CN114281200A

CN114281200A - Luminous mouse pad

Info

Publication number: CN114281200A
Application number: CN202210008103.7A
Authority: CN
Inventors: 刘雪蓉; 刘杯; 鲁洪奎; 刘创业; 马静
Original assignee: Shenzhen Kerui Optoelectronics Technology Co ltd
Current assignee: Shenzhen Kerui Optoelectronics Technology Co ltd
Priority date: 2022-01-06
Filing date: 2022-01-06
Publication date: 2022-04-05

Abstract

A luminous mouse pad is used for facilitating the movement of a mouse and comprises two LED lamp beads, a mouse pad main body and an optical fiber component, the optical fiber assembly is arranged around the mouse pad main body, the two LED lamp beads are arranged at two ends of the optical fiber assembly, the two LED lamp beads are arranged on the same edge of the mouse pad main body, the LED lamp beads are respectively connected with the optical fiber component end to end, the optical fiber assembly surrounds the mouse pad main body, the optical fiber assembly is half embedded in the mouse pad main body, and half is exposed, because the optical fiber component has strong light guiding property, when the LED lamp beads are lightened, the emitted light can be transmitted along the optical fiber component, furthermore, the LED lamp beads are respectively connected with the optical fiber component, when the LED lamp beads are lightened, light can be conducted from the head and the tail of the optical fiber assembly simultaneously and reaches the middle of the optical fiber assembly.

Description

Luminous mouse pad

Technical Field

The invention relates to the field of mouse pads, in particular to a luminous mouse pad.

Background

At present, computers are going to enter thousands of households, and with the popularization of computers, related industries of computer accessories are rapidly developed and developed, and a mouse pad is one of the computer accessories, and particularly in the aspect of game users, a mouse pad capable of matching with game atmosphere is more desirable, so that a luminous mouse pad appears in the market.

However, the luminous mouse pad on the market has too many luminous elements inside, complex internal structure and obvious convex feeling on the surface, and the mouse can directly feel foreign matters when moving on the mouse pad.

Disclosure of Invention

The problems of complex internal structure and prominent surface foreign matter of the existing luminous mouse pad are solved.

In order to solve the technical problems, the invention provides the following technical scheme: the mouse pad comprises two LED lamp beads, a mouse pad main body and an optical fiber assembly;

the optical fiber assembly consists of a plurality of optical fibers and is arranged around the mouse pad main body, and the two LED lamp beads are arranged at two ends of the optical fiber assembly;

the two LED lamp beads are arranged on the same edge of the mouse pad main body.

Preferably: the light directions of the two LED lamp beads are conducted along the optical fiber assembly respectively.

Preferably: the optical fiber assembly surrounds and is embedded in the mouse pad body.

Preferably: the diameter (0.5-1) cm of the optical fiber assembly is, and the bending radius is R.

Preferably: the mouse pad further comprises a power supply controller, wherein the power supply controller is connected with the mouse pad body and is arranged on the edge of the mouse pad body.

Preferably: the power supply controller comprises a power supply brightness switch, a lamplight color changing switch and a control module;

the power brightness switch is electrically connected with the control module, and the lamplight color-changing switch is electrically connected with the control module.

Preferably: the whole mouse pad main body belongs to a cuboid shape.

Preferably: the mouse pad body is 80 +/-10 cm long, 40 +/-10 cm wide and 3-5 mm thick.

Preferably: the mouse pad main body comprises a soft pad and a light guide plate, and the soft pad wraps the light guide plate;

the soft pad is made of any one of a cloth pad, a coating pad and a resin pad.

Preferably: the control module comprises a voice control sensor, and the voice control sensor is electrically connected with the two LED lamp beads.

Compared with the prior art, the track detector provided by the invention has the following advantages:

1. the LED lamp beads are respectively connected with the optical fiber assembly end to end, the optical fiber assembly surrounds the mouse pad main body, the optical fiber assembly is half embedded into the mouse pad main body, and half is exposed;

the diameter of the optical fiber assembly is (0.5-1) cm, the optical fiber assembly has a bending rate, and the light guiding performance of the optical fiber assembly can be influenced when the bending rate exceeds the range of the bending rate, so that the bending radius of the optical fiber assembly is (3-5) cm, the bending rate is in a reasonable range, the light guiding performance of the optical fiber assembly is not influenced, and further, the overall attractiveness of the luminous mouse pad is not influenced.

2. The power supply controller comprises a power supply main switch, a lamplight color changing switch and a control module, wherein the power supply main switch controls the brightness of the LED lamp beads and passes through the control module;

0 signal: the LED lamp beads are turned off, the optical fiber component is lightless and can conduct light, and the mouse pad is in a lightless state;

1 signal: the LED lamp beads are slightly bright, weak light is transmitted along the optical fiber assembly, and the mouse pad is in a slightly bright state;

2, signal: the LED lamp beads are brighter, brighter light is transmitted along the optical fiber assembly, and the mouse pad is in a brighter state;

3, signal: the LED lamp beads are very bright, very bright light is transmitted along the optical fiber assembly, and the mouse pad is in a very bright state;

the light color-changing switch controls the color of the LED lamp beads, the light color-changing switch can send 4 signals through the control module, the light color-changing switch is changed once according to one signal, and the signals are sequentially changed from A to B to C to D;

a signal: the LED lamp beads emit red light, the red light is conducted along the optical fiber assembly, and the whole mouse pad is red;

b, signal: the LED lamp beads emit green light, the green light is conducted along the optical fiber assembly, and the whole mouse pad is green;

c, signal: the LED lamp beads alternately emit red light and green light, the red light and the green light are conducted along the optical fiber assembly, and the whole mouse pad is red and green;

d, signal: the LED is changed into white light, the white light is conducted along the optical fiber assembly, and the whole mouse pad is white;

the sound control sensor can control the frequency of the two LED lamp beads according to the sound of a computer, interacts with a user, and improves the experience of the user.

3. Mouse pad main part includes that soft body pad and light guide plate constitute, soft body pad parcel live the light guide plate, soft body pad comprises resin pad, coating pad, cloth pad, soft body pad can effectual reduction to the friction of mouse, and further, the user can experience the resistance not big at the removal mouse in-process, the light guide plate can be better leads to the mouse pad surface to the light, makes its mouse pad light-emitting effect better.

Mouse pad main part is the rectangle, and length (80 +/-10) cm, wide (40 +/-10) cm, fine most desk size on the market that satisfies further, make its mouse be in the mouse pad main part can have bigger home range, has satisfied wherein some game user to mouse removal area's demand, fillet processing is done in mouse pad main part four corners, satisfies the optical fiber assembly is buckled.

Drawings

FIG. 1 is a schematic view of an overall structure of a first view angle of a light-emitting mouse pad according to an embodiment of the present invention;

FIG. 2 is an installation diagram of an LED lamp bead in a light-emitting mouse pad according to an embodiment of the present invention;

FIG. 3 is an enlarged view of a portion of FIG. 2 at P;

FIG. 4 is a schematic diagram of an overall structure of a second viewing angle in a light-emitting mouse pad according to an embodiment of the present invention;

FIG. 5 is a block diagram of a power controller in a light-emitting mouse pad according to an embodiment of the present invention;

description of reference numerals:

the mouse pad comprises a light-emitting mouse pad 1, an optical fiber component 12, a power controller 13, a power main switch 131, a lamplight color-changing switch 132, a control module 133, a sound control sensor 134, two LED lamp beads 14, a mouse pad body 15, a soft pad 151 and a light guide plate 152. .

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

It will be understood that when an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present. The terms "vertical," "horizontal," "left," "right," and the like as used herein are for illustrative purposes only.

Referring to fig. 1-5, an embodiment of the invention provides a light-emitting mouse pad 1, the light-emitting mouse pad 1 is suitable for household or office use, two LED lamp beads 14 are arranged at two ends of an optical fiber component 12, and the optical fiber component 12 is fixed around the edge of a mouse pad main body 15; the power supply controller 13 is arranged at the edge of the mouse pad main body 15, the power supply controller 13 is provided with a power supply main switch 131 and a lamplight color-changing switch 132, a control module 133 and a sound control sensor 134 are arranged in the power supply controller 13, the power supply main switch 131 and the lamplight color-changing switch 132 are electrically connected with the control module 133, the power supply main switch 131 and the lamplight color-changing switch 132 are provided with pressing switches on the power supply controller 13, and the control module 133 is electrically connected with the two LED lamp beads 14; the mouse pad main body 15 comprises a soft pad 151 and a light guide plate 152, the mouse pad main body 15 is connected with the power controller 13 and the optical fiber assembly 12, the connection position is arranged at the edge of the mouse pad main body 15, and the light guide plate 152 is arranged in the soft pad 151.

The optical fiber assembly 12 has good light guiding performance, the two LED lamp beads 14 are respectively arranged at two ends of the optical fiber assembly 12, light emitted by the two LED lamp beads 14 is conducted along the optical fiber assembly 12 by utilizing the light guiding performance of the optical fiber assembly 12, the optical fiber assembly 12 surrounds the semi-embedded soft body pad 151, when the optical fiber assembly 12 conducts light, a circle of light is lightened around the soft body pad 151 to achieve a light emitting effect, the optical fiber assembly 12 is bent to a certain degree to influence the light guiding performance of the optical fiber assembly, and the radius R of the optical fiber assembly at the bending position of the mouse pad theme is (3-4) cm. The power controller 13 is provided with a power main switch and a light color-changing switch, and the power main switch 131 and the light color-changing switch 132 control the brightness and the color of the two LED lamp beads 14 through the control module 133.

Optionally, the power main switch and the light color-changing switch may be any one of a push type switch and a touch type switch.

Optionally, the power main switch can be embedded in the mouse pad body, so that the space occupation rate of the power main switch can be reduced.

Alternatively, the fiber optic assembly 12 may extend inwardly of the mouse pad body 15 and curve in the body in a pattern that also illuminates when the fiber optic assembly 12 is directing light.

Specifically, when the two LED lamp beads 14 are turned off, the user presses the primary power main switch 131, and outputs a signal 1 to the two LED lamp beads through the control module 133, the two LED lamp beads 14 are in a slightly bright state, and the whole light-emitting mouse pad is slightly bright after being conducted through the optical fiber assembly 12; under the condition that the two LED lamp beads 14 are slightly bright, a user presses the primary power main switch 131, 2 signals are output to the two LED lamp beads through the control module 133, the two LED lamp beads 14 are in a brighter state, and the whole luminous mouse pad is brighter after being conducted through the optical fiber component 12; under the condition that the two LED lamp beads 14 are bright, a user presses the primary power main switch 131, and outputs 3 signals to the two LED lamp beads through the control module 133, wherein the two LED lamp beads 14 are in a very bright state, and the whole luminous mouse pad is very bright after being conducted through the optical fiber component 12; under the condition that the two LED lamp beads 14 are very bright, a user presses the primary power supply main switch 131 once, 4 signals are output to the two LED lamp beads through the control module 133, the two LED lamp beads 14 are in an off-bright state, no light can be conducted through the optical fiber assembly 12, and the whole light-emitting mouse pad is in an off-state.

It can be understood that in the off state, the signal is 1 according to one time, 2 according to two times, 3 according to three times, and 4 according to four times, and the signal is transmitted to the two LED lamp beads 14 through the control module 133, so that the brightness of the two LED lamp beads is changed.

In addition, the light color-changing switch 132 controls the colors of the two LED lamp beads 14.

Specifically, under the condition that the two LED lamp beads 14 are white, a user presses the primary light color-changing switch 132, the control module 133 outputs a signal a to the two LED lamp beads, the two LED lamp beads 14 emit red light, and the whole light-emitting mouse pad is red after being conducted through the optical fiber assembly 12; under the condition that the two LED lamp beads 14 are red, a user presses the primary light color-changing switch 132, a B signal is output to the two LED lamp beads through the control module 133, the two LED lamp beads 14 emit green light, the green light is conducted through the optical fiber assembly 12, and the whole light-emitting mouse pad is green; under the condition that the two LED lamp beads 14 are green, a user presses the primary light color-changing switch 132, a C signal is output to the two LED lamp beads through the control module 133, the two LED lamp beads 14 emit red light and green light alternately, the red light and the green light are conducted through the optical fiber component 12, and the whole light-emitting mouse pad is red and green; under two LED lamp pearl 14 red, green two light are in turn, the user presses light color-changing switch 132 once, through control module 133 to LED lamp pearl output D signal, two LED lamp pearl 14 send the white light, through optical fiber module 12 conduction, luminous mouse pad wholly is white.

It can be understood that, in the white light state, a signal a is pressed once, a signal B is pressed twice, a signal C is pressed three times, and a signal D is pressed four times, the signals are transmitted to the two LED lamp beads 14 through the control module 133, the colors of the two LED lamp beads 14 are changed, further, the power controller is internally provided with an acoustic control sensor, the acoustic control sensor is used for recognizing sounds, such as the sound of mouse clicking, the sound of keyboard knocking, and the like, the acoustic control sensor receives the acoustic signals and converts the acoustic signals into electric signals, the acoustic control sensor is electrically connected with the control module, the acoustic control sensor transmits the electric signals to the control module, the control module transmits information carried by the electric signals to the LED lamp beads, the LED lamp beads are controlled to flash according to the change frequency of the acoustic signals, the interaction between a product and a user is increased, and the attractiveness of the mouse pad is improved.

Further, the soft pad 151 is used for bearing the mouse, the soft pad material is made of any one of a resin pad, a coating pad and a cloth pad, so that the foreign body sensation of the mouse when the soft pad moves is effectively reduced, a light guide plate 152 is arranged in the soft pad 151, light is guided to the light guide plate 152 in a light guide state of the optical fiber assembly 12, the light guide plate 152 is lighted due to the light guide property of the light guide plate 152, light of the light guide plate 152 is mapped to the soft pad 151, and the mouse pad main body 15 achieves the light emitting effect; the mouse pad main body 15 is in a cuboid shape, is 80 +/-10 cm long and 40 +/-10 cm wide, can meet the requirement of a computer desk on the market, is 3-5 mm thick and moderate in thickness, can wrap the light-emitting element, and is free from foreign body sensation.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit of the present invention are intended to be included within the scope of the present invention.

Claims

1. A luminous mouse pad is used for bearing a mouse and is characterized in that: the mouse pad comprises two LED lamp beads, a mouse pad main body and an optical fiber assembly;

2. The light-emitting mouse pad of claim 1, wherein: the light directions of the two LED lamp beads are conducted along the optical fiber assembly respectively.

3. The light-emitting mouse pad of claim 1, wherein: the optical fiber assembly surrounds and is embedded in the mouse pad body.

4. The light-emitting mouse pad of claim 1, wherein: the diameter (0.5-1) cm of the optical fiber assembly;

the radius R of the optical fiber assembly at the bending position of the mouse pad subject is (3-4) cm.

5. The light-emitting mouse pad of claim 1, wherein: the mouse pad further comprises a power supply controller, wherein the power supply controller is connected with the mouse pad body and is arranged on the edge of the mouse pad body.

6. The illuminated mouse pad of claim 5, wherein: the power supply controller comprises a power supply brightness switch, a lamplight color changing switch and a control module;

7. The light-emitting mouse pad of claim 1, wherein: the whole mouse pad main body belongs to a cuboid shape.

8. The illuminated mouse pad of claim 7, wherein: the mouse pad body is 80 +/-10 cm long, 40 +/-10 cm wide and 3-5 mm thick.

9. The light-emitting mouse pad of claim 1, wherein: the mouse pad main body comprises a soft pad and a light guide plate, and the soft pad wraps the light guide plate;

the soft pad is made of any one of a cloth pad, a coating pad and a resin pad.

10. The illuminated mouse pad of claim 6, wherein: the control module comprises a voice control sensor, and the voice control sensor is electrically connected with the two LED lamp beads.