CN104643800B - Intelligence wineglass - Google Patents

Abstract

The invention discloses a kind of intelligent wineglass, it is characterized in that, built-in programmable controller, light parts, human body sense of touch parts, location sensitive parts, wireless communication module, can use as ordinary glass, again can by human body touch, lift and to cheers etc. specific action, control bottom of cups light and display pattern, simultaneously can the brightness of sliceable light peripheral hardware around controlled in wireless, sound, color and rule change thereof; Multiple sliceable light peripheral hardware forms lamplight array by BIU, and many group lamplight array are associated by networking components, realizes control signal networking and transmits.

Description

smart wine glass

technical field

The invention relates to a smart wine glass and splicable light interactive game device, which is characterized in that it combines the functions of a common wine glass and a light array to provide a program-controlled wine glass device with wireless control of surrounding lights.

Background technique

Ordinary lamps do not have any logic, only lighting functions. In recent years, LED light source technology has gradually become popular, and the price has been continuously reduced. The brightness, color and change mode can also be controlled wirelessly.

Adding the wireless light control function to the ordinary wine glass, it becomes a smart wine glass, which naturally extends the action of cheering to the changes of the surrounding lights, bringing an interesting interactive experience.

Contents of the invention

The invention discloses an intelligent wine glass, which is characterized in that it has a built-in programmable controller, a lighting component, a human body touch component, a position sensing component, and a wireless communication module; The control signal of the lighting component, and through the wireless communication module to control the external splicable lighting peripherals, the smart wine glass can respond to the user’s shaking action through the position sensing component, and generate a control signal to control the bottom lighting component, and through the wireless communication module Control the external splicable lighting peripherals; the wireless communication module has the function of wirelessly transmitting control control signals, and can control one or more of the operation mode, brightness, sound, color and changing rules of the surrounding intelligent peripherals; The splicable lighting peripherals have programmable logic components, wireless communication modules and bus interface components; the control signal sent by the smart wine glass is sent to the wireless communication module of the smart peripherals through the wireless communication module, and the programmable logic components receive The received signal controls one or more of the operation mode, brightness, sound, color and change rules of the intelligent peripherals, and multiple intelligent peripherals can be related to each other through the bus interface components to realize the mutual transmission of control signals .

The smart wine glass is characterized in that the bottom lighting part is composed of one or more LED lights.

The smart wine glass is characterized in that it has a unique device serial number, and the control signal of the wireless communication module is digitally encoded, so that the control signal output by each smart wine glass is bound to the device serial number and will not interact with each other. crosstalk.

The smart wine glass described above is characterized in that the control signal is encrypted and protected once-a-time through an encryption algorithm, a random number and a serial number to prevent it from being illegally simulated and resent, and the serial number is generated by a digital turntable to ensure that each The serial number value in the control signal sent this time is different from the last time, and cannot be illegally simulated by resending.

The smart wine glass is characterized in that the splicable lighting peripherals include lighting components, programmable logic components, human body touch components, wireless communication modules and bus interface components, and have a splicable structure. Multiple splicable lighting peripherals It is assumed that the bus interface components are connected together to form a light array; the control signal sent by the smart wine glass is sent to the wireless communication module that can splice the lighting peripherals through the wireless communication module, and the programmable logic component controls the light component to generate light according to the received signal Effect: Multiple groups of lighting arrays can be connected to each other through the networked components expanded by the bus interface components, so as to realize the networked transmission of control signals.

First of all, smart wine glasses have the shape and function of ordinary wine glasses.

Secondly, the smart wine glass has a built-in battery and an LED light at the bottom. When the user holds/shakes the toast smart wine glass, the bottom LED light can be lit, and the external splicable lighting peripherals can also be controlled wirelessly.

The primary feature of the smart wine glass is that it is controlled by a microcomputer or controlled by a main control chip. Only computerized control can realize complex logic functions and combine with input signals to realize rich lighting control.

The smart wine glass is characterized in that it has built-in human body tactile parts and shaking sensing parts, which can sense specific actions such as human body touch and shaking toasts, and at the same time control the surrounding splicable lighting peripherals; when the trigger signal is generated, the bottom lighting part Change the color of 7-color LED effect lights at the same time.

The splicable lighting peripheral is characterized in that it has a lighting component, a programmable logic component, a human body touch component, a wireless communication module and a bus interface component, and has a splicable structure; a plurality of the splicable lighting peripherals are spliced and combined Form a light array on the desktop, ground or wall, connect through the bus, and connect with other light arrays through the game networking device to transmit control signals.

The splicable lighting peripheral is characterized in that the control signal generated by the human body touching the human body tactile component and the control signal received through the wireless communication module are connected to the programmable logic component, and the programmable logic component is based on the built-in logic and control signal , control the changes of the lighting components, and transmit the control signals to the adjacent splicable lighting peripherals through the bus interface components. The control signals received by the wireless communication module and the infrared receiving module have higher priority than the control signals sent by the human touch components. class.

Description of drawings

none

detailed description

The specific embodiment of the smart wine glass of the present invention is to select suitable LED lamp beads, main control chip and software program, human body touch sensor, vibration sensor, wireless communication module, control switch and battery, and assemble into a smart wine glass.

The interior of the smart wine glass includes the main control chip CPU, battery DC, bottom LED light D1, vibration sensor Z1, human body touch sensor R1, wireless communication module W1, and control switch K1.

The battery DC of the smart wine glass is a normal battery or a rechargeable battery. There is no need to connect wires when using it.

The smart wine glass can control the LED lighting effect at the bottom according to the state of the human body touch sensor R1 and the vibration sensor Z1, and send the control signal to the external splicable lighting peripherals.

When the user touches or shakes the smart wine glass, the brightness and color of the LED light D1 at the bottom will change accordingly, and wirelessly control the brightness and color of peripheral devices that can be spliced around.

The user can set the wireless control and the switch of the bottom LED light through the control switch K1 of the smart wine glass.

The splicable lighting peripherals of the present invention are specifically implemented by selecting appropriate LED light sources, logic control chips, human body touch chips, wireless communication modules and bus interface chips, and assembling them into a splicable touch-sensitive lighting unit. Multiple splicable touch-sensitive lighting units can be spliced arbitrarily adjacently to form a planar array. Through the information bus, connect the game networking device or the central processing unit to form a lighting array to realize interactive lighting display.

In order to reduce the thickness, the splicable lighting peripherals use surface-mounted colored LED light sources.

The LED light source inside the splicable touch-sensitive light unit has a variety of color combinations. By controlling the brightness and flickering, colorful effects can be achieved.

In order to save the cost of programmable logic components, a single-chip microcomputer is used as a logic control chip.

In order to sense human body touch conveniently and sensitively, a combination of infrared sensing chip and electrostatic sensing chip is used as a human touch sensing part instead of a pressure sensing component.

In order to allow a large number of splicable touch-sensitive lighting units to be connected to the information bus, the bus adopts the industry standard 485 interface, and the bus interface components use the 485 interface chip to define the structure of the information package. At the same time, it can expand multiple networking methods of Ethernet or wireless network.

The power interface of the touch-sensitive lighting unit can be spliced, and a safe low-voltage DC power supply method is adopted.

Claims (6)

1. An intelligent wine glass, characterized in that it has a built-in programmable controller, lighting components, human touch components, position sensing components, and wireless communication modules; the intelligent wine glass is powered by a battery and can be used as an ordinary wine glass and lighting; The smart wine glass can respond to human body contact through the human body tactile part, generate a control signal to control the light part at the bottom of the wine glass, and control the external splicable lighting peripherals through the wireless communication module; the smart wine glass can respond to the shaking or collision action of the user through the position sensing part , generate control signals for controlling the internal lighting components, and control the external splicable lighting peripherals through the wireless communication module; the wireless communication module has the function of wirelessly transmitting control signals, and can control the brightness, sound, and color of the surrounding splicable lighting peripherals One or more of its change rules; the splicable lighting peripherals are equipped with programmable logic components, wireless communication modules and bus interface components; the control signal sent by the smart wine glass is sent to the control signal through the wireless communication module The wireless communication module for splicing lighting peripherals, the programmable logic component controls one or more of the operation mode, brightness, sound, color and change rules of the splicable lighting peripherals according to the received signal, and the multiple The splicable lighting peripherals described above can be related to each other through the bus interface components to realize mutual transmission of control signals. 2. The smart wine glass according to claim 1, wherein the light component is composed of an array of LED light beads at the bottom of the wine glass. 3. The smart wine glass according to claim 2, wherein the position sensing component is an acceleration sensor. 4. According to the smart wine glass described in claim 3, it is characterized in that, with a unique device serial number, the control signals of the wireless communication module of the smart wine glass are all digitally coded, so that the control signals output by each smart wine glass are Those that are bound to the device serial number will not interfere with each other. 5. According to the smart wine glass described in claim 4, it is characterized in that, the said control signal is protected by one-time encryption through encryption algorithm, random number and serial number to prevent illegal simulation and retransmission, said serial number Generated by a digital turntable, it is guaranteed that the serial number value in the control signal sent each time is different from the last time, and cannot be illegally simulated by retransmission. 6. The smart wine glass according to claim 5, characterized in that, the splicable lighting peripherals include lighting components, programmable logic components, human touch components, wireless communication modules and bus interface components, and have a splicable structure , a plurality of splicable lighting peripherals are connected together through the bus interface components to form a lighting array; the control signal sent by the smart wine glass is sent to the wireless communication module of the splicable lighting peripherals through the wireless communication module, and the programmable logic components receive The signal controls the lighting components to produce lighting effects; multiple groups of lighting arrays can be connected to each other through the networking components extended by the bus interface components to realize the network transmission of control signals.