Silica gel integrated high-luminous-efficiency intelligent street lamp module and manufacturing process thereof
A technology of intelligent street lamps and high light efficiency, applied in energy-saving control technology, light source, electric light source, etc., can solve the problems such as failure of management personnel to discover in time, reduction of light transmittance, and inability to realize intelligent management of street lamp modules.
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Embodiment 1
[0027] Embodiment one, by figure 1 , figure 2 and image 3 It is given that a silica gel integrated high-efficiency intelligent street lamp module of the present invention includes an aluminum plate 100, a control chip board 200, and a heat dissipation plate 300. The control chip board 200 is located on the top of the aluminum plate 100 and is fixedly connected to the aluminum plate 100. Located on the top of the control chip board 200, the heat sink 300 and the aluminum board 100 are fixedly connected by bolts, the outer wall of the aluminum board 100 is provided with a conductive layer 101, and the surface of the aluminum board 100 is provided with a circuit, and the bottom of the aluminum board 100 is fixedly connected with evenly distributed LED lamp beads 103 and An elliptical lens 104 , the elliptical lens 104 is wrapped around the outside of the LED light bead 103 , and a display 201 and an alarm light 202 are arranged at the bottom of the control chip board 200 .
Embodiment 2
[0028] Embodiment two, by Figure 4 Given, the control chip board 200 includes a controller 203, a central processing unit 204 and a wireless connection server 210, the controller 203, the central processing unit 204 and the wireless connection server 210 are all bidirectionally electrically connected, and the controller 203 is bidirectionally electrically connected with The electronic dimming ballast 205, the electronic dimming ballast 205 is connected to the electrical output of the LED lamp bead 103, the electrical output of the LED lamp bead 103 is connected to a photoelectric sensor 208 and a temperature sensor 209, and the photoelectric sensor 208 and the temperature sensor 209 are both It is connected with the electrical output of the controller 203.
[0029] The control chip board 200 includes a controller 203, a central processing unit 204 and a wireless connection server 210, which are designed to facilitate the connection between the wireless connection server 210 a...
Embodiment 3
[0030] Embodiment three, by Figure 4 Given, the electrical output of the electronic dimming ballast 205 is connected to a voltage sensor 206 and a current sensor 207 , and the voltage sensor 206 and the current sensor 207 are both connected to the electrical output of the controller 203 .
[0031] The electrical output of the electronic dimming ballast 205 is connected to a voltage sensor 206 and a current sensor 207, and the design of the voltage sensor 206 and the current sensor 207 to be connected to the electrical output of the controller 203 is convenient for controlling the current and the current of the electronic dimming ballast 205. The voltage is detected, so that when it fails, the signal is sent to the controller 203 in time, and the controller 203 controls the electronic dimming ballast 205 to be closed in time, and the signal is sent to the external device to connect and issue an alarm, so as to control the electronic dimming ballast. Light ballast 205 for timel...
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