TW202119867A - Control system of LED lightening floor allowing user selecting or setting light-emitting mode through mobile device - Google Patents

Abstract

A control system of LED lightening floor comprises an LED lightening floor, a control module, a wireless transmission module, and a sound effect module. A light emitting module is disposed in the receiving space of the LED lightening floor. The light emitting module includes at least one LED lamps, and the four sides of the LED lightening floor are respectively configured with an expandable assembling base. The expandable assembling base may be used to assemble LED lightening floors with each other to form several LED lightening floors. The control module sends a current signal to the light emitting module to make the light emitting module lightening up. The wireless transmission module provides the wireless connection between the control module and an external mobile device. The control module is configured for receiving the control signal from the mobile device and outputting a feedback signal to the mobile device. The sound effect module is used to receive the current signal of the control module to make the sound effect module issuing sound. Thus, the present invention can provide a control system of LED lightening floors having a foot-stepping light-emitting mode, a situational light-emitting mode, a music light-emitting mode, and a freely setting light-emitting mode.

Description

A control system for LED luminous floor

The present invention is related to light-emitting floors, and particularly refers to a control system for LED light-emitting floors.

Generally, LED light-emitting floors are usually used in places with poor visibility such as night or dim, and are often used for road guidance purposes. However, whether it is in constant light, flashing, marquee and other lighting methods, the industry usually sells fixed lighting patterns The user can’t adjust the way the LED lights emit light on the light-emitting floor. The above-mentioned method is really something that needs to be improved;

Therefore, how to make the light-emitting floor more convenient to use, and then develop a control system for the LED light-emitting floor, has actually become a key technical project that the related technical field is anxious to develop.

The main purpose of the present invention is a control system for LED lighting floor that can be used by the user to select or set the lighting mode through a mobile device:

The present invention is an LED light-emitting floor control system, which mainly includes an LED light-emitting floor, a control module, a wireless transmission module, and a sound effect module, among which;

The LED light-emitting floor has a light-transmitting board, a frame, an accommodating space, a bottom plate group, and a light-emitting module arranged in the accommodating space. The light-emitting module includes at least one LED lamp, and The four sides of the LED luminous floor are respectively provided with expansion sockets, the expansion sockets can be used to assemble the LED luminous floors with each other, and form several LED luminous floors;

The control module is arranged at a predetermined position in the accommodating space. The control module transmits a current signal to the light-emitting module to make the light-emitting module light up, and the control module is electrically connected to a piezoelectric sensor The piezoelectric sensor is used to sense the first stepping signal and the second stepping signal;

The wireless transmission module is electrically connected to the control module to wirelessly connect the control module with an external mobile device. The control module receives the control signal of the mobile device and outputs a feedback signal to the mobile device ；

The sound effect module is electrically connected to the control unit to receive the current signal of the control module and make the sound effect module emit sound;

Wherein, the control module can be set by the mobile device to be a pressing light-emitting mode, a situational light-emitting mode, a music light-emitting mode, and a freely set light-emitting mode.

The control module of the mobile device is set to the stepping light emitting mode, the control module will set the first stepping signal as the origin, and the second stepping signal will be interpreted as the direction in which the user is walking, and a light-emitting signal will be transmitted Simultaneously illuminate the LED luminous floor and the LED luminous floor around the user's walking direction.

The control module of the mobile device is set to the situational lighting mode, and the control module will indirectly send current signals to the lighting modules of different LED lighting floors according to the preset sequence of the system, so that several LED lighting floors take turns. Flashing.

The control module of the mobile device is set to the music light-emitting mode, and the control module will indirectly send current signals to the light-emitting modules of different LED light-emitting floors according to the music beat played by the mobile device, so that several LEDs The light-emitting floor photo flashes to the music beat, and at the same time, the control module also sends a current signal to the sound effect module, and the sound effect module generates music.

The control module of the mobile device is set to freely set the light-emitting mode. The control module will indirectly send current signals to the light-emitting modules of different LED light-emitting floors according to the light-emitting sequence set by the user on the mobile device. Several LED luminous floors flash in turn.

Please refer to the first and second figures, a control system 100 for an LED light-emitting floor of the present invention includes;

An LED light-emitting floor 10 is composed of a light-transmitting board 11, a frame 12, an accommodating space 13, and a bottom plate group 14, and the accommodating space 13 is provided with a light-emitting module 20, the light-emitting module 20 Containing at least one LED lamp, the LED light-emitting floor 10 is provided with expansion sockets 15 on four sides respectively, and the expansion group socket 15 can be used to assemble the LED light-emitting floors 10 with each other, and form several LED light-emitting floors 10 according to the size of the venue ；

A control module 30 is arranged in a predetermined position of the accommodating space 13. The control module 30 transmits a current signal to the light-emitting module 20 to make the light-emitting module 20 light up, and the control module 30 is electrically Connect a piezo-inductance sensor 40, the piezo-inductance sensor 40 is used to sense the first stepping signal 41 and the second stepping signal 42;

A wireless transmission module 50 is electrically connected to the control module 30 so that the control module 30 is wirelessly connected to an external mobile device 60. The control module 30 receives the control signal of the mobile device 60 and outputs A feedback signal to the mobile device 60, where the mobile device 60 can be a mobile phone, a tablet computer, or a smart watch;

A sound effect module 70 is electrically connected to the control unit to receive the current signal of the control module 30 and make the sound effect module 70 emit sound. The sound effect module 70 is a speaker;

The control module 30 can be set by the mobile device 60 to have a pressing light-emitting mode 31, a situational light-emitting mode 32, a music light-emitting mode 33 and a freely set light-emitting mode 34, among which;

The mobile device 60 sets the control module 30 to the stepping light emitting mode 31, and the control module 30 sets the first stepping signal 41 as the origin, and the second stepping signal 42 is parsed as the user's walking direction. And transmit a light-emitting signal to the LED light-emitting floor 10 and the LED light-emitting floor 10 around the user's walking direction for synchronous light emission;

The mobile device 60 sets the control module 30 to the situational lighting mode 32, and the control module 30 indirectly sends current signals to the lighting modules 20 of different LED lighting floors 10 according to the preset sequence of the system, so that several The LED luminous floor 10 flashes in turn.

The mobile device 60 sets the control module 30 to the music light emitting mode 33, then the control module 30 will indirectly send current signals to the light emitting modules of different LED light emitting floors 10 according to the music beat played by the mobile device 60 20. Make a number of LED light-emitting floors 10 flash according to the music beat, and at the same time, the control module 30 will also send a current signal to the sound effect module 70, and the sound effect module 70 will generate music.

The mobile device 60 is set to the control module 30 to freely set the light-emitting mode 34, then the control module 30 will indirectly send current signals to different LED light-emitting floors 10 according to the light-emitting sequence set by the user on the mobile device 60 The light-emitting module 20 makes several LED light-emitting floors 10 blink in turn.

In order to enable your reviewer to have a better understanding and recognition of the features and characteristics of the present invention, the following preferred embodiments are enumerated and illustrated as follows:

Please refer to the third figure. First, users can assemble several LED light-emitting floors 10 through the expansion socket 15 according to their needs or the size of the venue, and connect the power cord or power supply device (not shown in the figure). This provides the power source of the system. When the user selects the stepped light emitting mode 31 through the mobile device 60 and walks on a number of LED light emitting floors 10, the piezoelectric sensor 40 will sense the first step the user steps on. A stepping signal 41 and a second stepping signal 42. The light-emitting module 20 of the LED light-emitting floor 10 that the user steps on will receive the current signal from the control module 30 to make the light-emitting module 20 emit light. , The LED light-emitting floor 10 connected in series around the user’s front, rear, left and right blocks simultaneously emits light; when the user takes a step forward with his right foot, the processing module analyzes whether the user is walking forward and determines which right foot has stepped on This is the second stepping signal 42, and the left foot left in place is the first stepping signal 41. Therefore, the processing module transmits a current signal to the LED light-emitting floor 10 at the left foot position and the forward direction 2- The 3-cell LED luminous floor 10 glows synchronously, and so on. When the user moves forward to the left, forwards to the right, backwards, obliquely forward, and obliquely back, they can all be deduced as in the above-mentioned example. Therefore, the stepping pressure of the present invention The light-emitting pattern 31 can provide the brightness of the user's walking direction.

Please refer to the fourth figure. When the user sets the control module 30 to the contextual lighting mode 32 through the mobile device 60, the control module 30 will indirectly send current signals to different LEDs according to the preset lighting sequence of the system. The light-emitting module 20 of the light-emitting floor 10 makes several LED light-emitting floors 10 flash in turn. The situational light-emitting mode 32 is suitable for places where atmosphere is created such as restaurants and hotels.

Please refer to the fifth figure. When the user sets the mobile device 60 to the music light emitting mode 33 through the mobile device 60, the control module 30 will indirectly send a current signal to the music tempo played by the mobile device 60 The light-emitting modules 20 of different LED light-emitting floors 10 make several LED light-emitting floors 10 flash with the beat of the music. At the same time, the control module 30 also sends a current signal to the sound effect module 70 and causes the sound effect module 70 to generate Music, the music luminous mode 33 is suitable for nightclubs, bars, restaurants and other places.

Please refer to the sixth figure. When the user sets the mobile device 60 to freely set the lighting mode 34 through the mobile device 60, the user can freely click on the mobile device. The LED lighting floor 10 to be illuminated is the control module 30 will indirectly send current signals to the light-emitting modules 20 of different LED light-emitting floors 10 according to the light-emitting sequence set by the user on the mobile device 60, so that several LED light-emitting floors 10 flash in turn, for example, to make several LEDs emit light. The floor 10 illuminates into a text and a love graphic, which can be used for reminders, advertisements or eye-catching purposes, or the LED luminous floor 10 set at important entrances and exits to illuminate, thereby providing the LED luminous floor 10 of the present invention with more flexible application.

The above disclosures are only the preferred embodiments provided by the present invention, and are not intended to limit the scope of implementation of the present invention. All related artisans in the technical field make equal changes based on the creation of the present invention. The scope of coverage.

100: LED light-emitting floor control system 10: LED luminous floor 11: Translucent board 12: Frame 13: accommodating space 14: Base plate group 15: Expansion unit socket 20: Light-emitting module 30: Control module 31: Step on the light-emitting mode 32: Situational lighting mode 33: Music light mode 34: Freely set the luminous mode 40: Piezoelectric sensor 41: The first stepping signal 42: The second stepping signal 50: wireless transmission module 60: mobile device 70: Sound Effect Module

The first figure is a system architecture diagram of a control system for an LED light-emitting floor according to the present invention; The second figure is a three-dimensional exploded view of the LED light-emitting floor of the control system of the LED light-emitting floor of the present invention; The third figure is a schematic diagram of the mobile device setting control module of an LED light-emitting floor control system according to the present invention to a step-on light-emitting mode; The fourth figure is a schematic diagram of the mobile device setting control module of an LED light-emitting floor control system of the present invention to a situational light-emitting mode; The fifth figure is a schematic diagram of the mobile device setting control module of an LED light-emitting floor control system of the present invention to a music light-emitting mode; The sixth figure is a schematic diagram of the mobile device setting control module of a control system for an LED light-emitting floor of the present invention to freely set the light-emitting mode;

100: LED light-emitting floor control system

10: LED luminous floor

15: Expansion unit socket

20: Light-emitting module

30: Control module

31: Step on the light-emitting mode

32: Situational lighting mode

33: Music light mode

34: Freely set the luminous mode

40: Piezoelectric sensor

41: The first stepping signal

42: The second stepping signal

50: wireless transmission module

60: mobile device

70: Sound Effect Module

Claims (6)

A control system for LED luminous floor, including: An LED light-emitting floor has a light-transmitting board, a frame, an accommodating space, a bottom plate group, and a light-emitting module arranged in the accommodating space, the light-emitting module includes at least one LED lamp, and The four sides of the LED luminous floor are respectively provided with expansion sockets, and the expansion sockets can be used to assemble the LED luminous floors with each other to form several LED luminous floors; A control module is arranged at a predetermined position in the accommodating space. The control module transmits a current signal to the light-emitting module to make the light-emitting module light up, and the control module is electrically connected to a piezoelectric sensor The piezoelectric sensor is used to sense the first stepping signal and the second stepping signal; A wireless transmission module is electrically connected to the control module to make the control module wirelessly connect with an external mobile device. The control module receives the control signal of the mobile device and outputs a feedback signal to the mobile device ； A sound effect module electrically connected to the control unit for receiving the current signal of the control module and making the sound effect module emit sound; As described in the first item of the scope of patent application, the control system of LED light-emitting floor, wherein the control module can be set by the mobile device to have a pressing light-emitting mode, a situational light-emitting mode, a music light-emitting mode and a freely set light-emitting mode. If the control system of the LED light-emitting floor mentioned in item 1 or item 2 of the scope of patent application, in which the mobile device is set to the control module of the pressing light-emitting mode, the control module will set the first pressing signal to the original At this point, the second stepping signal is parsed as the user's walking direction, and a light-emitting signal is transmitted to the LED light-emitting floor and the LED light-emitting floor surrounding the user's walking direction for synchronous light emission. For example, a control system for an LED light-emitting floor described in item 1 or item 2 of the scope of patent application, in which the mobile device sets the control module to the situational light-emitting mode, then the control module will follow the preset sequence of the system, indirectly Send current signals to the light-emitting modules of different LED light-emitting floors to make several LED light-emitting floors flash in turn. For example, a control system for an LED light-emitting floor described in item 1 or item 2 of the scope of patent application, in which the mobile device sets the control module to the music light-emitting mode, then the control module will follow the music beat played by the mobile device. Indirectly send current signals to the light-emitting modules of different LED light-emitting floors to make several LED light-emitting floors flash the music beats. At the same time, the control module will also send current signals to the sound effect module and make the sound effect module Produce music. If the control system of the LED light-emitting floor mentioned in item 1 or item 2 of the scope of patent application, in which the control module of the mobile device is set to freely set the light-emitting mode, the control module will follow the settings set by the user on the mobile device The lighting sequence, indirectly sending current signals to the lighting modules of different LED lighting floors, makes several LED lighting floors blink in turn.

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