TWI526357B - An anti-theft feature with solar lamp - Google Patents

Description

Solar luminaire with anti-theft function

The invention relates to a solar lamp, in particular to a solar lamp with anti-theft function.

In the 1990s, Taiwan was one of the world's major producers of bicycles, with a market share of more than 50%. Because of the high energy efficiency of bicycles, its energy consumption and carbon dioxide emissions are less than one-tenth of that of cars. One of the representatives of green energy vehicles. In the early days, the local cycling sport in Taiwan was not particularly popular. Until March 1997, the bicycle lane in Huanshan, Guandong, was officially opened. It became the first bicycle lane dedicated to sightseeing and leisure in Taiwan, and the leisure atmosphere of bicycles gradually became Taiwan is promoted.

With the promotion of cycling in various counties and cities, and the construction of many bicycle lanes, combined with the additional functions of leisure, scenery and sightseeing, the population of riding bicycles has gradually increased, and the platform has also been upgraded to a car that has invested 70 million to refit bicycles. Taipei MRT Corporation also specially plans bicycle-specific compartments, allowing passengers to take their cars with them, further promoting the leisure style of bicycles in Taiwan.

Due to the gradual increase in the number of cycling sports, the government has set up road traffic management penalties to increase the safety of bicycles. Article 72: If the local train is not approved, the device will be changed without authorization, or the brakes, bells, lights and reflectors will not be maintained. If the safety equipment is good and complete, the owner of the local train will be fined NT$180 and ordered to install or correct it within a time limit. Before and after riding the bicycle, it is necessary to install front and rear lights to increase the safety of bicycles and other passers-by.

Incandescent light bulbs used in early bicycle lights, their electricity Pressure and energy consumption are not effective, and have been replaced by light-emitting diodes (LEDs) as light-emitting sources. Their luminous efficiency has improved in recent years, and because of the large amount of capital invested by enterprises in research and development and production, the price of LEDs is It has been declining year by year, and its performance has increased year by year, although the cost of white LEDs is still much higher than that of other colors. Nonetheless, its advantages of using DC power and illuminating benefits make LEDs widely used in bicycle lights and other uses.

At present, the source of bicycle LED lamp power supply is mostly from the alkaline battery or the mercury battery as the source of electric energy. The lamp is placed at the front end of the bicycle frame, and the LED lamp is turned on when riding the bicycle, in addition to the road ahead of the illumination, Warnings are used by other passers-by in the front and rear to avoid danger. The bicycle lights have no other use and no additional functions.

According to the above description, the existing bicycle LED lamp has the following disadvantages:

First, the use of traditional batteries: current bicycle LED lights in order to drive LED lighting, usually use alkaline batteries or lithium batteries to provide the power of the LED light source, sometimes in order to reduce the size of the lamp, and use several mercury batteries to provide power. All of the above batteries are discarded after the energy is exhausted, and then the new battery is purchased to provide the power of the LED. Not only does it increase the cost of purchasing batteries, but the discarded batteries will also cause damage to the environment.

Second, the function is single and no progress: At present, the bicycle LED lamp is a necessary device for driving safety, and is installed at the front end of the bicycle frame. There is no additional function other than the function of front lighting and front and rear warning. In addition to the products designed for the beautification of the appearance of the lamps, the function of the products is necessary for design.

As can be seen from the above, although bicycle LED lights can illuminate the road ahead, they can also alert other passersby to avoid danger. At present, the regulations also stipulate that the bicycle should be installed on the bicycle frame when riding the bicycle. The function of LED luminaires can no longer meet the requirements of modern people for multi-functional products. Bicycle LED lights do have room for improvement.

In view of the above, an object of the present invention is to provide a solar luminaire with anti-theft function, which is suitable for being disposed on a bicycle and comprising a first luminaire unit and a second luminaire unit.

The first lamp unit includes a first lamp stand disposed at the front end of the bicycle, a first lamp stand detachably connecting the first lamp stand, and a first set on the first lamp stand a solar panel, a first battery disposed in the first lamp holder and electrically connected to the first solar panel, and a first illuminating member disposed at a front end of the first lamp holder and electrically connected to the first battery, wherein The first lamp holder has a first assembly, the first lamp holder has a second assembly, and the first lamp holder and the first lamp holder are sleeved by the first and second assemblies Plugged in and plugged together.

The second lamp unit includes a second lamp stand disposed at the rear end of the bicycle, a second lamp stand detachably connecting the second lamp stand, and a second lamp stand disposed on the second lamp stand a second solar panel, a second battery disposed in the second lamp holder and electrically connected to the second solar panel, and a second illuminating member disposed on the second lamp holder and electrically connected to the second battery The second lamp holder has a third assembly, the second lamp holder has a fourth assembly, and the second lamp holder and the second lamp holder are supported by the third and fourth assemblies Interspersed with each other and inserted together.

After the second and fourth assemblies of the first and second lamp holders are separated from the first and third assemblies of the first and second lamp holders, the second and fourth assemblies can be assembled to each other on the bicycle. The first and second lamp holders are combined and interfere with the bicycle to lock the bicycle.

Another technical means of the present invention is that the first illuminating member has a first switch disposed on the first lamp holder, and the second illuminating member has a second switch disposed on the second lamp holder. The first, The two switches can turn on and off the first and second illuminating members to emit light externally.

Another technical means of the present invention is that the first lamp holder further has a first locking member connected to the second assembly, and the first locking member is for locking the fourth assembly to the second The assembly, and the first assembly is locked to the second assembly, the second lamp holder further has a second lock connecting the third assembly, the second lock is for the first The four assembly is locked to the third assembly.

A further technical means of the present invention is that the first lock can be switched in an open and locked state, and when the first lock is in an open state, the first and second assemblies can be combined and separated from each other when When the first lock is in the locked state, the first and second assemblies may be combined but not separable.

Another technical means of the present invention is that the first lock is selected from the group consisting of a key lock, a combination lock, a magnetic lock, a fingerprint lock, a wireless remote lock, a chip lock, and a radio frequency induction lock.

Another technical means of the present invention is that the solar luminaire with anti-theft function further comprises a driving record unit disposed on the solar luminaire having anti-theft function, comprising a first lens disposed on the first lamp holder a first wireless transmitter electrically connected to the first lens, a second lens disposed on the second lamp holder, a second wireless transmitter electrically connected to the second lens, and one receiving the first And a wireless transmitter that transmits a signal, the wireless mobile device having an application installed in the wireless mobile device, a display disposed on the wireless mobile device, and a memory disposed in the wireless mobile device The application can read the first and second lens information displayed on the display and store in the memory.

A further technical means of the present invention is that the solar luminaire having the anti-theft function further comprises an illuminating control unit connected to the first illuminating member, comprising a coordinate locator disposed in the first illuminator, the coordinate positioning Controlling the amount of illumination of the first illuminating member, the coordinate locator When detecting the movement of the bicycle, the amount of illumination of the first illuminating member is increased for illumination, and the coordinate locator detects that the illuminating amount of the first illuminating member is lowered for warning when the bicycle is stopped.

Another technical means of the present invention is that the solar luminaire having the anti-theft function further comprises a power control unit, comprising: a power control chip disposed in the first lamp holder and electrically connected to the first battery; a first conductor in the first lamp holder, and a second conductor disposed in the second lamp holder, one end of the first conductor is electrically connected to the power control chip, and the other end is disposed on the second In the assembly, one end of the second electrical conductor is electrically connected to the second battery, and the other end is disposed in the fourth assembly. When the second and fourth assemblies are assembled together, the first electrical conductor is electrically connected. The second electrical conductor, and the power control chip can compare the charging amount of the first and second batteries, and the high-power battery will charge the low-power battery.

An advantageous effect of the present invention is to design some additional functions using the lighting warning device on the bicycle. Among them, solar energy is designed as a source of electricity, and LED is used as a light source to increase its luminous efficiency and reduce the amount of battery used. A photographic lens is mounted on the first and second lamp holders before and after the bicycle, and the wireless mobile device is connected by wireless technology to achieve a driving record function. A motion sensing device is installed to control the amount of light emitted by the light source to save power consumption. Finally, the style of the luminaire is designed to give the structure of the luminaire a security lock.

2‧‧‧Bicycle

3‧‧‧First lamp unit

31‧‧‧First lamp stand

311‧‧‧First assembly

32‧‧‧First lamp holder

321‧‧‧Second assembly

322‧‧‧First lock firmware

33‧‧‧First solar panel

34‧‧‧First battery

35‧‧‧First light-emitting parts

351‧‧‧First switch

4‧‧‧Second lamp unit

41‧‧‧Second light stand

411‧‧‧ third assembly

412‧‧‧Second lock firmware

42‧‧‧Second lamp holder

421‧‧‧Fourth assembly

43‧‧‧Second solar panels

44‧‧‧Second battery

45‧‧‧second illuminating parts

451‧‧‧second switch

5‧‧‧ Driving Recording Unit

51‧‧‧ first shot

52‧‧‧First wireless transmitter

53‧‧‧second lens

54‧‧‧Second wireless transmitter

55‧‧‧Wireless mobile

551‧‧‧Application

552‧‧‧ display

553‧‧‧ memory

6‧‧‧Lighting control unit

61‧‧‧Coordinate Locator

7‧‧‧Power Control Unit

71‧‧‧Power Control Wafer

72‧‧‧First conductor

73‧‧‧Second conductor

1 is a perspective view showing a first lamp and a first lamp stand; FIG. 2 is a perspective view showing a second lamp and a second lamp stand; FIG. 3 is a side view showing the first preferred embodiment Example of locking the bicycle; Figure 4 is a schematic circuit diagram illustrating the locking of the first and second lamps FIG. 5 is a side view showing the first embodiment of the present invention; FIG. 6 is a top cross-sectional view showing the structure of the first lock; FIG. 7 is an upper cross-sectional view illustrating FIG. 8 is a schematic view of a device for assisting in explaining a second preferred embodiment; FIG. 9 is a schematic view of a device for assisting a third preferred embodiment; and FIG. 10 is a circuit diagram for assistance Four preferred embodiments.

The details of the related patents and the technical contents of the present invention will be clearly described in the following detailed description of the four preferred embodiments with reference to the drawings.

Referring to FIG. 1 and FIG. 1 and FIG. 3, a solar luminaire with anti-theft function is disposed on a bicycle 2 and includes a first luminaire unit 3 and a second luminaire unit 4. The first lamp unit 3 is disposed at the front end of the bicycle 2, and the second lamp unit 4 is disposed at the rear end of the bicycle 2.

The first lamp unit 3 includes a first lamp holder 31 disposed at the front end of the bicycle 2, a first lamp holder 32 detachably connecting the first lamp holder 31, and a first lamp holder 32 disposed on the first lamp holder 32. a first solar panel 33, a first battery 34 disposed in the first lamp socket 32 and electrically connected to the first solar panel 33, and a first battery holder 32 disposed at the front end of the first lamp socket 32 and electrically connected to the first battery A first illuminating member 35 of a battery 34.

The first lamp holder 31 has a first assembly member 311. The first lamp holder 32 has a second assembly member 321 . The first lamp holder 31 and the first lamp holder 32 are The first and second assembly members 311 and 321 are sleeved and inserted together. The first lamp holder 31 can be hung on the faucet rod of the bicycle 2. When the first and second assembly members 311 and 321 are combined, the first lamp holder 31 can be adjusted to be the first illuminating member. The illumination of 35 faces the road ahead of the bicycle 2, avoiding the danger of the light source being aligned with the opposite passer.

The second lamp unit 4 includes a second lamp holder 41 disposed at the rear end of the bicycle 2, a second lamp holder 42 detachably connecting the second lamp holder 41, and a second lamp holder disposed on the second lamp holder. a second solar panel 43 , a second battery 44 disposed in the second lamp holder 42 and electrically connected to the second solar panel 43 , and a second lamp holder 42 disposed on the second lamp holder 42 The second light-emitting member 45 is electrically connected to the battery 44.

The second lamp holder 41 has a third assembly member 411. The second lamp holder 42 has a fourth assembly member 421. The second lamp holder 41 and the second lamp holder 42 are The three or four assembly members 411 and 421 are sleeved and interposed. The second lamp holder 41 can be hung on the seat rod of the bicycle 2. When the third and fourth assembly members 411 and 421 are combined, the second illuminating member of the second lamp holder 41 can be adjusted. 45 warns to the rear that the second illuminating member 45 can achieve the function of the rear warning without requiring too much light.

4, 5, the first lamp holder 32 can be separated from the first lamp holder 31, and the second lamp holder 42 can be separated from the second lamp holder 41. At this time, the first and second assemblies are assembled. After the 311, 321 and the third and fourth assembly members 411 and 421 are separated, the first and second lamp holders 32 and 42 can be combined by the second and fourth assembly members 321 and 421, and the combined position can be In the wheel of the bicycle 2. At this time, the first and second lamp holders 32, 42 locked in the wheel of the bicycle 2 interfere with the frame of the bicycle 2, so that the wheel of the bicycle 2 cannot be rotated to bring the present invention to the function of the lock.

The first illuminating member 35 has a first switch 351 disposed on the first lamp socket 32. The first solar panel 33 on the first lamp socket 32 converts the solar energy into electrical energy during the daytime. In the first battery 34. The first switch 351 can be activated when driving at night, so that the first illuminating member 35 starts to illuminate or warn the front, and increases riding the bicycle. It is safer at 2 o'clock. When the bicycle 2 is finished riding, the first switch 351 can be turned off, so that the first illuminating member 35 stops emitting light to save power.

The second illuminating member 45 has a second switch 451 disposed on the second lamp holder 42. During the daytime, the second solar panel 44 on the second lamp holder 42 can convert the solar light energy into electrical energy and store it in the In the second battery 44. When the vehicle is driving at night, the second switch 451 can be activated to start the warning of the second illuminating member 45 to increase the safety of the bicycle. When the bicycle 2 is finished riding, the second switch 451 can be closed. The two illuminating members 45 stop emitting light to save power.

Referring to FIGS. 6 and 7 , the first lamp holder 32 further has a first locking member 322 connected to the second assembly member 321 , and the first locking member 322 is configured to lock the fourth assembly member 421 to the first locking member 421 . The second assembly 321 or the first assembly 311 is locked to the second assembly 321 . The second lamp holder 41 further has a second locking member 412 connected to the third assembly member 411. The second locking member 412 is for locking the fourth assembly member 421 to the third assembly member 411. .

The first locking member 322 can be switched in the opening and locking state. When the first locking member 322 is in the open state, the first locking member 322 is placed at the end of the second assembly 321 to be retracted into the first luminaire. In the seat 32, the first and second assemblies 311, 321 can be combined and separated without hindrance.

When the first locking member 322 is in the locked state, the first locking member 322 is disposed at one end of the second assembly 321 to extend out of the first lamp socket 32, and when the first assembly 311 is inserted into the second combination The first assembly 311 can be inserted into the second assembly 321 because of the shape of the first assembly 311 and the first locking member 322 and the spring characteristics of the first locking member 322. But unable to pull out, and achieve the function of the lock.

The first assembly 311 and the fourth assembly 421 are identical in design, so the first and fourth assemblies 311 and 421 can be respectively associated with the first The first locking member 322 of the second assembly 321 is locked together, and the second locking member 412 is substantially the same as the first locking member 322, so the fourth assembly 421 can be the same as the third assembly 411. The two lock fasteners 412 are locked together. The first and second lock fasteners 322, 412 differ only in that the first lock firmware 322 uses a key for opening and locking states, and the two lock fasteners 412 are opened by buttons. And the state of locking.

The first lock 322 is selected from the group consisting of a key lock, a combination lock, a magnetic lock, a fingerprint lock, a wireless remote lock, a wafer lock, and a wireless RF sensor lock. The first preferred embodiment of the present invention is illustrated by using a key lock, which should not be limited in practice.

Referring to FIG. 8, a second preferred embodiment of the present invention is substantially the same as the first preferred embodiment, and the second preferred embodiment of the present invention further includes a driving record unit disposed on the solar luminaire having the anti-theft function. 5, comprising a first lens 51 disposed on the first lamp holder 32, a first wireless transmitter 52 electrically connected to the first lens 51, and a second lens disposed on the second lamp holder 42 53. A second wireless transmitter 54 electrically connected to the second lens 53 and a wireless mobile device 55 capable of receiving signals sent by the first and second wireless transmitters 52 and 54. The wireless mobile device 55 has an application 551 installed in the wireless mobile device 55, a display 552 disposed on the wireless mobile device 55, and a memory 553 disposed in the wireless mobile device 55.

The first lens 51 disposed on the first lamp holder 32 can detect that the motion image in front of the bicycle 2 is sent to the wireless mobile device 55 via the first wireless transmitter 52, and is disposed on the second lamp holder 42. The second lens 53 can detect that the moving image behind the bicycle 2 is sent to the wireless mobile device 55 via the second wireless transmitter 54. The application 551 in the wireless mobile device 55 can simultaneously read the first and second lenses 51. The dynamic image of the 53 is displayed on the display 552 of the wireless mobile device 55, and the dynamic image is stored in the memory 553. The application 551 can of course read the dynamic image in the memory 553 and display Shown on the display 552. The application 551 can also be executed in conjunction with other applications to provide more powerful features, such as a patrol record program, recording the route that the bicycle 2 passes and the landscape image on the route.

Referring to FIG. 9, a third preferred embodiment of the present invention is substantially the same as the second preferred embodiment, and the third preferred embodiment of the present invention further includes an illumination control unit 6 connected to the first illumination member 35. The coordinate locator 61 is disposed in the first lamp holder 32, and the coordinate locator 61 can detect that the bicycle 2 is in a moving or stopped state, and the coordinate locator 61 can control the amount of illumination of the first illuminating member 35. When the coordinate locator 61 detects the movement of the bicycle 2, the coordinate locator 61 will increase the current entering the first illuminating member 35 to increase the amount of illuminating to provide illumination of the front road surface and increase the riding of the bicycle 2 The degree of safety, when the coordinate locator 61 detects the stop state of the bicycle 2, lowers the amount of current entering the first illuminating member 35 to reduce the amount of illuminating light of the first illuminating member 35, and provides only the brightness of the warning to reduce the use. Electricity.

Referring to FIG. 10, the fourth preferred embodiment of the present invention is substantially the same as the third preferred embodiment, and the fourth preferred embodiment of the present invention further includes a power control unit 7, which includes a power supply control unit 7 The first lamp holder 32 is electrically connected to the power control chip 71 of the first battery 34, a first conductor 72 disposed in the first lamp holder 32, and a second lamp holder 42 disposed in the second lamp holder 42. The second electrical conductor 73.

One end of the first electric conductor 72 disposed in the first lamp holder 32 is electrically connected to the power control chip 71, and the other end of the first electric conductor 72 is disposed in the second assembly 321 and disposed in the second lamp holder 42 One end of the electric conductor 73 is electrically connected to the second battery 44, and the other end thereof is disposed in the fourth assembly 421.

The first and second conductors 72 and 73 slightly protrude from the second and fourth assemblies 321 and 421. When the second and fourth assemblies 321 and 421 are assembled together, the first conductor 72 touches the first conductor. The two conductors 73 generate electricity Connected, at this time, the power control chip 71 will be electrically connected to the second battery 44. The power control chip 71 can compare the charge amounts of the first and second batteries 34, 44, and the high-power battery will be low. The battery is charged, and the ability to prevent the first and second solar panels 33 and 43 from being charged is reduced by the dust adhering to the surface, and the power source control chip 71 is used to support the first and second batteries 34 and 44. To get the maximum storage capacity.

Through the description of the above embodiments, it can be known that the case does have the following enhancements:

I. Reducing cost pressure: The present invention uses solar energy as a source of electric power. When the bicycle 2 is riding during the day, the first and second solar panels 33 and 43 collect solar energy and convert it into electric energy for storage in the first and second storage batteries 34 and 44. In the evening, when riding the bicycle 2, the first and second illuminating members 35 and 45 can be turned on to warn other passers-by. Since solar energy is used as a power source, there is no need to purchase a battery to reduce the pressure on the cost.

Second, reduce environmental pollution: The present invention uses solar energy as a source of electrical energy, there will be no problem of discarded alkaline batteries or mercury batteries, and the battery can be used if it is recycled through the recycling pipeline, but the environmental pollution can be reduced, but If discarded directly, it will pollute our living environment.

Third, the function of the additional lock: the traditional bicycle light is usually in the shape of a flashlight, designed to reduce its size for easy installation on the bicycle, but the traditional bicycle light is usually only used in lighting, the present invention uses a harder material to design the light The style of the seat creates an additional function of the lock. When riding the bicycle 2, the first and second illuminating members 35 and 45 are used to warn other passers-by. When the bicycle is parked, the first and second lamp holders 32 are 42 is separated from the bicycle 2 and combined on the wheels of the bicycle 2 to interfere with the rotation of the wheel, so that the present invention has the function of locking the bicycle 2 and cannot ride.

In summary, the present invention designs a bicycle lamp that not only can illuminate road conditions to warn other passers-by to pay attention to safety, but also The function of the lock is to lock the rotation of the wheel of the bicycle 2 to prevent the loss of property caused by the theft. Moreover, the LED is used as the illumination source of the first and second illuminating members 35, 45, and the luminous efficiency is more energy-saving and longer than the conventional bulb, and is installed on the first and second lamp holders 32 and 42. The first and second lenses 51 and 53 record the driving image, and the image is connected to the wireless mobile device 55 by wireless technology to achieve the driving record function. In addition, the light-emitting control unit 6 is installed to control the amount of light emitted by the first and second light-emitting elements 35 and 45, thereby achieving the purpose of saving power consumption. The power control unit 7 is used to achieve maximum charging efficiency, so that the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

3‧‧‧First lamp unit

32‧‧‧First lamp holder

33‧‧‧First solar panel

34‧‧‧First battery

35‧‧‧First light-emitting parts

351‧‧‧First switch

4‧‧‧Second lamp unit

42‧‧‧Second lamp holder

43‧‧‧Second solar panels

44‧‧‧Second battery

45‧‧‧second illuminating parts

451‧‧‧second switch

Claims (7)

A solar luminaire with anti-theft function, suitable for being disposed on a bicycle, and comprising: a first luminaire unit comprising a first illuminator disposed at a front end of the bicycle and detachably connecting the first illuminator a first lamp holder, a first solar panel disposed on the first lamp holder, a first battery disposed in the first lamp holder and electrically connected to the first solar panel, and a first battery disposed thereon a first light fixture is connected to the first light fixture of the first battery, wherein the first light fixture has a first assembly, the first light fixture has a second assembly, the first light The frame and the first lamp holder are inserted together by the first and second assembly members; a second lamp unit includes a second lamp holder disposed at the rear end of the bicycle, a second lamp holder that is separately connected to the second lamp holder, a second solar panel disposed on the second lamp holder, and a second portion disposed in the second lamp holder and electrically connected to the second solar panel Two batteries, and one disposed on the second lamp a second illuminating member electrically connected to the second battery, wherein the second illuminator has a third assembly, the second luminaire has a fourth assembly, the second illuminator and the The second lamp holder is interposed by the third and fourth assembly members being nested together; and a power control unit includes a power supply control disposed in the first lamp holder and electrically connected to the first battery a chip, a first electrical conductor disposed in the first lamp socket, and a first lamp holder disposed in the second lamp socket a second conductor, one end of the first conductor is electrically connected to the power control chip, and the other end is disposed in the second assembly, and one end of the second conductor is electrically connected to the second battery, and the other One end is disposed in the fourth assembly, and when the second and fourth assembly are connected together, the first electrical conductor is electrically connected to the second electrical conductor, and the power control chip can compare the first and second The charging amount of the battery is used to charge the high-capacity battery to the low-power battery; when the second and fourth assemblies of the first and second lamp holders are combined with the first and third lamp holders After the pieces are separated, the second and fourth assemblies can be assembled to each other on the bicycle such that the first and second lamp holders are combined and interfere with the bicycle to lock the bicycle. The solar luminaire with anti-theft function according to claim 1, wherein the first illuminating member has a first switch disposed on the first lamp holder, and the second illuminating member has a first illuminating member The second switch on the two lamp holders, the first and second switches can open and close the first and second illuminating members to emit light externally. The solar luminaire with anti-theft function according to claim 2, wherein the first lamp holder further has a first locking member connected to the second assembly, and the first locking member is used for the first The fourth assembly is locked to the second assembly, and the first assembly is locked to the second assembly, the second lamp holder further has a second locking member connected to the third assembly, the first A second locking fastener is used to lock the fourth assembly to the third assembly. The solar luminaire with anti-theft function according to claim 3, wherein the first lock can be switched in an open state and a locked state, and when the first lock is in an open state, the first and second The assembly can be combined and separated from each other, and the first and second assemblies can be combined but not separable when the first lock is in the locked state. The solar luminaire with anti-theft function according to claim 4, wherein the first lock is selected from the group consisting of a key lock, a combination lock, a magnetic lock, a fingerprint lock, a wireless remote lock, a chip lock, and a radio frequency induction. Lock the combination of these. The solar luminaire with anti-theft function according to claim 5, further comprising a driving record unit disposed on the anti-theft function solar luminaire, comprising a first lens disposed on the first lamp holder a first wireless transmitter electrically connected to the first lens, a second lens disposed on the second lamp holder, a second wireless transmitter electrically connected to the second lens, and one receiving the first And a wireless transmitter that transmits a signal, the wireless mobile device having an application installed in the wireless mobile device, a display disposed on the wireless mobile device, and a memory disposed in the wireless mobile device The application can read the first and second lens information displayed on the display and store in the memory. The solar luminaire with anti-theft function according to claim 6 further includes an illuminating control unit connected to the first illuminating member, and a coordinate locator disposed in the first illuminator, the coordinate positioning Controlling the amount of illumination of the first illuminating member, the coordinate locator detecting the When the bicycle moves, the amount of illumination of the first illuminating member is increased for illumination, and the coordinate locator detects that the illuminating amount of the first illuminating member is lowered for warning when the bicycle is stopped.