CN110609630A - Flexible RGB light-emitting mouse soft pad - Google Patents

Abstract

The invention provides a flexible RGB light-emitting mouse soft pad, which comprises a soft surface layer, a soft bottom layer, a soft light-emitting device clamped between the soft surface layer and the soft bottom layer, and a control box which is arranged at one edge of the light-emitting mouse soft pad and is internally provided with a plurality of RGB LED lamps (red, green and blue light-emitting diodes); the flexible light-emitting device comprises a flexible light guide piece and a flexible light-transmitting piece, wherein the flexible light-transmitting piece is wound on the periphery of the flexible light guide piece and is outside the occupied range of the control box; when each RGB LED lamp is luminous, the LED light energy emitted by each RGB LED lamp is injected from a section of the soft light guide piece and is conducted to the soft light transmission piece by the soft light guide piece to emit light outwards, so that the luminous mouse soft pad has flexibility for a user to conveniently store, the luminous mode of the luminous mouse soft pad is more variable, particularly, a mouse sliding action area on the luminous mouse soft pad and the luminous edge of the mouse sliding action area can be kept smooth, the use efficiency of the luminous mouse soft pad is improved, and the requirements of consumers are met.

Description

Flexible RGB Lighted Mouse Pad

technical field

The invention relates to a light-emitting mouse pad, in particular to a flexible RGB light-emitting mouse pad in which the mouse sliding action area and the light-emitting edge of the light-emitting mouse soft pad can be kept flat.

Background technique

A variety of light-emitting mouse pads have been disclosed in the field of mouse pads, such as Taiwan Patents M527123, M550848, M253013, M547700, etc. When the light-emitting mouse pad is used in conjunction with electronic devices (such as desktop computers, notebook computers), the mouse The LED light emitted by the LED lights on the pad will emit light from the light-transmitting parts around the mouse pad, so that the user can determine the sliding area of the mouse on the mouse pad and operate the mouse smoothly even in a dark environment. , and make the mouse pad more luminous decorative effect.

However, the mouse pads disclosed in Taiwan Patents M253013 and M547700 do not consider the use of soft materials to make the mouse pad (ie, the mouse pad in this case), so that the mouse pad cannot be rolled up, causing inconvenient storage for users. Another example is the mouse pad disclosed in Taiwan Patents M253013 and M550848, which uses an LED light as a light source and is equipped with a flexible optical fiber strip around the edge of the mouse pad, so that the flexible optical fiber strip is farther away from the light source of the LED light. The brightness is weak and relatively uneven, and the light-emitting mode is also relatively monotonous, which does not meet the needs of modern consumers for innovation and change. In addition, as disclosed in Taiwan Patents M547700 and M527123, the center of the mouse pad (ie the mouse action area) is provided with a plurality of LED lights (die) and LED light related circuit boards. When the mouse pad is made of soft materials (that is, the mouse pad referred to in this case) or when it is naturally dented downward after being used for a long time, the user will feel the uneven feeling caused by the die or circuit board when operating the mouse, which is not only unfavorable for the operation of the mouse use, and cannot provide the user with a comfortable experience of flattening the mouse pad. Therefore, the existing light-emitting mouse pads still have many shortcomings that need to be improved.

SUMMARY OF THE INVENTION

The main purpose of the present invention is to provide a flexible RGB light-emitting mouse pad, which is composed of a soft surface layer, a soft bottom layer, a flexible light-emitting device and a control box, so that the light-emitting mouse pad has The flexibility is convenient for users to store, and makes its light-emitting mode more variable, especially the mouse operation area on the light-emitting mouse pad and its light-emitting edge can be kept flat, so as to improve the use efficiency of the light-emitting mouse pad and improve the efficiency of the light-emitting mouse pad. meet the needs of consumers.

In order to achieve the above object, the present invention provides a flexible RGB light-emitting mouse pad, which is characterized by comprising:

a soft surface layer, a first groove is set at one edge of the soft surface layer, and the first groove has one side;

a soft bottom layer, a second groove is provided at one edge of the soft bottom layer for corresponding to the first groove, and the second groove has one side;

A flexible light-emitting device, comprising: a flexible light guide, a third groove is formed at an edge of the flexible light guide for corresponding to the first groove and the second groove, and the third groove has one side and form a section with a thickness; and a flexible light-transmitting member, which is an annular strip and can be used to surround the flexible light-guiding member except for the third groove; and,

A control box, which has an outer side and an inner side, which is located at an edge of the light-emitting mouse pad and corresponds to the positions of the first groove, the second groove and the third groove , which comprises: an upper cover with an engaging portion on the bottom surface; a lower cover with a engaging portion on the top surface for correspondingly engaging with the engaging portion of the upper cover; a circuit board, which is arranged on Between the upper cover and the lower cover, there is an outer side and an inner side corresponding to the outer side and inner side of the control box; a plurality of RGB LED lights are arranged on the bottom surface of the circuit board and arranged along the inner side of the circuit board, the light-emitting mode of each RGB LED lamp is controlled by the circuit board; and an external unit, which is arranged on the outer side of the circuit board and is used for electrical connection with the circuit board To provide power for each RGB LED light;

Wherein the lower cover passes through the soft bottom layer, the soft light-emitting device and the soft surface layer and is clamped on the upper cover, so that the control box can be connected with the soft surface layer, the soft light-emitting device and the soft surface layer. The bottom layer is combined into one;

When each RGB LED lamp emits light, the LED light energy emitted by each RGB LED lamp is incident from a cross-section of the flexible light guide member and transmits the light to the flexible light-transmitting member through the flexible light guide member. Glow outside.

The flexible RGB light-emitting mouse pad, wherein: the first groove of the soft surface layer is a C-shaped groove and has an arc-shaped side, and the soft surface layer follows the arc-shaped side. A plurality of first perforations are arranged on the side; wherein the second groove of the soft bottom layer is a C-shaped groove and has an arc-shaped side, and along the arc-shaped side is arranged on the soft bottom layer. A plurality of second through holes are respectively corresponding to the first through holes; wherein the third groove of the flexible light guide is a C-shaped groove with an arc-shaped side and corresponds to the first groove and the a second groove, and a plurality of third perforations are arranged on the flexible light guide along the arc-shaped side for corresponding to the first perforations and the second perforations; wherein the control box is a D-shaped The flat box body has a straight outer side and an arc-shaped inner side; wherein a plurality of convex columns are arranged on the top surface of the lower cover along the arc-shaped inner side of the lower cover, and each convex column can be respectively Passing through each of the first through holes, the second through holes and the third through holes to reach the upper cover; wherein the circuit board is D-shaped and has a straight outer side and an arc-shaped inner side for corresponding to the The straight outer side and the arc inner side of the control box, wherein the plurality of RGB LED lights are arranged at equal intervals along the arc inner side of the circuit board.

The flexible RGB light-emitting mouse soft pad, wherein: the soft light-guiding member of the soft light-emitting device is a soft sheet structure made of PU or TPU.

The flexible RGB light-emitting mouse soft pad, wherein: the soft light guide member of the soft light-emitting device includes a plurality of optical fibers, wherein the head end of each optical fiber is along the third groove of the flexible light guide member. The sides are arranged at equal intervals to form the cross section of the flexible light guide, and the end of each optical fiber extends to be close to the flexible light transmission member; wherein each optical fiber is pasted on a carrier sheet layer.

The flexible RGB light-emitting mouse pad, wherein: the external unit of the control box is a USB socket.

The flexible RGB light-emitting mouse pad, wherein: the soft surface layer comprises an outer cloth layer and a foam layer formed by foaming of rubber or plastic, and the foam layer is arranged under the outer cloth layer; wherein The soft bottom layer is a foam layer formed by foaming rubber or plastic; wherein the soft light-transmitting part of the soft light-emitting device is formed by silica gel.

The flexible RGB light-emitting mouse pad, wherein: at least one light-transmitting hole is provided near the edge of the foam layer of the soft surface layer, and each light-transmitting hole is provided with a transparent decorative unit; wherein the soft A light refraction surface is provided on the surface of the light guide member corresponding to the positions of the light-transmitting holes; wherein when the LED light is incident from the cross section of the flexible light guide member, the LED light can be projected upward by virtue of the light refraction surface. The transparent decorative unit is used to display or project the decorative pattern on the transparent decorative unit on the outer cloth layer of the soft surface layer.

The flexible RGB light-emitting mouse pad, wherein: at least one light-transmitting hole is provided near the edge of the foam layer of the soft surface layer, and a display is provided at the position corresponding to each light-transmitting hole in the outer cloth layer Each light-transmitting hole is provided with a decoration unit and is exposed from the display hole; wherein the flexible light guide is provided with a light refraction surface at the position corresponding to the light-transmitting hole; When the cross section of the transparent light guide is incident, the LED light can be projected upward on the transparent decorative unit by virtue of the light refraction surface and emit light outward.

The flexible RGB light-emitting mouse pad, wherein: the engaging portion of the upper cover of the control box includes at least one stud; wherein the engaged portion of the lower cover of the control box includes at least one screw hole for each A stud; wherein the upper cover and the lower cover are screwed together by means of the stud and the screw hole.

The flexible RGB light-emitting mouse soft pad, wherein: the circuit board of the control box can adjust the brightness, color and light-emitting mode of each RGB LED lamp.

Compared with other background technologies, the light-emitting mouse pad 1 of the present invention has the following advantages:

(1) The soft surface layer 1, the soft bottom layer and the soft light-emitting device of the present invention are all made of soft materials, which effectively solves the problem that the existing light-emitting mouse pad cannot be rolled up and causes inconvenient storage for users , which is helpful for the user to conveniently fold and store the flexible RGB light-emitting mouse pad.

(2) The LED light emitted by each RGB LED lamp of the present invention can be projected to the cross-section of the flexible light guide member and conducted to emit light from the flexible light-transmitting member, and the circuit board of the control box can be further adjusted The brightness, color and light-emitting mode of each RGB LED light effectively solve the problem of weak brightness and monotonous light-emitting pattern of the existing light-emitting mouse pad that is far away from the light-emitting source, and provides a light-emitting mouse pad with uniform lighting and rich effects. Meet the needs of users for product innovation and change.

(3) The control box of the present invention is located at an edge of the light-emitting mouse pad, so that each RGB LED light is not concentrated in the center of the mouse pad (mouse operation or action area), effectively solving the problem of the existing light-emitting mouse pad There are a plurality of LED lights (die) and LED circuit boards in the center, so that when the mouse pad is made of soft materials or used for a long time and naturally dented downward, the user will easily feel the die and the LED when operating the mouse. The problem of the protruding and uneven feeling of the circuit board is to provide the user with a comfortable experience of smoothing the mouse pad when using the mouse.

Description of drawings

FIG. 1 is a combined perspective view of an embodiment of the present invention (the flexible light guide member is a sheet structure).

FIG. 2 is an exploded perspective view of FIG. 1 .

FIG. 3 is an enlarged schematic view of a part of FIG. 2 .

FIG. 4 is a partial enlarged schematic view of the circuit board and the flexible light guide in FIG. 2 .

FIG. 5 is an enlarged schematic top view of a part of FIG. 1 .

FIG. 6 is an enlarged schematic side sectional view of a portion (section line 6-6) of FIG. 5. FIG.

FIG. 7 is an exploded perspective view of another embodiment of the present invention (the flexible light guide is a plurality of optical fibers).

FIG. 8 is a schematic top view of a part of FIG. 7 (with the upper cover, the circuit board and the soft surface layer removed).

FIG. 9 is an enlarged schematic side sectional view of a part of FIG. 1 (the transparent decorative unit is covered under the outer fabric layer).

FIG. 10 is an enlarged schematic side sectional view of a part (the transparent decorative unit is exposed) in FIG. 1 .

Description of reference numerals: 1-light-emitting mouse pad; 10-soft surface layer; 101-outer cloth layer; 102-foam layer; 103-light transmission hole; 104-display hole; 11-first groove; 12- side; 13-first perforation; 20-soft bottom layer; 21-second groove; 22-side; 23-second perforation; 30-flexible light-emitting device; 31-flexible light guide; 31a- Sheet body; 31b-optical fiber; 311-third groove; 312-side edge; 313-third perforation; 314-section; 315-light refraction surface; end; 35-carrying sheet layer; 40-control box; 41-outside edge; 42-inside edge; 43-upper cover; 431-engagement part; 431a stud; 44-lower cover; 441a screw hole; 442-post; 45-circuit board; 451-outside edge; 452-inside edge; 46-LED light; 461-LED light; 47-external unit; 47a-USB socket; 50 - Transparent decorative unit.

Detailed ways

The structure and technical features of the present invention are described in detail below in conjunction with the drawings. The drawings are only used to illustrate the structural relationship and related functions of the present invention. Therefore, the dimensions of each element are not set according to the actual scale and are not intended to be limited. this invention.

1 to 10 , the present invention is a flexible RGB light-emitting mouse pad 1 , which includes a soft surface layer 10 , a soft bottom layer 20 , a soft light-emitting device 30 and a control box 40 .

A first groove 11 is provided at an edge of the soft surface layer 10 , and the first groove 11 has a side 12 ; in addition, as shown in FIG. 3 , the first groove 11 of the soft surface layer 10 is further A C-shaped groove (11) is not intended to limit the present invention, the side edge 12 forms an arc-shaped side edge (12), and is formed along the arc-shaped side edge (12) on the soft surface layer 10 A plurality of first through holes 13 are further arranged but not limited. In an embodiment of the present invention (refer to FIG. 9 and FIG. 10 ), the soft surface layer 10 further includes an outer cloth layer 101 and a foam layer 102 formed by foaming of rubber or plastic and attached to the outer cloth layer 101 under.

A second groove 21 is provided at an edge of the soft bottom layer 20 to correspond to the first groove 11 , and the second groove 21 has a side 22 ; in addition, as shown in FIG. 3 , the soft bottom layer is The second groove 21 of 20 is further a C-shaped groove ( 21 ), but it is not used to limit the present invention. A plurality of second through holes 23 are further arranged along the arc-shaped side edge (22) for corresponding to each of the first through holes 13, but are not limited. In an embodiment of the present invention (refer to FIGS. 9 and 10 ), the soft bottom layer 20 is further a foam layer formed by foaming of rubber or plastic.

The flexible light-emitting device 30 includes a flexible light guide member 31 and a flexible light-transmitting member 32; in the embodiment shown in FIG. 1 to FIG. 6 , the flexible light guide member 31 is made of a soft material such as PU ( The flexible sheet structure is made of polyurenthane/polyurethane) or TPU (Thermoplastic Urethane), but not limited; a third groove 311 is provided at an edge of the flexible light guide 31 for corresponding to the first groove 11 and the The second groove 21, the third groove 311 has one side 312 and forms a section 314 with a thickness. The soft light-transmitting member 32 is made of a soft material such as silica gel. The soft light-guiding member 31 is an annular strip for surrounding and fixing on the periphery of the soft light-guiding member 31 but not including the The third groove 311 . In addition, as shown in FIGS. 3 and 7 , the third groove 311 of the flexible light guide 31 is further a C-shaped groove ( 311 ) and corresponds to the first groove 11 and the second groove 21 But not limited, the side edge 312 forms an arc-shaped side edge ( 312 ), and a plurality of third through holes 313 are further arranged on the flexible light guide member 31 along the arc-shaped side edge ( 312 ) for corresponding In each of the first through holes 13 and each of the second through holes 23, but not limited.

The control box 40 has an outer side 41 and an inner side 42. The control box 40 is located at an edge of the light-emitting mouse pad 1 and corresponds to the first groove 11, the second groove 21 and the The position of the third groove 311 ; the control box 40 mainly includes an upper cover 43 , a lower cover 44 , a circuit board 45 , a plurality of RGB LED lights 46 , and an external unit 47 . The bottom surface of the upper cover 43 is provided with an engaging portion 431 ; the top surface of the lower cover 44 is provided with an engaging portion 441 corresponding to the engaging portion 431 of the upper cover 43 ; the circuit board 45 is disposed on the upper cover 44 . Between the cover 43 and the lower cover 44, the circuit board 45 has an outer side 451 and an inner side 452 corresponding to the outer side 41 and the inner side 42 of the control box 40; the plurality of RGB LED lights 46 are arranged on the bottom surface of the circuit board 45 and are arranged at equal intervals along the inner side 452 but are not limited, wherein each RGB LED light 46 is controlled by the circuit board 45; the external unit 47 such as a USB socket is arranged on the circuit The outer side 451 of the board 45 is electrically connected to the circuit board 45 to provide power for the RGB LED lamps 46 to emit light. In addition, as shown in FIG. 2 and FIG. 3 , the control box 40 is further a D-shaped flat box body having a straight outer side (ie the outer side 41 ) and an arc-shaped inner side (that is, the outer side 41 ) The inner side 42) but not limited; as shown in FIG. 2 and FIG. 3 , the top surface of the lower cover 44 is further provided with a plurality of protruding columns 442 along the arc inner side (the inner side 42), etc. The spacing is arranged but not limited. Each protruding post 442 can pass through each first through hole 13, each second through hole 23 and each third through hole 313 respectively to reach the upper cover 43 as shown in FIG. 6; in addition, as shown in FIG. 2 As shown in , 3, the circuit board 45 is further a D-shaped sheet body and has a straight outer side (ie the outer side 451 ) and an arc-shaped inner side (that is, the inner side 452 ) for corresponding respectively On the straight outer side (ie the outer side 41 ) and the curved inner side (ie the inner side 42 ) of the control box 40 but not limited, wherein the plurality of RGB LED lights 46 are along the circuit board 45 The inner sides of the arc (ie, the inner sides 452 ) are arranged at equal intervals but not limited.

The RGB of the above-mentioned RGB LED lights 46 is a three-primary color model (RGB color model), which is a commonly used additive color (light mixing) model. The proportions of the species are added (blended) to generate a variety of color lights. RGB chips are often used to display images, such as image display on TV screens and computer screens.

The lower cover 44 passes through the soft bottom layer 20 , the soft light-emitting device 30 and the soft surface layer 10 and is engaged with the upper cover 43 , so that the control box 40 can communicate with the soft surface layer 10 , the soft surface layer 10 , and the flexible surface layer 10 . The light-emitting device 30 and the soft bottom layer 20 are combined into one body (as shown in FIG. 6 ).

When each RGB LED lamp 46 emits light, the LED light 461 emitted by each RGB LED lamp 46 can be injected through the cross section 314 formed by the side 312 of the third groove 311 of the flexible light guide 31, and by virtue of the soft light guide 31 The light-conducting effect of the flexible light-guiding member 31 is transmitted to the flexible light-transmitting member 32 to emit light outward (as shown in FIG. 6 ).

Referring to the embodiments shown in FIGS. 2 and 3 , the flexible light guide member 31 of the flexible light-emitting device 30 further includes a sheet body 31 a with a thickness, but not limited thereto.

Referring to the embodiments shown in FIG. 7 and FIG. 8 , the flexible light guide 31 of the flexible light-emitting device 30 further includes a plurality of optical fibers 31 b but is not limited. The third grooves 311 are arranged to form the cross section 314 of the flexible light guide member 31, and the ends 34 of the optical fibers 31b are extended to be close to the flexible light transmission member 32, so as to facilitate the direct conduction of the LED light 461 to the flexible light guide member 31. The light-transmitting member 32 maintains a certain intensity of brightness; wherein, each optical fiber 31b can be further attached to a carrying sheet layer 35 by gluing, but is not limited, so that the plurality of optical fibers 31b can be attached to the carrying sheet layer 35. First, do the shaping operation to arrange the arrangement to form a fixed shape, such as a fan-shaped arrangement, but it is not limited, then by virtue of the bearing function of the bearing sheet layer 35, the optical fibers 31b can be easily arranged and maintained in a fixed shape, which is not only beneficial to the The shaping (arranging) operation and mass production of the optical fibers 31b can also make the head end 33 and the end 34 of each optical fiber 31b arranged and fixed in the most appropriate position, such as the end 34 of each optical fiber 31b can be more uniformly distributed and close to each other. The soft light-transmitting member 32 avoids the weakening or non-uniformity of the luminous brightness of the soft light-transmitting member 32 .

The above-mentioned optical fibers 31b can be regarded as the prior art. The optical fibers 31b are made of glass or plastic and have a transparent fiber with a diameter. They are often used as conducting tools (such as communication equipment), art lamps (such as conventionally called Therefore, the detailed structure or light guiding function of the optical fiber 31b will not be repeated here.

Referring to FIG. 3 and FIG. 4 , the external unit 47 of the control box 40 is further a USB socket 47a but is not limited. The USB interface matched with the USB socket 47a is a commonly used electronic device connection port, so that the flexible RGB of the present invention can be achieved. The light-emitting mouse pad 1 can be used with external electronic devices such as desktop computers, notebook computers, etc. by virtue of the external unit 47 .

1 , 9 and 10 , the soft surface layer 10 further includes an outer cloth layer 101 and a foam layer 102 formed of rubber or plastic foam, but not limited to, to facilitate rolling and convenient storage, while providing The elastic support and comfort of the user's hand contact when operating the mouse; as shown in Figure 2 and Figure 3, the soft bottom layer 20 is further formed of a foam layer of rubber or plastic foam, but not limited, to facilitate winding and convenient Storage: As shown in FIG. 2 and FIG. 3 , the flexible light-transmitting member 32 of the flexible light-emitting device 30 is further made of soft silica gel, but not limited, so as to facilitate rolling and storage.

Referring to FIGS. 1 , 9 and 10 , a light-transmitting hole 103 is further provided near the edge of the foam layer 102 of the soft surface layer 10 , but not limited, and a transparent decorative unit 50 is arranged in the light-transmitting hole 103 ; As shown in 1, 9 and 10, a light refraction surface 315 is further provided on the surface of the flexible light guide 31 at a position corresponding to the light-transmitting hole 103, but it is not limited; When the section 314 of 31 is incident, the LED light 461 can be projected upward to the transparent decorative unit 50 by the light refraction surface 315 and emit light outward, that is, the LED light 461 can be diffused upward from the light refraction surface 315 and pass through. Through the transparent decorative unit 50, the decorative pattern (such as text or pattern or corporate logo) on the transparent decorative unit 50 is projected on the outer cloth layer 101 of the soft surface layer 10, so that not only will it not affect the user's Mouse operation, while adding decorative effects or used to display the company's trademark.

Referring to FIGS. 1 , 9 and 10 , a light-transmitting hole 103 is further provided near the edge of the rubber-plastic foamed cotton layer 102 of the soft surface layer 10 , but not limited. The outer cloth layer 101 corresponds to the light-transmitting hole 103 There is a display hole 104 at the position of , wherein a decoration unit 50 is arranged in the light-transmitting hole 103 and exposed from the display hole 104; as shown in FIG. 1 , FIG. 9 , and FIG. A light-refracting surface 315 is further provided at the position of the light-transmitting hole 103 , but not limited; when the LED light 461 enters from the cross-section 314 of the flexible light guide 31 , the LED light 461 can rely on the light-refracting surface 315 is projected upward on the transparent decoration unit 50 to emit light outward, so as to increase the decorative effect of the flexible RGB light-emitting mouse pad 1 or to display the trademark of a company.

3 and 6 , the engaging portion 431 of the upper cover 43 of the control box 40 further includes at least one stud 431a but is not limited; wherein the engaged portion 441 of the lower cover 44 of the control box 40 further includes at least one stud 431a. The screw holes 441a are provided to correspond to the studs 431a but are not limited, so that the upper cover 43 and the lower cover 44 can be screwed together by means of the studs 431a and the screw holes 441a to increase the flexibility of the RGB light-emitting mouse. The stability of the pad 1.

Referring to FIG. 9 , the circuit board 45 of the control box 40 can further adjust the brightness, color and light-emitting mode of each RGB LED lamp 46 without limitation, such as the following reference modes:

(1) Each RGB LED lamp 46 is in a continuous light-emitting state: when the control unit 47 receives the power signal, the light-sensing signal can be conducted to each RGB LED lamp 46, so that each RGB LED lamp 46 can change the brightness of the light. For example, in a dark environment, each RGB LED lamp 46 maintains a certain brightness, and in a bright environment, the brightness of each RGB LED lamp 46 is enhanced, so as to keep the luminous effect of the luminous mouse pad 1 in a stable state.

(2) Each RGB LED lamp 46 is in a light-emitting state in sequence: when the control unit 47 receives a signal, the light-sensing signal can be transmitted to each RGB LED lamp 46, so that each RGB LED lamp 46 emits light or does not emit light For example, the RGB LED lights 46 can continuously emit light in sequence, so that the light-emitting mouse pad 1 can exhibit various modes of light-emitting effects (eg, a marquee).

Compared with other background technologies, the light-emitting mouse pad 1 of the present invention has the following advantages:

(1) The soft surface layer 10 , the soft bottom layer 20 and the soft light-emitting device 30 of the present invention are all made of soft materials, which effectively solves the problem that the existing light-emitting mouse pad cannot be rolled up and causes inconvenience for users to store. It is helpful for the user to fold and store the flexible RGB light-emitting mouse pad 1 conveniently.

(2) The LED light 461 emitted by each RGB LED lamp 46 of the present invention can be projected to the cross section 314 of the flexible light guide 31 and conducted to emit light from the flexible light transmission 32, and the control box 40 The circuit board 45 can further adjust the brightness, color and lighting mode of each RGBLED lamp 46, effectively solving the problem of weak brightness and monotonous lighting mode of the existing lighting mouse pad farther away from the lighting source of the lighting device, providing uniform lighting and The light-emitting mouse pad with rich effects meets the needs of users for product innovation and change.

(3) The control box 40 of the present invention is arranged at an edge of the light-emitting mouse pad 1, so that the RGB LED lights 46 are not concentrated at the center of the mouse pad (mouse operation or action area), which effectively solves the problem of existing light-emitting The mouse pad is equipped with a plurality of LED lights (die) and LED circuit boards in the center, so that when the mouse pad is made of soft material or used for a long time and naturally sags downward, the user will easily feel the crystal when operating the mouse. The problem of protrusion and unevenness of the grains and the circuit board is solved, so as to provide the user with a comfortable experience of smoothing the mouse pad when using the mouse.

The above description is only illustrative rather than restrictive for the present invention. Those skilled in the art understand that many modifications, changes or equivalents can be made without departing from the spirit and scope defined by the claims. All will fall within the protection scope of the present invention.

Claims (10)

1. a flexible RGB light-emitting mouse soft pad is characterized in that comprising: a soft surface layer, a first groove is set at one edge of the soft surface layer, and the first groove has one side; a soft bottom layer, a second groove is provided at one edge of the soft bottom layer for corresponding to the first groove, and the second groove has one side; A flexible light-emitting device, comprising: a flexible light guide, a third groove is formed at an edge of the flexible light guide for corresponding to the first groove and the second groove, and the third groove has one side and form a section with a thickness; and a flexible light-transmitting member, which is an annular strip and can be used to surround the flexible light-guiding member except for the third groove; and, A control box, which has an outer side and an inner side, which is located at an edge of the light-emitting mouse pad and corresponds to the positions of the first groove, the second groove and the third groove , which comprises: an upper cover with an engaging portion on the bottom surface; a lower cover with a engaging portion on the top surface for correspondingly engaging with the engaging portion of the upper cover; a circuit board, which is arranged on Between the upper cover and the lower cover, there is an outer side and an inner side corresponding to the outer side and the inner side of the control box; a plurality of RGB LED lights are arranged on the bottom surface of the circuit board and Arranged along the inner side of the circuit board, the light-emitting mode of each RGB LED lamp is controlled by the circuit board; and an external unit, which is arranged on the outer side of the circuit board and is electrically connected with the circuit board for use Provide power supply for each RGB LED light; Wherein the lower cover passes through the soft bottom layer, the soft light-emitting device and the soft surface layer and is clamped on the upper cover, so that the control box can be connected with the soft surface layer, the soft light-emitting device and the soft surface layer. The bottom layer is combined into one; When each RGB LED lamp emits light, the LED light energy emitted by each RGB LED lamp is incident from a cross-section of the flexible light guide member and transmits the light to the flexible light-transmitting member through the flexible light guide member. Glow outside. 2. The flexible RGB light-emitting mouse pad as claimed in claim 1, wherein the first groove of the soft surface layer is a C-shaped groove and has an arc-shaped side, and the soft surface has an arc-shaped side. A plurality of first perforations are arranged on the flexible surface layer along the arc-shaped side; wherein the second groove of the soft bottom layer is a C-shaped groove with an arc-shaped side, and the upper edge of the flexible bottom layer is A plurality of second through holes are arranged along the arc-shaped side for corresponding to each of the first through-holes respectively; wherein the third groove of the flexible light guide is a C-shaped groove and has an arc-shaped side and corresponds to each of the first through holes. A plurality of third through holes are arranged in the first groove and the second groove and along the arc-shaped side of the flexible light guide for corresponding to the first through holes and the second through holes; wherein the The control box is a D-shaped flat box with a straight outer side and an arc-shaped inner side; wherein the top surface of the lower cover is provided with a plurality of protruding columns along the arc-shaped inner side of the lower cover Arranged on the sides, each protruding post can pass through each first through hole, every second through hole and every third through hole respectively to reach the upper cover; wherein the circuit board is D-shaped with straight outward edges and an arc shape The inner sides respectively correspond to the straight outer sides and the arc inner sides of the control box, wherein the plurality of RGB LED lights are arranged at equal intervals along the arc inner sides of the circuit board. 3 . The flexible RGB light-emitting mouse pad of claim 1 , wherein the flexible light guide member of the flexible light-emitting device is a flexible sheet structure made of PU or TPU. 4 . 4. The flexible RGB light-emitting mouse pad as claimed in claim 1, wherein the flexible light guide member of the flexible light-emitting device comprises a plurality of optical fibers, wherein the head end of each optical fiber is along the flexible guide The sides of the third grooves of the optical member are arranged at equal intervals to form the cross section of the flexible light guide member, and the ends of the optical fibers extend to be close to the flexible transparent member; wherein the optical fibers are pasted on a supporting sheet layer. 5 . The flexible RGB light-emitting mouse pad of claim 1 , wherein the external unit of the control box is a USB socket. 6 . 6 . The flexible RGB light-emitting mouse pad as claimed in claim 1 , wherein the soft surface layer comprises an outer cloth layer and a foam layer formed by foaming of rubber or plastic, and the foam layer is provided with 6 . under the outer cloth layer; wherein the soft bottom layer is a foam layer formed by foaming rubber or plastic; wherein the soft light-transmitting part of the soft light-emitting device is formed by silica gel. 7. The flexible RGB light-emitting mouse pad as claimed in claim 6, wherein at least one light-transmitting hole is provided near the edge of the foam layer of the soft surface layer, and each light-transmitting hole is provided with a A transparent decoration unit; wherein a light refraction surface is provided on the surface of the soft light guide member corresponding to each light-transmitting hole; wherein when the LED light is incident from the cross section of the soft light guide member, the LED light can rely on The light refraction surface is projected upward to the transparent decoration unit, so as to display the decoration pattern on the transparent decoration unit outward or project it on the outer cloth layer of the soft surface layer. 8. The flexible RGB light-emitting mouse pad as claimed in claim 6, wherein at least one light-transmitting hole is provided near the edge of the foam layer of the soft surface layer, and the outer cloth layer corresponds to each A display hole is arranged at the position of the light-transmitting hole, wherein each light-transmitting hole is provided with a decoration unit and is exposed from the display hole; wherein the flexible light guide member is provided with a light refraction surface at the position corresponding to the light-transmitting hole ; wherein when the LED light is incident from the cross section of the flexible light guide, the LED light can be projected upward on the transparent decorative unit by virtue of the light refraction surface and emit light outward. 9 . The flexible RGB light-emitting mouse pad of claim 1 , wherein the engaging portion of the upper cover of the control box comprises at least one stud; wherein the engaging portion of the lower cover of the control box At least one screw hole is included for each stud; wherein the upper cover and the lower cover are screwed together by means of the stud and the screw hole. 10 . The flexible RGB light-emitting mouse pad as claimed in claim 1 , wherein the circuit board of the control box can adjust the brightness, color and light-emitting mode of each RGB LED lamp. 11 .