CN114697151A - Intelligent home system with non-voice awakening function and non-voice awakening method thereof - Google Patents
Intelligent home system with non-voice awakening function and non-voice awakening method thereof Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
- H04L12/2807—Exchanging configuration information on appliance services in a home automation network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
- H04W48/10—Access restriction or access information delivery, e.g. discovery data delivery using broadcasted information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/16—Discovering, processing access restriction or access information
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W48/00—Access restriction; Network selection; Access point selection
- H04W48/18—Selecting a network or a communication service
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- H—ELECTRICITY
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Abstract
The invention provides an intelligent home system with a non-voice awakening function and a non-voice awakening method thereof, wherein the intelligent home system comprises the following steps: s1, a trigger source receives a trigger instruction; s2, a trigger source broadcasts an awakening instruction in a specific channel; s3, the voice equipment receives a wake-up instruction; and S4, the voice equipment judges whether a response condition is met or not according to the awakening instruction, and if so, the voice equipment responds. The scheme provides a mode for awakening voice equipment in a non-voice mode, more choices can be given to users, different requirements of different users are met, products have wider audience, the trigger source of the scheme adopts a specific broadcast which is selected firstly, then the voice equipment is awakened in a specific channel broadcast mode, network access is not needed, relay routing is not needed, quick awakening of language equipment can be achieved, meanwhile, network resources of an intelligent home system are not occupied, influence on the intelligent home system in any amount is not caused, and the number of available equipment of the intelligent home system cannot be reduced due to the number of trigger sources used by the users.
Description
Technical Field
The invention belongs to the technical field of intelligent home, and particularly relates to an intelligent home system with a non-voice awakening function and a non-voice awakening method thereof.
Background
The intelligent home (English: smart home, home automation) is characterized in that a home is used as a platform, facilities related to home life are integrated by utilizing a comprehensive wiring technology, a network communication technology, a safety precaution technology, an automatic control technology and an audio and video technology, a high-efficiency management system of home facilities and home schedule affairs is constructed, home safety, convenience, comfortableness and artistry are improved, and an environment-friendly and energy-saving living environment is realized. The intelligent home system is characterized in that voice control can be achieved, in order to achieve the purpose of energy conservation and prevent false triggering, a user needs to wake up the voice system before voice interaction with the user, at present, each family adopts a unique wake-up word to wake up the voice system, for example, a person who controls a guest adopts 'small k', and a wake-up word used by millet is 'small love classmate'.
At present, there are many brands of intelligent home products in the market, such as accuse visitor, doodle, mijia, auribo etc. the purpose of intelligent home product lies in constantly promoting user experience, and can give the user good experience directly influence the competitiveness of a brand, and each manufacturer also constantly explores in user experience, constantly studies, constantly improves to strive for more outstanding product performance, obtains more user's recognition. With the improvement of living standard of people, the smart home system is more and more perfect, more and more ordinary families use smart home products, which means that the customer group of the smart home products is wider and wider, and different users have different requirements, for example, for some users, a so-called awakening mode is not available, or an awakening mode using awakening words is preferred, while for some users, a voice awakening mode is not preferred, or other awakening modes are preferred. However, the voice interaction system is used for waking up, so that the voice wake-up mode of the current smart home system is limited to wake up by the wake-up word, and a mode compatible with non-voice wake-up is not thought to meet the requirements of more users, so that the voice wake-up system caters to the preference of more users, and gives better user experience to more users.
For the problem that the user can only wake up by using a wake-up word in the current voice interaction system, a non-voice wake-up mode is proposed in some schemes, for example, a blowing recognition system disclosed in chinese patent [ application number: CN106653060B ], but this solution uses blowing instead of wake-up word, requires the user to get close to the woken-up device, and is only suitable for portable products, such as mobile phones, and is not suitable for smart home field, where the voice panel is usually installed/placed at each fixed corner of the user's home to capture the voice of the user located at each corner, and this solution requires the user to get close to the voice panel, which violates the principle of convenient control of the smart home system. As disclosed in the chinese patent, a method for waking up an intelligent device by using a human-computer interaction gesture [ application No.: CN201810153143.4], the solution needs to capture gestures to capture wake-up commands, needs to wake up at a place with a camera, cannot wake up at any time and any place, and also violates the basic principle of convenience in smart home control.
Disclosure of Invention
The invention aims to provide a non-voice awakening method for voice equipment of an intelligent home system aiming at the problems;
another object of the present invention is to provide a smart home system with a non-voice wake-up function.
In order to achieve the purpose, the invention adopts the following technical scheme:
a non-voice awakening method of voice equipment of an intelligent home system comprises the following steps:
s1, a trigger source receives a trigger instruction;
s2, a trigger source broadcasts an awakening instruction in a specific channel;
s3, the voice equipment receives a wake-up instruction;
and S4, the voice equipment judges whether a response condition is met or not according to the awakening instruction, and if so, the voice equipment responds.
In the non-voice wake-up method for the voice device of the smart home system, before the step S1, the method further includes a specific channel determining step:
A1. triggering a source to enter a pairing mode;
A2. scanning channels, retrieving target equipment, and locking the channels where the target equipment is located;
A3. the locked channel is taken as a specific channel.
In the non-voice wake-up method for the voice device of the smart home system, the target device is the voice device to be paired or the smart gateway to be paired;
step a2 specifically includes:
the triggering source broadcasts binding information in each channel, receives response information returned by the target equipment after receiving the binding information, and locks the channel according to the response information;
the voice equipment enters a to-be-paired state through the following modes:
the voice equipment is provided with a first pairing switch, and enters a to-be-paired state according to the operation of a user on the first pairing switch;
or the intelligent gateway is provided with a second pairing switch, and one or more corresponding voice devices in the intelligent home system enter a to-be-paired state according to the operation of the user on the second pairing switch;
or the control APP end of the intelligent home system is provided with a matching page, and one or more corresponding voice devices in the intelligent home system enter a to-be-matched state according to the operation of the user in the matching page;
the intelligent gateway enters a state to be paired in the following mode:
the intelligent gateway is provided with a selection pairing switch, and enters a to-be-paired state according to the operation of a user on the selection pairing switch; or, the intelligent gateway enters a to-be-paired state according to the operation of the user in the pairing page.
In the non-voice wake-up method for the voice device of the smart home system, in step a2, the binding information includes identity information of a trigger source, and when the target device is a voice device to be paired, the target device receives the binding information and then stores the identity information; when the target equipment is the intelligent gateway to be paired, the intelligent gateway saves the identity information after finishing the binding information, and simultaneously issues the identity information to all the voice equipment in the intelligent home system, and the voice equipment saves the identity information after receiving the identity information;
step a3 is followed by:
and when the intelligent gateway detects that a new voice device is added into the intelligent home system, the identity information is sent to the new voice device, and the new voice device receives and stores the identity information to complete pairing.
In the non-voice wake-up method for the voice device of the smart home system, in step S4, the voice device determines whether a response condition is satisfied according to the identity information of the trigger source of the broadcast wake-up instruction:
s41, the voice equipment receives the awakening instruction and then extracts identity information in the awakening instruction;
and S42, judging whether the identity information is paired or not, and if so, meeting the condition.
In the non-voice wake-up method for the voice device of the smart home system, the voice device meeting the condition of step S42 broadcasts the signal strength of the wake-up instruction;
in step S4, the voice device satisfying the condition of step S42 determines whether the response condition is satisfied by a nearby wake-up method according to the signal strength of the wake-up command;
in step S2, the trigger source broadcasts a wake-up command in a specific network of a specific channel; and simultaneously locking the network IDs according to the response information and regarding the locked network IDs as the specific network in steps a2 and a4.
In the non-voice wake-up method for the voice equipment of the smart home system, the trigger source is a portable trigger source, and the trigger source is provided with a trigger button, so that a user can make a trigger instruction by operating the trigger button.
In the voice device wake-up method of the smart home system, the trigger source supplements electric energy by being placed on the charging seat, and broadcasts a wake-up instruction when detecting that the trigger source leaves the charging seat.
The intelligent home system with the non-voice wake-up function based on the non-voice wake-up method of the voice equipment comprises the voice equipment, controlled equipment, an intelligent gateway, a server and a trigger source, wherein the trigger source is used for broadcasting a wake-up instruction in a specific channel or a specific network under the specific channel when receiving the trigger instruction so as to respond to the voice equipment paired with the trigger source.
The smart home system with the non-voice awakening function further comprises a charging seat for placing a trigger source, wherein a charging module is arranged in the charging seat, the trigger source comprises a broadcasting module and a charging power supply connected with the broadcasting module, when the trigger source is placed on the charging seat, the broadcasting module senses the charging seat through the connection/induction relation between the charging power supply and the charging module, and the broadcasting module is used for broadcasting an awakening instruction once when sensing that the trigger source leaves the charging seat.
The invention has the advantages that:
1. a non-awakening word awakening mode is provided, and the non-awakening word awakening mode can be used independently or used in combination with voice awakening, so that the individual needs of different people are met, and the product has a wider audience;
2. the method has the advantages that non-awakening word awakening can be achieved anytime and anywhere, the method is simple and convenient to achieve, the convenient awakening effect the same as voice awakening is achieved, a user does not need to walk to a specific position to be awakened, and user experience is guaranteed;
3. the trigger sources can be directly paired without network access, can be accurately paired and can be widely paired, so that different requirements of different scenes and different users are met;
4. although the network scale of an intelligent home system is limited and the number of devices is limited, the triggering source of the scheme does not influence the network scale or the number of devices which can be arranged; the trigger source does not need to appear at the APP end of the user, although devices are seemingly added, functions are added, the influence on the network and the size of the system is avoided, the network of the system device is not overstaffed, complicated and disordered for the client, and the user experience is guaranteed in all aspects;
5. because the trigger source does not need to access the network, and directly issues the awakening instruction after receiving the trigger instruction, the awakening instruction does not need to wait for complicated network access actions even if the awakening instruction goes home, and the problem of obvious delay or packet loss can not occur;
6. according to the scheme, the triggering source is matched with the channel and the specific network instead of the equipment, and the newly-added voice equipment of the subsequent intelligent home system does not need to be matched again, so that one-time matching of one system can be realized, the user experience is further improved, and the use by a user is facilitated;
7. the charging seat is provided, the loss of the trigger source can be avoided, electric energy can be supplemented in the period, a user who returns home can take the trigger source at the first time, and the user can automatically respond when taking the trigger source, so that the use experience of the user is further improved, and the competitive strength of products is enhanced.
Drawings
FIG. 1 is a flowchart illustrating a method for waking up a voice device by using a trigger source according to an embodiment of the present invention;
FIG. 2 is a flowchart illustrating a method for determining a specific channel according to an embodiment of the present invention;
fig. 3 is a flowchart of a method for binding a trigger source in an intelligent home system according to an embodiment of the present invention;
FIG. 4 is a flowchart illustrating a wake-up method for waking up a voice device according to an embodiment of the present invention;
fig. 5 is a flowchart of a method for binding a trigger source in an intelligent home system according to a second embodiment of the present invention;
FIG. 6 is a flowchart illustrating a wake-up method for waking up a voice device according to a third embodiment of the present invention;
fig. 7 is a flowchart illustrating a wake-up method for waking up a voice device according to a fourth embodiment of the present invention.
Detailed Description
The invention is described in further detail below with reference to the drawings and the detailed description.
Example one
The embodiment discloses an intelligent home system with a non-voice awakening function, when the intelligent home system is put into use, the intelligent home system can be an independent non-voice awakening mode, at the moment, a user can only awaken voice equipment through the mode of the scheme, namely, the corresponding intelligent home system is awakened to realize interaction with the intelligent home system, a non-voice awakening and voice awakening coexistence mode can also be adopted, at the moment, the user can awaken the voice equipment through the mode of the scheme and can also awaken the mode through voice, and the latter is preferably selected in the embodiment.
Like traditional intelligent home systems, intelligent home systems include speech equipment, intelligent gateway, server and controlled equipment, can also include control APP end, and speech equipment, controlled equipment all constitute intelligent home systems with intelligent gateway network deployment, can adopt mesh network deployment mode. An intelligent home system may have one voice device or a plurality of voice devices, where, when the voice device is one voice device, the voice device is usually a movable sound box, and when the voice device is a plurality of voice devices, the voice device is usually a fixedly installed voice panel, and each household installs a voice panel at each location as required to receive a voice instruction of a user located at any location. The controlled equipment is intelligent equipment such as an intelligent curtain, an intelligent lamp switch and an intelligent television. The intelligent gateway and the control APP end are both connected with the server, and a user can control each controlled device in the intelligent home system on the mobile phone through the control APP end.
Particularly, the scheme further includes a trigger source, the trigger source includes a broadcast module and a power supply for supplying power to the broadcast module, the broadcast module may include a main control chip and a communication module, and the communication module is configured to broadcast a wake-up instruction or binding information according to an instruction of the main control chip. An intelligent home system can be equipped with a trigger source, also can be equipped with a plurality of trigger sources, and the trigger source can be for installing the portable trigger source on articles such as bracelet, hairpin, hair-pin, necklace, badge, embellishment, and the trigger source can adopt button cell power supply, also can adopt rechargeable battery power supply. Of course, the device can also be combined with other existing functions, such as being integrated with a sports bracelet and the like. The trigger source is provided with a trigger button, and the trigger button may be a push button type, a touch type, or other types, which is not limited herein. The user can make a trigger instruction or a pairing instruction by operating the trigger button, for example, the user can make the trigger instruction by pressing the trigger button for a short time, and can make the pairing instruction by pressing the trigger button for three times continuously, and the like. The trigger source may have an indicator light for indication, for example, the indicator light is constantly on to indicate that the trigger source receives the trigger instruction and is broadcasting the wake-up instruction, and the indicator light flashes to indicate that the trigger source is in the pairing mode.
As shown in fig. 1, when in use, the method for waking up a voice device by using a trigger source comprises the following steps:
s1, a trigger source receives a trigger instruction, and by taking the short press as an example, a user presses a trigger button for a short time to indicate that the trigger source receives the trigger instruction;
s2, the trigger source broadcasts a wake-up instruction in a specific channel after receiving the trigger instruction; when the device is put into use, the broadcast range can be further reduced to reduce the power consumption of a trigger source, such as broadcasting a wake-up instruction under a specific network of a specific channel;
s3, voice equipment in a communication range in a specific channel receives a wake-up instruction; or voice equipment in a communication range in a feature specific network under a specific channel can receive the awakening instruction;
and S4, the voice equipment receiving the awakening instruction judges whether the response condition is met or not according to the awakening instruction, and if so, the voice equipment responds.
Further, before the voice device is awakened by using the trigger source, the trigger source needs to be paired with the smart home system in advance, as shown in fig. 2, the specific steps are as follows:
A1. the trigger source enters a pairing mode, taking the short press of three as an example, the user presses the trigger button for three times for the short press to trigger the source, and then the pairing mode is entered;
A2. the trigger source entering the pairing mode starts scanning channels, and target equipment is searched in each channel;
A3. the trigger source may or may not retrieve the target device in a certain channel, if the target device is not retrieved, the pairing failure is prompted, the pairing failure can be prompted through an indicator light, a loudspeaker can also be equipped in the trigger source, the pairing failure is prompted through the loudspeaker, and if the target device is retrieved in a certain channel, the channel where the target device is retrieved is locked;
A4. the locked channel is taken as a specific channel.
As shown in fig. 3, this embodiment specifically includes that the trigger source broadcasts the binding information in each channel to perform channel scanning, the target device in this embodiment is one or more to-be-paired voice devices, the voice devices are in a waiting-to-receive state for waiting to receive the binding information after entering the to-be-paired state, and when the to-be-paired voice devices receive the binding information broadcast by the trigger source, a response message is returned to the trigger source, and the identity information of the trigger source is stored. The trigger source can retrieve the voice equipment to be paired which sends the response information, meanwhile, the trigger source can acquire the corresponding channel and the network ID according to the response information, then the channel can be locked according to the response information, the channel is locked to be a specific channel, and therefore bidirectional pairing is successful. Of course, the network ID may be further locked, and the network may be locked as the specific network ID.
Specifically, the voice device enters a to-be-paired state by the following means:
the voice device is provided with a first pairing switch, and the voice device enters a to-be-paired state according to the operation of a user on the first pairing switch, for example, a voice device is arranged in a home, the user only needs to operate the first pairing switch of the voice device, and if two voice devices exist, the user respectively operates the first pairing switches on the two voice devices, so that the two first pairing switches can both enter the to-be-paired state.
Or the intelligent gateway is provided with a second pairing switch, and the corresponding one or more voice devices in the intelligent home system enter a to-be-paired state according to the operation of the user on the second pairing switch;
or the control APP end of the intelligent home system is provided with a matching page, and one or more corresponding voice devices in the intelligent home system enter a to-be-matched state according to the operation of the user in the matching page.
The first pairing switch and the second pairing switch can be of a key type, a touch type or other types. Specifically, in step S4, the voice device determines whether the response condition is satisfied according to the identity information of the trigger source broadcasting the wake-up command, and as shown in fig. 4, step S4 specifically includes:
after the trigger source broadcasts the wake-up instruction in the specific channel, all voice devices in the communication range in the specific channel (or in the specific network of the specific channel) receive the wake-up instruction, and the voice devices extract the identity information in the wake-up instruction after receiving the wake-up instruction; and then the voice devices judge whether the identity information is paired or not, namely judge whether the identity information is stored by the voice devices, if so, meet the conditions, respond, send out 'hello' and other similar replies to inform the user that the voice devices are awakened, so that non-voice awakening is realized, the subsequent user can directly perform voice interaction control with the intelligent home system, and the awakening can be realized at any time and any place without using awakening words.
Example two
The present embodiment is similar to the embodiment, except that the target device in the present embodiment is an intelligent gateway in a to-be-paired state, and the intelligent gateway enters the to-be-paired state through the following method:
the intelligent gateway is provided with a selection pairing switch, and enters a to-be-paired state according to the operation of a user on the selection pairing switch; or enabling the intelligent gateway to enter a to-be-paired state according to the operation of the user in the APP control end pairing page of the intelligent home system. Of course, the selection pairing switch may be of a push-button type, a touch type or other types.
As shown in fig. 5, the pairing method of the present embodiment is as follows:
the method comprises the steps that a trigger source broadcasts binding information in each channel to carry out channel scanning, an intelligent gateway is in a waiting receiving state for waiting for receiving the binding information after entering a to-be-paired state, when voice equipment to be paired receives the binding information broadcasted by the trigger source, response information is returned to the trigger source, identity information of the trigger source is stored, the identity information is sent to all voice equipment of an intelligent home system network where the voice equipment is located, and the identity information is stored after the voice equipment receives the identity information to complete pairing of the intelligent home system end to the trigger source. The trigger source can retrieve the intelligent gateway to be paired which sends the response information, the trigger source can acquire the corresponding channel and the network ID according to the response information, then the channel can be locked according to the response information, the channel is locked to be a specific channel, and therefore bidirectional pairing is successful.
Of course, the network ID may be further locked, and the network may be locked as the specific network ID.
Preferably, this embodiment further comprises the steps of:
when the intelligent gateway detects that a new voice device is added into the intelligent home system, the identity information is sent to the new voice device, and the new voice device receives the identity information and then stores the identity information to complete pairing. The user does not need to pair again, and the user experience is good.
EXAMPLE III
As shown in fig. 6, this embodiment is similar to the embodiment, except that in this embodiment, the voice device that satisfies the condition of step S42 in the first embodiment further broadcasts the signal strength of the wake-up instruction, that is, it is determined that the voice device whose identity information is stored by itself further broadcasts the signal strength of the wake-up instruction, and all the voice devices in the smart home system receive the signal strength broadcasted by other voice devices. In step S4, the voice device that satisfies the condition of step S42 in the embodiment further determines whether the response condition is satisfied by a nearby wake-up method according to the signal strength of the wake-up command, that is, whether the voice device is closest to the trigger source, and if so, gives a response. That is, if a plurality of voice devices capable of responding receive a wake-up command at the same time, the voice device closest to the trigger source gives a response according to the distance between the voice device and the trigger source. The specific nearby wake-up method is selected by a person skilled in the art as needed, and only the current method of implementing the nearby wake-up according to the voice strength or other signal strength needs to be changed into the method of implementing the nearby wake-up by adopting the wake-up instruction signal strength in the present scheme, for example, the nearby wake-up method disclosed as CN113506570A in the present application may be selected, and the voice strength is changed into the signal strength of the wake-up instruction, and the specific implementation manner is not described herein again.
Example four
As shown in fig. 7, the present embodiment is similar to the present embodiment, except that the present embodiment further includes a charging seat for placing a trigger source, the charging seat has a charging module, the power module in the trigger source is a charging source including a charging battery, the charging module charges the charging source, the main control chip in the trigger source can sense the charging seat through a connection/induction relationship between the charging source and the charging module, when the charging seat is sensed, the trigger source is located on the charging seat, when the charging seat is not sensed, the trigger source leaves the charging seat, at this time, the trigger source can sense a change from the charging seat to the charging seat, the broadcast module broadcasts a wake-up command once when the change, that is, when the trigger source leaves the charging seat is sensed, the wake-up command can have a flag bit to distinguish from a normal wake-up command (wake-up command broadcasted by operating the trigger source), thereby enabling the voice device to give a special response to the wake-up command with the flag bit. And each voice device receiving the wake-up instruction determines a voice device closest to the voice device to respond by a nearby wake-up mode, the voice device making the response judges whether the voice device is the common wake-up instruction or the wake-up instruction triggered by the trigger source leaving the charging seat according to the zone bit, and if the voice device has the zone bit, greetings like 'welcome to go home' and the like are broadcasted when the voice device making the response.
The charging seat is used for placing the trigger source, charge to the trigger source simultaneously, when the trigger source was placed on the charging seat, broadcasting module can perceive the charging seat through charging source, when the user took away the trigger source, broadcasting module can perceive the trigger source and has left the charging seat, when the user put back the trigger source, broadcasting module perceives the charging seat once more, broadcasting module is at the perception at every turn and is triggered the source and leave the awakening instruction of the zone bit of broadcasting once when the charging seat, so, when the user took away the trigger source away at every turn, just can realize once automatic awakening.
Because the voice interaction system of the intelligent home system is mainly used for interaction between a user and the intelligent home system at home to realize voice control, the voice system of the intelligent home system is required to be awakened only when the user is at home. Taking the trigger source as the bracelet for example, by adopting the embodiment, the user can take the bracelet to carry along from the charging seat when returning home, the broadcast module can sense the bracelet while taking away the bracelet, thereby broadcasting the awakening instruction with the flag bit, the voice equipment at the door can respond when the user takes the trigger source, the user can directly interact with the voice system without speaking awakening words or extra operation on the trigger source, and then the user can operate the trigger source to awaken at any time, when the user leaves home, the trigger source can be placed back to the charging seat, thereby not only avoiding the loss of the trigger source, but also supplementing electric energy during the period, leading the user returning home to take the trigger source at the first time, simultaneously automatically responding when the user takes the trigger source, and providing special voice broadcast when responding in the way, response that triggers with the mode that is different from ordinary, give the user stronger science and technology sense when realizing automatic response, promote user experience. Of course, the user may also take the trigger source.
Specifically, the charging module and the charging power supply can be charged in a contact charging mode, and the charging can also be realized in a wireless charging mode.
If the charging is realized in a contact mode, the charging power supply comprises a first conducting strip, the charging module comprises a second conducting strip, the first conducting strip of the trigger source placed on the charging seat is in contact with the second conducting strip to realize charging, and the broadcasting module judges whether the trigger source is on the charging seat or not and whether the trigger source is taken away from the charging seat or not according to the contact of the first conducting strip and the second conducting strip. Certainly, in order to enable the trigger source to be placed on the charging seat more stably and enable the trigger source placed on the charging seat to be charged, a slot position adapted to the trigger source may be set on the charging seat, the second conductive sheet is located in the slot position, and the structure of the slot position and the setting manner of the second conductive sheet may be determined by those skilled in the art according to the specific structure of the trigger source, which is not limited herein.
If the charging is realized in a wireless charging mode, the charging power supply comprises a secondary coil, the charging module comprises a primary coil, and the secondary coil acquires electric energy by inducing the primary coil. The broadcast module judges whether the trigger source is on the charging seat or not and whether the trigger source is taken away from the charging seat or not according to whether the secondary coil induces the primary coil or not.
Preferably, the charging dock may have a display screen thereon for displaying the remaining power of the trigger source placed thereon. The charging seat can be added into a networking network of the intelligent home system, and a user can see the electric quantity information of the trigger source placed on the charging seat at the APP end.
Preferably, a plurality of placement positions can be arranged on one charging seat, and each placement position is provided with one charging module, so that one charging seat can be used for placing a plurality of trigger sources.
EXAMPLE five
Similar to the embodiment, the embodiment considers that, although the probability that two or more smart home systems start pairing simultaneously is low in the communication range, but not completely impossible, in step a3, when the trigger source retrieves the target device in two or more channels simultaneously, a pairing conflict is prompted.
The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.
Although the terms trigger source, specific broadcast, wake-up instruction, voice device, target device, smart gateway, controlled device, server, cradle, etc. are used more often herein, the possibility of using other terms is not excluded. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed as being without limitation to any additional limitations that may be imposed by the spirit of the present invention.
Claims (10)
1. A non-voice awakening method of voice equipment of an intelligent home system is characterized by comprising the following steps:
s1, a trigger source receives a trigger instruction;
s2, a trigger source broadcasts an awakening instruction in a specific channel;
s3, the voice equipment receives a wake-up instruction;
and S4, the voice equipment judges whether a response condition is met or not according to the awakening instruction, and if so, the voice equipment responds.
2. The non-voice wake-up method for the voice device of the smart home system according to claim 1, wherein the step S1 is preceded by a specific channel determination step:
A1. triggering a source to enter a pairing mode;
A2. scanning channels, retrieving target equipment, and locking the channels where the target equipment is located;
A3. the locked channel is taken as a specific channel.
3. The non-voice awakening method for the voice equipment of the intelligent home system according to claim 2, wherein the target equipment is the voice equipment in a to-be-paired state or an intelligent gateway in the to-be-paired state;
step a2 specifically includes:
the trigger source broadcasts binding information in each channel, receives response information returned by the target equipment after receiving the binding information, and locks the channels according to the response information;
the voice equipment enters a to-be-paired state through the following modes:
the voice equipment is provided with a first pairing switch, and enters a to-be-paired state according to the operation of a user on the first pairing switch;
or the intelligent gateway is provided with a second pairing switch, and the corresponding one or more voice devices in the intelligent home system enter a to-be-paired state according to the operation of the user on the second pairing switch;
or the control APP end of the intelligent home system is provided with a matching page, and one or more corresponding voice devices in the intelligent home system enter a to-be-matched state according to the operation of the user in the matching page;
the intelligent gateway enters a state to be paired in the following mode:
the intelligent gateway is provided with a selection pairing switch, and enters a to-be-paired state according to the operation of a user on the selection pairing switch; or, the intelligent gateway enters a to-be-paired state according to the operation of the user in the pairing page.
4. The non-voice awakening method for the voice equipment of the intelligent home system according to claim 3, wherein in the step A2, the binding information comprises identity information of a trigger source, and when the target equipment is the voice equipment to be paired, the target equipment stores the identity information after receiving the binding information; when the target equipment is the intelligent gateway to be paired, the intelligent gateway saves the identity information after finishing the binding information, and simultaneously issues the identity information to all the voice equipment in the intelligent home system, and the voice equipment saves the identity information after receiving the identity information;
step a3 is followed by:
and when the intelligent gateway detects that a new voice device is added into the intelligent home system, the identity information is sent to the new voice device, and the new voice device receives and stores the identity information to complete pairing.
5. The non-voice wake-up method for the voice device of the smart home system according to claim 4, wherein in step S4, the voice device determines whether the response condition is satisfied according to the identity information of the trigger source of the broadcast wake-up command:
s41, the voice equipment receives the awakening instruction and then extracts identity information in the awakening instruction;
and S42, judging whether the identity information is paired or not, and if so, meeting the condition.
6. The voice device non-voice awakening method of the smart home system according to claim 5, wherein the voice device meeting the condition of the step S42 broadcasts the signal strength of the awakening instruction;
in step S4, the voice device that satisfies the condition of step S42 also determines whether the response condition is satisfied by a nearby wake-up method according to the signal strength of the wake-up command;
in step S2, the trigger source broadcasts a wake-up command in a specific network of a specific channel; and simultaneously locking the network IDs according to the response information and regarding the locked network IDs as the specific network in steps a2 and a4.
7. The non-voice wake-up method for the voice device of the smart home system according to any one of claims 1 to 6, wherein the trigger source is a portable trigger source, and the trigger source is provided with a trigger button, and a user makes a trigger instruction by operating the trigger button.
8. The method according to claim 7, wherein the triggering source supplements power by being placed on the charging cradle, and broadcasts a wake-up command when detecting that the triggering source leaves the charging cradle.
9. An intelligent home system with a non-voice wake-up function based on the non-voice wake-up method of the voice device according to any one of claims 1 to 8, comprising the voice device, the controlled device, the intelligent gateway, the server, and a trigger source, wherein the trigger source is configured to broadcast the wake-up instruction in a specific channel or a specific network under the specific channel when receiving the trigger instruction, so as to respond to the voice device paired with the trigger source.
10. The smart home system with the non-voice wake-up function according to claim 9, further comprising a charging cradle for placing a trigger source, wherein the charging cradle has a charging module therein, the trigger source includes a broadcasting module and a charging power source connected to the broadcasting module, when the trigger source is placed on the charging cradle, the broadcasting module senses the charging cradle through a connection/sensing relationship between the charging power source and the charging module, and the broadcasting module is configured to broadcast a wake-up command once when sensing that the trigger source leaves the charging cradle.
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