CN210353490U - Bracelet for guiding light by using optical fiber - Google Patents

Abstract

The utility model provides an utilize bracelet of optic fibre leaded light. The head and the tail of the luminous bracelet are both connected with a controller, the controller is internally provided with a color light-emitting diode, the head and the tail of the luminous fiber strip are both connected with a light source, the brightness of the optical fiber is higher, the identification is easy, and the discrimination is increased. The controllers at the head part and the tail part are cuboids, and the wrist strap part of the bracelet is an optical fiber strip. The luminous bracelet can be used for a guest identification device of a large party and can also be used for decorative lighting of atmosphere of a singing party carried by guests.

Description

Bracelet for guiding light by using optical fiber

Technical Field

The utility model relates to a bracelet technical field specifically is a bracelet of utilizing optic fibre leaded light.

Background

In a large party, many visitors exist, and an identification device capable of rapidly distinguishing the visitors is needed. The existing mark is often presented by a bracelet, namely the bracelet is made of color rubber or color cardboard and is worn on the hand. For example, chinese patent publication No. CN105607602A discloses an "intelligent light-emitting bracelet", which is connected to a server through a Wi-Fi wireless module and uniformly controls the color of the bracelet through three LED bulbs mounted on the bracelet. The Wi-Fi wireless module communication mode has the defect that higher requirements are put forward on battery endurance due to the fact that the power required by the Wi-Fi wireless module is relatively high. For another example, a Wi-Fi wireless module and three LED bulbs are added, so that the size of the bracelet is greatly increased, and the requirement of attractiveness cannot be met. For another example, chinese utility model publication No. CN206275263U discloses a "luminescent bracelet" which guides light through a fiber optic strip and illuminates the outer surface with small holes arranged in a predetermined pattern. The method for illuminating the hollow patterns on the outer surface has the defects that the hollow patterns cannot show attractive and complex patterns due to the limitation of the volume of the bracelet, different visitors cannot be distinguished through the hollow patterns more intuitively, and the distinguishing degree is low.

SUMMERY OF THE UTILITY MODEL

The utility model provides a technical problem provide an utilize bracelet of optic fibre leaded light to solve the problem of proposing among the above-mentioned background art.

The utility model provides a technical problem adopt following technical scheme to realize:

the utility model provides a technical scheme that its technical problem adopted is: a luminous bracelet comprises a bracelet body and an optical fiber light guide strip. The bracelet body is divided into a main body controller and an auxiliary controller. The main part controller is as the prelude of bracelet, the inboard of prelude is equipped with a main part cavity, be equipped with power module, main bluetooth module and the main control circuit board of electricity connection in the main part cavity. The main control circuit board is connected with at least one color light emitting diode. The cavity of the main body is provided with a circular opening which is a light through hole of the color light-emitting diode and a fixing hole at the head of the optical fiber strip. The head of the optical fiber strip is fixed on the cavity of the main body through the round opening, and the light emitted by the color light emitting diode is guided out. The main Bluetooth module is responsible for being connected with a mobile phone, one of the main Bluetooth module can control the color of a color light-emitting diode on the main control circuit board, and the other main Bluetooth module can be connected with the auxiliary Bluetooth module to control the work of the auxiliary controller. The auxiliary control ware is as the afterbody of bracelet, the inboard of afterbody is equipped with one and assists the cavity, assist the power module that is equipped with the electricity in the cavity, assist bluetooth module and assist control circuit board. And the auxiliary control circuit board is connected with at least one color light-emitting diode. The auxiliary cavity is provided with a circular opening which is a light through hole of the color light emitting diode and a fixing hole at the tail part of the optical fiber strip. The tail part of the optical fiber strip is fixed on the auxiliary cavity through the round opening, and light emitted by the color light emitting diode is guided out. The head and the tail of the optical fiber strip are fixed inside the main body cavity and the auxiliary cavity, light rays of the head and the tail are guided out, the brightness of the bracelet is increased, and the visibility of the bracelet is improved.

Furthermore, two ends of the optical fiber strip are respectively connected with the color light emitting diodes, the connection part is covered by a black heat-shrinkable tube, and the inner surface of the black heat-shrinkable tube is provided with a reflecting layer.

Further, the main body controller and the auxiliary controller are in a rectangular body. The side of main part controller and auxiliary control ware all is equipped with the cylinder buckle, the cylinder buckle can with the ribbon is fixed, can be used to fix on the wrist and can adjust the size of bracelet.

Furthermore, colored light emitting diodes are welded on the main body control circuit board and the auxiliary control circuit board.

Further, the sealing covers of the openings of the main cavity and the auxiliary cavity are provided with cavity covers, and the cavity covers can be opened to facilitate maintenance and replacement of the battery.

The utility model discloses a mode of optic fibre leaded light, head and the tail department all connect the light source, and the luminance of optic fibre is than higher, and easily discernment has increased the discrimination. The main Bluetooth is connected with the mobile phone, the color is controlled through the mobile phone App, and the switch is controlled through the mobile phone App.

Compared with the prior art, the beneficial effects of the utility model are that:

this bracelet not only has certain dustproof and waterproof nature.

The prelude and the afterbody of fiber optic strip are all fixed inside main part cavity and the supplementary cavity, derive the light of prelude and afterbody, have increased the luminance of bracelet, have increased the visuality of bracelet.

The main part cavity all is equipped with the cavity lid with the sealed lid of the opening part of assisting the cavity, the cavity lid can be opened to convenient maintenance and change battery.

The cylinder buckle can with the fiber optic strip is fixed, can be used to fix on the wrist and can adjust the size of bracelet, and convenient to use has reduced the bracelet volume restriction.

Drawings

Fig. 1 is a control block diagram of the present invention;

FIG. 2 is a schematic structural view of the present invention;

fig. 3 is an exploded view of the present invention;

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention is further described below with reference to the specific drawings.

As shown in FIGS. 1-3,

a luminous bracelet, referring to fig. 2 and 3, comprises a bracelet body main body controller 1, an auxiliary controller 2 and an optical fiber strip 3, wherein a power module 5, a main control circuit board 6, a main Bluetooth module 7 and a color light emitting diode 8 are arranged in a main body cavity 12; and a power module 5, an auxiliary control circuit board 9, an auxiliary Bluetooth module 10 and a color light-emitting diode 8 are arranged in the auxiliary cavity. The head of the optical fiber strip is coated with the color light emitting diode through the black heat shrinkable tube 11 and penetrates through the round opening 13 of the main cavity to be fixed with the main cavity. The tail part of the optical fiber strip is coated with the color light emitting diode through the black heat-shrinkable tube and penetrates through the round opening 13 of the auxiliary cavity to be fixed 14 with the auxiliary cavity. The light emitted by the color light emitting diode is led out through the head part and the tail part of the optical fiber strip at the same time. The side of main part cavity and assistance cavity all has cylindrical buckle 4, cylindrical buckle 4 can with the ribbon is fixed, can be used to fix on the wrist and can adjust the size of bracelet.

This luminous bracelet adopts the mode of optic fibre leaded light, exports the light source that colored emitting diode sent simultaneously through the prelude and the afterbody of fiber optic strip to make the fiber optic strip obtain the hi-lite. In addition, the main Bluetooth on the main control circuit board can be connected with a mobile phone App, and the color of the color light-emitting diode is changed through the mobile phone. The color light emitting diode can emit basic colors of red, green and blue diodes, and the main control circuit board mixes light rays with various colors by controlling the emitting proportion of the light rays with the three colors. The main Bluetooth is connected with the auxiliary Bluetooth, the main Bluetooth sends color information and brightness information acquired from the mobile phone App to the auxiliary Bluetooth, and the auxiliary Bluetooth receives the information and then controls the auxiliary circuit board to enable the tail to emit corresponding light. Because the color of light can be controlled by the mobile phone App, monochromatic light, colored light and gradual change light can be emitted according to the idea of a user, and even various different modes such as constant brightness, flicker and the like can be controlled, so that the interest degree is increased.

Referring to fig. 3, the optical fiber strip is connected to the color light emitting diode through a black heat-shrinkable tube, so that light emitted from the color light emitting diode is greatly emitted into the optical fiber strip from the head and the tail of the optical fiber strip, and the optical fiber strip can better guide out light to obtain maximum brightness.

Referring to fig. 3, the light emitting bracelet shown in this example controls the main circuit board to operate according to color information obtained by the main bluetooth from the mobile phone App, so that the color light emitting diode emits light of various colors. The main Bluetooth is connected with the auxiliary Bluetooth, the main Bluetooth sends the color information of the tail part to the auxiliary Bluetooth, and the auxiliary Bluetooth controls the auxiliary circuit board to work, so that the colorful light-emitting diodes at the tail part emit light rays with various colors. Therefore, the head colored light emitting diode and the tail colored light emitting diode can work under different colors, so that the bracelet emits various light rays. The head part and the tail part of the colorful light-emitting diode are respectively and independently controlled, the working states of the colorful light-emitting diodes are controlled by the mobile phone App, and a power switch is not required to be independently arranged, so that the usability is enhanced.

The luminous bracelet shown in this example, with reference to fig. 3, both the main body cavity and the auxiliary cavity can be opened with the cover 15 in order to replace the battery. The sealed department of opening of cavity lid uses the rubber packing ring to consolidate to make the bracelet have certain dustproof and waterproof attribute.

The basic principles and the main features of the invention and the advantages of the invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims (7)

1. The utility model provides an utilize bracelet of optic fibre leaded light, includes bracelet body and optic fibre leaded light strip, its characterized in that: the bracelet body is divided into a main body controller and an auxiliary controller, the main body controller is used as a head part of the bracelet, a main body cavity is arranged on the inner side of the head part, a power supply module, a main Bluetooth module and a main control circuit board which are electrically connected are arranged in the main body cavity, at least one color light emitting diode is connected to the main control circuit board, the main body cavity is provided with a circular opening which is a light through hole of the color light emitting diode and a fixing hole of the head part of an optical fiber strip, the head part of the optical fiber strip is fixed on the main body cavity through the circular opening and guides out light rays emitted by the color light emitting diode, the main Bluetooth module is responsible for being connected with a mobile phone, the auxiliary Bluetooth module is connected with the main Bluetooth module, the auxiliary controller is used as a tail part of the bracelet, an auxiliary cavity is arranged on the inner side of the tail part, the power supply module, the auxiliary cavity is provided with a circular opening which is a light through hole of the color light emitting diode and a fixing hole of the tail part of the optical fiber strip, the tail part of the optical fiber strip is fixed on the auxiliary cavity through the circular opening and guides out light rays emitted by the color light emitting diode, and the head part and the tail part of the optical fiber strip are fixed in the main cavity and the auxiliary cavity.

2. The bracelet capable of guiding light by using optical fibers according to claim 1, wherein: the two ends of the optical fiber strip and the joints of the color light-emitting diodes are coated together through a black heat-shrinkable tube, and a reflecting layer is arranged in the black heat-shrinkable tube.

3. The bracelet capable of guiding light by using optical fibers according to claim 1, wherein: the head part of the optical fiber strip is connected with the main body controller; the tail part of the optical fiber strip is connected with the auxiliary controller.

4. The bracelet capable of guiding light by using optical fibers according to claim 1, wherein: the main Bluetooth module is connected with the mobile phone, the main Bluetooth module controls the main control circuit board, and the auxiliary Bluetooth module controls the auxiliary control circuit board.

5. The bracelet capable of guiding light by using optical fibers according to claim 1, wherein: the main part cavity can all be opened the lid with assisting the cavity to change the battery, the sealed department of opening of cavity lid uses the rubber packing ring to consolidate, thereby makes the bracelet have certain dustproof and waterproof attribute.

6. The bracelet capable of guiding light by using optical fibers according to claim 1, wherein: the optical fiber strip is used as a luminous part of the luminous bracelet and also used as a wrist strap part of the luminous bracelet.

7. The bracelet capable of guiding light by using optical fibers according to claim 1, wherein: the side of main part cavity and assistance cavity all has cylindrical buckle, and cylindrical buckle can with the fiber optic strip is fixed for fix on the wrist and can adjust the size of bracelet.

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