CN201080219Y - Integrated control device for bicycle - Google Patents

Abstract

A bicycle integrated control device is arranged on a bicycle with at least one lamp. It includes a key set, a microprocessor, a wireless transceiver and a display unit. When the key group is pressed, at least one key signal is generated. The microprocessor is connected with the key set and used for receiving the key signal generated by the key set and sending out a driving signal according to the key signal. The wireless transceiver is connected with the microprocessor and used for receiving the driving signal sent by the microprocessor and sending the driving signal to the wireless transceiver of the lamp of the bicycle so as to control the state of the lamp of the bicycle. The display unit is connected with the microprocessor and used for displaying the state of the lamp of the bicycle.

Description

Bike Integrated Controls

technical field

The utility model relates to the design of a bicycle integrated control device, in particular to a bicycle integrated control device.

Background technique

In order to improve the safety of driving at night, general bicycles, in addition to being provided with reflective stickers, also have lights on the bicycles to provide lighting for cyclists when driving at night, and the known structure of bicycle lights, such as Taiwan's application No. 84245658 "Bicycle lamp structure" new patent application, which is mainly composed of a cover, a lamp holder, a positioning seat, a lampshade and other structures, wherein a light bulb is arranged in the lampshade, and a light bulb is arranged at one end of the lamp holder. The control switch for horizontal switching is used to control the brightness of the light bulb to provide the required lighting source when the bicycle is running.

Yet aforementioned bicycle lamp it can only be arranged on the control switch of lateral switching of lamp holder to control whether the light bulb shines, if want to strengthen driving safety and install taillight, left direction lamp, right direction lamp when additional, the user It is also necessary to separately control the control switches installed in each lamp holder one by one, and it can only control the brightness of the bulbs, and cannot make the bulbs flicker.

Furthermore, general bicycle locks all require the user to control the unlocking or closing of the lock with a key, which is quite inconvenient to use.

Utility model content

The purpose of this utility model is to provide an integrated control device for bicycles, which is used to control the states of various lamps on a bicycle.

In order to achieve the above purpose, the bicycle integrated control device provided by the utility model is installed on a bicycle with at least one lamp, which includes:

A button group, which generates at least one button signal when pressed;

A microprocessor, connected to the key group, used to receive the key signal generated by the key group, and send a driving signal accordingly;

A wireless transceiver, connected to the microprocessor, used to receive the driving signal sent by the microprocessor and send it to a wireless transceiver of the lamp of the bicycle, so as to control the state of the lamp of the bicycle;

A display unit, connected to the microprocessor, is used to display the state of the lamp of the bicycle

In the bicycle integrated control device, the lamp of the bicycle includes a headlight, the button group includes a headlight on/off key, and the button signal is a headlight on/off signal.

In the bicycle integrated control device, the lamp of the bicycle includes a rear light, the button group includes a rear light switch key, and the button signal is a rear light on/off signal.

In the bicycle integrated control device, the lamp of the bicycle includes a left turn signal light, the button group includes a left turn light switch key, and the key signal is a signal to turn on/off the left turn signal light.

In the bicycle integrated control device, the lamp of the bicycle includes a right turn signal light, the button group includes a right turn light switch key, and the button signal is a right turn signal turn on/off signal.

In the bicycle integrated control device, the button group includes a brightness control button, and the button signal is a brightness intensity/weakness signal.

In the bicycle integrated control device, the key set includes a light flashing key, and the key signal is a light flashing signal.

The bicycle integrated control device includes an alarm unit.

The bicycle integrated control device, wherein the bicycle is provided with an electronically controlled lock, the electronically controlled lock is provided with a wireless transceiver, and the key set includes a lock opening key, the key signal is an unlock/lock signal, the micro The processor is used to receive the unlock/close signal generated by the lock key and send the drive signal to the wireless transceiver of the electronically controlled lock through the wireless transceiver to control the state of the electronically controlled lock, and the display unit It is used to display the status of the electric lock.

The bicycle integrated control device includes a speed sensor, which is used to sense the rotation speed of the bicycle wheel, and transmit the rotation speed signal of the wheel to the microprocessor, and the microprocessor will calculate the rotation speed of the bicycle accordingly. Traveling speed information, and display the traveling speed information of the bicycle through the display unit.

The bicycle integrated control device includes a human body signal sensor, which is used to sense the human body signal of the bicycle user, and transmit the human body signal to the microprocessor, and the microprocessor will pass the human body signal through The display unit is displayed.

In the bicycle integrated control device, the human body signal sensed by the human body signal sensor includes one of a heartbeat signal and a body temperature signal.

In a nutshell, the technical means adopted by the utility model to solve the problems of the known technology is to provide a bicycle integrated control device installed on a bicycle with at least one lamp. It includes a key group, a microprocessor and a display unit. When the button group is pressed, it generates at least one button signal. The microprocessor is connected to the key group for receiving the key signal generated by the key group and sending out a driving signal accordingly. The wireless transceiver is connected to the microprocessor for receiving the driving signal sent by the microprocessor and sending it to a wireless transceiver of the bicycle lamp to control the state of the bicycle lamp. The display unit is connected to the microprocessor and is used for displaying the status of the lamps of the bicycle.

In a preferred embodiment of the present invention, the key set of the bicycle integrated control device can also include a lock opening key, and the key signal generated by it is an unlock/lock signal, and the bicycle is provided with an electronically controlled lock, and the electronically controlled lock There is a wireless transceiver, and the microprocessor is used to receive the unlock/close signal generated by the lock key and send a drive signal to control the state of the electronically controlled lock, and the display unit is used to display the status of the electronically controlled lock. state.

The utility model contrasts the effect of known technology:

Through the technical means adopted by the utility model, the user can control the state of each lamp installed on the bicycle through an integrated control device, and can control the opening or closing of the bicycle lock, and can also display the status of each lamp And the state of the bicycle lock, greatly improving the convenience of use.

Description of drawings

Fig. 1 is a perspective view showing the bicycle integrated control device of the present utility model;

Fig. 2 is a schematic view showing that the bicycle integrated control device of the present invention is installed on a bicycle;

Fig. 3 is a control circuit diagram showing the bicycle integrated control device of the present invention.

Detailed ways

The specific embodiments adopted by the utility model will be further described by the following embodiments and accompanying drawings.

Referring to FIG. 1 and FIG. 2 , the bicycle integrated control device 100 of the present invention is installed on a bicycle 1 . Bicycle 1 is provided with a front light 11, a rear light 12, a left direction light 13, a right direction light 14 and an electric control lockset 15. The bicycle integrated control device 100 includes a key set 3 and a display unit 4 .

The button group 3 includes a number key group 31, a front light switch key 32, a rear light switch key 33, a lockset switch key 34, a RESET key 35a, a SET key 35b, a MODE key 35c, and a left direction light switch Key 36, a right direction light switch key 37, a brightness control key 38 and a light signal flashing key 39.

Referring to Fig. 3, in addition to the above-mentioned button group 3 and display unit 4, the bicycle integrated control device 100 of the present utility model includes a wireless transceiver 5, a microprocessor 6, a coding table 7, a storage unit 8, a Alarm unit 9, a speed sensor 16 and a human body signal sensor 17. Each button of the button group 3 , the display unit 4 , the wireless transceiver 5 , the coding table 7 , the storage unit 8 and the alarm unit 9 are respectively connected to the microprocessor 6 . Wherein the coding table 7 stores the coding of each lamp of the bicycle 1 and the coding of the electronically controlled lockset 15 .

The front lamp 11 is provided with a wireless transceiver 111; the rear lamp 12 is provided with a wireless transceiver 121; the left direction lamp 13 is provided with a wireless transceiver 131; the right direction lamp 14 is provided with a wireless transceiver 141; the electric control lockset 15 is provided with a wireless transceiver device 151.

When the headlight switch key 32 is pressed by the user, it will generate a headlight on/off signal S1a. The microprocessor 6 is used to receive the headlight on/off signal S1a generated by the headlight switch key 32, and convert the code of the headlight 11 stored in the code table 7 and a driving signal S2 according to the headlight on/off signal S1a. The wireless transceiver 111 is sent to the headlight 11 via the wireless transceiver 5 to control the on or off of the headlight 11 of the bicycle 1 .

When the backlight on/off key 33 is pressed by the user, it will generate a backlight on/off signal S1b. The microprocessor 6 is used to receive the rear lamp on/off signal S1b generated by the rear lamp switch key 33, and according to the rear lamp on/off signal S1b, the code of the rear lamp 12 stored in the code table 7 and the driving signal S2 are passed to The wireless transceiver 5 sends to the wireless transceiver 121 of the rear light 12 to control the on or off of the rear light 12 of the bicycle 1 .

When the left turn signal on/off key 36 is pressed by the user, it will generate a left turn signal on/off signal S1d. The microprocessor 6 is used for receiving the left turn signal on/off signal S1d generated by the left turn signal switch key 36, and according to the left turn signal on/off signal S1d, the code and The driving signal S2 is sent to the wireless transceiver 131 of the left directional light 13 via the wireless transceiver 5 to control the left directional light 13 of the bicycle 1 to be turned on or off.

When the right turn signal on/off key 37 is pressed by the user, it will generate a right turn signal on/off signal S1e. The microprocessor 6 is used for receiving the right turn signal on/off signal S1e generated by the right turn signal switch key 37, and according to the right turn signal on/off signal S1e, the code and The driving signal S2 is sent to the wireless transceiver 141 of the right turn signal 14 via the wireless transceiver 5 to control the right turn signal 14 of the bicycle 1 to be turned on or off.

When the brightness control key 38 is pressed by the user, it will generate a brightness strong/weak signal S1f to the microprocessor 6 to control the front light 11, or the rear light 12, or the left direction light 13 or the right direction light 14. brightness.

When the flashing light key 39 is pressed by the user, it will generate a flashing signal S1g to the microprocessor 6 to control the front light 11, or the rear light 12, or the left direction light 13 or the right direction light 14. flashing.

The switch lock drive circuit 7 is connected to the electronically controlled lock 15 , and when the lock switch key 34 is pressed by the user, it will generate an unlock/lock signal S1c. The microprocessor 6 is used to receive the unlock/close signal S1c generated by the lock opening key 34, and transmit and receive the code of the electronically controlled lock 15 stored in the code table 7 and the drive signal S2 by wireless according to the unlock/close signal S1c. The device 5 sends to the wireless transceiver 151 controlling the electronically controlled lockset 15 to control the state of the electronically controlled lockset 15.

The number key set 31 is connected to the microprocessor 6 . After the user presses the key 34 of the lock, he must input the same password three times through the number key set 31, and then the microprocessor 6 will send the driving signal S2 to control the state of the electronically controlled lock 15.

The display unit 4 is connected to the microprocessor 6 for displaying the states of the front light 11 , the rear light 12 , the left direction light 13 , the right direction light 14 and the electric lock 15 . The display unit 4 includes a front light state display area 41 , a rear light state display area 42 , an electronically controlled lock state display area 43 and a password display area 44 . The alarm unit 9 has the function of an anti-theft alarm.

Speed sensor 16 is arranged on the axle of bicycle 1, in order to sense the rotational speed of the wheel of bicycle 1, and the rotational speed signal of wheel is sent to wireless transceiver 5 through a wireless transceiver 161, then sent to microprocessor 6, microprocessor The processor 6 calculates the speed information of the bicycle 1 according to the information, and displays the speed information of the bicycle 1 via the display unit 4 .

Human body signal sensor 17 is worn by the user of bicycle 1, in order to sense the user's body signal (comprising heartbeat signal, body temperature signal) of the user of bicycle 1, and this human body signal is sent to wireless transceiver through a wireless transceiver 171. Device 5, and then sent to the microprocessor 6, the microprocessor 6 will display the human body signal through the display unit 4.

The bicycle integrated control device 100 of the present invention can not only be arranged on the bicycle 1, but also can be carried by the user. As long as it is within the effective receiving range, it can control the states of the various lamps and electronic control devices 15 on the bicycle 1.

The above description is only a description of the preferred embodiments of the present utility model, and those skilled in the art can make other various improvements based on the above description, but these changes still belong to the design spirit of the present utility model and the scope of the applied claims .

Claims (11)

1. bicycle integration control device is installed in a bicycle with at least one light fixture, it is characterized in that, comprising:

One key groups when being subjected to pressing by operation, produces at least one push button signalling;

One microprocessor is connected in this key groups, receives the push button signalling that this key groups produces, and sends a drive signal according to this;

One wireless transceiver is connected in this microprocessor, receives a wireless transceiver of drive signal that this microprocessor sends and the light fixture that sends it to this bicycle, controls the state of the light fixture of this bicycle;

One display unit is connected in this microprocessor, shows the state of the light fixture of this bicycle.

2. bicycle integration control device as claimed in claim 1 is characterized in that wherein the light fixture of this bicycle comprises a headlight, and this key groups comprises a headlight on ﹠ off switch, and this push button signalling is a headlight On/Off signal.

3. bicycle integration control device as claimed in claim 1 is characterized in that wherein the light fixture of this bicycle comprises a back light, and this key groups comprises a back light on ﹠ off switch, and this push button signalling is a back light On/Off signal.

4. bicycle integration control device as claimed in claim 1 is characterized in that, wherein the light fixture of this bicycle comprises a left indicator, and this key groups comprises a left to the light switch key, and this push button signalling is a left indicator On/Off signal.

5. bicycle integration control device as claimed in claim 1 is characterized in that, wherein the light fixture of this bicycle comprises a right lamp, and this key groups comprises a right light switch key, and this push button signalling is a right lamp On/Off signal.

6. bicycle integration control device as claimed in claim 1 is characterized in that, wherein this key groups comprises a beam control key, this push button signalling be a brightness strong/weak signal.

7. bicycle integration control device as claimed in claim 1 is characterized in that, wherein this key groups comprises a cresset flashing key, and this push button signalling is a cresset flashing signal.

8. bicycle integration control device as claimed in claim 1 is characterized in that it comprises an alarm unit.

9. bicycle integration control device as claimed in claim 1, it is characterized in that, wherein this bicycle is provided with an electric control lockset, this electric control lockset is provided with a wireless transceiver, this key groups comprises a lockset on ﹠ off switch, this push button signalling is the lock signal of unblanking/close, this microprocessor receives that this lockset on ﹠ off switch produced unblank/close lock signal and this drive signal is sent to the wireless transceiver of this electric control lockset via this wireless transceiver, control the state of this electric control lockset, and this display unit shows the state of this electric control lockset.

10. bicycle integration control device as claimed in claim 1, it is characterized in that, it comprises a speed sensor, the rotating speed of the wheel of this bicycle of sensing, and the tach signal of this wheel is sent to this microprocessor, this microprocessor calculates the travel speed information of this bicycle, and the travel speed information of this bicycle is shown via this display unit.

11. bicycle integration control device as claimed in claim 1, it is characterized in that, it comprises a human body signal sensor, the user's of this bicycle of sensing human body signal, and this human body signal is sent to this microprocessor, this microprocessor is shown this human body signal via this display unit.

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