1. The utility model provides an optic fibre color lamp floor with power supply performance, dynamic effect which characterized in that: the upper layer is a canvas which is controlled by a signal and covers the lower floor and can be used for recovering the mechanism, and the lower layer is an optical fiber colored lamp floor which can be combined and matched with different functions at will according to requirements; the optical fiber color lamp floor is divided into three types, one type is the optical fiber color lamp floor with power supply performance, the other type is a non-transparent optical fiber color lamp floor with dynamic demonstration effect, and the third type is the transparent optical fiber color lamp floor with dynamic demonstration effect, which is assembled by transparent materials; along with the step movement of a user, the upper layer canvas enables a motor of the canvas recovery mechanism to be started through receiving signals, the canvas at the corresponding position is gradually recovered, the optical fiber color lamp floor with the power supply performance at the bottom layer is displayed, meanwhile, the optical fiber color lamp on the floor is lightened according to a set program through receiving signals, the optical fiber color lamp is lightened in a mode, the displayed color runs according to the program, the area opened by the canvas can be gradually enlarged until the canvas is completely opened along with the step gradual movement of the user, meanwhile, the user can obtain electric energy through the optical fiber color lamp floor with the power supply performance along with the opening of the upper layer canvas, and the optical fiber color lamp ornaments or other ornaments on the clothes can obtain electric energy.

2. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the optical fiber colored lamp floor with the power supply performance in the bottom floor is composed of a plastic plate with any color or transparency and provided with a plurality of assembly process holes, a cylindrical magnet can be assembled in the process holes, a tension spring and a plastic column for fixing the magnet, a copper net covered on the plastic plate, and a control plate which supplies power to the copper net and the magnet and has short-circuit protection; when the upper canvas layer is opened by the recovery mechanism to display the optical fiber color lamp floor with the power supply performance at the bottom layer, the electric energy on the floor is input to the optical fiber color lamp ornaments on the clothes through the power supply receiving plate positioned below the sole along with the movement of the footsteps, so that the optical fiber color lamps on the clothes are lightened according to the programmed control program, and even if one foot leaves the power supply receiving plate on the other shoe on the surface of the floor along with the movement of the footsteps, the electric energy can be still obtained from the power supply optical fiber color lamp floor.

3. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the non-transparent optical fiber color lamp floor in the bottom floor is composed of a canvas for assembling optical fiber color lamps according to the pattern requirement, a layer of metal wire mesh fixed on the back of the canvas by a fine silk thread, full-color LED lamp beads and optical fiber bundles assembled on the lamp beads, the optical fibers fixed on the canvas by embroidery and an optical fiber fixing process, an LED color lamp T-shaped fixing support of the non-transparent optical fiber color lamp floor and a program control board of the optical fiber color lamps.

4. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the non-transparent fiber color lamp floor canvas is fixed by a T-shaped fixing support and fixedly connected through plastic rivet buckles, the canvas is divided into a plurality of squares with the same size, and full-color LED color lamp beads on the canvas are fixed on the support through glue.

5. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the optical fiber color lamp starting induction signal arranged on the canvas of the non-transparent optical fiber color lamp floor can be a pressure induction signal, an infrared induction signal, a photoinduction signal and a wireless control signal, the corresponding LED optical fiber color lamp is started by inducing the received signal, the color of the optical fiber color lamp is controlled according to a set control program, and the mode is lightened.

6. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the pattern displayed by the optical fiber fancy lanterns in the transparent optical fiber fancy lantern floor in the bottom floor is assembled by optical fiber bundles fixedly formed by metal wires or optical fiber bundles fixedly formed by transparent glue, the optical fiber bundles are fixed on the conducting wires at the positions of the optical fiber bundles by filament yarns or glue, and the optical fiber bundles required to be connected with the optical fiber bundles on the adjacent modules are fixedly connected through optical fiber bundle fixing pipes, so that the optical fiber bundles distributed on the modules are connected into a whole, and the pattern displayed by the optical fiber fancy lanterns is displayed.

7. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the wiring harness for connecting the optical fiber color lamp ornaments in the transparent optical fiber color lamp floor in the bottom floor is a strand of conducting wire consisting of a positive pole and a negative pole of a power supply wire and three wires of a signal wire, namely the strand of conducting wire contains three kinds of wiring harnesses at the upper side, the three kinds of wires in the strand of conducting wire are respectively connected with corresponding input ports of the three kinds of wires when the optical fiber color lamp ornaments or the optical fiber color lamps and LED light fiber bundle tubes are assembled, then the strand of conducting wire is connected from an output port on the optical fiber color lamps, then the next optical fiber color lamp ornament is connected in series, and the LED color lamps in the same module are connected through the strand of conducting wire, so that the control of each LED color lamp is realized through a control panel.

8. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the fixing clip in the transparent optical fiber color lamp floor in the subfloor consists of a full-color LED lamp wire harness frame fine adjustment clip, a full-color LED lamp wire harness frame fixing clip, a modularized connecting ornament wire tightness clip, a modularized connecting ornament wire length fine adjustment clip and reinforcing ribs with full-color LED lamp beads on the left side and the right side, wherein the apex angle connecting clip is used for connecting the reinforcing ribs with the full-color LED lamp beads on the left side and the right side of the transparent optical fiber color lamp floor and connecting the upper modularized connecting ornament wire tightness clip and the lower modularized connecting ornament wire clip or the modularized connecting ornament wire length fine adjustment clip for connecting and fixing, the modularized connecting ornament wire length fine adjustment clip is used for fixing the length of the connecting optical fiber color lamp wire on the connecting optical fiber color lamp, and the modularized connecting ornament wire tightness clip corresponding to the lower part thereof is used for tensioning the wire on the fixed ornament to prevent the wire from loosening, the integral optical fiber color lamps in the transparent optical fiber color lamp floor are displayed.

9. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the optical fiber color lamp patterns installed on the transparent optical fiber color lamp floor and the optical fiber color lamp ornaments assembled on the optical fiber color lamp patterns are divided into a plurality of small patterns by the aid of the tightness clamps of the wires of the modular connection ornaments and the corresponding fine adjustment clamps of the lengths of the wires of the modular connection ornaments, the small patterns are sequentially placed into the transparent plastic shell according to the patterns when the small patterns are installed, the wire harnesses are connected inside the transparent plastic shell, the tightness clamps of the wires of the modular connection ornaments are fixed with the adjacent tightness clamps through pins, and the fine adjustment clamps of the lengths of the wires of the modular connection ornaments are identical to each other, so that the patterns in the transparent optical fiber color lamp floor are displayed.

10. The optical fiber color lamp floor with power supply performance and dynamic effect as claimed in claim 1, wherein: the optical fiber colored lamp is controlled by a colored lamp program control board, the transmission of the control program can be wired data transmission, and the optical fiber colored lamp can be programmed by APP software on a mobile phone and adopts wireless data transmission.

Background

The floor on the existing stage is only one type, namely the LED lamp can be lightened when the simple LED colored lamp floor receives external sensing signals such as gravity, and the single effect is that the LED lamp is simply lightened, so that other display effects can not be increased. The LED colored lamp ornaments on the clothes of the user can not be powered at any position in function, and the power can be supplied only by the batteries of the LED colored lamps, so that the styles and the number of the LED colored lamp ornaments decorated on the clothes are greatly limited, and the overall weight of the clothes is increased, and the performance effect of the user on a stage is also limited.

Disclosure of Invention

In view of the technical defects, the invention aims to provide the optical fiber color lamp floor with the power supply performance and the dynamic effect, power is supplied by interaction between the shoes and the optical fiber color lamp floor, a performer does not need to carry a power supply additionally, the load is reduced, and the performance effect is improved.

In order to solve the technical problems, the invention adopts the following technical scheme:

the invention provides an optical fiber color lamp floor with power supply performance and dynamic effect, which adopts an upper layer and a lower layer, wherein the upper layer is canvas which is controlled by signals and covers the lower layer floor and can be recycled, and the lower layer is the optical fiber color lamp floor which can be combined and matched with different functions at will according to requirements; the optical fiber color lamp floor is divided into three types, one type is the optical fiber color lamp floor with power supply performance, the other type is a non-transparent optical fiber color lamp floor with dynamic demonstration effect, and the third type is the transparent optical fiber color lamp floor with dynamic demonstration effect, which is assembled by transparent materials; along with the step movement of a user, the upper layer canvas enables a motor of the canvas recovery mechanism to be started through receiving signals, the canvas at the corresponding position is gradually recovered, the optical fiber color lamp floor with the power supply performance at the bottom layer is displayed, meanwhile, the optical fiber color lamp on the floor is lightened according to a set program through receiving signals, the optical fiber color lamp is lightened in a mode, the displayed color runs according to the program, the area opened by the canvas can be gradually enlarged until the canvas is completely opened along with the step gradual movement of the user, meanwhile, the user can obtain electric energy through the optical fiber color lamp floor with the power supply performance along with the opening of the upper layer canvas, and the optical fiber color lamp ornaments or other ornaments on the clothes can obtain electric energy.

Preferably, the pattern on the canvas can be assembled and designed according to the requirements of users.

Preferably, the color of the pattern can be drawn by using a common pigment, or by using a pigment with a fluorescent effect, a light-sensitive color-changing material and a temperature-sensitive color-changing material, so that the pattern can show different colors when receiving different sensing signals.

Preferably, the pattern on the canvas can be matched and installed by color paper or ornaments made of color cloth.

Preferably, the canvas can be made of cloth, yarn or silk according to the use requirement, and has a fireproof material below the cloth to play a safety protection role.

Preferably, the signal receiver is provided with an integrally formed switch, and the switch can be a mechanical switch, an electronic switch or an intelligent switch; the design of the switch can be selected, and the switch can be controlled by a circuit board program for an electronic switch or can be controlled by a remote control.

Preferably, the plastic plate with the plurality of assembly holes can be a plastic plate made of a transparent material, can also be a non-transparent plastic plate with any color and any shape, and is adhered with an anti-cracking protective film to play a role in enhancing strength and protecting.

Preferably, the plastic plate with a plurality of assembly holes is not required to be provided with accessories such as magnets inside the assembly holes, and the full-color LED lamp bead optical fiber colored lamp with the optical fiber bundle can be assembled inside the assembly holes according to design requirements and patterns. The pattern is displayed through the assembling positions of different optical fiber colored lamps and corresponding control programs.

Preferably, the optical fiber color lamp starting sensing signal installed on the optical fiber color lamp floor with the power supply performance can be a pressure sensing signal, an infrared sensing signal, a light sensing signal and a wireless control signal, the corresponding LED optical fiber color lamp is started by sensing the received signal, the color of the optical fiber color lamp is controlled according to a set control program, and the lighting mode is realized.

Preferably, the optical fiber color lamp is controlled by a color lamp program control board, and the transmission of the control program can be wired data transmission or can be programmed by APP software on a mobile phone to adopt wireless data transmission.

Preferably, the optical fiber color lamp starting sensing signal arranged on the canvas of the non-transparent optical fiber color lamp floor can be a pressure sensing signal, an infrared sensing signal, a photoinduction signal and a wireless control signal, the corresponding LED optical fiber color lamp is started by sensing the received signal, the color of the optical fiber color lamp is controlled according to a set control program, and the lighting mode is realized.

Preferably, the LED lamp beads arranged in the LED lamp light fiber bundle tube on the transparent optical fiber color lamp floor can be full-color LED color lamp beads or single-color LED color lamp beads, and the colorful LED color lamp beads are assembled according to design requirements.

Preferably, a small music player can be installed on the transparent optical fiber colored lamp floor in the subfloor, and the LED colored lamp control panel can enable the light color and the lighting mode of the optical fiber colored lamp ornament to be lighted up according to music to show a dynamic performance mode.

Preferably, the pattern on the surface of the carrier of the optical fiber color lamp ornaments in the transparent optical fiber color lamp floor in the subfloor can be drawn by common pigment or pigment with fluorescent pigment.

Preferably, the switch of the small and medium-sized music player on the transparent optical fiber colored lamp floor in the subfloor can be an intelligent switch or a remote control switch, and can be programmed and set in advance.

Preferably, the ornaments in the transparent optical fiber color lamp floor in the subfloor are not only ornaments with optical fiber color lamps, but also other ornaments and the optical fiber color lamp ornaments can be assembled and matched to jointly improve the effect of the transparent optical fiber color lamp floor.

Preferably, the optical fiber color lamp starting sensing signal arranged on the canvas of the transparent optical fiber color lamp floor can be a pressure sensing signal, an infrared sensing signal, a photoinduction signal and a wireless control signal, the corresponding LED optical fiber color lamp is started by sensing the received signal, the color of the optical fiber color lamp is controlled according to a set control program, and the lighting mode is realized.

Preferably, the optical fiber color lamp is controlled by a color lamp program control board, and the transmission of the control program can be wired data transmission or can be programmed by APP software on a mobile phone to adopt wireless data transmission.

Preferably, the lower layer is an optical fiber color lamp floor with power supply performance, a non-transparent optical fiber color lamp floor with dynamic demonstration effect, and a transparent optical fiber color lamp floor with dynamic demonstration effect, which is assembled by transparent materials, which can be combined and matched at will according to requirements.

Preferably, all ornament electric energy with optical fiber bundles and LED lamp bead decorations can be supplied with power through a battery.

The invention has the beneficial effects that: the pattern that becomes LED optical fiber bundle color lamp by original simple LED color lamp floor into in effect can design the equipment according to user's demand, can make up the collocation wantonly on the kind of floor, makes the style on floor more diversified in order to adapt to different user's different demands.

(1) Uniqueness: the existing stage floor on the market only has one type, namely a simple LED colored lamp floor can be lighted up when an external sensing signal such as gravity is received, the effect is single, only the LED lamp is simply lighted up, and other display effects cannot be increased, the LED color lamp ornaments on the clothes can be automatically powered at any position, the burden of a battery with heavy weight which is required to be provided with the LED lamp on the clothes is eliminated, the LED color lamp ornaments on the clothes can obtain electric energy only by standing on the floor, and the dynamic demonstration effect of the dazzling pictures is superior to the prior fancy lantern floor which shows the effect only by lightening the LED fancy lanterns through the combination of the optical fibers and the LED fancy lanterns, in application, any LED colored lamp on the floor can be programmed and designed through APP software on the mobile phone, and the program is transmitted to the control panel through wireless data transmission.

(2) Diversity: the color lamp can be assembled in a modularized way according to different user requirements, the three floors in the structural diversity can be combined and matched at will according to the user requirements, the display patterns of the three floors and the upper canvas in the display pattern diversity can be designed and assembled according to the user requirements, the colors of the patterns can be filled by the optical fibers fixed on the canvas sent by the LED lamps in the optical fiber color lamp, can also be drawn by the light-sensitive color-changing material and the temperature-sensitive color-changing material which are filled by common pigment or pigment with fluorescent effect, and can be matched at will, the optical fiber starting induction signals on the three floors assembled by the control signals can be pressure induction signals, infrared induction signals, light-sensitive color lamps and wireless control signals, the corresponding LED optical fiber colored lamps are started by sensing received signals, the colors and lighting modes of the optical fiber colored lamps are controlled according to a set control program, and any selection matching installation can be carried out; the diversity of control programs of the LED optical fiber colored lamps; the LED colored lamps on the three floors are controlled by the LED colored lamp control panel, the same pattern can be used for controlling the color displayed by each LED lamp according to the requirements of users, the lighting mode is programmed from a mobile phone APP, or the programming design is carried out on a computer, and the control program is transmitted to the control panel through wired data transmission or wireless data transmission.

(3) Safety: the bottom has power supply performance's power supply floor adopts direct current 12V power supply to be less than human safe voltage 36V far away to have every power supply positive output of power supply performance bottom plate all have self-resuming protection device if the short circuit condition automatic disconnection power supply output appears, and adopt the power supply of any group of modularized design problem of appearing and do not influence the power supply stability of other groups, three kinds of floors all have fixed bolster and strengthening rib fixed, prevent to damage because the atress is too big.

(4) The equipment is convenient: each component of the three floors is in a modular design, so that a user can conveniently and quickly assemble the floor decoration according to the instruction, and parts needing to be replaced and maintained can be conveniently and quickly replaced.

(5) The practicality is strong, adopts the accessory wherein of modularized design can retrieve and repeat the use in other floors of the same type, and the optic fibre color lamp ornaments on color lamp floor can become the ornament alone and use, and three kinds of floors application scope is wide not only uses as the floor but also can hang and use as the ornament on the wall, and there is not the waste product to produce the environmental protection.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.

Fig. 1 is a schematic diagram of a position contact state between an electric energy receiving board and a power supply bottom board of a fiber color lamp floor provided by an embodiment of the invention, wherein the electric energy receiving board has power supply performance and dynamic effect;

fig. 2 is a schematic structural diagram of an optical fiber bundle color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 3 is a schematic structural diagram of an optical fiber bundle of a floor of an optical fiber color lamp with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 4 is a top view of a patterned optical fiber bundle color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 5 is a schematic structural diagram of a patterned optical fiber bundle color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 6 is a canvas with a wire mesh and patterns for a fiber color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 7 is a schematic structural diagram of a pattern formed by an optical fiber bundle tube and an optical fiber bundle of an optical fiber color lamp floor LED lamp with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 8 is a schematic structural diagram of a floor fixing bracket for an optical fiber color lamp according to an embodiment of the present invention, which has power supply performance and dynamic effect;

fig. 9 is a full-color LED lamp bead connection diagram assembled on the transverse and longitudinal supports of the non-transparent optical fiber color lamp floor with power supply performance and dynamic effect according to the embodiment of the present invention;

fig. 10 is a schematic structural diagram of an optical fiber single-layer whole of the optical fiber colored lamp floor provided by the embodiment of the invention, which has power supply performance and dynamic effect;

fig. 11 is a schematic connection diagram of a full-color LED fiber bundle of a fiber color lamp floor having power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 12 is a schematic structural diagram of a floor fixing clip of an optical fiber color lamp according to an embodiment of the present invention, which has power supply performance and dynamic effect;

fig. 13 is a schematic structural diagram of a floor elastic clamp with optical fiber color lamps and having power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 14 is a schematic structural diagram of a length fine adjustment card for a floor wire of an optical fiber color lamp according to an embodiment of the present invention, the length fine adjustment card having power supply performance and dynamic effect;

fig. 15 is a schematic structural diagram of a floor frame fine adjustment card of an optical fiber color lamp with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 16 is an assembly structure view of a transparent optical fiber color lamp floor of an optical fiber color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 17 is a modular full-color LED lamp pattern with a fixing clip on a floor of an optical fiber color lamp with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 18 is a signal circuit diagram of a full-color LED lamp and a video signal of a fiber-optic color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 19 is a diagram of a starting signal of an upper canvas motor of a fiber color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

FIG. 20 is a top view of an upper canvas of a fiber-optic color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 21 is a combined structure diagram of a non-transparent optical fiber color lamp floor and an upper canvas of an optical fiber color lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 22 is an assembly structure diagram of a fiber-optic colored lamp floor with power supply performance and dynamic effect according to an embodiment of the present invention, wherein the assembly structure diagram includes a plurality of transparent fiber-optic colored lamp floors with power supply performance;

fig. 23 is a combined structure diagram of an optical fiber color lamp floor and an upper canvas with power supply performance and dynamic effect according to an embodiment of the present invention;

fig. 24 is an assembly structure diagram of an upper canvas and three optical fiber color lamp floors with power supply performance and dynamic effect in an optical fiber color lamp floor according to an embodiment of the present invention.

In the drawings: 1-copper mesh, 2-optical fiber bundle, 3-fixed tube, 4-LED lamp, 5-transverse bracket, 6-longitudinal bracket, 7-fixed plate, 8-spring, 9-plastic cylinder, 10-magnet sheet, 11-gear, 12-clamping plate, 13-rack, 14-ornament and 15-fixed clamp.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Embodiment 1, as shown in fig. 1 to 24, an optical fiber color lamp floor with power supply performance and dynamic effect adopts an upper layer and a lower layer, wherein the upper layer is a canvas which is covered on the lower layer floor through signal control and can be recycled, and the lower layer is an optical fiber color lamp floor which can be combined and matched with different functions at will according to requirements; the optical fiber color lamp floor is divided into three types, one type is the optical fiber color lamp floor with power supply performance, the other type is a non-transparent optical fiber color lamp floor with dynamic demonstration effect, and the third type is the transparent optical fiber color lamp floor with dynamic demonstration effect, which is assembled by transparent materials; along with the step movement of a user, the upper layer canvas enables a motor of the canvas recovery mechanism to be started through receiving signals, the canvas at the corresponding position is gradually recovered, the optical fiber color lamp floor with the power supply performance at the bottom layer is displayed, meanwhile, the optical fiber color lamps on the floor are lightened according to a set program through receiving signals, the optical fiber color lamps are lightened in a mode, the displayed colors run according to the program, the opened area of the canvas can be gradually enlarged until the canvas is completely opened along with the step gradual movement of the user, meanwhile, the user can obtain electric energy through the optical fiber color lamp floor with the power supply performance along with the opening of the upper layer canvas, and the optical fiber color lamp ornaments 14 or other ornaments 14 on the clothes can obtain the electric energy.

Furthermore, the optical fiber color lamp floor comprises a power supply optical fiber color lamp floor with a power supply performance, a non-transparent optical fiber color lamp floor with a dynamic demonstration effect, and a transparent optical fiber color lamp floor which is formed by assembling transparent materials and has a dynamic demonstration effect, wherein the power supply optical fiber color lamp floor is any color or transparent plastic plate provided with fabrication holes.

Furthermore, cylindrical magnets are assembled in the fabrication holes, and are used for fixing tension springs and plastic columns of the magnets, when the upper canvas layer is opened by the recovery mechanism to display the optical fiber color lamp floor with the power supply performance at the bottom layer, the electrical energy on the floor is input to the optical fiber color lamp ornaments 14 on the clothes through the power supply receiving board positioned below the sole along with the movement of the footsteps, and the optical fiber color lamps on the clothes are lightened according to a control program.

Furthermore, the sole is provided with and supplies the receiving board, the cooperation of power supply receiving board and power supply optic fibre color lamp floor is supplied power, even if have a foot leave the power supply receiving board on another shoes on floor surface along with the removal of step still can obtain the electric energy from power supply optic fibre color lamp floor, can not break off the transmission of electric energy because of the removal of step.

Furthermore, a layer of anti-cracking protective film is attached to the surface of the transparent plastic plate, and a plurality of reinforcing ribs are arranged in the transparent plastic plate to increase the strength of the bottom plate, so that the plastic plate is prevented from being cracked due to overlarge stress.

Furthermore, an optical fiber color lamp with a full-color LED lamp 4 bead of the optical fiber bundle 2 is assembled in the technical hole.

Furthermore, the three kinds of fiber color lamp floor canvases adopt a modular assembly design, and the fiber color lamps and the canvases thereof on the same pattern are taken as a whole.

Further, the non-transparent optical fiber color lamp floor comprises a canvas for assembling optical fiber color lamps according to patterns, 4 full-color LED lamps, an optical fiber bundle 2 assembled on the lamp beads, 4 LED lamp T-shaped fixing supports and a program control board of the optical fiber color lamps.

Further, transparent optic fibre color lamp floor is including pasting the transparent plastic casing that anti-splitting membrane, assembling in inside optic fibre color lamp ornaments 14, can adjust full-color LED lamp 4 pencil frame fixing clip 15, full-color LED lamp 4 pencil frame fine setting clip and full-color LED lamp 4 pencil fine setting clip of pencil elasticity, full-color LED lamp 4 pencil frame fixing clip 15, full-color LED lamp 4 pencil frame fine setting clip and full-color LED lamp 4 pencil fine setting clip fix inside the transparent plastic casing through the fixed muscle in both sides, all are fixed with full-color LED lamp 4 pearls on it.

Furthermore, the optical fiber color lamp is controlled by a color lamp program control board, and the transmission of the control program can be wired data transmission or can be programmed by APP software on a mobile phone to adopt wireless data transmission.

The optical fiber color lamp floor can be arranged at any position, automatic power supply can be realized for LED color lamp ornaments on clothes, the LED color lamp ornaments on the clothes can obtain electric energy only by standing on the floor, load bearing is avoided, dynamic demonstration effect of colorful pictures is achieved by combining the optical fiber and the LED color lamps, any LED color lamp on the floor can be programmed and designed through APP software on a mobile phone, and a program is transmitted to a control panel through wireless data transmission; each component of the three floors is in a modular design, so that a user can conveniently and quickly assemble the floor decoration according to the instruction, and parts needing to be replaced and maintained can be conveniently and quickly replaced independently; the modular design is adopted, accessories in the modular floor can be recycled and repeatedly used on other floors of the same type, and the optical fiber colored lamps of the colored lamp floor can be independently used as ornaments.

It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.