U.S. Pat. No. 12,245,687

Among them,1is the frame body,2is the LED light strip,3is the light-transmitting plate,3.1is the light-transmitting layer,3.2is the light-shielding paint layer,4is the shielding plate,5is the control unit,6is the power adapter,7is the reinforcement rod,8is the table leg,9is the base,10is the adjustable leg,11is the headphone holder,12is the cup holder,13is the controller,13.1is the first input terminal,13.2is the second input terminal,13.3is the third input terminal,13.4is the fourth input terminal,14is the saving module,15is the voltage conversion module,16is the Bluetooth module,17is the audio signal sampling module,18is the vibration sensing sampling module,18.1is the vibration sensor,19is the microphone signal sampling module,19.1is the microphone,20is the external terminal module,21is the control chip,22is the light driver module,23is the light-emitting body,24is the mounting rack,24.1is the frame,24.2is the mounting groove,24.3is the insertion piece,25is the light guide plate,26is the mounting seat,26.1is the insertion hole,27is the decorative layer,28is the decorative cover,29is the cable organizer.

DESCRIPTION

The present disclosure will be described in further detail below with reference to the figures and specific embodiments.

FIRST EMBODIMENT

As shown inFIGS.1to6, the light emitting e-sports table of the present disclosure comprises a table top, a signal input device, a controller13, a saving module14for saving last used light-emitting mode of a light-emitting device, a voltage conversion module15for power supply, Bluetooth module16used to provide a signal connection between an external remote controller and the controller13, and light driver module22, wherein the table top is provided with a light-emitting device, the input terminal of the controller13is respectively connected through signaling with the signal input device, the saving module14and Bluetooth of the module16. The output terminal of the controller13is connected through signaling to the light-emitting device signal through the light driver module22to control the light-emitting device to emit light according to the signal input. The voltage conversion module15is connected to the controller13to supply power to the controller13and to supply power to the signal input device, the saving module14, the light-emitting device, the light driver module22, and the Bluetooth module16through the controller13.

The signal input device of the present disclosure comprises audio signal sampling module17, vibration sensing sampling module18and microphone signal sampling module19. The present disclosure also comprises an external terminal module20for switching the signal input mode. The external terminal module20is connected to the audio signal sampling module17and the first input terminal13.1of the controller13respectively. The controller13blocks a signal input of the microphone signal sampling module19through detecting a signal of the external terminal module20. The controller13blocks a signal input of the microphone signal sampling module19when detecting a signal of the external terminal module20. At this time, the controller13detects the signal input of the audio signal sampling module17and/or the signal input of the vibration sensing sampling module18, and controls the light-emitting device according to the signal input. In practical applications, the priority levels of the signal input of the audio signal sampling module17and the signal input of the vibration sensing sampling module18can be set in the programming of the controller13according to requirements. The controller13can control the light-emitting device according to the priority levels of signal input. When the signal input of the priority level is not detected, the light-emitting device is controlled according to the next received signal input. When the controller13does not detect the signal of the external terminal module20, the controller13may control the light-emitting device according to the signal input of the detected microphone signal sampling module19. In this way, the signal input mode may be switched, so that the e-sports players may select different signal input modes according to their preferences or needs to control the table top to emit light.

In this embodiment, the present disclosure set the signal input of the audio signal sampling module17as a priority signal through programming. When the controller13detects the signal of the external terminal module20, the signal input of the microphone signal sampling module19is blocked. At this time, the controller13inputs the detected signal of the audio signal sampling module17to control the light-emitting device. The lighting frequency and lighting intensity etc. of a light-emitting mode of the light-emitting device may be changed according to the strength of the signal input of the audio signal sampling module, to produce responsive lighting. The e-sports table may combine lighting and music elements to produce an interactive effect. The e-sports table changes the lighting effect of the table top according to the rhythm and changes of the music rhythm, so that the e-sports players may also enjoy the lighting effect while listening to the music, which may satisfy the e-sports experience. If the controller13does not detect the signal input of the audio signal sampling module17, it detects whether the signal input of vibration sensing sampling module18is received, and use the received signal input of vibration sensing sampling module18to control the light-emitting device. The lighting frequency and lighting intensity etc. of a light-emitting mode of the light-emitting device may be changed according to the size and frequency of the input of the vibration-sensing sampling module signal based on the magnitude and frequency of striking force against the table top, to produce responsive lighting.

When the controller13does not detect the signal of the external terminal module20, the controller13controls the light-emitting device according to the detected signal input of the microphone signal sampling module19. The lighting frequency and lighting intensity etc. of a light-emitting mode of the light-emitting device may be changed according to the signal input received by the microphone signal sampling module19based on the strength of external environment music or voice detected by a microphone, to produce responsive lighting. In this way, the signal input mode can be switched, so that the e-sports players may select different signal input modes according to their preferences or needs to control the table top to emit light.

Specifically, the audio signal sampling module17is formed by connecting an audio acquisition circuit, a control chip21connected to the controller13, and a peripheral circuit. An output terminal of the control chip21is connected to the second input terminal13.2of the controller13. The microphone signal sampling module19is formed by connecting a microphone19.1, an amplifier circuit and a peripheral circuit. An output of the microphone signal sampling module19is connected to the fourth input terminal13.4of the controller13. The vibration sensing sampling module18is formed by connecting a vibration sensor18.1for sensing table top vibration and a control chip21connected to the controller13and a peripheral circuit. An output terminal of the control chip21is connected to the third input terminal13.3of the controller13. The vibration sensor18.1is connected to the table top.

In actual use, an one-to-two audio cable can be used to connect with the external terminal module20to provide the switching between the signal input of the audio signal sampling module17and the signal input of the microphone signal sampling module19. If the audio cable is required to input audio, the male terminal of the one-to-two audio cable is connected to the external terminal module20. The other male terminal is inserted into an audio output device (such as MP3, mobile phone, tablet, etc.). The female terminal can be connected to a speaker to play music. Controller13automatically switches to the mode to receive signal input of audio signal sampling module17. If a microphone to input audio or voice is required, it is not necessary to connect the one-and-two audio cable to the external terminal module20. The controller13will automatically switch to the mode to receive signal input of microphone signal sampling module19.

The light-emitting device of the present disclosure utilizes a LED light strip2of a LED symphony light strip. The LED light strip2is connected to the controller13through the light driver module22. The table top comprises a frame body1, a light-transmitting plate3, and a shielding plate4for preventing light leakage. Among them, the frame body1is provided with a reinforcement rod7, and the shielding plate4is installed on the reinforcement rod7and is located inside the frame body1. The light-transmitting plate3covers the upper end of the frame body1. There is a space between the light-transmitting plate3and the shielding plate4. The LED light strip2is provided on a side wall of the frame body1within the space. A light from the LED light strip2is directed toward the space and emitted through the light-transmitting plate3.

The light-transmitting plate of the present disclosure is provided with a light-transmitting layer3.1and a screen printed light-shielding paint layer3.2. A light of the LED light strip2is emitted from the light-transmitting layer3.1. The light-transmitting layer3.1can be designed into different patterns and shapes according to actual requirements. The symphony light of the LED light strip2is emitted from the light-transmitting layer3.1to improve a cool effect of the e-sports table.

The present disclosure also comprises a power adapter6connected to the voltage conversion module15and an external remote controller. The voltage conversion module15is connected to the power grid through the power adapter6. The controller13, the saving module14, the Bluetooth module16, the audio signal sampling module17, the vibration sensing sampling module18, the microphone signal sampling module19, the external terminal module20, the control chip21and the light driver module22of the present disclosure are all integrated into the control unit5. Control unit5is provided on frame body1. The external remote control is connected to the controller13through the Bluetooth module16. The external remote control may be a commonly used remote control on the market, or it can be a mobile phone, smart terminal or tablet with APP software installed. The external remote control uses the controller13to control remotely the on-off switch of the LED light strip2, change the lighting color, and change the light-emitting mode.

The e-sports table of present disclosure also comprises a table leg8and a base9. The table leg8is connected to the frame body1. The base9is connected to an end of the table leg8away from the frame body1. The bottom of the base9is provided with an adjustable leg10for adjusting the height of the table top. The present disclosure also comprises a headphone holder11and a cup holder12, wherein both the headphone holder11and the cup holder12are connected to the frame body1.

SECOND EMBODIMENT

This embodiment differs from the first embodiment only in that: The signal input device comprises an audio signal sampling module and a microphone signal sampling module. The external terminal module is connected to the audio signal sampling module and the first input terminal of the controller respectively. The controller blocks a signal input of the microphone signal sampling module through detecting a signal of the external terminal module. The controller blocks a signal input of the microphone signal sampling module when detecting a signal of the external terminal module. At this time, the controller detects a signal input of the audio signal sampling module and controls the light-emitting device according to the signal input.

When the controller does not detect a signal of the external port module, the controller will control the light-emitting device according to the signal input of the microphone signal sampling module.

In this way, the signal input mode can be switched, so that the e-sports players may select different signal input modes according to their preferences or needs to control the table top to emit light.

The other structures of this embodiment are the same as those of the first embodiment.

THIRD EMBODIMENT

This embodiment differs from the first embodiment only in that: The signal input device comprises a vibration sensing sampling module and a microphone signal sampling module. The external terminal module is connected to the vibration sensing sampling module and the controller respectively. The controller blocks a signal input of the microphone signal sampling module through detecting a signal of the external terminal module. The controller blocks a signal input of the microphone signal sampling module when detecting a signal of the external terminal module. At this time, the controller detects a signal input of the vibration sensing sampling module and controls the light-emitting device according to the signal input.

When the controller does not detect a signal of the external port module, the controller will control the light-emitting device according to the signal input of the microphone signal sampling module.

In this way, the signal input mode can be switched, so that the e-sports players may select different signal input modes according to their preferences or needs to control the table top to emit light.

The other structures of this embodiment are the same as those of the first embodiment.

FOURTH EMBODIMENT

This embodiment differs from the first embodiment only in that: the external terminal module is not present. The signal input device comprises an audio signal sampling module, a vibration sensing sampling module, or a microphone signal sampling module. When the controller detects the signal input of the audio signal sampling module, the signal input of the vibration sensing sampling module or the signal input of the microphone signal sampling module, the light-emitting device is controlled according to the corresponding signal input.

The other structures of this embodiment are the same as those of the first embodiment.

FIFTH EMBODIMENT

This embodiment differs from the first embodiment only in that the structure of the e-sports table is different.

As shown inFIGS.7to10, the table top of this embedment comprises a frame body1, two light-emitting devices, a light-transmitting plate3, and two mounting racks24for mounting the light-emitting devices. The mounting racks24are detachably connected to the frame body1and are provided inside the frame body1. The light-transmitting plate3covers the upper end of the frame body1. The light-emitting devices are mounted and fixed on the mounting racks24, and their light are emitted from the light-transmitting plate3.

The light-emitting device of the present disclosure comprises a light-emitting body23and a light guide plate25both mounted on a mounting rack24, wherein the light-emitting surface of the light-emitting body23faces the light guide plate25, and the light of the light-emitting body23is emitted from the light-transmitting plate3through the light guide plate25.

The mounting rack24of the present disclosure comprises a frame24.1. The side of the frame24.1is provided with a mounting groove24.2. The light guide plate25is mounted on the frame24.1. The light-emitting body23is inserted into the mounting groove24.2, and the light emitting surface faces the light guide plate25. In addition, the frame body1is provided with a mounting seat26with an insertion hole26.1, and the bottom of the frame24.1is provided with an insertion piece24.3. The mounting rack24is detachably connected to the frame body1through insertion hole26.1and insertion piece24.3. When the light-emitting body23or the light guide plate25needs to be replaced or repaired, the mounting rack24may be directly removed. The mounting frame24is cleverly designed to mount and fix in place the light guide plate25and the light-emitting body23at the same time, so that the light emitting device is mounted as an integrated module to facilitate overall mounting and dismounting.

The present disclosure also comprises a power adapter (not shown) connected to the voltage conversion module15and an external remote control. The voltage conversion module15is connected to the power grid through the power adapter. The controller13, saving module14, Bluetooth module16, audio signal sampling module17, vibration sensing sampling module18, microphone signal sampling module19, external terminal module, control chip and light driver module22of the present disclosure are all integrated into the control unit5. The control unit5is provided on the frame body1. The light driver module22in the control unit5is connected to the light-emitting body23. The external remote control is connected to the controller13through the Bluetooth module16. The external remote control can be a commonly used remote control on the market, or it can be an APP software on the mobile phone and smart terminal tablet. The external remote control controls remotely the on-off switch of the light-emitting body23, change the lighting color, and change the light-emitting mode through controller13.

The light-transmitting plate3of the present disclosure is provided with a light-transmitting layer3.1and a light-blocking paint layer3.2. The light-transmitting layer3.1is located above the light-emitting device, and the light of the light-emitting device is emitted from the light-transmitting layer. The light-transmitting plate3is screen printed with a light-blocking paint layer3.2, so that the light of the light-emitting device is all emitted from the light-transmitting layer3.1. The light-transmitting layer3.1can be designed into different patterns and shapes according to actual needs. The number of light-transmitting layer3.1may be equal to the number of light-emitting devices, and the symphony lights of the light-emitting body23are emitted from the light-transmitting layer3.1to improve the cool effect of the e-sports table.

The e-sports table of the present disclosure also comprises a table leg9connected to the frame body1. In order to increase the uniqueness and beauty of the e-sports table, the table leg9is also provided with a decorative layer27and a decorative cover28. The decorative cover27is a sticker with a pattern, painted or screen printed with various patterns, or provided with engraved patterns. This design further improves the cool effect of the e-sports table.

The present disclosure also comprises a cable organizer29, which is connected to the bottom of the frame body1and is provided with a through hole for facilitating wire routing. The cable organizer29has two functions: one is to provide through holes for easy wiring, and the other is that the cable organizer29may provide a counterweight role.

The present disclosure also comprises an earphone holder11and a cup holder12. The earphone holder11and the cup holder12are both connected to the frame body1.

The other structures of this embodiment are the same as those of the first embodiment.

SIXTH EMBODIMENT

This embodiment differs from the fifth embodiment only in that one, three, or more than three light-emitting devices are provided, and the number of mounting racks and the number of light-transmitting layers of the light-transmitting plate may be equal to the number of light-emitting devices.

The other structures of this embodiment are the same as those of the fifth embodiment.

SEVENTH EMBODIMENT

This embodiment differs from the first embodiment only in that: the LED light strip is provided on the shielding plate and is provided in the space. A light emitted by the LED light strip is directed toward the space and is emitted through the light-transmitting plate.

The other structures of this embodiment are the same as those of the first embodiment.

The above embodiments are preferred embodiments of the present disclosure, but the embodiments of the present disclosure are not limited by the above embodiments. Any other changes, modifications, substitutions, combinations, simplifications, made without departing from the spirit and principle of the present disclosure, should be equivalent replacement methods, and all included in the protection scope of the present disclosure.