CN115220335A

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

Info

Publication number: CN115220335A
Application number: CN202210793726.XA
Authority: CN
Inventors: 何金椿; 何志强; 欧仲平; 唐全; 苏仁汉; 欧元琴
Original assignee: Putian Chengxiang Furui Technology Electronic Co ltd
Current assignee: Putian Chengxiang Furui Technology Electronic Co ltd
Priority date: 2022-07-05
Filing date: 2022-07-05
Publication date: 2022-10-21

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

Light beam clock flashing device and control method and application thereof

Technical Field

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.

Background

No matter what flash light toy or clock product has reached in the market at present all flowers are put together, the phenomenon that should be done to the best, but do not have through the device of flash light display time, also can bring a bright and colorful interesting light efficiency to experience for people looking over when knowing the time, consequently need provide a light beam flickering clock very much.

Disclosure of Invention

In order to overcome the defects of the prior art, the technical problems to be solved by the invention are as follows: a light beam clock flashing device, a control method and application thereof are provided, which can display time in the flashing effect.

In order to solve the above technical problems, a first technical solution adopted by the present invention is:

a light beam clock flashing device comprises a display box and a switch piece, wherein 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 is mounted on one side face of the first PCBA board, the LED lamp assembly emits light towards a transparent face of the display box, a driving circuit is mounted on the other side face, opposite to one side face of the first PCBA board, of the other side face, and the driving circuit is electrically connected with the LED lamp assembly, the power supply battery, the switch piece and the vibration trigger respectively;

the LED lamp assembly comprises a center lamp, twelve needle pendulum lamps, twelve clock lamps and twelve clock lamps, the twelve needle pendulum lamps are respectively positioned on the bisector of a first virtual circle with the center lamp as the center of a circle, the twelve clock lamps are respectively positioned on the bisector of a second virtual circle with the center lamp as the center of a circle, the twelve clock lamps are respectively positioned on the bisector of a third virtual circle with the center lamp as the center of a circle, the radius of the first virtual circle is smaller than that of the second virtual circle, and the radius of the second virtual circle is smaller than that of the third virtual circle.

The second technical scheme adopted by the invention is as follows:

a method of controlling a flashing device for a light-beam timepiece, comprising the steps of:

the long-press switch piece enters a starting mode of a light beam clock flashing device, the needle pendulum lamp, the clock lamp and the clock lamp flash three times, the frequency of the flashing lamp is 3Hz, and the time enters a standby mode;

when the vibration trigger detects a vibration signal, entering a time display mode;

when the hour hand and the minute hand are not coincident, the display mode of the clock lamp is as follows:

the central lamp, the needle pendulum lamp and the clock lamp at the corresponding positions are on for a long time;

the display mode of the clock lamp is as follows:

the minute light in one position represents five minutes, and is increased clockwise from the zero-degree position;

if the unit number of the minute time in the time to be displayed is within 0-0.9 minute, the minute lamp at the corresponding minute position is continuously and quickly flashed, the flashing frequency is 4Hz, and the brightness is 20%;

if the unit number of the minute time in the time needing to be displayed is within 1-1.9 minutes, the minute lamp at the corresponding minute position is continuously and quickly flashed, the flashing frequency is 4Hz, and the brightness is 100%;

if the unit number of the minute time in the time to be displayed is within 2-2.9 minutes, the minute lamp at the corresponding minute position continuously and slowly flashes, the flashing frequency is 1Hz, and the brightness is 20%;

if the unit number of the minute time in the time to be displayed is within 3-3.9 minutes, the minute lamp at the corresponding minute position continuously and slowly flashes, the flashing frequency is 1Hz, and the brightness is 100%;

if the ones of the minute time in the time to be displayed are within 4-4.9 minutes, the minute lamp at the corresponding minute position is continuously shaken and blinked for a long time.

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

The invention has the beneficial effects that:

through arranging the display box and the switch part, the inner cavity of the display box is provided with the first PCBA board, the power supply battery and the vibration trigger, one side face of the first PCBA board is provided with the LED lamp assembly, the other side face opposite to one side face of the first PCBA board is provided with the driving circuit, the driving circuit is respectively and electrically connected with the LED lamp assembly, the power supply battery, the switch part and the vibration trigger, the LED lamp assembly comprises a central lamp, twelve needle pendulum lamps, twelve clock lamps and twelve clock lamps, the twelve needle pendulum lamps are respectively positioned on equal division points of a first virtual circle with the central lamp as the center of circle, the twelve clock lamps are respectively positioned on equal division points of a second virtual circle with the central lamp as the center of circle, and the twelve clock lamps are respectively positioned on equal division points of a third virtual circle with the central lamp as the center of circle, so that after the device is started (realized through the switch part), the vibration trigger vibrates and then works, and the driving circuit controls the central lamp, the needle pendulum lamps, the clock lamps and the minute lamps to emit light and display time; according to the scheme, the flashing light device is combined with the time display device, and a conventional mode of time display is abandoned (the conventional mode of the current time display mode is usually a digital mode or a mechanical dial plate mode), so that the boring time display device is more interesting, and simultaneously the cool glare of the flashing light device is not lost; and the device designed by the scheme has flexible design components, can be combined with other objects and can be independently sold as a product.

Drawings

Fig. 1 shows a schematic view of the structure of a light-beam timepiece flash device according to the invention;

fig. 2 shows a display light bitmap of a flashing light device for a light-beam timepiece according to the invention;

FIG. 3 showsbase:Sub>A cross-sectional view A-A of FIG. 1 ofbase:Sub>A light beam timepiece flash device according to the invention;

FIG. 4 is a cross-sectional view B-B of FIG. 1 showing a light beam clock flash device according to the present invention;

fig. 5 is an explanatory view showing a blinking display mode 3 of a light beam timepiece blinking light device according to the present invention;

fig. 6 is an explanatory view showing a blinking display mode 4 of a blinking light device of a light-beam timepiece according to the present invention;

fig. 7 is an explanatory view showing a blinking display mode 5 of a light beam timepiece blinking light device according to the present invention;

fig. 8 is an explanatory view showing a blinking display mode 1 of a light beam timepiece blinking light device according to the present invention;

fig. 9 shows a schematic circuit diagram of the battery charge management module of a light-beam timepiece flash device according to the invention;

fig. 10 is a schematic circuit diagram of the battery charge-discharge protection module of a light beam timepiece flash device according to the invention;

fig. 11 is a schematic circuit diagram of the master control module of a light beam clock flash device according to the present invention;

FIG. 12 is a schematic circuit diagram of the LED lamp driver module of a light beam clock flashlight mechanism according to the present invention;

FIG. 13 is a schematic circuit diagram of an LED lamp assembly for a light-beam timepiece flash device according to the present invention;

fig. 14 shows an example of application of a shoe of a flashing device for a light-beam timepiece according to the invention;

FIG. 15 is a diagram of an example application of a shoe of a light beam timepiece flash device according to the invention;

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

FIG. 17 is a diagram of an example helmet implementation of a light beam clock flash device according to the present invention;

FIG. 18 is a component view of a helmet of a light beam clock flash device according to the present invention;

FIG. 19 is a flow chart showing the steps of a method for controlling a light-beam clock flash device according to the invention;

description of reference numerals:

1. a display box; 11. a first PCBA board; 12. a power supply battery; 13. a vibration trigger; 14. an LED lamp assembly; 141. a center light; 142. a needle swinging lamp; 143. a clock lamp; 144. a clock lamp; 15. a drive circuit; 16. a display upper shell; 17. a display lower case; 18. displaying the mounting tab;

2. a switch member; 21. a switch housing; 22. a second PCBA board; 23. a first switch; 24. a second switch; 25. a switch mounting lug;

3. an electron beam;

4. a shoe;

5. a backpack;

6. a helmet; 61. displaying the PCBA board; 62. controlling the PCBA board; 63. and a control box.

Detailed Description

In order to explain the technical contents, the objects and the effects of the present invention in detail, the following description is made with reference to the accompanying drawings in combination with the embodiments.

Referring to fig. 1, a technical solution provided by the present invention is:

From the above description, the beneficial effects of the present invention are:

the LED lamp assembly comprises a central lamp, twelve needle pendulum lamps, twelve clock lamps and twelve clock lamps, wherein the twelve needle pendulum lamps are respectively positioned on equal division points of a first virtual circle which takes the central lamp as the center of a circle, the twelve clock lamps are respectively positioned on equal division points of a second virtual circle which takes the central lamp as the center of a circle, and the twelve clock lamps are respectively positioned on equal division points of a third virtual circle which takes the central lamp as the center of a circle, so that when the device is started (realized through the switch piece), the device works after the vibration trigger vibrates, and the driving circuit controls the central lamp, the needle pendulum lamps, the clock lamps and the minute lamps to emit light and display time; according to the scheme, the flashing light device is combined with the time display device, and a conventional mode of time display is abandoned (the conventional mode of the current time display mode is usually a digital mode or a mechanical dial plate mode), so that the boring time display device is more interesting, and simultaneously the cool glare of the flashing light device is not lost; and the device designed by the scheme has flexible design components, can be combined with other objects and can be independently sold as a product.

Furthermore, 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, wherein the battery charging management module is respectively electrically connected with the LED lamp driving module, the main control module, the battery charging and discharging module and the LED lamp assembly, 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, wherein a first pin of the chip U5 is electrically connected to a drain of the field effect transistor Q2, a 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, the other end of the resistor R4 is electrically connected to the main control module, the other end of the resistor R5 is electrically connected to a source of the field effect transistor Q2, a twelfth pin of the chip U5 is electrically connected to a fifteenth pin of the chip U5, a twelfth pin of the chip U5 and a fifteenth pin of the chip U5 are grounded, and a tenth pin, an eleventh pin, a thirteenth pin, a fourteenth pin, a fifteenth pin, a sixteenth pin, and a seventeenth pin of the chip U5 are electrically connected to the LED lamp assembly, respectively.

As can be seen from the above description, the LED lamp driving module mainly comprises a power supply circuit and a driving IC, the type of the driving IC (i.e. chip U5) is AIP1620, the driving IC is a common 6 × 8 LED scan driving IC, and the display operation mode of the LED lamp is controlled through the STB, CLK and DIO three control input ports of the driving IC. The power supply circuit is composed of a field effect transistor Q2, the field effect transistor Q2 is mainly used as a switch, the switch is turned on when the drive IC works, and is turned off when the drive IC does not work, and standby power consumption of a product is reduced in the mode.

Furthermore, the battery charging management module comprises a resistor R1, a capacitor C1, a chip U1, a field-effect tube Q1 and a charging interface USB, wherein a first pin of the chip U1 is electrically connected with the main control module, a second pin of the chip U1 is electrically connected with one end of the resistor R1, one end of the capacitor C1, a grid electrode of the field-effect tube Q1, a first pin of the charging interface USB and a sixth pin of the charging interface USB respectively, a third pin of the chip U1 is electrically connected with the battery charging and discharging protection module and the LED lamp driving module respectively, a fourth pin of the chip U1 is electrically connected with the other end of the capacitor C1 and a source electrode of the field-effect tube Q1 respectively, and a drain electrode of the field-effect tube Q1 is electrically connected with a second pin of the charging interface USB and a fifth pin of the charging interface USB respectively.

From the above description, when the charging interface USB is connected to the external 5V charging power supply, the current flows through the field effect transistor Q1, is input from the fourth pin of the chip U1, is processed inside the chip U1, and finally outputs a constant voltage current VCC from the third pin of the chip U1, where the resistor R1 in the circuit is a current control resistor, the charging current can be changed by adjusting the magnitude of the resistor, the first pin of the chip U1 is a charging signal output pin CH, the signal voltage is input to the fourth pin of the chip U4 to control the display state of the LED lamp when the main control module outputs the charging, and the input filter capacitor C1 is bridged to the power input pin (i.e., the fourth pin) of the chip U1. The field effect transistor Q1 is a power supply reverse protection tube, and if the positive and negative of an externally input 5V power supply are reversely connected, the field effect transistor Q1 is switched off to protect a following circuit from being damaged.

Further, the switch spare includes the switch casing, the switch casing inner chamber is equipped with second PCBA board, first switch and second switch, install respectively on the second PCBA board first switch and second switch are equallyd divide, first switch and second switch are equallyd divide and do not stretch out the switch casing outside, drive circuit is connected with first switch and second switch electricity respectively.

Referring to fig. 19, another technical solution provided by the present invention:

a method of controlling a beam clock flash device, comprising the steps of:

the central lamp, the needle pendulum lamp and the clock lamp at corresponding positions are on for a long time;

the display mode of the clock lamp is as follows:

Further, the time adjustment method of the light beam clock flashing light device comprises the following steps:

the time adjusting method of the clock lamp comprises the following steps:

long-time pressing of the switch piece sets the time to a set minute time position; the time debugging function key of the switch piece is pressed once to represent one-minute jump; the minute light in one position represents five minutes, and is increased clockwise from the zero-degree position;

if the minute time in the time needing to be displayed is within 1-1.9 minutes, the minute lamp at the corresponding minute position is continuously and quickly flashed, the flashing frequency is 4Hz, and the brightness is 100%;

if the minute time in the time needing to be displayed is within 2-2.9 minutes, the minute lamp at the position corresponding to the minute continuously and slowly flashes, the flashing frequency is 1Hz, and the brightness is 20%;

if the minute time in the time needing to be displayed is within 3-3.9 minutes, the minute lamp at the position corresponding to the minute continuously and slowly flashes, the flashing frequency is 1Hz, and the brightness is 100%;

if the minute time in the time needing to be displayed is within 4-4.9 minutes, the minute lamp at the position corresponding to the minute continuously shakes and flashes for a long time;

long-time pressing of the switch piece sets the time to a set hour time position; the time adjusting method of the clock lamp comprises the following steps:

when the clock lamp is in the state of setting the hour, the clock lamp at the corresponding clock position is turned on; the time debugging function key of the switch piece is pressed once to represent one hour jump; twelve of the clock lamps represent twelve hours.

Furthermore, after the time adjustment is finished, the switch piece is pressed for one second, and after the time function setting mode is exited, the working standby mode is entered.

Further, when the hour hand and the minute hand are coincident, the display mode of the clock lamp is as follows:

the central lamp flashes at the frequency of 6Hz, and the needle pendulum lamp and the clock lamp at the corresponding positions are on for a long time;

the display mode of the clock lamp is as follows:

if the unit number of the minute time in the time needing to be displayed is within 3-3.9 minutes, the minute lamp at the corresponding minute position continuously and slowly flashes, the flashing frequency is 1Hz, and the brightness is 100%;

Referring to fig. 1 to 18, a first embodiment of the present invention is:

referring to fig. 1 to 8, a light beam clock flashing device comprises a display box 1 and a switch part 2, wherein a first PCBA board 11, a power supply battery 12 and a vibration trigger 13 are arranged in an inner cavity of the display box 1, an LED lamp assembly 14 is mounted on one side surface of the first PCBA board 11, the LED lamp assembly 14 emits light towards a transparent surface of the display box 1, a driving circuit 15 is mounted on the other side surface of the first PCBA board 11 opposite to the one side surface, and the driving circuit 15 is electrically connected with the LED lamp assembly 14, the power supply battery 12, the switch part 2 and the vibration trigger 13 respectively;

referring to fig. 2, the LED lamp assembly 14 includes a center lamp 141, twelve needle pendulum lamps 142 (two circles may be set, so that there are twenty-four needle pendulum lamps 142, see fig. 2), twelve clock lamps 143, and twelve clock lamps 144, where the twelve needle pendulum lamps 142 are respectively located at bisectors of a first virtual circle centered on the center lamp 141, the twelve clock lamps 143 are respectively located at bisectors of a second virtual circle centered on the center lamp 141, the twelve clock lamps 144 are respectively located at bisectors of a third virtual circle centered on the center lamp 141, a radius of the first virtual circle is smaller than a radius of the second virtual circle, and a radius of the second virtual circle is smaller than a radius of the third virtual circle.

The lamp beads adopted by the LED lamp assembly 14 have three packaging specifications, one is a 2 × 1.2mm rectangular package (the packaged LED lamp is used as a hour hand and a minute hand for displaying time), the other is a 1.4 × 4mm rectangular package of the needle pendulum lamp 142, and the last is a center lamp 141 and a 2.8 × 3.2mm package. The LED lamps corresponding to the hour hand and the minute hand have the flashing function of the decorative flashing lamp besides the function of time display.

The display box 1 comprises a display upper shell 16 and a display lower shell 17, wherein the display upper shell 16 is detachably connected with the display lower shell 17, and the display lower shell 17 extends outwards to form a display mounting lug 18.

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

Referring to fig. 12, the LED lamp driving module includes a resistor R4 (with a resistance value of 1k Ω), a resistor R5 (with a resistance value of 10k Ω), a field-effect transistor Q2 (model number of SOT-23), and a chip U5, a first pin of the chip U5 is electrically connected to a drain of the field-effect transistor Q2, a 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, the other end of the resistor R4 is electrically connected to the main control module, the other end of the resistor R5 is electrically connected to a source of the field-effect transistor Q2, a twelfth pin of the chip U5 is electrically connected to a fifteenth pin of the chip U5, a twelfth pin of the chip U5 and a fifteenth pin of the chip U5 are all grounded, and a tenth pin, an eleventh pin, a fourteenth pin, a fifteenth pin, a sixteenth pin, and a seventeenth pin of the chip U5 are all electrically connected to the LED lamp assembly 14.

The LED lamp driving module circuit mainly comprises a power supply circuit and a driving IC, wherein the type of the driving IC (namely a chip U5) is AIP1620, the driving IC is a common 6-8-path LED scanning driving IC, and the display working mode of the LED lamp is controlled through an STB (set top box), a CLK (clock) and a DIO (digital input output) control input port of the IC.

The power supply circuit is composed of a field effect transistor Q2, the field effect transistor Q2 is a P-channel MOS transistor, a grid electrode of the P-channel MOS transistor is connected with an eighth pin of the chip U4 after being connected with a resistor R4 in series, the field effect transistor Q2 is mainly used as a switch, the switch is turned on when the drive IC works and turned off when the drive IC does not work, and the standby power consumption of the product is reduced in the mode.

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

The battery charging management module is used for carrying out corresponding voltage current management on an externally accessed 5V charging power supply, the field effect transistor Q1 is a P-channel MOS (metal oxide semiconductor) transistor, the chip U1 is a charging management IC (integrated circuit), and the type is as follows: TP4054.

The working principle is as follows: when the charging interface USB is connected with a 5V external charging power supply, current flows through the field effect transistor Q1, is input from the fourth pin of the chip U1, is processed in the chip U1, and finally a constant voltage current VCC is output from the third pin of the chip U1, wherein a resistor R1 in the circuit is a current control resistor, the charging current can be changed by adjusting the resistance, the first pin of the chip U1 is a charging signal output pin CH, the signal voltage is input to the fourth pin of the chip U4 and is used for controlling the LED lamp to display the state when the chip U4 outputs charging, and the input filter capacitor C1 is bridged on a power supply input pin (namely the fourth pin) of the chip U1. The field effect transistor Q1 is a power supply reverse protection tube, and if the positive and negative of an externally input 5V power supply are reversely connected, the field effect transistor Q1 is switched off to protect a following circuit from being damaged.

The battery charge-discharge protection module comprises a resistor R2 (with a resistance value of 100 Ω), a resistor R3 (with a resistance value of 1k Ω), a capacitor C2 (with a capacitance value of 104 pF), a chip U2 (with a model of DWO 1) and a chip U3 (with a model of 8250), and specific connection relations among all components of the battery charge-discharge protection module refer to FIG. 10;

the main control module includes a resistor R9 (with a resistance value of 10k Ω), a resistor R10 (with a resistance value of 5.1k Ω), a capacitor C3 (with a capacitance value of 15 pF), a capacitor C4 (with a capacitance value of 15 pF), a capacitor C5 (with a capacitance value of 104 pF), a crystal oscillator TX (with a frequency of 32.768 KHz), and a chip U4, and specific connection relationships among the components are shown in fig. 11;

chip U4 adopts PADAUKTtechnology Co.Ltd. A8-bit OTP master control IC, controls corresponding LED flicker time sequence and time display mode through internal program.

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

The fifteenth pin (i.e., STB pin) of the OTP main control IC is connected to the twentieth pin of the chip U5, and outputs a chip select signal.

The fourteenth pin (i.e., the CLK pin) of the OTP master IC is connected to the nineteenth pin of the chip U5, which outputs a fixed clock signal to the chip U5.

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

And the STB, the CLK and the DIO control the operation of the chip U5.

The twelfth pin of the OTP master IC is a charging input signal pin, and a charging state input voltage is obtained by dividing voltage of a resistor R9 and a resistor R10 connected in series.

And an eleventh pin of the OTP main control IC is a central LED0 lamp position driving pin.

Referring to fig. 13, the LED lamp assembly 14 is composed of 49 LED lamps, and is directly connected to the chip U5, when the chip U4 is powered on and is in an on-standby condition, the vibration device vibrates the internal spring of the vibration trigger 13 and generates a pulse signal, and the pulse signal wakes up the chip U4 in a sleep state and generates a series of data signals, which are sent to the chip U5 through three output ports of STB, CLK and DIO and drives the LED lamps to display and output in a preset display mode.

Referring to fig. 4, the switch member 2 includes a switch housing 21, the switch housing 21 is integrally formed by a plastic-coated process, in order to enhance a waterproof function, a second PCBA board 22, a first switch 23 and a second switch 24 are disposed in an inner cavity of the switch housing 21, the first switch 23 and the second switch 24 are both touch switches, the first switch 23 and the second switch 24 are respectively mounted on the second PCBA board 22, the first switch 23 and the second switch 24 respectively extend out of the switch housing 21, and the driving circuit 15 is electrically connected to the first switch 23 and the second switch 24 respectively. Switch housing 21's a terminal surface has the opening, the opening part lid is equipped with the lower cover, the lower cover outwards extends and forms switch mounting auricle 25, switch mounting auricle 25 is flexible plastic material, and the purpose is in order to make things convenient for the sewing machine installation and moulding.

Referring to fig. 1 to fig. 19, a second embodiment of the present invention is:

a method of controlling a beam clock flash device, comprising the steps of:

the long-press switch piece 2 enters the starting mode of the light beam clock flashing device, the needle pendulum lamp 142, the minute lamp 144 and the clock lamp 143 are flashed for three times, the frequency of the flashing lamp is 3Hz, and the standby mode is entered at the moment;

when the vibration trigger 13 detects a vibration signal, entering a time display mode;

when the hour hand and the minute hand are not coincident, the display mode of the clock lamp 143 is:

the center lamp 141, the needle pendulum lamp 142 and the clock lamp 143 at corresponding positions are on for a long time;

the display mode of the clock lamp 144 is as follows:

the minute light 144 in one position represents five minutes, increasing clockwise from the zero position;

if the ones of the minute time in the time to be displayed are within 0-0.9 minutes, the minute lamp 144 at the corresponding minute position is continuously flashed at a frequency of 4Hz and at a brightness of 20%;

if the ones of the minute time in the time to be displayed are within 1-1.9 minutes, the minute lamp 144 at the corresponding minute position is continuously flashed at a frequency of 4Hz and at a brightness of 100%;

if the ones of the minute time in the time to be displayed are within 2-2.9 minutes, the minute lamp 144 at the corresponding minute position is continuously and slowly flashed at a frequency of 1Hz and a brightness of 20%;

if the ones of the minute time in the time to be displayed are within 3-3.9 minutes, the minute lamp 144 at the corresponding minute position is continuously and slowly flashed with a frequency of 1Hz and a brightness of 100%;

if the ones of the minute time in the time to be displayed are within 4-4.9 minutes, the minute lamp 144 at the corresponding minute position is continuously blinked for a long time.

The time adjustment method of the light beam clock flashing device comprises the following steps:

the time adjustment method of the clock lamp 144 comprises the following steps:

long-time pressing of the switch piece 2 sets the time to a set minute time position; the time debugging function key of the switch part 2 is pressed once to represent one-minute jump; the minute light 144 in one position represents five minutes, increasing clockwise from the zero position;

if the minute time in the time to be displayed is within 1-1.9 minutes, the minute lamp 144 at the corresponding minute position continuously flashes, 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 lamp 144 at the corresponding minute position continuously and slowly flashes at a frequency of 1Hz and a brightness of 20%;

if the minute time in the time to be displayed is within 3-3.9 minutes, the minute lamp 144 at the corresponding minute position continuously and slowly flashes at a frequency of 1Hz and a brightness of 100%;

if the minute time of the time to be displayed is within 4-4.9 minutes, the minute lamp 144 at the corresponding minute position continuously shakes and flashes for a long time;

the switch piece 2 is pressed for a long time, and the time is set to a set hour time position; the time adjustment method of the clock lamp 144 comprises the following steps:

when the clock lamp is in the state of setting the hour, the clock lamp at the corresponding clock position is turned on; the time debugging function key of the switch part 2 is pressed once to represent one hour jump; twelve of the clock lamps 143 represent twelve hours.

After the time adjustment is finished, the switch piece is pressed for 2 seconds, and after the time function setting mode is exited, the working standby mode is entered.

When the hour hand and the minute hand coincide, the clock lamp 143 is displayed in the following manner:

the center lamp 141 flashes at the frequency of 6Hz, and the needle swinging lamp 142 and the clock lamp 143 at the corresponding positions are long-lighted;

the display mode of the clock lamp 144 is as follows:

The specific embodiment is as follows:

1. time adjustment and display mode

(1) Starting up and shutting down

When the LED lamp is powered on, the LED lamp does not work, the LED lamp is started for 1 second after the second switch is pressed for a long time, the LED lamps of all the needle-swinging lamp positions (LED 0-LED24, and the lamp positions of all the LED lamps belong to the needle-swinging lamp positions) flash three times, the frequency of the flashing lamp is 3Hz, the LED lamp enters a standby mode, and at the moment, the vibration device can display and output corresponding different lamp effects and display the time at the moment. The second switch 24 is continuously touched to switch the flickering mode, and the machine is turned off by pressing for 1 second at any time.

(2) Time adjustment

Pressing the first switch 23 and the second switch 24 simultaneously for one second enters the minute adjustment function (the vibration trigger 13 is deactivated, i.e. the vibration device is not responsive). The LED lamp (LED 37-LED 48) corresponding to the minute at that time blinks at the position showing the time of the minute at that time.

Because one grid of LED lamps represents 5 minutes, the specific minute time is embodied in different flashing modes, and the specific embodiments are described as follows:

if the time is 0-0.9 minutes, the 37 lamp position is in continuous flashing, the frequency of flashing is 4Hz, and the brightness is 20%.

For example, in this case 1-1.9 minutes, where the 37 lamp position is a sustained flash, the frequency of the flash is likewise 4Hz, but the brightness is 100%.

For 2-2.9 minutes, the lamp position at 37 is continuously and slowly flashed, the frequency of flashing is 1Hz, and the brightness is 20%.

This is for 3-3.9 minutes, where the 37 lamp position is continuously flashing, the frequency of flashing is again 1Hz, but the brightness is 100%.

For 4-4.9 minutes at this point, the 37 lamp position is a steady-shaking long-flashing.

At this time, the time adjustment function key (the second switch 24) is touched again to set the time to the set minute time position (the function key is touched once for one minute, and if the function key is continuously touched for five minutes, the adjustment efficiency is increased).

Then, a time function selection key (a first switch 23) is touched and pressed, and an hour debugging function is started at the moment; the LED lamp (LED 25-LED36 lamp position) displaying the hour is long-lighted.

If the lamp position is 3 o' clock at this time, the 28 lamp position LED lamp is lighted, and the time debugging function key (the second switch 24) is touched again at this time, so that the time is set to the set hour time position (the function key jumps by one hour every time the function key is touched).

After the completion, the time function selection key (first switch 23) is pressed for 1 second, the time function setting mode is exited, and the operation standby mode is entered.

(3) Display mode

The flashing display mode is diversified:

blinking display mode 1: fireworks flashing mode

The mode of starting the flickering output simulates the effect of fireworks explosion spreading to the periphery, and as shown in fig. 8, the fireworks explosion spreads to the periphery frequently from the central LED0 lamp position (i.e. the central lamp 141).

The method specifically comprises the following steps: starting from the LED0 lamp position, flashing outwards from an h track line (LED 1-LED 12), an i track line (LED 13-LED 24), a j track line (LED 25-LED 36) and a k track line (LED 37-LED 48) in sequence from inside to outside, and displaying the time after the flashing is displayed for 3 seconds under the lamp effect, wherein the displayed time is 3 seconds;

the time display mode is described in detail as follows:

1) The hour hand and minute hand do not coincide (so 9 o' clock 32 minutes)

The hour display mode is: at this time, the LED lamps in the needle

swing position areas

0, 10 and 22 are on, and the LED lamp in the hour hand position area 34 is on.

The pointer display mode is as follows: at this time, the LED lamps in the needle

swing position areas

0, 7, and 19 are on for a long time, the LED lamp in the hour hand position area 31 is on for a long time, the minute position area 43 is on for a long time, and the frequency of flashing is 1HZ (the flashing manner is the same as that in the minute adjustment).

2) The hour hand and minute hand are coincident (so 6 points 34 minutes)

The hour display mode is: at this time, the LED lamp at the position of LED0 in the needle swing position area flickers in a frequency mode of 6HZ, the LED lamps at 7 and 19 are long and the LED lamp at the position of 31 in the hour hand position area is long and bright.

The pointer display mode is as follows: at this time, the LED lamp in the position LED0 in the hour hand position area blinks at a frequency of 6HZ, the LED lamps in 7 and 19 are long-lit, the LED lamp in the position 31 in the hour hand position area is long-lit, and the position 43 in the minute hand position area continuously blinks long-lit (this blinking manner is the same as the blinking manner in the minute adjustment).

Blinking display mode 2: clockwise superseding flashing mode

The LED lamps of the minute display position (LED 37-LED 48) and the clock display position (LED 25-LED 36) take over the flashing mode clockwise;

the LED lamps in the minute hand position area and the hour hand position area flash at the same time from the LED37 and the LED 25; the specific sequence of lamp positions is as follows:

(two lights of the LED37 and the LED25 flash at the same time), (two lights of the LED38 and the LED26 flash at the same time), (two lights of the LED39 and the LED27 flash at the same time), (two lights of the LED40 and the LED28 flash at the same time), (two lights of the LED41 and the LED29 flash at the same time), (two lights of the LED42 and the LED30 flash at the same time), (two lights of the LED43 and the LED31 flash at the same time), (two lights of the LED44 and the LED32 flash at the same time), (two lights of the LED45 and the LED33 flash at the same time), (two lights of the LED46 and the LED34 flash at the same time), (two lights of the LED47 and the LED35 flash at the same time), (two lights of the LED48 and the LED36 flash at the same time), and the frequency of the flash is 6HZ. The lamp-to-lamp succession ratio was 50% (i.e., the first lamp started to light when it was half-lit, and the cycle was repeated).

And secondly, when the LED lamp in the first period flashes the fourth lamp position, the second period starts to flash for 6 periods, and the steps are circulated in sequence.

The LED lamp in needle pendulum district begins outwards to flicker by LED0 lamp position, and the order of flickering is: the frequency of flashing of LED0, (LED 1-LED12 flash) and (LED 13-LED24 flash) is also 6HZ.

The flashing time is synchronized with the outer ring (i.e., the inner ring stops at the same time as the outer ring stops).

The time at this time is displayed after the flashing is completed, and the time is displayed in the same manner as in the mode 1.

Blinking display mode 3: the impeller is flashed for 6 times

As shown in fig. 5, LED0 is used as a concentric flashing light, and LEDs in the line a are in one group (LED 47, LED48, LED35, LED36, LED23, LED24, LED11, LED12, LED6, LED5, LED18, LED17, LED30, LED29, LED42, LED 41);

b, the LED lamps in the marked line are in one group (LED 37, LED38, LED25, LED26, LED13, LED14, LED1, LED2, LED8, LED7, LED20, LED19, LED31, LED32, LED43 and LED 44);

c, grouping the LED lamps in the marked line (LED 40, LED39, LED28, LED27, LED15, LED16, LED3, LED4, LED9, LED10, LED21, LED22, LED33, LED34, LED46 and LED 45); flicked 6 times clockwise for 3 seconds. The time at this time is displayed after the flashing is finished, and the minute display mode is the same as the mode 1.

The hours are shown in the following manner:

the corresponding hour starts to rapidly and clockwise flash from the 0 point (25 lamp position) to the LED lamp position corresponding to the time position at the moment, and then the LED lamp flashes for two cycles in this way, the corresponding time is about 0.5-1.5 seconds (namely the flashing time at the time point close to the 25 lamp position is short, and vice versa, if the time is 11 points, the LED lamp needs to run for two circles clockwise, and the time at the moment is 1.5 seconds at most), and the lamp position corresponding to the time after flashing is finished is lighted for 1 second again.

Blinking display mode 4: helical flashing mode

As shown in FIG. 6, the water flowing motion mode flickers in a spiral mode from inside to outside along an L-shaped track line from the position of a central LED0 lamp, and the flickering effect is like the engine rotating effect of a worm-wheel airplane.

The flash time was 4 seconds and the hour and minute time was displayed as pattern 3 after the flash was completed.

Blinking display mode 5: clockwise meteor flash mode

Three-way clockwise meteor lamp flashing method:

as shown in fig. 7, the first path is: (two lights of LED37 and LED25 flash at the same time), (two lights of LED38 and LED26 flash at the same time), (two lights of LED39 and LED27 flash at the same time), (two lights of LED40 and LED28 flash at the same time), (two lights of LED41 and LED29 flash at the same time), (two lights of LED42 and LED30 flash at the same time), (two lights of LED43 and LED31 flash at the same time), (two lights of LED44 and LED32 flash at the same time), (two lights of LED45 and LED33 flash at the same time), (two lights of LED46 and LED34 flash at the same time), (two lights of LED47 and LED35 flash at the same time), (two lights of LED48 and LED36 flash at the same time), and all the LED lights on the d and e track lines in fig. 7.

The second path is: LED13-LED24, all LED lights on the f-trace in FIG. 7.

The third path is: LED1-LED12, all LED lights on the g-trace in FIG. 7.

The three paths are independent, and the interval time of the three paths is one third period; if the second path starts flashing when the first path flashes to the fourth light position, and the third path starts flashing when the second path flashes to the 4 th light position, the time is 1.5 seconds, the circulation is carried out for 3 times, and the hour and minute time is displayed according to the mode 1 after the flashing is finished.

Referring to fig. 14 to 18, a third embodiment of the present invention is:

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

1. Applied to the shoe 4:

as shown in fig. 14 and 15, the device is applied to a sports shoe, the display box 1 of the device is arranged at the heel of the shoe 4 through a sewing process, the switch piece 2 is also arranged at the vamp of the shoe 4 through the sewing process, and the display box 1 is connected with the switch piece 2 through the electronic wire 3.

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

2. Application to backpack 5:

referring to fig. 16, the device is applied to a backpack 5, the display box 1 of the device is mounted on the back of the backpack 5 by a sewing process, the switch 2 is also mounted on the opening of the backpack 5 by the sewing process, and the display box 1 and the switch 2 are connected by the electronic wire 3.

When the device is turned on, as long as the user carries the backpack 5 to go out, the device can work and emit unique flashing lights and display the time at the moment. Therefore, the device not only has the light effect function of the point mounting backpack 5, but also has the unique time display function.

3. Application to a helmet 6:

the structure of the device is properly modified and applied to a riding helmet 6 as shown in fig. 17 and 18, a display PCBA board 61 is changed into a flexible PCB board, a control PCBA board 62 and other components are placed in a control box 63, and the display PCBA board 61 and the control PCBA board 62 are connected through an electronic wire 3.

When the device is started, the riding helmet 6 can work and send out the flashing light effect of indication or warning and display the time at the moment. Therefore, the device not only can improve the function of riding safety, but also has a unique interesting time display function.

In summary, according to the light beam clock flashing device and the control method and application thereof provided by the invention, the display box and the switch part are arranged, the first PCBA board, the power supply battery and the vibration trigger are arranged in the inner cavity of the display box, the LED lamp assembly is arranged on one side surface of the first PCBA board, the driving circuit is arranged on the other side surface opposite to one side surface of the first PCBA board, the driving circuit is respectively and electrically connected with the LED lamp assembly, the power supply battery, the switch part and the vibration trigger, the LED lamp assembly comprises a center lamp, twelve pendulum lamps, twelve clock lamps and twelve minute clock lamps, the twelve pendulum lamps are respectively positioned on the equally divided points of a first virtual circle with the center lamp as the circle center, the twelve clock lamps are respectively positioned on the equally divided points of a second virtual circle with the center lamp as the circle center, the twelve minute clock lamps are respectively positioned on the equally divided points of a third virtual circle with the center lamp as the circle center, so that after the device is started (realized by the switch part), the vibration trigger senses the center lamp, the pendulum lamps, the minute clock lamps and the display time; according to the scheme, the flashing light device is combined with the time display device, and a conventional mode of time display is abandoned (the conventional mode of the current time display mode is usually a digital mode or a mechanical dial plate mode), so that the boring time display device is more interesting, and simultaneously the cool glare of the flashing light device is not lost; and the device designed by the scheme has flexible design components, can be combined with other objects and can be independently sold as a product.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent changes made by using the contents of the present specification and the drawings, or applied directly or indirectly to the related technical fields, are included in the scope of the present invention.

Claims

1. A light beam clock flashing device is characterized by comprising a display box and a switch piece, wherein 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 is mounted on one side face of the first PCBA board and emits light towards a transparent face of the display box, a driving circuit is mounted on the other side face opposite to one side face of the first PCBA board, and the driving circuit is electrically connected with the LED lamp assembly, the power supply battery, the switch piece and the vibration trigger respectively;

2. The light beam clock flashing light device of 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, the battery charging management module is respectively electrically connected with the LED lamp driving module, the main control module, the battery charging and discharging module and the LED lamp assembly, 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.

3. The light beam clock flashing device of claim 2, wherein the LED lamp driving module comprises a resistor R4, a resistor R5, a field effect transistor Q2 and a chip U5, a first pin of the chip U5 is electrically connected to a drain of the field effect transistor Q2, a 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, the other end of the resistor R4 is electrically connected to the main control module, the other end of the resistor R5 is electrically connected to a source of the field effect transistor Q2, a twelfth pin of the chip U5 is electrically connected to a fifteenth pin of the chip U5, a twelfth pin of the chip U5 and a fifteenth pin of the chip U5 are both grounded, and a tenth pin, an eleventh pin, a thirteenth pin, a fourteenth pin, a fifteenth pin, a sixteenth pin and a seventeenth pin of the chip U5 are all electrically connected to the LED lamp assembly respectively.

4. The light beam clock flash lamp 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, a first pin of the chip U1 is electrically connected with the main control module, a second pin of the chip U1 is electrically connected with one end of the resistor R1, one end of the capacitor C1, the gate of the field effect transistor Q1, a first pin of the charging interface USB and a sixth pin of the charging interface USB, respectively, a third pin of the chip U1 is electrically connected with the battery charging and discharging protection module and the LED lamp driving module, a fourth pin of the chip U1 is electrically connected with the other end of the capacitor C1 and the source of the field effect transistor Q1, and a drain of the field effect transistor Q1 is electrically connected with a second pin of the charging interface USB and a fifth pin of the charging interface USB, respectively.

5. A light beam clock flash device as claimed in claim 1, wherein the switch member includes a switch housing, the switch housing having a second PCBA plate, a first switch and a second switch disposed in an inner cavity thereof, the first switch and the second switch each being mounted on the second PCBA plate, the first switch and the second switch each extending outside the switch housing, the drive circuit being electrically connected to the first switch and the second switch, respectively.

6. A method of controlling a beam clock flash device according to any one of claims 1 to 5, comprising the steps of:

the long-time pressing of the switch part enters the starting mode of the light beam clock flashing device, the needle pendulum lamp, the clock lamp and the clock lamp are all flashed for three times, the frequency of the flashing lamp is 3Hz, and the standby mode is entered at the moment;

the display mode of the clock lamp is as follows:

if the ones of the minute time in the time to be displayed are within 4-4.9 minutes, the minute lamp at the corresponding minute position continuously flickers for a long time.

7. The method for controlling a light-beam clock flash device according to claim 6, wherein the method for adjusting the time of the light-beam clock flash device comprises:

the time adjusting method of the clock lamp comprises the following steps:

if the unit number of the minute time in the time to be displayed is within 0-0.9 minute, the minute lamp at the corresponding minute position is continuously and rapidly flashed, the flashing frequency is 4Hz, and the brightness is 20%;

if the minute time in the time needing to be displayed is within 1-1.9 minutes, the minute lamp at the corresponding minute position continuously flashes, the flashing frequency is 4Hz, and the brightness is 100%;

if the minute time in the time needing to be displayed is within 4-4.9 minutes, the minute lamp at the corresponding minute position continuously shakes and flashes for a long time;

8. The method for controlling a flashlight device for a light-beam clock as claimed in claim 7, wherein said switch member is pressed for one second after time adjustment, and said device enters an operation standby mode after exiting a time function setting mode.

9. The method for controlling a light-beam clock flashing device according to claim 6, wherein when the hour hand and the minute hand are coincident, the clock lamp is displayed in the following manner:

the central lamp flashes at the frequency of 6Hz, and the needle pendulum lamp and the clock lamp at the corresponding positions are long and bright;

the display mode of the clock lamp is as follows:

the minute light in one position represents five minutes, and the minute light in one position sequentially increases clockwise from the zero-degree position;

10. Use of a light-beam clock flash device according to any one of claims 1-5, in shoes, backpacks and helmets.