WO2014190886A1

WO2014190886A1 - Intelligent interaction system and software system thereof

Info

Publication number: WO2014190886A1
Application number: PCT/CN2014/078437
Authority: WO
Inventors: 李兴文
Original assignee: 上海科斗电子科技有限公司
Priority date: 2013-05-27
Filing date: 2014-05-26
Publication date: 2014-12-04
Also published as: CN104793500A; CN204695082U; CN104793503A; CN204631493U; CN104793526A; CN104793583A; CN104793527A; CN104793501A; CN104793499A; CN104793502A; CN104793584A; CN204791023U; CN104793585A

Abstract

An intelligent interaction system and a software system thereof which relate to the technical field of electronics, and especially to an interaction system. The intelligent interaction system comprises a portable intelligent device, and further comprises a controlled device terminal; the portable intelligent device comprises a processor system, as well as a storage device and a wireless communication system connected to the processor system; the controlled device terminal comprises a signal processing circuit system, at least one wireless signal communication module matched with the wireless communication system, and further comprises a function execution mechanism for executing an action; the signal processing circuit system is respectively connected to a wireless signal communication module and the function execution mechanism; an intelligent control software system is running in the portable intelligent device, and the intelligent control software system scans the controlled device terminal in an effective signal area through the wireless communication system; and after the controlled device terminal is scanned, characteristic information stored in storage is read via the wireless signal communication module, so as to identify the controlled device terminal.

Description

Description Intelligent interactive system and its software system

The present invention relates to the field of electronic technologies, and in particular, to an interactive system. With the development of electronic technology, the intelligence of peripheral devices is getting higher and higher, bringing convenience to people's lives. However, various intelligent devices have their own completely independent or relatively independent operating systems when interacting with people. Adapting to the operating system of more and more intelligent devices, the workload is getting bigger and bigger, and the burden is getting heavier. It is necessary to provide an intelligent interactive system that simplifies the interaction between humans and intelligent devices.

MM

It is an object of the present invention to provide an intelligent interactive system that solves the above technical problems.

The technical problem solved by the present invention can be implemented by the following technical solutions:

An intelligent interactive system, comprising a portable smart device, further comprising a controlled device terminal; the portable smart device comprising a processor system, and a storage device and a wireless communication system coupled to the processor system; The device terminal includes a signal processing circuit system, at least one wireless signal communication module matched with the wireless communication system, and a function execution mechanism for performing an action; the signal processing circuit system respectively connecting the wireless signal communication module and the a function executing mechanism; the signal processing circuit system is further connected to a memory storing at least characteristic information of the controlled device terminal; the wireless signal communication module is associated with the memory, and calling feature information stored in the memory; An intelligent control software system running in the portable smart device, wherein the intelligent control software system scans the controlled device terminal in the effective signal area through the wireless communication system; after scanning to the controlled device terminal, through the wireless Signal communication module Reading the characteristic information stored in the memory, thereby identifying the controlled device terminal.

An intelligent control software system, comprising: a controlled device terminal scanning module, scanning a controlled device terminal in an effective signal region by the wireless communication system; further comprising a feature information comparison module, being read by the wireless signal communication module The characteristic information stored in the memory, thereby identifying the controlled device terminal; further comprising a control command sending module, transmitting a control command to the controlled device terminal through the wireless communication system.

The control instruction sending module comprises a control instruction selecting sub-module and an instruction transmitting sub-module, wherein the sub-module selects the control instruction by the control instruction, and the selected control instruction is sent by the instruction sending sub-module. The method further includes an identity verification module, where the identity verification module verifies the identity of the controlled device terminal, and after verification, writes feature information of the controlled device terminal into the memory. Establish a matching relationship or perform other feature identification.

A communication relay system as a controlled device terminal, comprising: a network communication module and an infrared communication module, and a signal processing system; wherein the network communication module and the infrared communication module are respectively connected to the signal processing system.

The invention comprises a network communication module as a wireless signal communication module and an infrared communication module; and a signal processing system as a signal processing circuit system; the network communication module and the infrared communication module are respectively connected to the signal processing system.

The smart home system software is configured to run in the portable smart device, wherein the smart home system software is provided with a remote control code import interface, and the remote control code is imported through the remote control code import interface; the smart home system software There is also a function button icon, and the function button icon is associated with the remote control code.

A software interface is provided in the smart home system software, wherein the software interface includes a control interface including an execution terminal layout map in the room; the execution terminal layout map is provided with an execution terminal icon, and the execution terminal icon Associated with the function button icon.

The robot as the terminal of the controlled device is characterized in that the signal processing circuit system and the memory of the controlled device terminal adopt the signal processing circuit system and the memory of the robot; the function execution mechanism includes at least two types that can be carried on the robot body. Control device; the controllable device provided on the robot body comprises at least two of a projector, a display screen, a speaker, an electric lamp, and an electric wheel drive system. 1 is a schematic view of a whole structure of the present invention; FIG. 2 is a schematic structural diagram of a circuit module of the present invention; FIG. 3 is a partial software flow chart of the present invention; Figure 5 is a schematic diagram of the switching of the working mode module of the present invention; Figure 6 is a schematic view of the overlapping area of the antenna;

Figure 7 is a schematic diagram of the directional antenna overlapping area; Figure 8 is a schematic diagram of the software mode switching principle; Figure 9 is a schematic diagram of the infrared signal enhancement system structure. In order to make the technical means, the authoring features, the achievement of the object and the effect achieved by the present invention easy to understand, the present invention will be further described below in conjunction with the specific drawings.

Referring to Figures 1 and 2, an intelligent interactive system includes a portable smart device 1 and a controlled device terminal 2; the portable smart device 1 includes a processor system 11, and a storage device 12 and wirelessly coupled to the processor system 11 Pass Letter system 13. The controlled device terminal 2 includes a signal processing circuit system 21, at least one wireless signal communication module 23 matching the wireless communication system 13, and a function execution mechanism 3 for performing an action; the signal processing circuit system 21 is respectively connected to the wireless signal communication The module 23 and the function executing mechanism 3; the signal processing circuit system 21 is further connected with a memory 22 storing at least characteristic information of the controlled device terminal 2; the wireless signal communication module 23 is associated with the memory 22 via the signal processing circuit system 21, and calls the memory Feature information stored in 22; an intelligent control software system is run in the portable smart device 1, and the intelligent control software system scans the controlled device terminal 2 in the effective signal area through the wireless communication system 13; after scanning to the controlled device terminal 2, The feature information stored in the memory 22 is read by the wireless signal communication module 23, thereby identifying the controlled device terminal 2.

Referring to FIG. 3, an intelligent control software system includes a controlled device terminal scanning module a1, which scans the controlled device terminal 2 in the effective signal region through the wireless communication system 13; and further includes a feature information comparison module a2, through the wireless signal communication module 23 reads the feature information stored in the memory 22, thereby identifying the controlled device terminal 2; and further includes a control command transmitting module a3 for transmitting a control command to the controlled device terminal 2 via the wireless communication system 13. The control command sending module a3 includes a control command selecting sub-module and an instruction transmitting sub-module, and the control module selects the sub-module to select the control command, and the selected control command is sent by the command sending sub-module.

An identity verification module a0 is also included. The identity verification module a0 verifies the identity of the controlled device terminal 2, and writes the feature information of the controlled device terminal 2 into the memory 22 after verification. Establish a matching relationship or perform other feature identification. The identity verification module a0 verifies the identity of the controlled device terminal 2, and after verifying, writes the feature information of the controlled device terminal 2 into the memory 22 to establish a matching relationship with the controlled device terminal 2; After scanning to the controlled device terminal 2, the feature information comparison module a2 compares and analyzes the feature information of the controlled device terminal 2, and according to the analysis result, selects the control command by the control command of the control command sending module a3 to select the control command. The selected control command is sent by the instruction sending sub-module to send the control command. After the controlled device terminal 2 acquires the control command through the wireless signal communication module 23, the control command is executed by the function executing mechanism 3.

The intelligent control software system allows the identity of the controlled device terminal 2 to be controlled by the identity of the authentication module aO but not yet matched by the controlled device terminal 2. The signal processing circuitry 21 of the controlled device terminal 2 allows control by the authenticated portable smart device 1 and execution of control commands by the function executive 3. The authentication may be at least two of authentication methods such as password verification, digital certificate verification, fingerprint verification, voice verification, iris verification, and FC information verification. Establish a matching relationship after authentication.

The signal processing circuitry 21 of the controlled device terminal 2 allows the already-matched portable smart device 1 to perform control and execute control commands through the function executive 3. The function actuator 3 of the controlled device terminal 2 may be at least two of a display screen, a television set, a speaker, an air conditioner, a curtain, an electric light, a robot, a power door, a power window, and a projector. The controlled device terminal 2 can be connected to the function executing mechanism 3 by wire or wirelessly. The control command may be at least one of a display screen, a television, a speaker, an air conditioner, a curtain, a light, a robot, a power door, a power window, and a projector control command.

The intelligent control software system of the portable smart device 1 allows two or more controlled device terminals 2 to be connected at the same time. The intelligent control software system is provided with a controlled device terminal management module a4, and the feature information comparison module a2 transmits the identified characteristic information of the controlled device terminal 2 to the controlled device terminal management module a4 _{; the} controlled device terminal management module a4 allows or has already Associated with the feature information of at least two controlled device terminals 2, and is responsible for calling the feature information of one of the controlled device terminals 2; the feature information of the controlled device terminal 2 invoked by the controlled device terminal management module a4 is sent to the control command sending module a3, Further, a control command associated with the called feature information of the controlled device terminal 2 is transmitted by the control command transmitting module a3. Control of the controlled device terminal 2 corresponding to the called feature information of the controlled device terminal 2 is implemented.

The signal processing circuitry 21 of the controlled device terminal 2 includes a microprocessor system 11 for storing feature information of the matched portable smart device 1; before the portable smart device 1 effectively controls the controlled device terminal 2 The microprocessor system 11 reads the feature information of the portable smart device 1 through the wireless signal communication module 23, and compares it with the feature information of the matched portable smart device 1 stored in the memory 22. Contrast pass allows control, and control does not allow control. To achieve two-way detection. The memory 22 may also store the feature information of the matched portable smart device 1 in advance. The signal processing circuitry 21 allows matching of the unmatched portable smart devices 1 by authentication and reading the feature information of the portable smart device 1 into the memory 22.

Referring to Fig. 4, the intelligent control software system is provided with a controlled device terminal control system a5 for controlling the controlled device terminal 2, and the controlled device terminal control system a5 includes a controlled device terminal management module a4 and a control command transmitting module a3. Moreover, at least two controlled device terminal control systems a5 are allowed to be provided in the intelligent control software system. Which of the at least two controlled device terminal control systems a5 is specifically enabled by the intelligent control software system may adopt a scanning type of inquiry, such as first asking whether a controlled device terminal control system a5 and the scanned controlled device terminal are 2 match, no match, then ask the next controlled device terminal control system a5. If matched, the matching controlled device terminal control system a5 is enabled. It is also possible to set a selection module for selecting the controlled device terminal control system a5 to be enabled before the controlled device terminal control system a5.

The intelligent control software system allows storing the characteristic information of the matched controlled device terminal 2, and a feature information is associated with at least one controlled device terminal control system a5; and the intelligent control software system scans the matched controlled device terminal. At least one controlled device terminal control system a5 associated with its feature information is activated. In order to control the controlled device terminal 2. Feature information of the controlled device terminal 2 of the controlled device terminal control system a5, It can be handled by the controlled device terminal management module a4, and the control command transmission can be handled by the control command transmitting module a3. It may be provided that a controlled device terminal control system a5 is associated with at least two feature information. At least two different controlled device terminals 2 can activate the same controlled device terminal control system a5. The manner of establishing association with the at least two feature information may be that the controlled device terminal management module a4 allows or has been associated with at least two controlled device terminal 2 feature information. A control function of at least two controlled device terminals 2 is integrated in a controlled device terminal control system a5. To achieve control of two or more controlled device terminals 2.

The controlled device terminal control system a5 is provided with a control command interface, and the control command interface receives at least one of a menu control command, a gesture control command, and a voice control command. The control command interface is associated with at least one control command that can be invoked by the control command sending module a3. In order to initiate the transmission of the control command, the control is implemented.

The menu control command is input by the touch screen or keyboard of the portable smart device 1. The gesture control command is input by the touch screen or camera of the portable smart device 1. The voice control command is input by the microphone of the portable smart device 1. The portable smart device 1 is preferably a mobile phone or a smart watch.

The controlled device terminal control system a5 pre-sets or allows preset control commands. When the controlled device terminal control system a5 is enabled, a preset control command is issued to control the controlled device terminal 2. Yes, at least two control commands are preset in the controlled device terminal control system a5. It is the controlled device terminal 2 that completes two or more actions.

The controlled device terminal 2 is a device having a wireless communication function and a battery. To ensure the flexibility of placement. The portable smart device 1 can be at least two of a portable smart device 1 such as a mobile phone, a tablet computer, a palmtop computer, a smart watch, smart glasses, and a smart wristband. The portable smart device 1 may further include the wireless communication system 13, the processor system 11, the storage device 12, and the storage battery on at least two of a watch, a bracelet, a ring, a brooch, a belt buckle, a badge, a pendant, and a necklace. structure. The wireless communication system 13 of the portable smart device 1 is at least two of a Bluetooth module, a wifi module, and an FC module. It can also be a mobile phone network communication module. For example, GSM, CDMA, etc. The wireless signal communication module 23 of the controlled device terminal 2 is at least two of a Bluetooth module, a wifi module, and an FC module.

The feature information of the portable smart device 1 may be at least one of a device feature code of the Bluetooth connection device, a device feature code of the wifi connection, a device feature code of the FC connection, a device password, and a device name. It can also be digital certificate information running in the portable smart device 1. The digital certificate information may be a verification algorithm program of the digital certificate in the portable smart device 1.

The feature information of the controlled device terminal 2 may be at least one of a Bluetooth feature-connected device feature code, a wifi-connected device feature code, an FC-connected device feature code, a device password, and a device name. It may also be digital certificate information running in the controlled device terminal 2. In the storage device 12 of the portable smart device 1, characteristic information of at least two sets of controlled device terminals 2 that have been matched is stored; the wireless communication system 13 scans at least two controlled device terminals 2, and The scanned feature information of at least two controlled device terminals 2 is sent to the processor system 11, and the feature information comparison module a2 of the intelligent control software system calls at least two sets of pre-stored control devices in the storage device 12 that have been matched and controlled. The feature information of the device terminal 2 is compared, and it is verified that both the controlled device terminals 2 are the matched controlled device terminals 2, and then the controlled device terminal control system a5 is called and controlled. To ensure that the call is correct and to ensure security. Alternatively, different controlled device terminal control systems a5 may be enabled based on the combination of at least two different controlled device terminals 2 scanned around. Or, according to the combination of at least two different controlled device terminals 2 in the periphery, the different control menus in the same controlled device terminal control system a5, different control functions, or at least one of different control commands are activated. operating.

Referring to FIG. 5, at least two working mode modules bl are disposed in the intelligent control software system, and at least one control command and at least one controlled device terminal 2 are associated with the information in the working mode module b1; The working mode switching module b0 scans the feature information comparison module a2 to the feature information of the already-matched controlled device terminal 2, and enables the working mode module bl associated with the scanned feature information. The operating mode module bl calls the associated control command to control the controlled device terminal 2. After the feature information comparison module a2 scans to disconnect from the at least one controlled device terminal 2 that has already been matched, the work mode switching module b0 enables the other work mode module bl. It is possible to enable another operating mode module bl after at least three controlled device terminals 2 are disconnected. In order to adapt to the surrounding environment.

The working mode switching module b0 scans the feature information of the already-matched controlled device terminal 2 according to the feature information comparison module a2, starts the working mode module bl associated with the feature information, and then calls the control command in the working mode module bl, and then controls The operating state of the function actuator 3. The state transition of one or more of the function actuators 3 can be conveniently performed by the above design. The signal processing circuitry 21 connects at least two functional actuators 3. In order to coordinate and cooperate with various function actuators. The setting of the working mode switching module b0 allows the state of more than two function actuators 3 to be controlled at one time. More convenient and faster.

The intelligent control software system can be provided with the following working mode module bl: a wake-up mode setting module for getting up, a home mode setting module suitable for leaving home, a home mode setting module suitable for going home, applicable to At least two of the sleep mode setting modules for sleep. Different working mode modules bl, changing the working mode of some or all of the display screens, televisions, speakers, air conditioners, curtains, lights, robots, electric gates, electric windows, etc. connected to the controlled device terminal 2 . To adapt to the law of activity that needs to be applied.

When the working mode switching module b0 determines whether there is a matching controlled device terminal 2 within the valid range, the time of the last scan to the already-matched controlled device terminal 2 is taken as a parameter, and the time limit value is set, and the time limit is exceeded. The value is regarded as the controlled device terminal 2 that has not been matched within the valid range. The time limit can be from 0.5 minutes to 10 minutes. Or 2 minutes to 1 hour. The controlled device terminal 2 is considered to be present even if the matched controlled device terminal 2 is not scanned within the limited time. The intelligent control software system also has a time-time software module, and the timing software module divides the time into at least two time segments, the time segment is associated with the working mode switching module bO, and the working mode switching module bO is provided with the work associated with the time segment. Mode module bl. The working mode module bl associated with it is enabled during the time period.

The working mode switching module bO is simultaneously associated with the time period and whether it scans to the already-matched controlled device terminal 2 two information. In turn, a richer, more mode control is achieved. The timed software module divides the time divided into time periods, and at least two time periods of going to work and getting off work. Alternatively, the timing software module divides the time period into time periods, at least two time periods during the day and night. The timed software module divides the time into time periods, including spring, summer, fall, and winter. The timing software module can divide the large time period and divide the small time period from the large time period. For example, the time period of spring, summer, autumn, and winter is divided, and in the spring, summer, autumn, and winter periods, at least two small time periods are divided during the day and at night.

The storage device 12 of the portable smart device 1 stores a greeting, and the function executing mechanism 3 connected to the signal processing circuit system 21 includes a speaker, in the state of being scanned from the unscanned controlled device terminal 2 to the already matched After the state of the controlled device terminal 2, the portable smart device 1 sends a signal to the signal processing circuitry 21 to issue a greeting through the speaker. This operation can be performed by the operating mode module bl.

At least two kinds of greetings are stored in the storage device 12, one of which is a welcome greeting, and a welcome greeting is sent through the speaker after scanning to the already-matched controlled device terminal 2.

The storage device 12 stores a greeting, and the function executing mechanism 3 connected to the signal processing circuit system 21 includes a speaker, and then scans to the already-matched controlled device terminal 2 state to the unscanned controlled device terminal. After the 2 state, the portable smart device 1 transmits a signal to the signal processing circuitry 21, and the signal processing circuitry 21 issues a greeting through the speaker. This operation can be performed by the operating mode module bl.

The storage device 12 stores at least two kinds of greetings, one of which is a farewell greeting, which is sent out through the speaker after scanning to the state of the controlled device terminal 2 that has been matched to the state of the controlled device terminal 2 that has not been scanned. Greetings are welcome.

The portable smart device 1 intermittently scans the controlled device terminal 2 in the effective signal area of the wireless communication system 13 through the wireless communication system 13. The time for the feature information comparison module a2 to scan twice is within 10 seconds. To avoid being too slow to respond. The feature information comparison module a2 scans twice for more than 1 second. In order to avoid waste of power caused by frequent scanning, the working intensity of the portable smart device 1 CPU can be reduced. Further preferably, the time of two scans is between 1 second and 4 seconds. Referring to FIG. 6, the controlled device terminal 2 is provided with at least two wireless signal communication modules 23, and each of the two wireless signal communication modules 23 is provided with an antenna, which is an antenna 421 and an antenna 422, respectively. Effective signals of at least two antennas 421, 422 The area exists in the overlapping area 400 in the space; the controlled device terminal management module a4 of the intelligent control software system, when the feature information comparison module a2 scans the signals of the antennas of at least two matched controlled device terminals 2, Valid, and select the corresponding working mode module bl, or select the corresponding control command in the corresponding working mode module bl. In turn, the intelligent control software system responds to the set functions.

The controlled device terminal management module a4 is regarded as invalid when the feature information comparison module a2 scans a signal sent from an antenna of only one of the matched controlled device terminals 2. The operating mode module bl is not switched, or the control command in the working mode module bl is not activated. The function of the intelligent control software system response setting is not enabled. Referring to Figure 7, the wireless signal communication module 23 of the controlled device terminal 2 is provided with an antenna, and the antenna is a directional antenna. In order to facilitate the scanning of the portable smart device 1. The directional antenna has a signal angle between 80 degrees and 200 degrees. In order to divide the identification area.

The controlled device terminal 2 is provided with at least two directional antennas, and the effective signal regions of at least two directional antennas have overlapping regions 400 in the space. Through the above design, an effective functional area can be divided more effectively and accurately in the space, thereby allowing the intelligent interactive system to call different working mode modules bl or control commands according to different functional areas where the portable smart device 1 is located, and realize the function. The operating state of the actuator 3 or the intelligent control software system is switched or a different command is issued. The controlled device terminal 2 is provided with at least three directional antennas, and an effective signal area of at least three directional antennas has a superimposed area 400 in space. Also, in the farthest overlapping area 400 outside the room, less than 10 meters from the inside of the wall of the room. It is preferably less than 1 meter. The controlled device terminal 2 is further provided with a battery system, which may be at least two of a dry battery system, a battery system, a solar battery system or a wireless charging system.

The controlled device terminal 2 is further provided with an identity verification device 24, the identity verification device 24 is connected to the signal processing circuit system 21, and the memory 22 stores the identity verification data; the signal processing circuit system 21 obtains the identity verification information through the identity verification device 24; The circuitry 21 matches the acquired authentication information with the authentication data stored in the memory 22. If the match is successful, it is considered as verification. The function actuator 3 is allowed to operate after the verification is passed. The authentication device 24 may be at least two of a password input device, a fingerprint recognition device, an iris recognition device, and a voice recognition device. The above design requires the verification of the feature information of the portable smart device 1 and the authentication of the authentication information. Increased confidentiality. At the same time, because there are two kinds of verification, at least one of the verifications allows for simplification.

For example, existing voice verification, fingerprint verification, and password verification are difficult to ensure security. In order to further ensure security, verification is often complicated, such as increasing the length of the sound, improving the accuracy of fingerprint scanning, increasing the length of the password, etc., and these settings are not conducive to a good customer experience. The present invention solves this problem.

A fingerprint scanning mechanism of a fingerprint identification device is disposed on the door, and the door lock on the door adopts a power door lock, and the control end of the electric door lock is connected to the signal processing circuit system 21 by wire or wirelessly, and then the electric door lock is used as a function executing mechanism. 3. Realize the control of the electric door lock. The door can be at least two of a door, a door, a safe door, and a closet door. The fingerprint recognition device is preferably disposed on the door handle. In order to complete the fingerprint scan when the door handle is pulled. The controlled device terminal 2 is connected to a microphone, and the microphone is connected to the signal processing circuit system 21. In order to perform voice control or to conduct a dialogue with the controlled device terminal 2. Or through the controlled device terminal 2, make voice calls with other people via the Internet.

Referring to Figure 8, the intelligent control software system is provided with at least two software modes, and a software mode selection module c0 is provided, and the software mode selection module c0 selects the software mode. The software mode is associated with the setting parameters of the controlled device terminal control system a5. The setting parameters are set in the controlled device terminal control system a5 by enabling the software mode. To achieve software operating mode settings. The setting parameters of the controlled device terminal control system a5 associated with at least two software modes are different to achieve different response effects. The software mode selection module c0 is associated with a master information database, and the owner information database is allowed to store, or has stored, information on the owner or the holder, including at least two kinds of information such as gender, age, blood type, hobby, occupation, and marital status, software. The mode selection module cO uses the information in the owner information database as a reference factor for selecting the software mode. To adapt to different groups of people.

The software mode affects or determines the parameter settings of the controlled device terminal control system a5, which in turn affects or determines the software operating mode of the intelligent control software system. The identity mode cl can be included in the software mode. The identity mode cl may include at least two of a child mode, an elderly mode, a youth mode, a student mode, a worker mode, a father mode, and a mother mode. Corresponding to the identity of the owner or holder of the portable smart device 1, such as at least two of the children, the elderly, the youth, the students, the workers, the father, and the mother. The identity mode cl in the software model is a software working mode for a population of this type of identity. The selection of the mode contained in the identity mode cl can be performed by the software mode selection module cO.

According to different software working modes, the style and characteristics of the intelligent control software system interacting with people are determined. The identity mode cl is set in the manner that the intelligent control software system has at least two identity modes cl, and the software mode selection module cO acquires at least two of gender, age, blood type, hobby, occupation, marital status, and income status. After the identity information, the software mode selection module cO selects an identity mode cl corresponding thereto according to the identity information. For example, one of the child mode, the old mode, the middle-aged mode, the youth mode, the student mode, the worker mode, the father mode, and the mother mode can be selected.

The way to get identity information can be human input or obtained through social networks. The identity information associated with the ID may be obtained through the owner's social network ID. Also included is a human body monitoring device that is coupled to the portable smart device 1 and that transmits the monitored body information to the processor system 11 of the portable smart device 1. The human body monitoring device can also be disposed on the portable smart device 1. The information detected by the human body monitoring device includes at least two of heartbeat, body temperature, blood pressure, blood information, walking steps, sound, language, brain waves, or at least two.

The human body monitoring device judges the physical state of the person, such as health, illness, drowsiness, hunger, fatigue, excitement, etc., through the detected information. Nowadays, there are technologies for obtaining physical, health, illness, drowsiness, hunger, fatigue, excitement and other physical states through heartbeat, body temperature, blood pressure, blood information, walking steps, sound, language, brain waves, etc., and will not be detailed. The intelligent control software system is provided with at least two software modes, and is provided with a software mode selection module c0, and the software mode selection module cO selects the software mode. The software mode selection module cO uses the monitored human body information as a factor in selecting a software mode to be operated.

The software mode selection module cO is associated with a body state database, the body state database is allowed to store, or has stored body information of the owner or the holder, including at least heartbeat, body temperature, blood pressure, blood information, walking steps, sounds, and language. Two kinds of human body information. The body state database may include historical information and current information of the body information.

The software mode selection module cO uses the information in the body state database as a reference factor for selecting the software mode. To suit the owner or holder of different physical states. The software mode affects or determines the parameter settings of the controlled device terminal control system a5, which in turn affects or determines the software operating mode of the intelligent control software system. The way to obtain human body information can be human input, or data acquisition and storage of the human body monitoring device.

The state mode c2 is also included in the software mode. The body state mode c2 may include at least two of a health mode, an illness mode, a doze mode, starvation, and fatigue. At least two physical states of health, illness, drowsiness, hunger, fatigue, and excitement of the owner or holder monitored by the corresponding human monitoring device. The physical state mode c2 in the software mode is a software working mode for a person who is suitable for such a physical state. The software mode selection module cO selects the body state mode c2 corresponding to the body state based on the physical state of the person determined by the human body monitoring device. The selection of the mode included in the body state mode c2 can be performed by the software mode selection module cO. The intelligent control software system has at least two software modes, and has a software mode selection module c0, and the software mode selection module cO selects the software mode. The software mode selection module cO takes the monitored mood information as a factor in selecting a software mode to work.

The human body monitoring device judges the mood state of the person through the detected information, such as anger, loss, pleasure, happiness, and the like. Nowadays, there are technologies for obtaining mood states such as anger, loss, pleasure, and happiness through one or more of heartbeat, body temperature, blood pressure, blood information, walking steps, voice, language, brain waves, etc. Said.

The software mode selection module cO associates with a mood state database, the mood state database allows storage, or has stored the owner or holder mood state information. Historical information and current information of mood state information may be included.

The mood mode c3 is also included in the software mode. The mood state mode c3 may include at least two of an angry mode, a lost mode, a joy mode, and a happy mode. At least two moods of anger, loss, pleasure, and happiness of the owner or holder of the portable smart device 1 are corresponding. Switch modes according to different moods. Mode mode The selection of the mode included in c3 can be performed by the software mode selection module cO. The software mode selection module cO selects the mood state mode c3 corresponding to the mood based on the mood of the person determined by the human body monitoring device.

A software mode in which at least two modes of the identity mode cl, the body state mode c2, and the mood state mode c3 are combined or allowed to be generated by the operation in the intelligent control software system. And allow, will identity mode cl, body At least two modes of the body state mode c2 and the mood state mode c3 are combined to generate a new software mode, or the software mode selection module c0 selects a corresponding software mode. To adapt to different body states and different moods of different groups of people.

The way to combine can be:

(1) At least two identity modes cl are provided in the intelligent control software system. At least one identity mode cl has at least two body state modes c2. At least one state of mind mode c2 is provided with at least two mood state modes c3.

(2) It is also possible to change the level of the body state mode c2 and the mood state mode c3. It can be set that there are at least two identity modes cl in the intelligent control software system. At least one of the identity mode cl has at least two mood state modes c3. At least one mood state mode c3 has at least two body state modes c2.

(3) It can also be that the identity mode cl is not set. There are at least two body state modes c2 in the intelligent control software system. At least one state of mind mode c2 is provided with at least two mood state modes c3.

(4) It is also possible to set the identity mode cl. There are at least two mood state modes c3 in the intelligent control software system. At least one mood state mode c3 has at least two body state modes c2.

After the software mode selection module cO is selected in the software mode, the working mode switching module b0 selects the working mode module bl and then calls the control command to implement the control. When the child is in a state of excitement and happiness, the flashing light is turned on by the working mode switching module b0. If the old man is in a state of fatigue and loss, the warm light is turned on by the working mode switching module b0.

The specific implementation manner may be: at least one of the identity mode cl, the physical state mode c2, and the mood state mode c3 in the software mode, associated with the working mode switching module b0, and further associated with the working mode module bl. In order to start the working mode module bl. Further, at least one of the identity mode cl, the body state mode c2, and the mood state mode c3 may include at least two working mode switching modules b0. The working mode switching module bo contained therein is selected after the software mode is determined. The working mode switching module bo starts the associated working mode module bl when scanning the characteristic information of the already controlled controlled device terminal 2. Further control is implemented.

At least one of the identity mode cl, the body state mode c2, the mood state mode c3, includes a database consisting of at least two working mode switching modules b0. At least one of the identity mode cl, the body state mode c2, the mood state mode c3 calls the working mode switching module b0 included therein, thereby implementing control.

The intelligent control software system allows the database to have learning functions and modify or generate software patterns based on the learned information. So that the modified software mode, or the new model generated is more user-friendly. The intelligent control software system has a host evaluation information input port, and the host evaluation information input port can be a key input port or a voice input port. The master evaluation information input port supports the function that is turned on when an automatically enabled function is executed. The owner is allowed to evaluate the function of the auto-start performed, in order to collect the owner's living habit information and generate a database of the owner's living habits. The software mode selection module cO is associated with the owner's living habit database, and will be the owner's lifestyle database. As a factor in choosing the software model to work with. Alternatively, the work mode switching module bO is associated with the owner's lifestyle database, and the owner's lifestyle data is used as a selection factor for the work mode switching module bO. The key input port can be, for example, a satisfaction evaluation button displayed on the display screen for the owner to select. The voice input port can be obtained by the microphone to obtain the master evaluation language.

The intelligent control software system also has a software mode learning module and a software mode learning module, and at least two learning functions are reserved, which allows the software mode to be modified or set by the learning function. Preferably, the software mode currently selected by the software mode selection module cO is modified or set. The learning function includes recording the satisfaction evaluation of the owner of the portable smart device 1 for the function automatically activated by the intelligent control software system, and the statistics of the number of satisfaction evaluations.

The learning function includes recording the environmental parameters set by the owner of the portable smart device 1. For example, at least two of the indoor temperature, light intensity, speaker volume, and ambient humidity that are set daily.

The learning function includes recording the style type parameter of the media played by the owner of the portable smart device 1. For example, the types of movies, television, and music.

The learning function includes recording the frequency at which the owner of the portable smart device 1 plays different styles and types of media. And the mood mode or health mode when playing different styles of media. Therefore, it is known that the owner of the portable smart device 1 likes to play which style and type of media in various mood modes or health modes. This allows the intelligent control software system to search or play autonomously. The intelligent control software system stores the software mode corresponding to the controlled device terminal 2 and associates it with the feature information stored in the storage device 12. In order to facilitate access of a controlled device terminal 2, the intelligent control software system quickly activates the corresponding software mode. There is no need for human selection to start.

The intelligent control software system is further associated with a media database, and the media database includes at least two or two of music, movies, web sites, voice conversations, and dance action resources. The intelligent control software system is provided with a media play selection module. The media play selection module selects at least two of the owner or holder identity information, the human body information, and the mood state information of the portable smart device 1 as a selection condition, and selects resources in the media database for playing. The media play selection module can also play resources in the media database for playback according to the software mode selected by the software mode selection module cO. The manner in which the dance action resource is played is performed by the movable device connected to the controlled device terminal 2. For example, at least two of electric curtains and sweeping robots.

The intelligent control software system determines at least two of the host's mood, the degree of physical fatigue, and the degree of physical health based on the information detected by the human body monitoring device. According to the judgment, the resources in the media database are called for playing. The controlled device terminal 2 can adopt a smart home control terminal, and the signal processing circuit system 21 and the memory 22 all adopt the signal processing circuit system 21 and the memory 22 of the smart home control terminal. Functional actuator 3 The smart home control terminal is a wired or wirelessly connected execution terminal, and the execution terminal may be at least two of a display screen, a television, a speaker, an air conditioner, a curtain, an electric light, a robot, an electric door, and a power window connected to the smart home control terminal. . The execution terminal of the smart home is provided with a wireless signal module, and the wireless home signal is connected to the smart home control terminal through the wireless signal module.

The intelligent intelligent device 1 runs the intelligent control software system, and the intelligent control software system functions as the smart home control software. Or the intelligent control software system is associated with a smart home control software. The intelligent control software system control instruction sending module a3 is connected with the control signal input interface of the smart home control software to complete the association between the intelligent control software system and the intelligent home control software.

As the smart home control software, the smart home control software sends a control command to the smart home control terminal through the portable smart device 1 , and the smart home control terminal sends a control signal to the execution terminal of the smart home.

The smart home control terminal adopts a communication transfer system, that is, the controlled device terminal adopts a communication transfer system.

The communication relay system includes a network communication module and an infrared communication module, and a signal processing system; the network communication module and the infrared communication module are respectively connected to the signal processing system.

Specifically, the communication relay system includes a network communication module as a wireless signal communication module 23 and an infrared communication module; and a signal processing system as the signal processing circuit system 21; the network communication module and the infrared communication module are respectively connected to the signal processing system.

The communication connection system is connected to the portable smart device 1 through a communication relay system. It is connected to the function actuator 3 via an infrared communication module. The way of communication connection is infrared communication connection. The communication relay system also includes a radio communication module. It is communicatively connected to the function actuator 3 via a radio communication module. The way the communication is connected is a radio communication connection.

The portable intelligent device 1 is used as a control terminal, and the network communication module of the communication relay system is connected through the network; the control signal generated by the portable smart device 1 is sent to the network communication module via the network, and the control signal received by the network communication module is sent to the signal processing. The signal processing system converts the control signal and sends it to the infrared communication module, and the infrared communication module sends an infrared remote control signal to the outside; the execution terminal functions as a function execution mechanism 3, and the execution terminal is provided with an infrared remote control receiving system, and the infrared remote control receiving system After receiving the infrared remote control signal, the controlled action is performed, thereby implementing control of the execution terminal.

In the above design, the control signal transmitted by the network is converted into an infrared remote control signal to control the execution terminal. Since a large part of the existing home appliances already has an infrared remote control function, the control can be realized as long as the converted infrared remote control signal is matched with the execution terminal having the infrared remote control function. It is not necessary to modify the execution terminal. Thereby greatly reducing the construction difficulty and reducing the engineering cost. The network communication module may be one of a wired network communication module, a wireless network communication module, and a mobile phone network communication module. The execution terminal may be at least two of a DVD, a lamp, a television, a ceiling light, a desk lamp, a fan, an air conditioner, a curtain, a door, a window, a set top box, a washing machine, a microwave oven, a projector, an electric heater, an electronic fish tank, a sweeping robot, a water dispenser, and the like. .

The communication relay system is provided with a casing, and the network communication module and the infrared communication module are disposed in the casing. The light-emitting port is arranged on the outer casing, and the infrared light-emitting element of the infrared communication module is disposed behind the light-transmitting port. At least two infrared light emitting elements are disposed on the infrared communication module. In order to enhance the signal strength. Preferably, it is 3 to 8 infrared light-emitting elements. And 3~8 infrared illuminating elements are enclosed in a ring shape. The orientation of at least two of the infrared illuminating elements is different. In order to allow the optical signal to reach the space in different directions, in order to control more execution terminals in the space. The communication relay system is fixed at a height of 2m or more. It can be fixed in the upper middle of the wall, or on the ceiling. To avoid interference of surrounding objects on the propagation of optical signals. A light transmissive cover is arranged on the light transmission port. The translucent cover can be made of a translucent cover made of an infrared filter material. The inside of the translucent cover is frosted so that the light can be diverged around, allowing light to be received in all corners of the space. Alternatively, the light transmission port adopts an annular light transmission port. To facilitate the transmission of optical signals to the surroundings. Alternatively, the light-transmissive port is a spherical mask body. In order to emit optical signals in all directions below.

The light transmission port of the communication relay system can be set to face downward. The communication relay system emits optical signals from top to bottom. Or the communication transfer system is provided with an upwardly facing light transmission port. The communication relay system emits an optical signal from the bottom to the top with a ceiling above, allowing the optical signal to be reflected by the ceiling and sent to the execution terminal. This design makes it easier to install and power the communication relay system. A converging lens is disposed on the light transmissive opening to enhance the intensity of the spot formed on the ceiling.

The housing may be provided with an upwardly facing light transmission opening and an annular light transmission opening. An annular light-transmissive opening is provided below the light-transmissive opening. It is also possible that the infrared communication module of the communication relay system is provided with at least two infrared light-emitting elements, one of which is located in one room and the other of which is located in another room. In order to control the electrical appliances in two or more rooms in a unified way through a communication relay system. A battery system is also included in the power system of the communication relay system. Because the system consumes less energy, it can continuously supply power to the communication relay system through the battery system. It is also possible to use the battery system as a redundant mechanism to maintain a normal operation for a period of time in the event of a circuit failure, so that the user can prepare accordingly.

Referring to FIG. 9, an infrared signal enhancement system d is further included, including at least one infrared signal receiving module d1 and at least one infrared signal transmitting module d2, and a signal enhancement module d3 having a signal enhancement function; the infrared signal receiving module dl is connected to the signal enhancement. The signal input end of the module d3, the infrared signal transmitting module d2 is connected to the signal output end of the signal enhancement module d3. Preferably, two infrared signal receiving modules dl and two infrared signal transmitting modules d2 are provided. An infrared signal receiving module dl and an infrared signal transmitting module d2 are located on one side; another infrared signal receiving module dl and another infrared signal transmitting module d2 are located on the other side. So that both sides can send and receive signals.

The signal enhancement module d3 is provided with a frequency selection module for selecting a signal band to be enhanced for signal enhancement. The infrared signal enhancement system d is provided with a casing, and the infrared signal receiving module d1, the infrared signal transmitting module d2 and the signal enhancement module d3 are disposed in the casing. The layout of the room may be relatively messy, which may cause blocking of the infrared remote control signal and affect the control effect. When the room is too large, it will also cause the problem of weakening the infrared signal. The infrared signal strength is enhanced by adding an infrared signal enhancement system d to ensure control quality.

The infrared signal enhancement system d is placed separately from the communication relay system and the distance is within 15 meters. In order to optimize the signal layout effect. Infrared signal receiving system of infrared signal enhancement system d The infrared receiving head of dl is located in one room, and the infrared emitting head of infrared signal transmitting module d2 is located in another room. This allows infrared signals to be transmitted across the room. In order to control the electrical appliances in multiple rooms through a communication relay system.

The communication relay system is also connected with a camera system, and the signal output end of the camera system is connected to the network communication module. The image in the space is sent to the portable smart device 1 through the network communication module to form control state feedback. Let the controller know how to execute the terminal status.

The communication relay system further includes an infrared receiving module, and the infrared receiving module is connected to the signal processing system, and the signal processing system converts the infrared signal received by the infrared receiving module into a network signal and sends the signal to the portable smart device through the network communication module. In order to provide feedback signals. It may be that the infrared receiving module of the communication relay system is provided with at least two infrared receiving elements, one infrared receiving element being located in one room and the other infrared receiving element being located in another room. In order to provide feedback signals for two or more rooms through a communication relay system.

An infrared transmitting device is disposed on the execution terminal, and the infrared transmitting device is provided with a controlled state monitoring terminal for monitoring the working state of the device, and converting the working state into an infrared signal through the infrared transmitting device; the transmitted infrared signal is infrared After receiving, the receiving module transmits to the portable smart device 1 through the communication relay system, so that the portable smart device 1 obtains status information of the executing terminal. The controlled state monitoring terminal is connected to the signal output end of the infrared remote control receiving system on the terminal, and monitors the output signal of the infrared remote receiving system to realize monitoring.

The portable smart device 1 is provided with a micro processor system 11 in which a remote control code is stored, and when the execution terminal is controlled, the microprocessor system 11 calls the remote control code stored in the storage device 12. And through the communication relay system into an infrared remote control signal to achieve control.

The above design stores the remote control code in the portable smart device 1, which is advantageous for enhancing the versatility of the device. For example, when carrying the portable smart device 1 to other people's homes, after networking with the communication relay system, control can be implemented for relatively common televisions, air conditioners or other devices. In addition, storing the remote control code in the portable smart device 1 can reduce the hardware requirements for the communication relay system. When software rewriting or other adjustments are made, it is not necessary to adjust the communication relay system as long as the software in the portable smart device 1 is adjusted. It is convenient to use, and can allow each communication relay system to be differentiated little or even without differentiation, so that the communication relay system has enhanced versatility. Store the remote control code in The manner in the portable smart device 1 may be that a remote control code of the infrared remote control receiving system of the execution terminal is acquired, and then the remote control code is stored into the storage device 12 for retrieval.

The intelligent control software system is associated with a smart home system software running in the portable smart device 1. The smart home system software is provided with a remote control code import interface, and the remote control code is imported through the remote control code import interface; the smart home system software also has a function button icon. , the function button icon is associated with the remote control code. The smart home system software has at least three function buttons and is stored in a function button library.

The function button can be associated with the remote control code by acquiring a remote control code and then calling a function button to complete the association and store. It is also possible to first call a function button, then acquire a remote control code, and then complete the association and store. The function button can be a visual graphic button or a text button labeled with text. Graphic buttons can be graphical buttons for lights, doors, curtains, windows, and more. Or, the smart home system software that is run has a remote code learning function; when the smart home system software turns on the remote code learning function, the code learning is performed by executing the remote controller provided by the terminal: when the button of the remote controller is pressed, the remote controller The infrared remote control signal is transmitted, and the infrared remote control signal is received by the infrared receiving module and transmitted to the signal processing system, and the signal processing system converts the infrared signal received by the infrared receiving module into a network signal and sends it to the portable smart device 1 through the network communication module; the portable smart device After receiving the network signal, the microprocessor system 11 of the microprocessor 11 stores the information about the remote control code carried; when controlling the execution terminal, the microprocessor system 11 calls the stored remote control code and passes through the communication relay system. Converted to an infrared remote control signal for control.

The smart home system software has a function button icon, and according to the remote control code obtained when pressing a function button with a command meaning of the remote controller, determining the command meaning of the remote control code, and saving the remote control code, and calling the corresponding command Meaning of the function button icon, to associate. When using, you can call the remote control code to realize the remote control of the corresponding function by clicking the function button icon. The infrared remote control receiving system of the execution terminal has the function of controlling the opening and closing of the execution terminal, and the opening function and the closing function of the infrared remote receiving system are different for the corresponding remote control code.

In the design of previous products, in order to simplify the design, the remote control codes for the opening and closing of electrical appliances such as TVs, air conditioners or electric lights are all set to the same remote control code. However, in the present invention, it is more suitable to design in the form of using different remote control codes, so that it is convenient to perform control without feedback, that is, without knowing the open state of the execution terminal.

A software interface is provided in the smart home system software, and the control interface includes a control terminal layout diagram in the room; an execution terminal icon is distributed in the execution terminal layout diagram, and the execution terminal icon is associated with the function button icon. The function terminal icon may be directly executed by executing the terminal icon, or may be associated with a terminal icon, and the function key icon associated with the remote control code of the execution terminal corresponding to the execution terminal icon is arranged in the sub menu. . You can directly control the execution terminal by clicking the execution terminal icon, or click to execute the terminal diagram. After the standard, enter the submenu and perform relatively complicated control on the execution terminal. When the execution terminal icon has an associated sub-menu, after clicking the execution terminal icon, the sub-menu is enlarged.

The smart home system software has an execution terminal icon library, and the execution terminal icon library has a TV icon, a ceiling light icon, a desk lamp icon, a fan icon, an air conditioner icon, a curtain icon, a door icon, a window icon, a set top box icon, a washing machine icon, a microwave oven. At least two of icons, projectors, electric heater icons, electronic fish tank icons, sweeping robot icons, water dispenser icons, etc.

The color, brightness, or other indication when an execution terminal is on is different from the color, brightness, or other indication when the terminal is off. A status bar is provided on the side of the execution terminal icon to display the controlled state. An indoor layout map is set in the control interface, and the execution terminal icon represents the execution terminal arranged in the indoor layout map. After the execution terminal icon is retrieved from the execution terminal icon library, it is placed in the indoor layout map. The placement can be done according to the position in the actual room, in order to enhance the realism. The execution terminal icon pattern may be a photo pattern of the execution terminal.

The smart home system software has a non-executive terminal icon library, and the non-executive terminal icon library has at least two of uncontrolled items such as wallpaper, floor, bed, table, bathtub, and the like. After the non-executable terminal icon is retrieved from the non-executable terminal icon library, it is placed in the indoor layout map. The way of placing it can be placed according to the position in the actual room, in order to enhance the realism. The non-executive terminal icon pattern may also be a photo pattern of the execution terminal. The control interface also has an upper menu of the indoor layout map, a room layout map, and at least two rooms in the room layout map, at least one of which is associated with an indoor layout map.

It is possible to nest the indoor layout map in the room layout, that is, the indoor layout map and the room layout map are displayed on one screen. It can also be accessed by clicking on the room layout map to enter the corresponding indoor layout. The control interface also has a menu of the upper level of the layout of the room, a floor plan, and at least two floors in the floor plan, at least one of which is associated with the room layout. You can nest the room layout in the floor plan. It can also be accessed by clicking on the floor plan to enter the corresponding room layout. The control interface also has a menu of the upper level of the floor plan, the building picture. You can nest the floor plan in the building plan. It can also be accessed by clicking on the building map to the corresponding floor plan.

The communication relay system is further provided with a microprocessor system as the signal processing circuit system 21, the microprocessor system is connected to the memory 22, the memory 22 stores the remote control code transmitting information, and the microprocessor system feeds back the remote control code transmission information to the portable smart device. 1. In order to facilitate the portable smart device 1 to obtain the working state of the execution terminal. A different identification code is set in the remote control code of the different execution terminal, and the remote control code within twenty groups having the same identification code is stored in the memory 22 to form a historical remote control code library. In order to pursue historical control actions. The remote control code in the historical remote control code library is chronologically identified. For accurate analysis. Microprocessor system will store memory 22 The information in the stored historical remote control code library is fed back to the portable smart device 1, and the portable smart device 1 analyzes the current working state of the execution terminal. To reduce the working requirements of the communication relay system. The smart home system software has a human error correction menu. After entering the artificial state error correction menu, the terminal status can be performed by human identification. In order to correct the possible errors of the device. The smart home control terminal is connected to a microphone, and the microphone is connected to the signal processing circuit system 21. To facilitate voice control, or to talk to the smart home control terminal. Or through the smart home control terminal, through the Internet to make voice calls with other people. The intelligent intelligent device 1 runs an intelligent control software system, and the intelligent control software system functions as a robot control software. Or the intelligent control software system is associated with a robot control software. The intelligent control software system control command sending module a3 is docked with the control signal input interface of the robot control software to complete the association between the intelligent control software system and the robot control software. The controlled device terminal 2 employs a robot, a signal processing circuit system 21, and a memory 22, both of which employ a robotic processor system and a memory. The robot is controlled by an intelligent control software system or by robot control software. The robot control software may refer to robot control software running in the portable smart device 1, or may be a processor system running in the robot.

The function actuator 3 includes at least two controllable devices carried on the robot. The controllable devices provided on the robot include at least two of a projector, a display screen, a speaker, an electric lamp, and an electric wheel drive system. The electric wheel drive system preferably employs a universal wheel. In order to flexibly adjust the direction. The signal processing circuit system 21 connects at least two of a projector, a display screen, a speaker, an electric lamp, an electric wheel drive system, an infrared signal transmitting device, and a video camera. There are also pedals on the robot. The height of the pedals from the ground is greater than lcm and less than 30cm. In order to make people's feet step on, the robot moves the human body. Implement the travel function. The pedals feature a retractable or foldable foot pedal. So that it can be put away when not in use. The robot head is of a rotatable structure and is provided with a driving device, and the control end of the driving device is connected to the signal processing circuit system 21. Controlled by signal processing circuitry 21.

The robot is equipped with a battery system. The battery system is connected to a wireless charging device, and the charging antenna of the wireless charging device is vertically set. A power supply antenna with a wireless charging base is placed on the wall, and the antenna is placed vertically. The wireless charging device is provided with a pair of code circuits. The wireless charging base is provided with a code matching system matched with the code circuit. Charging after the code is completed. If the code fails, it will not be charged. The code circuit transmits or receives the code signal through the wireless signal, and the antenna of the code circuit uses a charging antenna. The code system transmits or receives the code signal through the wireless signal, and the power supply antenna is used for the antenna of the code system.

A microphone is provided on the robot body, and the microphone is connected to the signal processing circuit system 21. To facilitate voice control or to talk to the robot. Or make a voice call with other people through the robot. The owner's information of the already-matched portable smart device 1 is stored in the memory 22 of the robot, including gender, age, blood type, hobby, occupation, marital status. At least two kinds of information in the state.

The controlled device terminal 2 is further associated with a media database, and the media database includes at least two or two of music, movies, web addresses, voice conversations, and dance action resources. The controlled device terminal 2 calls the resources in the media database to play according to at least two of the owner information of the portable smart device 1 and the monitored body information. The way to play the dance action resources is to perform through the physical parts of the robot. The controlled device terminal 2 judges at least two of the host's mood, degree of physical fatigue, and physical health based on the information detected by the human body monitoring device. According to the judgment, the resources in the media database are called for playing. The controlled device terminal 2 remotely controls the device having the infrared remote control signal receiver through the infrared signal transmitting device. Such as televisions, air conditioners, projectors, etc.

The controlled device terminal further includes a laser remote control receiving system having a laser remote control function. The laser remote control receiving system includes a diffusing plate, a signal processing mechanism and an infrared receiving component, and the photosensitive surface of the infrared receiving component faces the diffusing plate. It is used to receive the scattered light signal from the laser spot on the diffuser.

The movement state of the laser spot formed on the astigmatism plate is reflected by the infrared receiving component, and the infrared receiving component converts the corresponding electrical signal and sends it to the signal processing mechanism, and the signal processing mechanism receives the electric signal according to the received signal. The signal output control command controls the controlled device terminal to issue a control signal. The signal processing circuit system and the signal processing mechanism may be shared by some signal circuits or shared by all signal processing circuits.

The laser remote control receiving system is provided with an infrared receiving component, and the signal processing mechanism passes the intensity change of the optical signal received by the infrared receiving component, such as optical signal enhancement or optical signal attenuation, as a control signal, and according to the control command corresponding to the control signal , output control commands. The laser remote control receiving system is provided with at least two infrared receiving components, and the signal processing mechanism compares the intensity difference of the optical signals received by the at least two infrared receiving components or the presence or absence of the optical signals as a control signal, and controls according to the corresponding control signals Command, output control command.

The basic principles and main features of the present invention and the advantages of the present invention are shown and described above. It should be understood by those skilled in the art that the present invention is not limited by the foregoing embodiments, and that the present invention is only described in the foregoing embodiments and the description of the present invention, without departing from the spirit and scope of the invention. Various changes and modifications are intended to fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and their equivalents.

Claims

Claim

An intelligent interactive system, comprising a portable smart device, further comprising a controlled device terminal; the portable smart device comprising a processor system, and a storage device and a wireless communication system coupled to the processor system; The controlled device terminal includes a signal processing circuit system, at least one wireless signal communication module matched with the wireless communication system, and a function execution mechanism for performing an action; the signal processing circuit system is respectively connected to the wireless signal communication module and The function executing mechanism; the signal processing circuit system is further connected to a memory storing at least characteristic information of the controlled device terminal; the wireless signal communication module is associated with the memory, and calling the feature information stored in the memory The portable smart device runs an intelligent control software system, and the intelligent control software system scans the controlled device terminal in the effective signal region through the wireless communication system; after scanning to the controlled device terminal, Wireless signal communication The block reads the characteristic information stored in the memory to identify the controlled apparatus terminal.

2. An intelligent control software system, comprising: a controlled device terminal scanning module, scanning a controlled device terminal in an effective signal region by the wireless communication system; further comprising a feature information comparison module, through a wireless signal communication module Reading the feature information stored in the memory to identify the controlled device terminal; further comprising a control command sending module, transmitting a control command to the controlled device terminal through the wireless communication system.

The intelligent control software system according to claim 2, further comprising an identity verification module, wherein the identity verification module verifies the identity of the controlled device terminal, and the controlled The feature information of the device terminal is written into the memory.

The intelligent control software system according to claim 3, wherein the identity verification module verifies the identity of the controlled device terminal, and after the verification, writes the feature information of the controlled device terminal And establishing, in the memory, a matching relationship with the controlled device terminal; after the controlled device terminal scanning module scans the controlled device terminal, performing feature information of the controlled device terminal by using the feature information comparison module Performing a comparative analysis, according to the analysis result, selecting, by the control instruction of the control instruction sending module, the submodule to select a control instruction, and the selected control instruction is responsible for sending the control instruction by the instruction sending submodule.

The intelligent control software system according to claim 2, wherein the intelligent control software system is provided with a controlled device terminal management module, and the feature information comparison module sends the identified characteristic information of the controlled device terminal The controlled device terminal management module; the controlled device terminal management module allows or has been associated with at least two of the controlled device terminal feature information, and is responsible for invoking one of the controlled device terminal feature information; The controlled device terminal feature information invoked by the controlled device terminal management module is sent to the control command sending module, and further Control instructions associated with the invoked device terminal feature information are transmitted by the control command sending module.

The intelligent control software system according to claim 5, wherein the intelligent control software system is provided with a controlled device terminal control system for controlling the controlled device terminal, and the controlled device terminal control system The controlled device terminal management module and the control instruction sending module are included; at least two controlled device terminal control systems are allowed to be provided in the intelligent control software system.

7. The intelligent control software system according to claim 6, wherein the intelligent control software system specifically enables at least one of the at least two controlled device terminal control systems, and uses a scanning query method to first query one Whether the controlled device terminal control system matches the scanned controlled device terminal, if not, the next controlled device terminal control system is queried; if it matches, the matched controlled device terminal control system is enabled.

8. The intelligent control software system according to claim 7, wherein a selection module for selecting a controlled device terminal control system to be activated is further disposed before the controlled device terminal control system.

The intelligent control software system according to claim 6, wherein the intelligent control software system allows storing characteristic information of the matched controlled device terminal, and a feature information and at least one controlled device terminal Control system association; when the intelligent control software system scans the feature information of the matched controlled device terminal, starts at least one controlled device terminal control system associated with the feature information.

The intelligent control software system according to claim 6, wherein the storage device of the portable smart device stores characteristic information of at least two sets of controlled device terminals that have been matched; the wireless communication system Scanning to at least two controlled device terminals, and transmitting characteristic information of the scanned at least two controlled device terminals to the processor system, wherein the feature information comparison module of the intelligent control software system invokes the Comparing the feature information of at least two sets of matched controlled device terminals pre-stored in the storage device, verifying that both controlled device terminals are matched controlled device terminals, and then calling the controlled device terminal control System and control.

11. The intelligent control software system according to claim 10, wherein different control menus in the same controlled device terminal control system are enabled according to the combination of at least two different controlled device terminals in the scanned periphery. Controlling the function, or inspiring at least one of the different control commands.

The intelligent control software system according to claim 2, wherein the intelligent control software system is provided with at least two working mode modules, and at least one of the control commands is associated with the working mode module. At least one characteristic information of the controlled device terminal; the intelligent control software system is provided with a working mode switching module, and the working mode switching module scans the feature information comparing module to the characteristic information of the matched controlled device terminal, The working mode module associated with the scanned feature information is enabled; the working mode module invokes the associated control command to control the controlled device terminal.

The intelligent control software system according to claim 12, wherein the intelligent control software system is provided with the following working mode module: a wake-up mode setting module suitable for getting up, and a home away mode for leaving home At least two of a setting module, a home mode setting module suitable for home, and a sleep mode setting module suitable for sleep.

The intelligent control software system according to claim 2, wherein the wireless signal communication module of the controlled device terminal is provided with an antenna, and the wireless signal communication module is provided with at least two antennas, at least two The effective signal area of the antenna has a superimposed area in the space; the controlled device terminal management module of the intelligent control software system scans the antenna of at least two matched controlled device terminals in the feature information comparison module When the signal is valid, it is considered as valid, and the corresponding working mode module is selected, or the corresponding control command in the corresponding working mode module is selected.

The intelligent control software system according to claim 6, wherein the intelligent control software system is provided with at least two software modes, and is provided with a software mode selection module, and the software mode selection module selects a software mode. The software mode is associated with setting parameters of the controlled device terminal control system.

The intelligent control software system according to claim 15, wherein the software mode selection module is associated with a master information database, and the owner information database is allowed to store, or has stored owner or holder information, including gender. At least two kinds of information, age, blood type, hobby, occupation, marital status, the software mode selection module uses the information in the owner information database as a reference factor for selecting the software mode.

17. The intelligent control software system of claim 15, wherein the software mode affects or determines a parameter setting of the controlled device terminal control system, thereby affecting or determining a software operating mode of the intelligent control software system.

18. The intelligent control software system according to claim 2, further comprising a human body monitoring device, wherein the human body monitoring device is connected to the portable smart device, and transmits the monitored human body information to the A processor system for a portable smart device.

19. The intelligent control software system of claim 18, wherein

The intelligent control software system is provided with at least two software modes, and is provided with a software mode selection module, wherein the software mode selection module selects a software mode; the software mode selection module selects the monitored human body information as a selection to work. The factors of the software model.

20. The intelligent control software system according to claim 2, wherein the controlled device terminal further comprises a laser remote control receiving system having a laser remote control function, the laser remote control receiving system comprising a diffusing plate and signal processing a mechanism and an infrared receiving element, the photosensitive surface of the infrared receiving element facing the diffusing plate.

21. The intelligent control software system according to claim 20, wherein the laser remote control receiving system is provided with at least two infrared receiving elements, and the signal processing mechanism is connected by comparing at least two of the infrared receiving elements The intensity difference of the received optical signal or the presence or absence of the optical signal is used as a control signal, and a control command is output according to a control command corresponding to the control signal.

22. A communication relay system as a controlled device terminal, comprising: a network communication module and an infrared communication module, and a signal processing system; wherein the network communication module and the infrared communication module respectively connect the signal processing system.

23. The communication relay system according to claim 22, comprising: a network communication module as a wireless signal communication module and an infrared communication module; and a signal processing system as a signal processing circuit system; said network communication The module and the infrared communication module are respectively connected to the signal processing system.

The communication relay system according to claim 22, wherein the communication relay system further comprises a radio communication module; wherein the portable intelligent device is used as a control terminal, and the network communication module of the communication relay system is connected through a network; The control signal generated by the portable smart device is sent to the network communication module via the network, and the control signal received by the network communication module is sent to the signal processing system, and the signal processing system converts the control signal Sending to the infrared communication module, the infrared communication module sends an infrared remote control signal to the outside; the execution terminal is a function execution mechanism, the execution terminal is provided with an infrared remote control receiving system, and the infrared remote control receiving system receives the infrared remote control After the signal, the controlled action is performed, thereby implementing control of the execution terminal;

The execution terminal is at least two of a DVD, a lamp, a television, a ceiling lamp, a desk lamp, a fan, an air conditioner, a curtain, a door, a window, a set top box, a washing machine, a microwave oven, a projector, an electric heater, an electronic fish tank, a sweeping robot, and a water dispenser. .

25. The communication relay system according to claim 22, wherein the communication relay system is provided with a casing, and the network communication module and the infrared communication module are disposed in the casing.

26. The communication relay system according to claim 22, wherein the infrared communication module is provided with 3-8 infrared light emitting elements.

27. The communication relay system according to claim 22, wherein the light transmission port adopts an annular light transmission port.

28. The communication relay system according to claim 22, wherein the light transmission port of the communication relay system is disposed to face downward.

29. The communication relay system according to claim 22, wherein the communication relay system is provided with an upwardly facing light transmission port.

30. The communication relay system according to claim 22, wherein the outer casing is provided with an upwardly facing light transmitting opening and an annular light transmitting opening.

The communication relay system according to claim 22, wherein the power supply system of the communication relay system The system also includes a battery system.

32. The communication relay system according to claim 22, further comprising an infrared signal enhancement system, wherein the infrared signal enhancement system comprises an infrared signal receiving module and an infrared signal transmitting module, and a signal having a signal enhancement function The infrared signal receiving module is connected to the signal input end of the signal enhancement module, and the infrared signal transmitting module is connected to the signal output end of the signal enhancement module.

The communication relay system according to claim 22, further comprising an infrared receiving module, wherein the infrared receiving module is connected to the signal processing system, and the signal processing system receives the infrared received by the infrared receiving module Signals are converted to network signals for transmission to the portable smart device via the network communication module.

The communication relay system according to claim 22, further comprising: a portable smart device, wherein the portable smart device is provided with a micro processor system, wherein a storage device of the microprocessor system stores a remote control code, When the execution terminal is controlled, the microprocessor system calls a remote control code stored in the storage device, and converts the infrared relay signal into an infrared remote control signal to implement control.

35. The smart home system software, running in the portable smart device, is characterized in that: the smart home system software is provided with a remote control code import interface, and the remote control code is imported through the remote control code import interface; A function button icon is provided, and the function button icon is associated with the remote control code.

The smart home system software according to claim 35, wherein a software interface is provided in the smart home system software, and the control interface includes a control interface in the room; An execution terminal icon is distributed in the execution terminal layout diagram, and the execution terminal icon is associated with the function button icon.

37. The smart home system software according to claim 36, wherein after clicking the execution terminal icon, the sub-menu is entered to perform relatively complicated control on the execution terminal.

The smart home system software according to claim 36, wherein the smart home system software is provided with a non-executable terminal icon library, and the non-executable terminal icon library is provided with a wallpaper, a floor, a bed, and a table. At least two of the uncontrolled items such as bathtubs.

39. A robot as a terminal of a controlled device is allowed, characterized in that: signal processing circuitry and memory of the controlled device terminal adopt signal processing circuitry and memory of the robot; and the function execution mechanism includes at least two carried on the robot body. Controllable device; the controllable device provided on the robot body comprises at least two of a projector, a display screen, a speaker, an electric lamp, and an electric wheel drive system.

40. The robot according to claim 39, wherein the signal processing circuit system is connected to at least two of a projector, a display screen, a speaker, an electric lamp, an electric wheel drive system, an infrared signal transmitting device, and a camera; The robot body is further provided with a foot pedal, and the height of the foot pedal from the ground is greater than lcm and less than 30 cm.