω 1 piece, Teiko 1/2W 1KΩ 2 pieces. FIG. 5, 1, 2, 3, 4, each switch device of FIG. 5, explanation of the connection relationship of the circuit. Fig. 5 is an explanation of each symbol related to the connection of the general switch circuit, △ mark, 〓 mark is the symbol of the handle lever side push input switch device in Fig. 1, 〓 mark is the symbol of the handle lever center release switch device in Fig. 2, The 〓 mark is the symbol of the ○Q mark relay switch in the electronic circuit, the 〓 mark is the symbol of the blinking/disappearing prevention device in Figure 3, the 〓 mark is the symbol of the R side ○O mark relay, the L side ○P mark relay inside the electronic circuit. . The NO in parentheses is the number of the switches in each switch device, 1, 2, 3, 4, 5, the number of the switches in the handle lever side push input switch device in Fig. 1, 1 is press ON, 4 is press OF○BR side switch, 2 is pressed ON, 5 is OF○AL side switch, 3
○D reserve OF switch by pressing OF alone. 6,7
, is the number of the cutoff switch of the handle center cutoff switch device in Figure 2, and 6 is the push OF switch ○
GR side, 7 is the push OF switch ○ HL side switch, 13, 12, 14, 16, 15 are the numbers of the switches and connections of the third flashing/extinguishing prevention device, 13 is the Q relay in the electronic circuit, 12 is the electronic Circuit ○ From Q relay switch 14 light emitting lamp 16 is grounded, 15
○M disc bump to meter 10K/m○
Current connects to K wire pin ○Q relay works 16
It is grounded and the luminescent lamp emits light. 8,10,9
, 11, 13, 12, 16, 15, 14 are the fourth
Connection numbers for relays or relay switches in the electronic circuit, 8 is ○PL side relay, 10 is connected to flashing of L side blinker lamp ○PL side relay switch, 9 is ○OR side relay, 11 is R side blinker ○OR side relay switch that connects the blinking of the lamp, 13 is ○Q relay circuit 12○Q relay switch 16 earth 16 earth 15○M meter machine disk ○K wire pin of blinking and extinguishing prevention device 14 luminous lamp. Color code installation number and connection to the board, 1...OR 1○BL side switch ON○S thyristor, 2
...Murasaki 2○AL side switch ON○R thyristor, 3,4...Yellow, Mouse 11○O relay switch turn signal lamp, 5...Red 5○A
L side switch OF9○OR side relay, 6... White 4○BR side switch OF8○PL side relay, 7,
8...White black, black 8○HL side is ○OR side relay switch, 9,10,11...Aka black, black 9○GR side is ○PL side relay switch, ○Q relay switch 3○D switch OF1712Vt, 12
, 13...Kiiro, Green 12○P relay switch blinker lamp, 14...Daidaikuro 13
○Q relay 16○K~○M~earth, 15...black 12○Q relay switch 14 light emitting lamp,
16...Chia 1712Vt, 17...Daidai
Earth.

Claims (1)

[Scope of utility model registration request] When I'm riding a scooter, I sometimes forget to turn off the flashing even when I turn a corner and the car straightens, so I thought that this would be a nuisance to other cars, so I turned off the flashing automatically like a four-wheeled vehicle. I came up with this idea because I thought it would be useful.