CN205485134U - Shake and shoot a retrievable arrow candle light glasses - Google Patents

Abstract

The utility model provides a shake and shoot a retrievable arrow candle light glasses, by picture frame (1), lens (2), mirror leg (3), shake and shoot a retrievable arrow candle light device (4), dirver circuit board (5), its characterized in that is formed to switch (6), button cell (7) and interior apron (8): shake and shoot a retrievable arrow candle light device (4) and install in the round hole that mirror leg (3) front end was reserved, installed dirver circuit board (5) in the recess that mirror leg (3) inboard middle part was reserved, install on dirver circuit board (5) switch (6) and button cell (7), dirver circuit board (5) front end is installed emitting diode (5 -2) and induction coil (5 -3) and is shooted a retrievable arrow candle light device (4) and be close to mutually with shaking. The utility model discloses, it is lifelike to have the effect, vividly interesting, plays up the characteristics of on -the -spot amusement atmosphere.

Description

A kind of swinging candlelight glasses

technical field

The utility model relates to the technical field of production and application of special glasses, in particular to shaking candlelight glasses.

Background technique

There are many types of light-emitting glasses sold on the market now, such as lighting glasses, LED light-emitting diodes are installed on the front ends of the glasses temples, button batteries and power switches are installed in the temples, and the power on the temples is turned on during use. Switch, the LED tube emits light to the front to play a close-range lighting effect, which is convenient for the wearer to read at night or see the road in front of him clearly. At the same time, an ultraviolet light-emitting tube can be installed on the front end of the mirror leg for currency inspection; some light-emitting glasses are SMD LED light-emitting diodes of different colors are installed on the periphery of the frame or the outer surface of the glasses legs. Through the timing control of the flashing IC chip, the glasses emit colorful flashes, which are used for cultural entertainment and can also add a festive atmosphere to the scene. People are in a happy mood, which produces spiritual enjoyment of the visual senses; but so far, no commercial sales of candlelight glasses or related patent documents have been found to simulate the luminous effect of candles.

Contents of the invention

The utility model provides swinging candlelight glasses. The candlelight glasses are equipped with a swinging candlelight device at the front end of the mirror leg, and a drive circuit board, a power switch and a button battery are installed in the mirror leg, so that the glasses have the function of emitting simulated candlelight. Features.

The utility model achieves the above-mentioned purpose through the following technical solutions: a swinging candlelight glasses, which are composed of a frame, a lens, mirror legs, a swinging candlelight device, a drive circuit board, a power switch, a button battery and an inner cover plate, and the inner side of the mirror legs There is a reserved groove in the middle, and a reserved round hole at the front end of the mirror leg. A drive circuit board and a button battery are installed in the groove, and the light-emitting diode and the induction coil installed at the front end of the drive circuit board are close to the shaking candlelight device.

The swinging candlelight device is composed of a concave plastic reflective sheet made into a candle flame shape, a supporting shaft, a miniature magnetic steel and a circular transparent plastic cover. The concave plastic reflective sheet is pressed by a white strip-shaped plastic sheet, and the supporting shaft Across and fixed in the middle of the concave plastic reflective sheet, the miniature magnetic steel is installed at the lower part of the concave plastic reflective sheet, and the above parts are installed and fixed in the transparent plastic cover which is flat and round as a whole, forming a diameter of 8-12mm and a thickness of 5-6mm. The swinging candlelight device is inlaid in the round hole reserved at the front of the temple.

The drive circuit board is composed of an intermittent pulse control IC chip installed on the epoxy substrate of the printed circuit, a light-emitting diode, an induction coil, a button battery and a power switch, and is installed in a rectangular groove reserved in the middle part of the inner side of the mirror leg. The light-emitting diode and the induction coil are installed at the front end of the drive circuit board and are close to the shaking candle device.

The beneficial effects produced by the utility model: the glasses have the function of emitting simulated candlelight. When the wearer turns on the power switch on the control circuit board, the swinging candlelight device at the front end of the mirror legs can emit dynamic swinging simulated candlelight to both sides. It imitates the luminous effect of swaying and fluttering when the candle is lit and blown by the wind. It has the characteristics of realistic effect, vivid and interesting, and rendering the atmosphere of live entertainment.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of the utility model.

Fig. 2 is a schematic diagram of the structure of the rocking candle device.

Fig. 3 is a structural schematic diagram of the swinging candle device and the control circuit board unit.

Fig. 4 is a schematic diagram of the wearing effect of the utility model.

In the figure, 1 picture frame, 2 lenses, 3 mirror legs, 4 swinging candle light device, 5 drive circuit board, 6 power switch, 7 button battery, 8 inner cover plate.

detailed description

Known from Fig. 1, a kind of rocking candle light glasses of the utility model is made of picture frame 1, lens 2, mirror leg 3, rocking candle light device 4, drive circuit board 5, power switch 6, button battery 7, inner cover plate 8 It consists of a reserved groove in the middle of the inner side of the mirror leg 3, a reserved round hole in the front end of the mirror leg 3, and the shaking candle device 4 is installed in the round hole reserved in the front end of the mirror leg 3, and the inner side of the mirror leg 3 The drive circuit board 5 is installed in the groove reserved in the middle part, the power switch 6 and the button battery 7 are installed on the drive circuit board 5, and the front end of the drive circuit board 5 is equipped with a light-emitting diode 5-2 and an induction coil 5-3 and a candle light shaker. Device 4 is close together.

Known from Fig. 2, described swinging candle light device 4 is made into the inner concave plastic reflective sheet 4-1 of candle flame shape, support shaft 4-2, miniature magnetic steel 4-3 and circular transparent plastic cover 4- 4 components, the inner concave plastic reflective sheet 4-1 is pressed by a white strip plastic sheet, the supporting shaft 4-2 traverses and is fixed in the middle of the inner concave plastic reflective sheet 4-1, and the miniature magnetic steel 4-3 is installed in the inner concave plastic reflective sheet The lower part of the reflective sheet 4-1, the above-mentioned parts are installed and fixed in the overall oblate transparent plastic cover 4-4, forming a shaking candlelight device 4 with a diameter of 8-12mm and a thickness of 5-6mm, embedded in the front part of the mirror leg 3 Inside the reserved round hole.

Known from Fig. 3, described driving circuit board 5 is by the intermittent pulse control IC chip 5-1 that is installed on the printed circuit epoxy substrate, light-emitting diode 5-2, induction coil 5-3, button battery 7 and power switch 6 components, installed in the rectangular groove reserved in the middle part of the inner side of the mirror leg 3, the light emitting diode 5-2 and the induction coil 5-3 are installed on the front end of the drive circuit board 5 and close to the shaking candlelight device 4.

Known by Fig. 4, the production and installation technological process of the present utility model is as follows:

1. Assemble the swinging candlelight device 4: first insert the micro-shaped magnetic steel 4-2 at the lower end of the concave plastic reflective sheet 4-1, and then insert the support shaft 4 made of fine steel wire in the middle of the concave plastic reflective sheet 4-1 -2, buckle the round transparent plastic cover 4-4, fix the two ends of the support shaft 4-2 in the middle shaft hole of 4-4, assemble it into a swinging candlelight device 4, and embed it into the reserved front end of the mirror leg 3 inside the round hole.

2. Install the power switch 6 button battery 7 on the driving circuit board 5 to form a complete set of driving control circuit, and then install the driving circuit board 5 in the fixed groove reserved on the inner side of the mirror leg 3, and the light emitting diode 5- 2 and the induction coil 5-3 point to the front end and are installed in the shaking candlelight device 4 in the round hole at the front end of the mirror leg 3 and are close to each other.

3. Buckle the inner cover plate 8 outside the control circuit board 5 inside the mirror leg 3, fix the inner cover plate 8 on the inner side of the mirror leg 3 with screws, connect the mirror frame 1 and the mirror leg 3 with fixing screws to form a whole, Pack into lens 2, make a pair of swinging candlelight glasses.

4. The use method and working principle of the utility model are described as follows: the use and wearing method of the swinging candlelight glasses is the same as that of ordinary glasses. When a birthday party, a dance party is held at night, or when lights are needed to embellish the atmosphere, the micro power switch 6 that is turned on drives the circuit The intermittent pulse control IC chip 5-1 installed on the board 5 is energized to generate a low-frequency pulsating voltage with a frequency of 0.2-1.0 times per second, which is output to the induction coil 5-3 to generate an alternating magnetic field, which is generated between the micro-magnetic steel 4-4 The attractive and repulsive forces of periodic polarity changes push the concave plastic reflective sheet 4-1 to swing back and forth slowly, and at the same time, the ignited LED light-emitting diode 5-2 emits orange-yellow simulated candlelight, which irradiates the concave plastic reflective sheet. The surface of the sheet 4-1, under the joint action of the two, makes the yellow light reflected from the concave plastic reflective sheet 4-1 change continuously, producing a simulated luminous effect of fluttering and swaying when the candle is lit, achieving artistic rendering the goal of. After use, the micro power switch 6 is pulled backwards, and the power is turned off.

The utility model realizes the luminous effect of flickering candlelight on the glasses by means of electronic simulation, and has the characteristics of novelty, realistic effect, strong artistic appeal, dual-purpose of one mirror, and certain practical entertainment value.

Claims (3)

1. shake and shoot a retrievable arrow candle light glasses, by picture frame (1), eyeglass (2), temple (3), shake and shoot a retrievable arrow candle light device (4), drive circuit board (5), on and off switch (6), button cell (7) and inner cover plate (8) are formed, and temple (3) middle inside is provided with reserved groove, mirror Lower limb (3) front end is provided with reserved circular hole, it is characterised in that: described shaking shoot a retrievable arrow candle light device (4) be arranged on temple (3) front end reserve Circular hole in, be mounted with drive circuit board (5), on and off switch (6) and button cell in the groove that temple (3) middle inside is reserved (7) being arranged on drive circuit board (5) above, light emitting diode (5-2) and induction coil (5-are installed in drive circuit board (5) front end 3) with shake that to shoot a retrievable arrow candle light device (4) mutually close.

One the most according to claim 1 is shaken and is shooted a retrievable arrow candle light glasses, and described shaking shoots a retrievable arrow candle light device (4) by being fabricated to candle light fire Inner concave shape plastics reflecting piece (4-1) of Seedling shape, support shaft (4-2), miniature magnet steel (4-3) and circular non-opaque plastic housing (4- 4) being formed, inner concave shape plastics reflecting piece (4-1) is by white strip plastic sheet compacting, and support shaft (4-2) is crossed in being fixed on In the middle of matrix plastics reflecting piece (4-1), miniature magnet steel (4-3) is arranged on inner concave shape plastics reflecting piece (4-1) bottom, above-mentioned parts Being fixed on overall interior in oblate transparent plastic outer housing (4-4), form diameter 8-12mm, thick shaking of 5-6mm shoots a retrievable arrow candle light Device (4), is embedded in the anterior reserved circular hole of temple (3).

One the most according to claim 1 is shaken and is shooted a retrievable arrow candle light glasses, and described drive circuit board (5) is by being arranged on printed circuit The intermittent pulse of epoxy thereon controls lC chip (5-1), light emitting diode (5-2), induction coil (5-3), button cell (7) formed with on and off switch (6), be arranged in the rectangular recess that temple (3) middle inside is reserved, light emitting diode (5- 2) it is arranged on drive circuit board (5) front position with induction coil (5-3) and shakes that to shoot a retrievable arrow candle light device (4) mutually close.