CN115220335A - Light beam clock flashing device and control method and application thereof - Google Patents

Abstract

The invention relates to the technical field of clock flashing lamps, in particular to a light beam clock flashing lamp device and a control method and application thereof, wherein the light beam clock flashing lamp device comprises a display box and a switch piece, a first PCBA board, a power supply battery and a vibration trigger are arranged in an inner cavity of the display box, an LED lamp assembly and a driving circuit are mounted on the first PCBA board, the driving circuit is respectively and electrically connected with the LED lamp assembly, the power supply battery, the switch piece and the vibration trigger, the LED lamp assembly comprises a center lamp, twelve pendulum lamps, twelve clock lamps and twelve clock lamps, the twelve pendulum lamps are respectively positioned on bisectors of a first virtual circle with the center lamp as the center of circle, the twelve clock lamps are respectively positioned on bisectors of a second virtual circle with the center lamp as the center of circle, the twelve clock lamps are respectively positioned on bisectors of a third virtual circle with the center lamp as the center of circle, and the vibration trigger works after the device is started, and the driving circuit controls the center lamp, the pendulum lamps, the clock lamps and the minute lamp to emit light and display time.

Description

A light beam clock flashing device and its control method and application

technical field

The present invention relates to the technical field of clock flashing lights, in particular to a light beam clock flashing light device and a control method and application thereof.

Background technique

At present, whether it is flashing light toys or watch products on the market, there are a hundred flowers blooming and everything, but there is no device that displays the time through flashing lights. In order to provide people with a colorful and interesting light effect while checking the time experience, so there is a special need to provide a light beam flashing clock.

SUMMARY OF THE INVENTION

In order to overcome the above-mentioned defects of the prior art, the technical problem to be solved by the present invention is to provide a light beam clock flashing device and its control method and application, which can display the time in the flashing effect.

In order to solve the above-mentioned technical problems, the first technical scheme adopted by the present invention is:

A light beam clock flashing device, comprising a display box and a switch part, the inner cavity of the display box is provided with a first PCBA board, a power supply battery and a vibration trigger, and an LED light assembly is mounted on one side of the first PCBA board , the LED light assembly emits light toward the transparent surface of the display box, and a drive circuit is installed on the opposite side of one side of the first PCBA board, and the drive circuit is respectively connected with the LED light assembly, power supply battery, switch and The vibration trigger is electrically connected;

The LED light assembly includes a center light, twelve pendulum lamps, twelve clock lamps and twelve minute lamps, and the twelve pendulum lamps are respectively located in the first virtual circle with the center lamp as the center. On the bisector point, the twelve clock lights are respectively located on the bisector points of the second virtual circle with the center light as the center, and the twelve minute lights are respectively located on the third virtual circle with the center light as the center. At the bisection point, the radius of the first virtual circle is smaller than the radius of the second virtual circle, and the radius of the second virtual circle is smaller than the radius of the third virtual circle.

The second technical scheme adopted by the present invention is:

A control method of a light beam clock flashing device, comprising the following steps:

Press and hold the switch to enter the power-on mode of the light beam clock flashing device, the pendulum light, minute light and clock light all flash three times, and the flashing frequency is 3Hz, and the standby mode is entered at this time;

When the vibration trigger detects the vibration signal, it will enter the time display mode;

When the hour hand and minute hand do not coincide, the display mode of the clock light is as follows:

The center light, the needle pendulum light and the clock light at the corresponding position are always on;

The display mode of the minute light is as follows:

The minute light at one position represents five minutes, increasing clockwise from the zero-degree position;

If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 1-1.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 2-2.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 3-3.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 4-4.9 minutes, the minute light at the corresponding minute position will continue to vibrate and flash.

The present invention also provides an application of the above-mentioned light beam clock flashing device, and the light beam clock flashing device is applied to shoes, backpacks and helmets.

The beneficial effects of the present invention are:

By arranging the display box and the switch piece, a first PCBA board, a power supply battery and a vibration trigger are arranged in the inner cavity of the display box, an LED light assembly is installed on one side of the first PCBA board, and one side of the first PCBA board is opposite to A drive circuit is installed on the other side, and the drive circuit is respectively electrically connected with the LED light assembly, the power supply battery, the switch piece and the vibration trigger. The LED light assembly includes a center light, twelve pendulum lights, twelve clock lights and Twelve minute lights, twelve pendulum lights are located on the bisectors of the first virtual circle with the center light as the center, and twelve clock lights are located on the bisectors of the second virtual circle with the center light as the center. On the spot, the twelve minute lights are respectively located on the bisectors of the third virtual circle with the center light as the center, so that when the device is turned on (through the switch), the vibration trigger will sense the vibration and the device will work. , the drive circuit controls the center light, the pendulum light, the clock light and the minute light to emit light and display the time; this scheme combines the flashing light device with the time display device, and abandons the conventional mode of time display (the current time display mode The conventional mode is usually Digital form or mechanical dial mode), making the boring time display device more interesting, and at the same time not losing the cool glare of the flashing light device; and the device design components designed in this scheme are flexible, not only can be combined with other objects and can be independent Become a product seller.

Description of drawings

1 is a schematic structural diagram of a light beam watch flashing device according to the present invention;

Fig. 2 shows the display lamp bitmap of a light beam clock flashing device according to the present invention;

3 is a cross-sectional view of A-A in FIG. 1 of a light beam watch flashing device according to the present invention;

Fig. 4 shows a cross-sectional view of B-B in Fig. 1 of a light beam watch flashing device according to the present invention;

5 is an explanatory diagram of a flashing display mode 3 of a light beam watch flashing device according to the present invention;

6 is an explanatory diagram of a flashing display mode 4 of a light beam clock flashing device according to the present invention;

7 is an explanatory diagram of a flashing display mode 5 of a light beam watch flashing device according to the present invention;

8 is an explanatory diagram of a flashing display mode 1 of a light beam watch flashing device according to the present invention;

9 is a schematic circuit diagram of a battery charging management module of a light beam watch flashing device according to the present invention;

10 is a schematic circuit diagram of a battery charge and discharge protection module of a light beam watch flashing device according to the present invention;

11 is a schematic circuit diagram of a main control module of a light beam watch flashing device according to the present invention;

12 is a schematic circuit diagram of an LED lamp driving module of a light beam watch flashing device according to the present invention;

13 is a schematic circuit diagram of an LED light assembly of a light beam watch flashing light device according to the present invention;

Fig. 14 shows a shoe application example diagram of a light beam watch flashing device according to the present invention;

Fig. 15 shows a shoe application example diagram of a light beam watch flashing device according to the present invention;

FIG. 16 is a diagram showing an application example of a backpack of a light beam watch flashing device according to the present invention;

Fig. 17 shows a helmet application example diagram of a light beam watch flashing device according to the present invention;

Figure 18 shows a component diagram of a helmet of a light beam watch flashing device according to the present invention;

19 is a flowchart showing the steps of a control method of a light beam watch flashing device according to the present invention;

Label description:

1. Display box; 11. First PCBA board; 12. Power supply battery; 13. Vibration trigger; 14. LED light assembly; 141. Center light; 142. Pendulum light; 143. Clock light; 144. Minute light; 15. Drive circuit; 16. Display upper shell; 17. Display lower shell; 18. Display mounting lugs;

2. Switch parts; 21. Switch housing; 22. Second PCBA board; 23. First switch; 24. Second switch; 25. Switch mounting lugs;

3. Electronic wire;

4. Shoes;

5. Backpack;

6. Helmet; 61. Display PCBA board; 62. Control PCBA board; 63. Control box.

Detailed ways

In order to describe in detail the technical content, achieved objects and effects of the present invention, the following descriptions are given with reference to the embodiments and the accompanying drawings.

Please refer to Figure 1, a technical solution provided by the present invention:

A light beam clock flashing device, comprising a display box and a switch part, the inner cavity of the display box is provided with a first PCBA board, a power supply battery and a vibration trigger, and an LED light assembly is mounted on one side of the first PCBA board , the LED light assembly emits light toward the transparent surface of the display box, and a drive circuit is installed on the opposite side of one side of the first PCBA board, and the drive circuit is respectively connected with the LED light assembly, power supply battery, switch and The vibration trigger is electrically connected;

The LED light assembly includes a center light, twelve pendulum lamps, twelve clock lamps and twelve minute lamps, and the twelve pendulum lamps are respectively located in the first virtual circle with the center lamp as the center. On the bisector point, the twelve clock lights are respectively located on the bisector points of the second virtual circle with the center light as the center, and the twelve minute lights are respectively located on the third virtual circle with the center light as the center. At the bisection point, the radius of the first virtual circle is smaller than the radius of the second virtual circle, and the radius of the second virtual circle is smaller than the radius of the third virtual circle.

As can be seen from the above description, the beneficial effects of the present invention are:

By arranging the display box and the switch piece, a first PCBA board, a power supply battery and a vibration trigger are arranged in the inner cavity of the display box, an LED light assembly is installed on one side of the first PCBA board, and one side of the first PCBA board is opposite to A drive circuit is installed on the other side, and the drive circuit is respectively electrically connected with the LED light assembly, the power supply battery, the switch piece and the vibration trigger. The LED light assembly includes a center light, twelve pendulum lights, twelve clock lights and Twelve minute lights, twelve pendulum lights are located on the bisectors of the first virtual circle with the center light as the center, and twelve clock lights are located on the bisectors of the second virtual circle with the center light as the center. On the spot, the twelve minute lights are respectively located on the bisectors of the third virtual circle with the center light as the center, so that when the device is turned on (through the switch), the vibration trigger will sense the vibration and the device will work. , the drive circuit controls the center light, the pendulum light, the clock light and the minute light to emit light and display the time; this scheme combines the flashing light device with the time display device, and abandons the conventional mode of time display (the current time display mode The conventional mode is usually Digital form or mechanical dial mode), making the boring time display device more interesting, and at the same time not losing the cool glare of the flashing light device; and the device design components designed in this scheme are flexible, not only can be combined with other objects and can be independent Become a product seller.

Further, the driving circuit includes a battery charging management module, a battery charging and discharging protection module, a main control module and an LED lamp driving module, and the battery charging management module is respectively connected with the LED lamp driving module, the main control module, the battery charging and discharging module and the LED lamp driving module. The LED lamp assembly is electrically connected, the main control module is electrically connected with the LED lamp driving module, and the LED lamp driving module is electrically connected with the LED lamp assembly.

Further, the LED lamp driving module includes a resistor R4, a resistor R5, a field effect transistor Q2 and a chip U5, the first pin of the chip U5 is electrically connected to the drain of the field effect transistor Q2, and the field effect transistor Q2 The gate of the resistor R4 is electrically connected to one end of the resistor R4 and one end of the resistor R5, the other end of the resistor R4 is electrically connected to the main control module, and the other end of the resistor R5 is electrically connected to the source of the field effect transistor Q2. The twelfth pin of the chip U5 is electrically connected to the fifteenth pin of the chip U5 and the twelfth pin of the chip U5 and the fifteenth pin of the chip U5 are both grounded, and the tenth pin of the chip U5 is grounded. , The eleventh pin, the thirteenth pin, the fourteenth pin, the fifteenth pin, the sixteenth pin and the seventeenth pin are respectively electrically connected with the LED lamp assembly.

From the above description, it can be seen that the LED lamp driver module is mainly composed of a power supply circuit and a driver IC. The model of the driver IC (ie chip U5) is AIP1620. This IC is an ordinary 6*8-channel LED scan driver IC. The three control input ports of CLK and DIO control the display working mode of the LED light. The power supply circuit is composed of field effect transistor Q2. The main function of field effect transistor Q2 is equivalent to a switch. This switch is turned on when the driver IC is working, and turned off when it is not working, so as to reduce the standby power consumption of the product.

Further, the battery charging management module includes a resistor R1, a capacitor C1, a chip U1, a field effect transistor Q1 and a charging interface USB, the first pin of the chip U1 is electrically connected to the main control module, and the first pin of the chip U1 is electrically connected to the main control module. The two pins are respectively electrically connected to one end of the resistor R1, one end of the capacitor C1, the gate of the field effect transistor Q1, the first pin of the charging interface USB and the sixth pin of the charging interface USB, and the third pin of the chip U1 The pins are respectively electrically connected to the battery charging and discharging protection module and the LED lamp driving module, and the fourth pin of the chip U1 is respectively electrically connected to the other end of the capacitor C1 and the source of the field effect transistor Q1, and the field effect transistor Q1 The drain of the charging interface is respectively electrically connected with the second pin of the charging interface USB and the fifth pin of the charging interface USB.

It can be seen from the above description that when the charging interface USB is connected to a 5V external charging power supply, the current flows through the field effect transistor Q1, input from the fourth pin of the chip U1, and then processed internally by the chip U1, and finally from the third lead of the chip U1. The pin outputs a constant voltage and current VCC. The resistor R1 in the circuit is a current control resistor. Adjusting the size of this resistor can change the charging current. The first pin of the chip U1 is a charging signal output pin CH, and the signal voltage is input to the chip. The fourth pin of U4 is used to control the LED light display status when the output of the main control module is charged. The input filter capacitor C1 is connected across the power input pin (ie, the fourth pin) of the chip U1. The FET Q1 is a power reverse protection tube. If the positive and negative connections of the externally input 5V power supply are reversed, the FET Q1 is turned off to protect the subsequent circuits from being damaged.

Further, the switch element includes a switch housing, and the inner cavity of the switch housing is provided with a second PCBA board, a first switch and a second switch, and the first switch and the second switch are installed on the second PCBA board respectively. The first switch and the second switch respectively extend out of the switch housing, and the drive circuit is electrically connected to the first switch and the second switch, respectively.

Please refer to Figure 19, another technical solution provided by the present invention:

A control method of a light beam clock flashing device, comprising the following steps:

Press and hold the switch to enter the power-on mode of the light beam clock flashing device, the pendulum light, minute light and clock light all flash three times, and the flashing frequency is 3Hz, and the standby mode is entered at this time;

When the vibration trigger detects the vibration signal, it will enter the time display mode;

When the hour hand and minute hand do not coincide, the display mode of the clock light is as follows:

The center light, the needle pendulum light and the clock light at the corresponding position are always on;

The display mode of the minute light is as follows:

The minute light at one position represents five minutes, increasing clockwise from the zero-degree position;

If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 1-1.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 2-2.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 3-3.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 4-4.9 minutes, the minute light at the corresponding minute position will continue to vibrate and flash.

Further, the time adjustment method of the light beam clock flashing device is:

The time adjustment method of the minute light is as follows:

Long press the switch to set the time to the set minute time position; each press of the time adjustment function key of the switch means jumps one minute; the minute light in one position represents five minutes, increasing clockwise from the zero-degree position;

If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%;

If the minute time in the time to be displayed is within 1-1.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%;

If the minute time in the time to be displayed is within 2-2.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%;

If the minute time in the time to be displayed is within 3-3.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%;

If the minute time in the time to be displayed is within 4-4.9 minutes, the minute light at the corresponding minute position will continue to vibrate and flash;

Long press the switch to set the time to the set hour position; the time adjustment method of the minute light is as follows:

When in the state of setting the hour time, the clock light at the corresponding clock position lights up; each time the time adjustment function key of the switch element is pressed once represents a jump of one hour; twelve of the clock lights represent twelve hours.

Further, after the time adjustment is completed, press and hold the switch for one second to exit the time function setting mode and enter the work standby mode.

Further, when the hour hand and the minute hand coincide, the display mode of the clock light is:

The center light flashes at a frequency of 6Hz, and the needle pendulum light and the clock light at the corresponding position are always on;

The display mode of the minute light is as follows:

The minute light at one position represents five minutes, increasing clockwise from the zero-degree position;

If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 1-1.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 2-2.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 3-3.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 4-4.9 minutes, the minute light at the corresponding minute position will continue to vibrate and flash.

The present invention also provides an application of the above-mentioned light beam clock flashing device, and the light beam clock flashing device is applied to shoes, backpacks and helmets.

Please refer to FIG. 1 to FIG. 18 , the first embodiment of the present invention is:

Please refer to FIGS. 1 to 8 , a light beam watch flashing light device includes a display box 1 and a switch member 2, and the inner cavity of the display box 1 is provided with a first PCBA board 11, a power supply battery 12 and a vibration trigger 13, so An LED light assembly 14 is installed on one side of the first PCBA board 11, the LED light assembly 14 emits light toward the transparent surface of the display box 1, and an opposite side of the first PCBA board 11 is installed on the other side. a drive circuit 15, the drive circuit 15 is respectively electrically connected with the LED lamp assembly 14, the power supply battery 12, the switch element 2 and the vibration trigger 13;

Referring to FIG. 2 , the LED light assembly 14 includes a center light 141 , twelve pendulum lamps 142 (two circles can be set, so there are twenty-four pendulum lamps 142 , see FIG. 2 ), twelve pendulum lamps 142 There are two clock lights 143 and twelve minute lights 144, the twelve pendulum lights 142 are respectively located on the bisector points of the first virtual circle with the center light 141 as the center, and the twelve clock lights 143 are respectively located on On the bisectors of the second virtual circle with the center lamp 141 as the center, the twelve minute lights 144 are respectively located on the bisectors of the third virtual circle with the center lamp 141 as the center, the first virtual circle The radius of is smaller than the radius of the second virtual circle, and the radius of the second virtual circle is smaller than the radius of the third virtual circle.

The lamp beads used in the LED lamp assembly 14 have three package specifications, one is a 2*1.2mm rectangular package (the packaged LED lamp is used as the hour and minute hands to display the time), and the other is the pendulum lamp 142. 1.4*4mm rectangular package, the last one is the center light 141, which adopts 2.8*3.2mm package. In addition to the function of time display, the hour hand and minute hand correspond to the LED lights, which also have the flashing function of decorative flashing lights.

The display box 1 includes an upper display case 16 and a lower display case 17 , the upper display case 16 is detachably connected with the lower display case 17 , and the lower display case 17 extends outward to form a display installation lug 18 .

The driving circuit 15 includes a battery charging management module, a battery charging and discharging protection module, a main control module and an LED lamp driving module, and the battery charging management module is respectively connected with the LED lamp driving module, the main control module, the battery charging and discharging module and the LED lamp. The assembly 14 is electrically connected, the main control module is electrically connected with the LED lamp driving module, and the LED lamp driving module is electrically connected with the LED lamp assembly 14 .

Please refer to FIG. 12 , the LED lamp driving module includes a resistor R4 (resistance value is 1kΩ), a resistor R5 (resistance value is 10kΩ), a field effect transistor Q2 (model is SOT-23) and a chip U5. The first pin is electrically connected to the drain of the field effect transistor Q2, the gate of the field effect transistor Q2 is electrically connected to one end of the resistor R4 and one end of the resistor R5, and the other end of the resistor R4 is electrically connected to the main control module. connected, the other end of the resistor R5 is electrically connected to the source of the field effect transistor Q2, the twelfth pin of the chip U5 is electrically connected to the fifteenth pin of the chip U5 and the twelfth pin of the chip U5 and the fifteenth pin of the chip U5 are grounded, the tenth pin, eleventh pin, thirteenth pin, fourteenth pin, fifteenth pin, sixteenth pin of the chip U5 Both the pin and the seventeenth pin are respectively electrically connected with the LED lamp assembly 14 .

The LED lamp drive module circuit is mainly composed of a power supply circuit and a drive IC. The model of the drive IC (ie chip U5) is AIP1620. This IC is an ordinary 6*8 LED scan drive IC. The three control input ports of DIO control the display working mode of LED lights.

The power supply circuit is composed of a field effect transistor Q2. The field effect transistor Q2 is a P-channel MOS transistor. Its gate is connected to a resistor R4 in series and then connected to the eighth pin of the chip U4. The main function of the field effect transistor Q2 is equivalent. For a switch, the switch is turned on when the driver IC is working, and turned off when it is not working, so as to reduce the standby power consumption of the product.

Please refer to FIG. 9 , the battery charging management module includes a resistor R1 (resistance value is 3.9kΩ), a capacitor C1 (resistance value is 104pF), a chip U1, a field effect transistor Q1 and a charging interface USB, the first of the chip U1 The pin is electrically connected to the main control module, and the second pin of the chip U1 is respectively connected to one end of the resistor R1, one end of the capacitor C1, the gate of the field effect transistor Q1, the first pin of the charging interface USB and the charging interface USB The sixth pin of the chip U1 is electrically connected, the third pin of the chip U1 is respectively electrically connected to the battery charging and discharging protection module and the LED lamp driving module, and the fourth pin of the chip U1 is respectively connected to the other end of the capacitor C1 and the field The source of the effect transistor Q1 is electrically connected, and the drain of the field effect transistor Q1 is electrically connected to the second pin of the charging interface USB and the fifth pin of the charging interface USB, respectively.

The function of the battery charging management module is to manage the corresponding voltage and current of the externally connected 5V charging power supply. The field effect transistor Q1 is a P-channel MOS transistor, and the chip U1 is a charging management IC with a model of TP4054.

Its working principle is: when the charging interface USB is connected to a 5V external charging power supply, the current flows through the field effect transistor Q1, input from the fourth pin of the chip U1, and then processed internally by the chip U1, and finally from the third lead of the chip U1. The pin outputs a constant voltage and current VCC. The resistor R1 in the circuit is a current control resistor. Adjusting the size of this resistor can change the charging current. The first pin of the chip U1 is a charging signal output pin CH, and the signal voltage is input to the chip. The fourth pin of U4 is used to control the LED light display status when the output of the chip U4 is charged, and the input filter capacitor C1 is connected across the power input pin (ie, the fourth pin) of the chip U1. The FET Q1 is a power reverse protection tube. If the positive and negative connections of the externally input 5V power supply are reversed, the FET Q1 is turned off to protect the subsequent circuits from being damaged.

The battery charging and discharging protection module includes resistor R2 (resistance value is 100Ω), resistor R3 (resistance value is 1kΩ), capacitor C2 (capacitance value is 104pF), chip U2 (model DWO1) and chip U3 (model 8250) , please refer to Figure 10 for the specific connection relationship between its components;

The main control module includes resistor R9 (resistance value is 10kΩ), resistor R10 (resistance value is 5.1kΩ), capacitor C3 (capacitance value is 15pF), capacitor C4 (capacitance value is 15pF), capacitor C5 (capacitance value is 104pF) ), crystal oscillator TX (frequency is 32.768KHz) and chip U4, please refer to Figure 11 for the specific connection relationship between its components;

The chip U4 adopts an 8-bit OTP master IC from PADAUK Technology Co. Ltd., which controls the corresponding LED flashing sequence and time display method through the internal program.

The main control IC is connected to a crystal oscillator TX with a frequency of 32.768KHz to provide an accurate clock signal. Capacitor C3 and capacitor C4 are the compensation capacitors for the crystal oscillator. The main control IC is connected to the first switch 23 and the second switch 24 through an electronic connection connect. One pin of the vibration trigger 13 is directly connected with the second pin of the main control IC, and the other pin is grounded.

The fifteenth pin (ie, the STB pin) of the OTP master IC is connected to the twentieth pin of the chip U5, and this pin outputs a chip select signal.

The fourteenth pin (ie, the CLK pin) of the OTP master IC is connected to the nineteenth pin of the chip U5, and this pin outputs a fixed clock signal for the chip U5.

The thirteenth pin (ie, DIO pin) of the OTP master IC is connected to the eighteenth pin of the chip U5, and this pin outputs a serial data for the chip U5.

The three output ports of STB, CLK and DIO control the work of the chip U5.

The twelfth pin of the OTP main control IC is the charging input signal pin, which is divided by the resistor R9 and the resistor R10 in series to obtain a charging state input voltage.

The eleventh pin of the OTP master IC is the driving pin for the center LED 0.

Please refer to FIG. 13 , the LED light assembly 14 is composed of 49 LED lights, which are directly connected to the chip U5. When the chip U4 is powered on and is in the standby condition, the vibration device will vibrate the internal spring of the trigger 13 at this time. Vibrate and generate a pulse signal, this pulse signal wakes up the chip U4 in the dormant state and generates a series of data signals, which are sent to the chip U5 through the three output ports of STB, CLK and DIO and drive the LED light to display the output according to the preset display mode .

Referring to FIG. 4 , the switch element 2 includes a switch housing 21 , the switch housing 21 is integrally formed by an overmolding process to enhance the waterproof function, and a second PCBA board 22 is arranged in the inner cavity of the switch housing 21 . , the first switch 23 and the second switch 24, the first switch 23 and the second switch 24 are both tact switches, and the first switch 23 and the second switch 24 are respectively installed on the second PCBA board 22 On the other hand, the first switch 23 and the second switch 24 extend out of the switch housing 21 respectively, and the driving circuit 15 is electrically connected to the first switch 23 and the second switch 24 respectively. One end of the switch housing 21 has an opening, the opening is covered with a lower cover, and the lower cover extends outward to form a switch mounting ear piece 25 , and the switch mounting ear piece 25 is a flexible plastic material for the purpose of In order to facilitate the installation and shaping of the sewing machine.

Please refer to FIG. 1 to FIG. 19 , the second embodiment of the present invention is:

A control method of a light beam clock flashing device, comprising the following steps:

Long press the switch 2 to enter the power-on mode of the light beam clock flashing device, the pendulum light 142, the minute light 144 and the clock light 143 all flash three times, and the flashing frequency is 3Hz, and the standby mode is entered at this time;

When the vibration trigger 13 detects the vibration signal, it enters the time display mode;

When the hour hand and the minute hand do not coincide, the display mode of the clock light 143 is as follows:

The center light 141, the pendulum light 142 and the clock light 143 at the corresponding positions are always on;

The display mode of the minute light 144 is:

The minute light 144 at one position represents five minutes, increasing clockwise from the zero-degree position;

If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light 144 at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 1-1.9 minutes, the minute light 144 at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 2-2.9 minutes, the minute light 144 at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 3-3.9 minutes, the minute light 144 at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 4-4.9 minutes, the minute light 144 at the position corresponding to the minute continues to vibrate and flash.

The time adjustment method of the light beam clock flashing device is as follows:

The time adjustment method of the minute light 144 is as follows:

Long press the switch 2 to set the time to the set minute time position; each press of the time adjustment function key of the switch 2 represents a jump of one minute; the minute light 144 in one position represents five minutes, clockwise from the zero-degree position increasing sequentially;

If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light 144 at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%;

If the minute time in the time to be displayed is within 1-1.9 minutes, the minute light 144 at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%;

If the minute time in the time to be displayed is within 2-2.9 minutes, the minute light 144 at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%;

If the minute time in the time to be displayed is within 3-3.9 minutes, the minute light 144 at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%;

If the minute time in the time to be displayed is within 4-4.9 minutes, the minute light 144 at the corresponding minute position will continue to vibrate and flash;

Long press the switch 2 to set the time to the set hour time position; the time adjustment method of the minute light 144 is as follows:

When in the state of setting the hour time, the clock light at the corresponding clock position lights up; each time the time adjustment function key of the switch member 2 is pressed once, it represents a jump of one hour; twelve of the clock lights 143 represent twelve hours. .

After the time adjustment is completed, press and hold the switch 2 for one second to exit the time function setting mode and enter the work standby mode.

When the hour hand and the minute hand coincide, the display mode of the clock light 143 is as follows:

The center light 141 flashes at a frequency of 6 Hz, and the pendulum light 142 and the clock light 143 at the corresponding positions are always on;

The display mode of the minute light 144 is:

The minute light 144 at one position represents five minutes, increasing clockwise from the zero-degree position;

If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light 144 at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 1-1.9 minutes, the minute light 144 at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 2-2.9 minutes, the minute light 144 at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%;

If the single digit of the minute time in the time to be displayed is within 3-3.9 minutes, the minute light 144 at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%;

If the single digit of the minute time in the time to be displayed is within 4-4.9 minutes, the minute light 144 at the position corresponding to the minute continues to vibrate and flash.

Specific examples are:

1. Time adjustment and display mode

(1) Power on and off

It does not work when powered on, press and hold the second switch 24, turn it on for 1 second, the LED lights of all the needle pendulum lamp positions (the lamp positions of all LED lights of LED0-LED24 belong to the needle pendulum lamp position) flash three times, and the flashing frequency is 3Hz. , enter the standby mode at this time, as long as the vibrating device will display the corresponding different lighting effects and display the time at this time. Continue to press the second switch 24 to switch the flashing mode, and press and hold for 1 second at any time to turn off.

(2) Time adjustment

Press and hold the first switch 23 and the second switch 24 for one second at the same time to enter the minute debugging function (at this time, the vibration trigger 13 is invalid, that is, the vibration device has no response). At this time, the LED lights (LED37-LED48 light positions) corresponding to the minute are flashing at the position showing the minute time at this moment.

Because one grid of LED lights represents 5 minutes, the specific minute time is reflected in different flashing methods. The specific embodiment is described as follows:

In this case, within 0-0.9 minutes, at this time, the 37 lamp positions are continuously flashing, the frequency of flashing is 4Hz, and the brightness is 20%.

In this case, within 1-1.9 minutes, at this time, the 37 lamp positions are continuously flashing, and the flashing frequency is also 4Hz, but the brightness is 100%.

In this case, within 2-2.9 minutes, at this time, the 37 lamp positions are continuously flashing slowly, the frequency of flashing is 1Hz, and the brightness is 20%.

In this case, within 3-3.9 minutes, at this time, the 37 lamp positions are continuously flashing slowly, and the flashing frequency is also 1Hz, but the brightness is 100%.

In this case, within 4-4.9 minutes, at this time, the 37 lights are continuously shaking and flashing.

At this time, press the time adjustment function key (second switch 24) again to set the time to the set minute time position (this function key jumps for one minute each time it is touched, and if it is continuously pressed, it jumps for five minutes each time, and increase the tuning efficiency).

Press the time function selection key (the first switch 23) again, and enter the hour debugging function at this time; at this time, the LED lights (LED25-LED36 light positions) that display the hour are always on.

At this time, it is 3 o'clock, the 28 LED lights are on, and at this time, touch the time adjustment function key (the second switch 24) again to set the time to the set hour time position (each time this function key is pressed, it jumps. One hour).

After finishing, long press the time function selection key (first switch 23) for 1 second to exit the time function setting mode and enter the work standby mode.

(3) Display mode

Various flashing display modes:

Flashing Display Mode 1: Fireworks Flashing Mode

The way of starting the flickering output simulates the effect of the explosion of fireworks spreading out to the surroundings, as shown in Figure 8, from the center LED0 lamp position (ie, the center lamp 141), it starts to spread out frequently to the surroundings.

Specifically: starting from the LED0 lamp position, from the inside to the outside, from the h track line (LED1-LED12), i track line (LED13-LED24), j track line (LED25-LED36), k track line (LED37-LED48) to the Flashing outside, the light effect display flashes for 3 seconds and then displays the current time, and the displayed time is 3 seconds;

The detailed description of the time display method is as follows:

1) When the hour hand and minute hand do not overlap (in this case, it is 9:32)

The hour display method is as follows: the LED lights of the needle pendulum position area 0, 10 and 22 are always on, and the LED light of the 34th lamp position of the hour hand position area is always on.

The display mode of the minute hand is: at this time, the LED lights of 0, 7 and 19 in the needle pendulum position area are always on, the LED light in the 31 lamp position in the hour hand position area is always on, and the 43 lamp position in the minute position area is continuously flashing slowly, and the flashing frequency is 1HZ (this flashing method is the same as the flashing method when the minute is adjusted).

2) When the hour hand and minute hand overlap (in this case, it is 6:34)

The hour display mode is: at this time, the LED light of LED0 light position in the needle pendulum position area flashes at a frequency of 6HZ, the LED light of 7 and 19 is always on, and the LED light of the 31 light position of the hour hand position area is always on.

The display mode of the minute hand is: at this time, the LED light of the LED0 light position in the needle pendulum position area flashes at a frequency of 6HZ, the LED lights of 7 and 19 are always on, the LED light of the 31 light position in the hour hand position area is always on, and the minute position area 43 The light position will continue to vibrate and flash (the flashing method is the same as the flashing method when the minute is adjusted).

Flashing display mode 2: clockwise takes over the flashing mode

Minute display position (LED37-LED48), clock display position (LED25-LED36) LED lights take over the flashing mode clockwise;

From the LED37 and LED25 light positions, the LED lights in the minute hand position area and the hour hand position area flash at the same time; the specific order light positions are as follows:

(LED37, LED25 flashes at the same time), (LED38, LED26 flashes at the same time), (LED39, LED27 flashes at the same time), (LED40, LED28 flashes at the same time), (LED41, LED29 flashes at the same time), (LED42, LED30 flashes at the same time), (LED43, LED31 flashes at the same time), (LED44, LED32 flashes at the same time), (LED45, LED33 flashes at the same time), (LED46, LED34 flashes at the same time), (LED47, LED35 flashes at the same time), (LED48, LED36 flashes at the same time), the flashing frequency is 6HZ. The light-to-light replacement ratio is 50% (that is, when the first light is half-lit, the second light will start to light up, and cycle in turn).

Secondly, when the LED light of the first cycle flashes the fourth light position, the second cycle starts, and it flashes for a total of 6 cycles, cycling in turn.

The LED light in the needle pendulum area starts to flash outward from the LED0 light position. The flashing sequence is: LED0, (LED1-LED12 flashing together), (LED13-LED24 flashing together) The flashing frequency is also 6HZ.

The blinking time is synchronized with the outer ring (that is, when the outer ring stops, the inner ring stops at the same time).

After flashing, the current time will be displayed, and the way of displaying the time is the same as that of mode 1.

Flashing display mode 3: The impeller flashes 6 times

As shown in Figure 5, the LED0 light is used as the concentric flashing light, and the LEDs in the a marking line are a group (LED47, LED48, LED35, LED36, LED23, LED24, LED11, LED12, LED6, LED5, LED18, LED17, LED30, LED29, LED42, LED41);

The LED lights in the marking line are a group (LED37, LED38, LED25, LED26, LED13, LED14, LED1, LED2, LED8, LED7, LED20, LED19, LED31, LED32, LED43, LED44);

The LED lights in the c marking line are a group (LED40, LED39, LED28, LED27, LED15, LED16, LED3, LED4, LED9, LED10, LED21, LED22, LED33, LED34, LED46, LED45); clockwise flashes 6 times , the flashing time is 3 seconds. After the flashing is completed, the time will be displayed, and the display mode of minutes is the same as that of Mode 1.

The hours are displayed as:

The corresponding hour starts from 0:00 (25 light position) and flashes clockwise rapidly to the LED light position corresponding to the time position at this moment. It flashes for two cycles in this way, and the corresponding time is about 0.5-1.5 seconds (that is, from 25 to 25 seconds). The time point near the light position has a short flashing time, otherwise it will be long. If it is 11 o'clock, you need to run two laps clockwise, and the time at this time is a maximum of 1.5 seconds), after the flashing, the light position corresponding to the time will light up again 1 second.

Flashing Display Mode 4: Spiral Flashing Mode

As shown in Figure 6, the LED 0 in the center starts to flicker along the L trajectory from the inside to the outside in a spiral mode, and the flickering effect is like the engine rotation effect of a worm-gear aircraft.

The flashing time is 4 seconds. After the flashing is completed, press Mode 3 to display the hours and minutes.

Flashing Display Mode 5: Clockwise Meteor Flashing Mode

Three-way clockwise meteor light flashing method:

As shown in Figure 7, the first route is: (LED37, LED25 flashes at the same time), (LED38, LED26 flashes at the same time), (LED39, LED27 flashes at the same time), (LED40, LED28 flashes at the same time), ( LED41, LED29 flashes at the same time), (LED42, LED30 flashes at the same time), (LED43, LED31 flashes at the same time), (LED44, LED32 flashes at the same time), (LED45, LED33 flashes at the same time), ( LED46, LED34 flashes at the same time), (LED47, LED35 flashes at the same time), (LED48, LED36 flashes at the same time), all the LED lights on the d and e traces in Figure 7.

The second path is: LED13-LED24, all LED lights on the f track line in Figure 7.

The third path is: LED1-LED12, all LED lights on the g track line in Figure 7.

The three channels are independent, and the interval time between the three channels is one-third cycle; for example, when the first channel flashes to the fourth light position, the second channel starts to flash, and when the second channel flashes to the fourth light position, the third channel starts to flash, and the time 1.5 seconds, cycle 3 times, after flashing, press mode 1 to display the hour and minute time.

Please refer to FIG. 14 to FIG. 18 , the third embodiment of the present invention is:

The light beam clock flashing device is applied to shoes, backpacks and helmets.

1. Apply to shoes 4:

As shown in Figure 14 and Figure 15, the device is applied to a sports shoe. The display box 1 of the device is installed on the heel of the shoe 4 through the sewing process, and the switch element 2 is also installed on the upper of the shoe 4 through the sewing process. The display box 1 is connected with the switch element 2 through the electronic wire 3.

When the device is turned on, as long as it is walking or running normally, the device will work and light up and display the time at this moment. Therefore, the device not only has colorful light effect function, but also has a unique time display function.

2. Applied to backpack 5:

As shown in Fig. 16, the device is applied to a backpack 5, the display box 1 of the device is installed on the back of the backpack 5 through the sewing process, and the switch element 2 is also installed at the opening of the backpack 5 through the sewing process. The switching elements 2 are connected by electronic wires 3 .

When the device is turned on, as long as the backpack 5 is worn for travel, the device will work and emit a unique flash and display the time at this moment. Therefore, the device not only has the function of decorating the backpack 5 light effect, but also has a unique time display function.

3. Applied to helmet 6:

As shown in Figure 17 and Figure 18, the structure of the device is properly modified and applied to a riding helmet 6, the display PCBA board 61 is changed to a flexible PCB board, the control PCBA board 62 and other components are placed in the control box 63, and the display The PCBA board 61 and the control PCBA board 62 are connected by electronic wires 3 .

When the device is turned on, wearing a riding helmet 6 the device will work and issue a flashing light effect indicating or warning and display the time at this moment. Therefore, the device not only has the function of improving riding safety, but also has a unique and interesting time display function.

To sum up, the present invention provides a light beam watch flashing light device and its control method and application. By arranging a display box and a switch element, a first PCBA board, a power supply battery and a vibration trigger are arranged in the inner cavity of the display box. An LED light assembly is installed on one side of the first PCBA board, and a drive circuit is installed on the other side opposite to one side of the first PCBA board. Connected, the LED light assembly includes a center light, twelve pendulum lamps, twelve clock lamps and twelve minute lamps, and the twelve pendulum lamps are respectively located in equal parts of the first virtual circle with the center lamp as the center On the point, the twelve clock lights are respectively located on the bisectors of the second virtual circle with the center light as the center, and the twelve minute lights are respectively located on the bisectors of the third virtual circle with the center light as the center, so that So that when the device is turned on (implemented by the switch), the device will work after the vibration trigger senses the vibration, and the driving circuit controls the center light, the pendulum light, the clock light and the minute light to emit light and display the time; this scheme uses the flashing device to display the time. Combining with the time display device, and abandoning the conventional mode of time display (currently the conventional mode of time display mode is usually digital or mechanical dial mode), the boring time display device becomes more interesting, and at the same time, the flashing light device is not lost. Cool glare; and the design components of the device designed in this scheme are flexible, not only can be combined with other objects, but also can be sold as a product independently.

The above descriptions are only examples of the present invention, and are not intended to limit the scope of the present invention. Any equivalent transformations made by using the contents of the description and drawings of the present invention, or directly or indirectly applied in related technical fields, are similarly included in the within the scope of patent protection of the present invention.

Claims (10)

1. A light beam clock flashing light device is characterized in that, comprising a display box and a switch part, the inner cavity of the display box is provided with a first PCBA board, a power supply battery and a vibration trigger, and a side of the first PCBA board is provided. An LED light assembly is installed on it, the LED light assembly emits light toward the transparent surface of the display box, and a driving circuit is installed on the opposite side of one side of the first PCBA board, and the driving circuit is respectively connected with the LED light assembly, The power supply battery, the switch element and the vibration trigger are electrically connected; The LED light assembly includes a center light, twelve pendulum lamps, twelve clock lamps and twelve minute lamps, and the twelve pendulum lamps are respectively located in the first virtual circle with the center lamp as the center. On the bisector point, the twelve clock lights are respectively located on the bisector points of the second virtual circle with the center light as the center, and the twelve minute lights are respectively located on the third virtual circle with the center light as the center. At the bisection point, the radius of the first virtual circle is smaller than the radius of the second virtual circle, and the radius of the second virtual circle is smaller than the radius of the third virtual circle. 2 . The light beam watch flashing device according to claim 1 , wherein the driving circuit comprises a battery charging management module, a battery charging and discharging protection module, a main control module and an LED lamp driving module, and the battery charging management module The main control module is electrically connected with the LED lamp drive module, and the LED lamp drive module is electrically connected with the LED lamp assembly. 3. The light beam clock flashing light device according to claim 2, wherein the LED lamp driving module comprises a resistor R4, a resistor R5, a field effect transistor Q2 and a chip U5, and the first pin of the chip U5 is the same as that of the chip U5. The drain of the field effect transistor Q2 is electrically connected, the gate of the field effect transistor Q2 is electrically connected to one end of the resistor R4 and one end of the resistor R5 respectively, and the other end of the resistor R4 is electrically connected to the main control module, and the resistor R4 is electrically connected to the main control module. The other end of R5 is electrically connected to the source of the field effect transistor Q2, the twelfth pin of the chip U5 is electrically connected to the fifteenth pin of the chip U5, and the twelfth pin of the chip U5 is electrically connected to the twelfth pin of the chip U5. The fifteenth pins are all grounded, and the tenth pin, eleventh pin, thirteenth pin, fourteenth pin, fifteenth pin, sixteenth pin and seventeenth pin of the chip U5 The pins are respectively electrically connected with the LED lamp assembly. 4 . The light beam watch flashing device according to claim 2 , wherein the battery charging management module comprises a resistor R1, a capacitor C1, a chip U1, a field effect transistor Q1 and a charging interface USB, and the first part of the chip U1 . A pin is electrically connected to the main control module, the second pin of the chip U1 is respectively connected to one end of the resistor R1, one end of the capacitor C1, the gate of the field effect transistor Q1, the first pin of the charging interface USB and the charging interface The sixth pin of the USB is electrically connected, the third pin of the chip U1 is electrically connected to the battery charging and discharging protection module and the LED lamp driving module, respectively, the fourth pin of the chip U1 is respectively connected to the other end of the capacitor C1 and The source of the field effect transistor Q1 is electrically connected, and the drain of the field effect transistor Q1 is electrically connected to the second pin of the charging interface USB and the fifth pin of the charging interface USB, respectively. 5 . The light beam watch flashing device according to claim 1 , wherein the switch element comprises a switch housing, and the inner cavity of the switch housing is provided with a second PCBA board, a first switch and a second switch, so that the The first switch and the second switch are respectively mounted on the second PCBA board, the first switch and the second switch are respectively extended out of the switch housing, and the drive circuit is electrically connected to the first switch and the second switch respectively. connect. 6. A control method for a light beam watch flashing device according to any one of claims 1-5, characterized in that it comprises the following steps: Press and hold the switch to enter the power-on mode of the light beam clock flashing device, the pendulum light, minute light and clock light all flash three times, and the flashing frequency is 3Hz, and the standby mode is entered at this time; When the vibration trigger detects the vibration signal, it will enter the time display mode; When the hour hand and minute hand do not coincide, the display mode of the clock light is as follows: The center light, the needle pendulum light and the clock light at the corresponding position are always on; The display mode of the minute light is: The minute light at one position represents five minutes, increasing clockwise from the zero-degree position; If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%; If the single digit of the minute time in the time to be displayed is within 1-1.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%; If the single digit of the minute time in the time to be displayed is within 2-2.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%; If the single digit of the minute time in the time to be displayed is within 3-3.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%; If the single digit of the minute time in the time to be displayed is within 4-4.9 minutes, the minute light at the corresponding minute position will continue to vibrate and flash. 7. The control method of the light beam clock flashing light device according to claim 6, wherein the time adjustment method of the light beam clock flashing light device is: The time adjustment method of the minute light is as follows: Long press the switch to set the time to the set minute time position; each press of the time adjustment function key of the switch means jumps one minute; the minute light in one position represents five minutes, increasing clockwise from the zero-degree position; If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%; If the minute time in the time to be displayed is within 1-1.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%; If the minute time in the time to be displayed is within 2-2.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%; If the minute time in the time to be displayed is within 3-3.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%; If the minute time in the time to be displayed is within 4-4.9 minutes, the minute light at the corresponding minute position will continue to vibrate and flash; Long press the switch to set the time to the set hour position; the time adjustment method of the minute light is as follows: When in the state of setting the hour time, the clock light at the corresponding clock position lights up; each time the time adjustment function key of the switch piece is pressed once represents a jump of one hour; twelve of the clock lights represent twelve hours. 8 . The control method of the light beam watch flashing device according to claim 7 , wherein after the time adjustment is completed, press and hold the switch for one second to exit the time function setting mode and enter the work standby mode. 9 . 9. The control method of the light beam clock flashing light device according to claim 6, wherein when the hour hand and the minute hand overlap, the display mode of the clock light is: The center light flashes at a frequency of 6Hz, and the needle pendulum light and the clock light at the corresponding position are always on; The display mode of the minute light is: The minute light at one position represents five minutes, increasing clockwise from the zero-degree position; If the single digit of the minute time in the time to be displayed is within 0-0.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 20%; If the single digit of the minute time in the time to be displayed is within 1-1.9 minutes, the minute light at the corresponding minute position will continue to flash rapidly, the flashing frequency is 4Hz, and the brightness is 100%; If the single digit of the minute time in the time to be displayed is within 2-2.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 20%; If the single digit of the minute time in the time to be displayed is within 3-3.9 minutes, the minute light at the corresponding minute position will continue to flash slowly, the flashing frequency is 1Hz, and the brightness is 100%; If the single digit of the minute time in the time to be displayed is within 4-4.9 minutes, the minute light at the corresponding minute position will continue to vibrate and flash. 10. The application of the light beam clock flashing device according to any one of claims 1-5, wherein the light beam clock flashing device is applied to shoes, backpacks and helmets.

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