TWM580216U - Wireless and powerless light voice control system - Google Patents

Abstract

A wireless passive light voice control system, the system comprising at least one voice control device, a plurality of pedestals and a plurality of wireless lighting devices; wherein the creation works in cooperation with the wireless lighting devices through the voice control device, and only It needs to be operated by a single voice control device, and the Zigbee wireless signal is connected and the control command is given to the plurality of wireless lighting devices, thereby achieving light switching, brightness and color control, and making each wireless lighting device not need to be connected to the smart gateway device. In order to achieve a significant reduction in the cost of the overall system equipment, and also the ability to control the sound of the light.

Description

Wireless passive light voice control system

This creative department is related to a light voice control system, especially a light voice control system that does not need to connect a smart gateway (also known as a bridge).

According to the advancement of science and technology and the improvement of people's living standards, the requirements of the living environment have become higher and higher. While pursuing material enjoyment, people also began to pursue a healthy living environment. To have a comfortable living space, factors affecting the indoor environment such as temperature, humidity and brightness are important. In particular, the current global climate is gradually unstable. To maintain the stability of indoor temperature, humidity and brightness, it is necessary to rely on equipment such as electric lights, air conditioners, curtains, etc., through the cooperation of these equipments, to achieve the purpose of indoor environment comfort.

However, modern people are busy, usually when they return home from work, it is already dinner time. At this time, it is necessary to turn on the lights, air conditioners and other facilities to adjust the temperature, humidity and brightness of the room. It usually takes a while for the equipment to be indoors. The space is adjusted to a comfortable environment. Secondly, since it is already night at home, if you start to work after work, it will affect the time for dinner. Traditionally, timers are used to automatically cook the pot to save time. The benefits of the timer are cheap and easy to obtain, but the user must have a way to operate it on the spot, and there are still inconveniences in its use.

In fact, with the advancement of technology, the computing resources, storage resources, and application resources of the Internet are increasing with the expansion of its scale. It is transforming from the traditional communication platform into an intelligent computing platform. Browsers, or smartphone apps, will be able to access services on the cloud. In the era of the emergence of the Internet of Things and big data, the combination of information technology has been able to effectively provide information and management of indoor space, and then tailor-made a home appliance control system equipment for users.

In the era when smart phone devices were flooding the market, smart home appliances were quite common. Many companies introduced sockets that control a single electrical product, in addition to allowing users to easily remotely control appliances through smart phones at home, even outdoors. Still remote control. With the new application of smart phones, that is, through the connection between the mobile device and the network and a smart gateway (also known as a bridge), even if it is not at home, the plug power can be turned on remotely to make the electric cooker Start cooking, start the air conditioner, turn on the lights first, and enjoy the comfortable environment when you get home.

However, the above-mentioned external remote control mode is generally subject to the transmission and operation of the user's voice command or control command through the smart gateway to switch control of a specific socket; in addition, due to the smart gateway The cost of manufacturing is relatively high, and the relative system will increase the selling price of the above-mentioned home appliance control system equipment. Such a situation reduces the consumer's desire to purchase and can be afforded by ordinary households or consumers.

Furthermore, the user can control various electrical appliances (such as LED lamps) in the home through the smart device on hand; however, due to the complicated operation mode of the smart phone and the cumbersome key input mode, for the elderly elders It is even more troublesome and difficult for children or children.

Therefore, some operators establish voice control through a voice control system to control a specific socket or appliance. However, the voice control module of the conventional technology is mostly a voice recognition system, which must pass through The network connection can be used. For example, the voice recognition result returned by the Google speech recognition system has a semi-tone similarity in the returned content, and the vocabulary is far away. Therefore, the vocabulary database for identifying the voice message is limited to a fixed one. The close-up vocabulary is easy to cause the result of the identification to differ from the actual semantics; what is important is that the wrong semantic understanding often makes the man-machine dialogue control impossible.

In addition, the conventional LED lamp has the function of only a single external projection light, and can only be used as a substitute for the traditional lamp, and cannot break through the old thinking that the LED lamp is only a light bulb, with the modern people constantly continually Pursuing creativity and inspiration, as well as adding more functional requirements, any intimate design that will benefit the user will affect the sales volume and market share in the lighting market, and play a pivotal role. Designed to be effectively addressed.

Therefore, the creators of this case have observed the above-mentioned deficiencies, but have not produced this creation.

The main purpose of this creation is to provide a wireless passive light voice control system, which only needs to be operated by a single voice control device to connect and issue control commands to a plurality of wireless lighting devices by Zigbee wireless signals, thereby achieving light switching, brightness and Color control, and so that each wireless lighting device does not need to connect to the smart gateway, can greatly reduce the product cost of the overall system equipment, and eliminate the problems and shortcomings of the prior art.

To achieve the above objective, the wireless passive light voice control system provided by the present invention comprises: at least one voice control device, which receives at least one first voice start command and at least one voice execution command, the first voice start Between the command and the voice execution command, an interval section is set, the voice control device generates at least one confirmation information corresponding to the start command and the voice execution command, and the voice control device operates the voice execution command, and correspondingly generates at least one Executing a signal; a plurality of pedestals electrically connected to a mains, wherein the pedestal has at least one set of slots; and a plurality of wireless illuminating devices respectively disposed in the splicing slots of the pedestals The wireless lighting device adopts the ZigBee communication protocol to further connect and pair the voice control device with the wireless signal, and the wireless lighting device receives the execution signal, and performs the pairing mode, the light-on mode, the light-off mode and the situation according to the execution signal. One of the modes of light operation procedures.

Preferably, the wireless lighting device has a set of shells, a driving processing module, a ZigBee wireless module, an LED light board and a light cover, wherein the driving processing module is disposed in the set of shells The ZigBee wireless module, the LED light board, and the light cover are assembled in the set of shells, and the LED light board is capable of generating a plurality of different light-emitting colors.

Preferably, the voice control device has a processor, a vocabulary storage unit, a signal transmission unit, at least one illuminating unit, a sounding unit, a voice receiving unit and a voice recognition unit. The processor is electrically The vocabulary storage unit, the signal transmission unit, the voice receiving unit, the illuminating unit, the sounding unit, and the voice recognition unit are connected, and the voice control device has a casing, and the casing is externally The sound receiving unit is configured to receive the first voice start command and the voice execution command, and the second light emitting unit is disposed on the pairing button and the power button, and the voice receiving unit is configured to receive the first voice start command and the voice execution command. The voice recognition unit is configured to recognize at least one first voice start command and at least one voice execution command.

Preferably, the voice control device further includes a voice addition command, a voice replacement command, a light context setting command, and a voice deletion command, and the voice added command, the voice replacement command, and the light context setting command And at least one command of the voice deletion command is set after the first voice initiation command, and a plurality of interval segments are further formed between the first voice initiation command and the voice execution command.

Preferably, the voice recognition unit is configured to identify the commands and the voice intervals, and the commands and the interval segments are stored in the processor and the lexicon storage unit. The confirmation device generates the confirmation information when the above-mentioned commands are executed, and the confirmation information is that the illumination unit emits a flashing light and the sounding unit emits a sound, and the interval section is 1 to 5 seconds. And the confirmation information is selected from one of a luminescent display and a sound or a combination thereof.

Based on the above wireless passive light voice control system, the present invention further proposes an operation method for applying the above wireless passive light voice control system, the operation method comprising: a signal connection step, a voice control device and The wireless lighting device performs wireless pairing and wireless signal transmission connection by using a ZigBee communication protocol, and the wireless lighting devices are respectively disposed on a plurality of pedestals, and the pedestals are respectively configured with at least two illuminating regions, and When the wireless lighting device is in a paired state, it is in a blinking state; in a startup identification step, the voice control device receives at least one first voice activation command sent by the user, and the voice control device receives and recognizes the first voice activation. The command, and then the voice control device successfully sends a confirmation message; an operation execution step, after the confirmation information in the activation identification step, the voice control device receives and recognizes at least one voice execution command, the voice execution command and the a voice start command has a gap between the segments, and then the voice control device identifies the success system And a confirmation message, wherein the voice control device processes the voice execution command and correspondingly generates at least one execution signal; and a transmission control step, the wireless lighting device receives the execution signal, and according to the execution signal, The wireless lighting devices in a light-emitting area or the light-emitting areas perform a light operation program of one of a pairing mode, a light-on mode, a light-off mode, and a situation mode.

Preferably, the method further includes a step of adding a light situation, wherein the first voice activation command and the at least one voice addition command are sent to the voice control device in the startup identification step, and the voice control device is successfully identified. Sending a confirmation message, and then issuing the first voice start command to the voice control device, and then the voice control device successfully sends another confirmation message, and finally, issuing a second voice start command to the voice control device. The second voice activation command is to add a situational command to the wireless lighting device in one of the light emitting regions or the light emitting regions, and the voice control device successfully sends another confirmation message, and After the step of adding a lighting situation, the user then issues the second voice start command to the voice control device, and then performs the operation execution step and the transmission control step.

Preferably, the method further includes a light situation adjustment step, wherein the first voice start command and the at least one context adjustment command are sent to the voice control device in the start recognition step, and then the voice control device successfully sends a confirmation message. And then sending a context adjustment command to the voice control device, wherein the context adjustment command is to perform command control on the color or brightness of the light in the one of the light emitting regions or the light emitting regions, and the voice control The device identification success sends another confirmation information. After the light situation adjustment step, the voice control device then performs the operation execution step and the transmission control step.

Preferably, the method further includes a voice resetting step and a de-pairing step, wherein the voice resetting step is performed by pressing a power button outside the voice control device, and the voice control device performs voice on the internally stored voice command. And resetting, in addition, the unpairing step is to sequentially send a selected command, a control command and a confirmation command to the voice control device after the startup identification step, and the voice control device successfully sends a confirmation message, the voice control device Then, the operation execution step and the transmission control step are performed, and then the wireless illumination devices receive the execution signal and return to a mode without pairing, and stop driving the illumination.

Preferably, wherein the commands respectively have a spacing section, the spacing section is 1 to 5 seconds, and the confirmation information is selected from one of a luminous display and an acoustic sound or a combination thereof.

The wireless passive light voice control system provided by the present invention mainly adopts the operation method, and the sound control device has the first voice start command, the voice execution command, the interval section and the voice of the confirmation information. Confirming the mode, and in conjunction with the ZigBee wireless communication protocol, further wirelessly connecting the wireless lighting devices for performing the above-described voice control of the wireless lighting devices of the base; thereby, the creative system only It needs to be operated by a single voice control device to connect and issue control commands to multiple wireless lighting devices with Zigbee wireless signals, thereby achieving light switching, brightness and color control, and making each wireless lighting device not need to be connected to a smart gateway. It can greatly reduce the product cost of the overall system equipment and eliminate the problems and shortcomings of the prior art.

Please refer to FIG. 1 and FIG. 2 , and FIG. 3 , which is a system block diagram, a system architecture diagram and an exploded perspective view of the first embodiment of the present invention. The wireless passive voice control system 100 is disclosed. The wireless passive light voice control system 100 includes:

At least one voice control device 10 receives at least one first voice start command and at least one voice execution command, and a gap segment is set between the first voice start command and the voice execution command, and the voice control device 10 is correspondingly activated. The command and the voice execution command generate at least one confirmation information, and the voice control device 10 processes and processes the voice execution command, and correspondingly generates at least one execution signal. In this embodiment, the voice control device 10 internally has a processor 12, a vocabulary storage unit 13, a signal transmission unit 14, at least one illuminating unit 15, a sounding unit 16, a voice receiving unit 17, and a voice recognition unit 18, the processor 12 is electrically connected to the lexicon storage unit 13 The signal transmission unit 14, the voice receiving unit 17, the light emitting units 15, the sounding units 16, and the voice recognition unit 18.

In addition, as shown in FIG. 1 and FIG. 2 , the voice control device 10 has a housing 11 , and the outer side of the housing 11 is provided with at least one sound receiving hole 111 , a pairing button 112 and a power button 113 , and two light emitting units 15 . The voice recognition unit 17 is configured to receive the first voice activation command and the voice execution command, and the voice recognition unit 18 is configured to identify at least one first A voice start command and at least one voice execution command.

In addition, in the embodiment, the voice control device 10 further includes a voice addition command, a voice replacement command, a light context setting command, and a voice deletion command, and the voice addition command, the voice replacement command, and the At least one command of the light context setting command and the voice deletion command is set after the first voice initiation command, and a plurality of interval segments are further formed between the first voice initiation command and the voice execution command; the voice The identification unit 18 is configured to recognize the commands and the voice intervals, and the commands and the interval segments are stored in the processor 12 and the thesaurus storage unit 13, and the voice control device 10 is further provided. The confirmation information generated when the above-mentioned commands are executed, the confirmation information is that the illumination unit 15 emits a flashing light and the sounding unit 16 emits a sound, and the interval section is 1 to 5 seconds, and The confirmation information is selected from one or a combination of a luminescent display and a sound.

a plurality of bases 20 electrically connected to a mains 300, and the base 20 has a plurality of sets of slots 21, the set of slots 21 being capable of having a power supply function; in this embodiment, the bases The 20 series can be placed in the living room, bedroom, kitchen, stairwell, doorway, etc.

The plurality of wireless lighting devices 30 are respectively disposed in the connecting slots 21 of the bases 20, and the wireless lighting devices 30 are further connected and paired with the voice control device 10 by using a ZigBee wireless communication protocol. The wireless lighting device 30 receives the execution signal and performs a light operation program of one of a pairing mode, a light-on mode, a light-off mode, and a situation mode according to the execution signal; in the embodiment, the wireless lighting device 30 The system has a set of shells 31, a driving processing module 32, a ZigBee wireless module 33, an LED light board 34 and a lamp cover 35. The driving processing module 32 is disposed in the set of shells 31, and the ZigBee is provided. a wireless module 33, the LED light board 34, and the light cover 35 is assembled to the set of shells 31. Further, the LED light board 34 is provided with a plurality of light emitting diode elements 341 for the LED light boards. The 34 series can produce a plurality of different luminescent colors.

Please refer to FIG. 1 and FIG. 2 again, and with reference to FIG. 6 to FIG. 10 , it is a system block diagram, a system architecture diagram and a method flowchart 200 of the first embodiment of the present invention. Based on the wireless passive voice control system 100 described above, the present invention further proposes an operation method 200 for applying the above-described segmented wireless passive light voice control system. The operation method 200 includes:

In a signal connection step S1, a voice control device 10 and the wireless illumination device 30 are wirelessly paired and wirelessly transmitted by the ZigBee communication protocol. The wireless illumination devices 30 are respectively disposed on the plurality of bases 20 The pedestal 20 is configured to have at least two illuminating regions 200, and the wireless illuminating devices 30 are in a blinking state when in the state to be paired; in this embodiment, the illuminating regions 200 can respectively Indoor areas such as living room areas, room areas, kitchen areas, etc., or outdoor areas.

Initiating the identification step S2, the voice control device 10 receives at least one first voice activation command sent by the user, the voice control device 10 receives and recognizes the first voice activation command, and then the voice control device 10 recognizes the success and sends a confirmation message. .

An operation is performed in step S3, after the confirmation information is confirmed in the step S2, the voice control device 10 receives and recognizes at least one voice execution command, and the voice execution command and the first voice start command have a space segment. Then, the voice control device 10 successfully sends a confirmation message, and the voice control device 10 processes and processes the voice execution command, and correspondingly generates at least one execution signal.

In a transmission control step S4, the wireless illumination device 30 receives the execution signal, and performs pairing mode and turning on the light in the one of the light-emitting regions 200 or the light-emitting regions 200 in the light-emitting regions 200 according to the execution signal. Light mode operation mode of one mode of mode, light off mode and situation mode.

A lighting situation adds a step S2A, in which the first voice activation command and at least one voice addition command are issued to the voice control device 10 in the startup identification step S2. At this time, the voice control device 10 sends a message after the recognition is successful. Confirming the information, and then re-issuing the first voice activation command to the voice control device 10, and then the voice control device 10 successfully sends another confirmation message, and finally, the voice control device 10 issues a second voice activation command. The second voice activation command is to add a situational command to the wireless lighting device 30 in the one of the light emitting regions 200 or the light emitting regions 200, and the voice device 10 successfully sends another confirmation message. In addition, after the step S2A is added to the lighting situation, the user then issues the second voice start command to the voice control device 10, and then performs the operation execution step S3 and the transmission control step S4.

a lighting situation adjustment step S2B, in the activation identification step S2, the first voice activation command and the at least one context adjustment command are sent to the voice control device 10, and then the voice control device 10 successfully sends a confirmation message, and then, And then the context control command is sent to the voice control device 10, and the context adjustment command is to perform command control on the color or brightness of the light in the one of the light emitting regions 200 or the light emitting regions 200. After the voice control device 10 recognizes the success, another confirmation information is sent. After the light situation adjustment step S2B, the voice control device 10 then performs the operation execution step S3 and the transmission control step S4.

In a voice resetting step S5, the voice resetting step S5 is to perform a long press on a power button 113 outside the voice control device 10, and the voice control device 10 performs voice reset on the internally stored voice command.

An unpairing step S2C sends a selected command, a control command and a confirmation command to the voice control device 10 in sequence after the activation identification step S2. The voice control device 10 sends a confirmation message by the voice recognition device 10, and the voice control device 10 sends a confirmation message. Then, the operation execution step S3 and the transmission control step S4 are performed, and then the wireless illumination devices 30 receive the execution signal and return to a mode without pairing, and stop driving the illumination.

In this embodiment, the commands in the operation method 200 of the present invention respectively have a spacing section, and the interval section is 1 to 5 seconds.

In order to further understand the characteristics of this creation, the use of technical means and the expected results, we will describe the use of this creation, and believe that we can have a deeper and more specific understanding of this creation, as follows:

Please refer to FIG. 1 , FIG. 4 and FIG. 5 again, and as shown in FIG. 6 , it is a system block diagram, a system architecture diagram and a method flowchart 200 of the first embodiment of the present invention. In the actual use state, the user will make a short beep when the voice control device 10 reads the name of the A light-emitting area 200 (ie, the first voice start command), and the power button 113 state is fast. Flashing; then reading the turn-on light (ie, the voice execution command), when the recognition is successful, the sounding unit 16 will beep again, the power button 113 state will flash again, before and after a total of two flashes Secondly, the entire speech pattern recognition is successful, and the voice control device 10 transmits an execution signal for further voice control of the wireless lighting devices 30.

More specifically, the present invention mainly uses the operation method 200, and the voice control device 10 has the first voice activation command, the voice execution command, the interval section, and the voice confirmation mode of the confirmation information, and In conjunction with the ZigBee wireless communication protocol, further wireless signals are coupled to the wireless lighting devices 30 for the wireless lighting devices 30 of the base 20 to perform one of the pairing mode, the light-on mode, the light-off mode, and the situation mode. The voice control of the mode light operation program.

Thereby, the creation system only needs to be operated by a single voice control device 10, and the Zigbee wireless signal is connected and the control command is issued to the plurality of wireless lighting devices 30, thereby achieving light switching, brightness and color control, and enabling each wireless lighting device 30. There is no need to connect smart gateways, which can greatly reduce the product cost of the overall system equipment and eliminate the problems and shortcomings of the prior art.

Please refer to FIG. 7 again. When the command state is added in the lighting situation, the user can first say "smart light control" in the use state, the word preset represents a light-emitting area 200, and is preset to an A. For the first voice activation command of the light-emitting area 200, two or more light-emitting areas 200 may be additionally added; for example, the name of the A-light-emitting area 200 (ie, the first voice start command) is spoken to the voice control device 10, The sounding unit 16 emits a sound, and the power key 1133 is blinking, and then "add, confirm" (ie, a voice addition command), "the name of the B light emitting area 200, the name of the B light emitting area 200" ( That is, the second voice start command) is set.

Please refer to FIG. 8 again. In the state of the lighting situation adjustment command, in the state of use, the user can first say "smart light control", the word preset represents a light-emitting area 200 (ie, preset to A light) The first voice start command of the area 200) is said to the voice control device 10 "the name of the A light emitting area 200 (ie, the first voice start command)". At this time, the sounding unit 16 emits an sound, and the power key 1133 flashes. Light up, followed by "light adjustment, context name" (ie, voice addition command), and the wireless illumination device 30 in one of the illumination areas 200 or the illumination areas 200 may be based on the color of the light or Brightness adjustment.

It is worth mentioning that the creative operation method 200 can further set a light scene replacement step (not shown), which means that if the A light-emitting area 200 needs to be modified, the voice control device 10 should be said to be "smart light control". The word is preset to represent a first voice activation command of a light-emitting area 200 (preset to the A-light-emitting area 200), and two or more light-emitting areas 200 may be additionally added; for example, say "A" to the voice control device 10. The name of the light-emitting area 200 (ie, the first voice start command), at this time, the sounding unit 16 emits a sound, and the power button 1133 flashes, and then says "replace, confirm" (ie, voice replacement command), And "the name of the B light-emitting area 200, the name of the B light-emitting area 200" (that is, the second voice start command) is set.

It is worth mentioning that the term "wireless" in the subject matter of the present invention means that the voice control device 10 is connected to the wireless lighting devices 30 via a zigbee wireless communication protocol, and "passive" means that the creation does not need to be centrally set as in the prior art. The intelligent gateway of the source of information processing processing.

It is worth mentioning that the ZigBee wireless module 33 in the single wireless lighting device 30 or the plurality of wireless lighting devices 30 of the present invention can be paired with the plurality of voice control devices 10, and the driving processing module 32 inside the wireless lighting device 30 Corresponding operations are performed to process the execution signals of the voice control devices 10.

Hereby, the characteristics of this creation and its achievable expected effects are stated as follows:

The wireless passive voice control system 100 of the present invention is mainly composed of the operation method 200, and the voice control device 10 has the first voice start command, the voice execution command, the interval section and the confirmation information. The voice confirmation mode, in conjunction with the ZigBee wireless communication protocol, further wirelessly connects the wireless lighting devices 30 for the wireless lighting devices 30 of the base 20 to perform the voice control of the modes described above.

This creative department has the following implementation effects and technical effects:

First, the creation system only needs to be operated by a single voice control device 10 to connect and issue control commands to the plurality of wireless lighting devices 30 with Zigbee wireless signals, thereby achieving light switching, brightness and color control, and enabling each wireless lighting device 30. There is no need to connect smart gateways, which can greatly reduce the product cost of the overall system equipment and eliminate the problems and shortcomings of the prior art.

Secondly, the secondary voice control device 10 of the present invention connects the wireless lighting devices 30 by using Zigbee wireless signals, thereby achieving reliable operation for providing user convenience and no dead angle of reception, thereby eliminating the problems and disadvantages of the prior art.

Thirdly, the author uses Zigbee wireless transmission protocol technology, because of its low power consumption, low cost and instant wireless remote control, the wireless illumination sets the switch, brightness and color of the internal light-emitting diode element 341, and matches The light-emitting diode (LED) element has the characteristics of high luminous efficiency, low energy consumption and long life, so that the system of the present invention has the advantages of low energy consumption, low cost, high transmission efficiency and the like.

Fourthly, the creative department can pass the segmented speech recognition control mechanism, that is, the interval segment of the creation, in other words, the creation system can effectively simplify the general speech recognition system must be connected to the end database. Or the problem of storing a large amount of vocabulary information, and the problem that easily leads to discrepancies between the results of the identification and the actual semantics.

In summary, this creation has its excellent progress and practicality in similar products. At the same time, it has investigated the technical information about such structures at home and abroad. The same structure has not been found in the literature. This creation has already possessed new types of patent requirements, and applied for it according to law.

However, the above-mentioned embodiments are merely preferred embodiments of the present invention, and the equivalent structural changes that are applied to the present specification and the scope of the patent application are intended to be included in the scope of the present patent.

100‧‧‧Wireless Passive Light Voice Control System  10‧‧‧Sound control device

11‧‧‧Shell  111‧‧‧ Sound hole

112‧‧‧ Pairing button  113‧‧‧Power button

12‧‧‧ Processor  13‧‧‧ Thesaurus storage unit

14‧‧‧Signal transmission unit  15‧‧‧Lighting unit

16‧‧‧ Sounding unit  17‧‧‧Voice receiving unit

18‧‧‧Speech recognition unit  20‧‧‧ Pedestal

21‧‧‧ group slot  30‧‧‧Wireless lighting

31‧‧‧Group shell  32‧‧‧Drive Processing Module

33‧‧‧ZigBee wireless module  34‧‧‧LED light board

341‧‧‧Lighting diode components  35‧‧‧shade  200‧‧‧How to operate  S1‧‧‧ signal connection steps  S2‧‧‧Start identification step  S2A‧‧‧New steps in the lighting situation  S2B‧‧‧Light situation adjustment steps  S2C‧‧‧Unpairing step  S3‧‧‧ arithmetic execution steps  S4‧‧‧ Transmission Control Procedure  S5‧‧‧Voice reset procedure  200‧‧‧Lighting area  300‧‧‧Power  

Figure 1 is a block diagram of the system of the first embodiment of the present invention.  FIG. 2 is a schematic diagram of the system architecture of the first embodiment of the present creation.  Fig. 3 is an exploded perspective view showing the display base and the wireless lighting device of the first embodiment of the present invention.  Figure 4 is a schematic view showing the use of the first embodiment of the present creation.  Figure 5 is a schematic view showing the use of the first embodiment of the present creation.  Figure 6 is a flow chart showing the operation method of the first embodiment of the present invention.  FIG. 7 is a flow chart showing the operation method of the first embodiment of the present invention, which is shown in the new step of the lighting situation.  FIG. 8 is a flow chart showing the operation method of the first embodiment of the present invention displayed in the lighting situation adjustment step.  FIG. 9 is a flow chart showing the operation method of the first embodiment of the present invention displayed in the voice resetting step.  Figure 10 is a flow chart showing the operation method of the first embodiment of the present invention shown in the unpairing step.  

Claims (5)

A wireless passive light voice control system, the system comprising:  The at least one voice control device receives at least one first voice start command and at least one voice execution command, and the interval between the first voice start command and the voice execution command is set, and the voice control device is configured to activate the command and The voice execution command generates at least one confirmation information, and the voice control device operates the voice execution command, and correspondingly generates at least one execution signal;  a plurality of pedestals electrically connected to a mains, and the pedestal has at least one set of slots; and  a plurality of wireless lighting devices respectively disposed in the docking slots of the bases, and the wireless lighting devices are further connected and paired with the wireless control device by a ZigBee wireless communication protocol, and the wireless lighting device is further Receiving the execution signal, and performing a light operation procedure of one of a pairing mode, a light-on mode, a light-off mode, and a situation mode according to the execution signal;  The voice control device has the first voice activation command, the voice execution command, the interval segment and the voice confirmation mode of the confirmation information, and is further connected to the wireless illumination device by using a ZigBee wireless communication protocol. For the wireless lighting devices of the pedestals to perform voice control of the above modes.   According to the wireless passive lighting voice control system described in claim 1, wherein the wireless lighting device has a set of shells, a driving processing module, a ZigBee wireless module, and an LED light board. a light cover, the driving processing module, the ZigBee wireless module, and the LED light board are disposed in the set of shells, and the light cover is assembled in the set of shells, and the LED light board can be generated Multiple different illuminating colors. The wireless passive light voice control system according to claim 1, wherein the voice control device has a processor, a word storage unit, a signal transmission unit, at least one light unit, and a sound unit. a voice receiving unit and a voice recognition unit, the processor is electrically connected to the thesaurus storage unit, the signal transmission unit, the voice receiving unit, the lighting units, the sounding units and the voice recognition unit, and The sound control device has a casing, and the outer side of the casing is provided with at least one sound receiving hole, a pairing button and a power button, the two light emitting units are disposed on the pairing button and the power button, and the voice receiving unit is further provided. The system is configured to receive the first voice initiation command and the voice execution command, and the voice recognition unit is configured to identify at least one first voice initiation command and at least one voice execution command. The wireless passive light voice control system according to claim 3, wherein the voice control device further comprises a voice addition command, a voice replacement command, a light context setting command, and a voice deletion command. At least one of the voice addition command, the voice replacement command, the light context setting command, and the voice deletion command is set after the first voice initiation command, and the first voice initiation command and the voice execution command are Further, a plurality of spaced sections are formed between them. The wireless passive light voice control system according to claim 4, wherein the voice recognition unit is configured to identify the commands and the voice intervals, and the commands and the interval segments are The storage device is stored in the processor and the lexicon storage unit, and the voice control device is configured to generate the confirmation information when the command is executed, and the confirmation information is that the illumination unit emits a flashing light and the sounding unit. The sound is emitted. In addition, the interval section is 1 to 5 seconds, and the confirmation information is selected from one of a light-emitting display and an acoustic sound or a combination thereof.