CN212515431U - Wisdom house control system - Google Patents
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- CN212515431U CN212515431U CN202021498778.7U CN202021498778U CN212515431U CN 212515431 U CN212515431 U CN 212515431U CN 202021498778 U CN202021498778 U CN 202021498778U CN 212515431 U CN212515431 U CN 212515431U
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Abstract
The utility model discloses an intelligent residence control system, which comprises a central control system, a residence security subsystem, an illumination control subsystem, an equipment automation subsystem and a remote control subsystem, wherein the residence security subsystem, the illumination control subsystem, the equipment automation subsystem and the remote control subsystem are respectively connected with the central control system; the central control system comprises a system host, an intelligent gateway and a master control touch screen, wherein the system host is connected with a router connected with the Internet; the residence security subsystem comprises an anti-theft alarm unit, a disaster prevention alarm unit and a help-seeking alarm unit which are connected with the intelligent gateway through an RS485 bus, and an access control unit and a camera monitoring unit which are connected with the system host; the intelligent lighting subsystem and the equipment automation subsystem are connected with the intelligent gateway through an RS485 bus; the equipment automation subsystem comprises an environment control unit and a background music unit; the remote control subsystem is connected with the system host through the Internet. The utility model discloses collect functions in an organic whole such as security protection, house environmental control, remote control, and then realize the three-dimensional control to the house.
Description
Technical Field
The utility model belongs to intelligence house field, concretely relates to wisdom house control system.
Background
In the life of people, more than half of the time is spent at home, and in the process of social development, the agriculture, the industrialization and the informatization are gradually fused. The state is gradually promoting the development of intelligent and digital cities, strengthening informatization construction, gradually providing certain help for improving the automation technology level in the development process of the internet of things industry and the smart home industry of China, providing a new intelligent concept, and gradually applying the new intelligent concept to every corner of work and life of people. The house life control system is based on the 5G internet of things technology, defines products by taking a house automatic control system, an entertainment system, a lighting system, life equipment automation and the like as starting points, and can meet reasonable management of requirements of different family members by adjusting the height and the extensibility of a household terminal product through an intelligent control system matched with the household terminal product, so that a comfortable household environment and automatic intelligent life are created.
The smart home system is also called SmartHome, and realizes remote operation and monitoring of computers and mobile phones through a comprehensive wiring technology and a network communication technology. However, the existing smart home systems are not intelligent enough, and only utilize the functions of remotely controlling the switching devices, adjusting the temperature, monitoring the home environment and the like by using a mobile phone or a computer to realize the control of the devices, and the requirements are actually far lower than the expected value of the user. And each manufacturer and product are in war, and the data is not open, and incompatible, can't realize the linkage. Each product APP is also incompatible, and a user needs to install a plurality of APPs for operation.
SUMMERY OF THE UTILITY MODEL
The utility model aims at solving the above problem, provide a wisdom house control system, this control system utilizes advanced computer technology, network communication technique, comprehensive wiring technique, wireless technology, organically combines the various subsystems that are relevant with the house life together, and the concentrated management and control of all equipment realizes the three-dimensional control of house.
In order to solve the technical problem, the utility model provides an intelligent house control system, which comprises a central control system, a house security subsystem, a lighting control subsystem, an equipment automation subsystem and a remote control subsystem, wherein the house security subsystem, the lighting control subsystem, the equipment automation subsystem and the remote control subsystem are respectively connected with the central control system;
the central control system comprises a system host for controlling each subsystem in a centralized manner, an intelligent gateway and a master control touch screen which are connected with the system host, wherein the system host is connected with a router connected with the Internet;
the residence security subsystem comprises an anti-theft alarm unit, a disaster prevention alarm unit, a help-seeking alarm unit, an access control unit and a camera monitoring unit; the anti-theft alarm unit, the disaster prevention alarm unit and the help seeking alarm unit are connected with the intelligent gateway through an RS485 bus, and the access control unit and the camera monitoring unit are directly connected with the system host through network cables;
the illumination control subsystem and the equipment automation subsystem are connected with the intelligent gateway through an RS485 bus; the equipment automation subsystem comprises an environment control unit and a background music unit;
the remote control subsystem is connected with the system host computer through the Internet to realize the remote control of the system.
In the technical scheme of the intelligent house control system, the remote control subsystem comprises intelligent equipment such as a computer, a mobile phone and an IPAD (internet protocol ad) which are accessed to the internet.
In the technical scheme of the intelligent house control system, the anti-theft alarm unit comprises a door magnetic sensor, an infrared detector, a glass breakage detector and a thermal detector.
The door magnetic sensor is mainly installed on a door and a door frame and is connected with the intelligent gateway through an RS485 bus, when a thief illegally breaks into the door from the door, the door magnetic sensor sends a high-level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host gives an alarm and displays the alarm place and property.
The infrared detector is mainly installed near the window and the balcony, and detects the intruder by infrared. The utility model discloses in adopt curtain formula infrared detector to carry out windowsill and balcony cloth to prevent, protect window and balcony through concealed one deck electron beam. The infrared detector is connected with the intelligent gateway through an RS485 bus, when an illegal intruder is detected through infrared under the defense deployment state, a high-level signal is sent to the intelligent gateway through infrared induction, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host gives an alarm and displays the alarm place and property.
The glass breakage detector is mainly installed at the glass position in a house, is connected with the intelligent gateway through an RS485 bus, alarms by detecting high-frequency sound of glass breakage, sends a corresponding level signal to the intelligent gateway when detecting the sound of glass breakage, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host alarms and displays the corresponding position.
The thermal detector is installed in the living room and is connected with the intelligent gateway through an RS485 bus. When the system is in a defense deployment mode, the thermal detectors detect the temperature of a human body and send corresponding level signals to the intelligent gateway, the intelligent gateway collects the signals and outputs the signals to the system host, and when the thermal detectors detect the temperature of the human body, the system host automatically alarms. A single detector easily causes false alarms, and more than one combination is used, so that the accuracy can be improved.
In the technical scheme of the intelligent house control system, the disaster prevention alarm unit comprises a gas leakage detector and a smoke detector.
Wherein, the gas leakage detector is arranged in a kitchen and/or a bath room and is connected with the host through an RS485 bus. When the gas leaks to a certain concentration, the gas leakage detector sends a level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, the system host gives an alarm and simultaneously gives a gas valve signal, and the brushless motor is started to close the gas valve.
The smoke detector is arranged in a living room and/or a bedroom and is connected with the host through an RS485 bus. When detecting house environment flue gas concentration to a certain degree automatic signal transmission gives intelligent gateway, and intelligent gateway gathers this signal and exports it to system's host computer, and system's host computer reports to the police and starts new trend control panel and window control panel simultaneously, and window is opened to window control panel control window motor, and the air exhaust mode is opened to new trend system panel control new trend system.
In the technical scheme of the intelligent residence control system, the help-seeking alarm unit comprises an emergency help-seeking button connected with the intelligent gateway. The emergency help-seeking button is installed in a hidden place and is connected with the intelligent gateway through an RS485 bus, emergency (such as robbery and sudden diseases) occurs in a home, the emergency help-seeking button is directly pressed to send a level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host sends help-seeking information to a security center through the intelligent gateway and informs a corresponding contact person.
In the technical scheme of the intelligent house control system, the access control unit comprises a visual intercom device, an electric control door lock and an intelligent door lock with a fingerprint recognizer, wherein the visual intercom device is directly connected with a system host through a network cable. The visual intercom device comprises an outdoor unit, an indoor unit and a floor switch. The outdoor unit is arranged at a building doorway and is connected with the electric control door lock through an RS485 bus; the indoor unit is installed in the living room. The outdoor unit and the indoor unit are both connected with a floor switch through six types of network cables (cat6e), and the floor switch is connected with a system host. The visitor calls the resident through the outdoor unit, the resident hears the call through the indoor unit and answers the call, the camera of the outdoor unit directly shoots the face of the visitor, the indoor unit can receive video images through the outdoor unit, the resident observes images on the display screen of the indoor unit to confirm the identity of the visitor, and finally determines whether to press the unlocking button of the indoor unit or not, opens the electric control door lock connected with the outdoor unit at the doorway and allows the visitor to enter the door. The intelligent door lock is connected with the system host, and a resident presses down the fingerprint identifier of the intelligent door lock, opens the entrance door and performs defense withdrawing of the security system after entering the entrance door; and (4) defense deployment of the security system when going out.
In the technical scheme of the intelligent house control system, the camera shooting monitoring unit comprises a camera directly connected with the system host. The camera includes a gun camera and a dome camera (dome camera). The rifle bolt and the ball machine are arranged at the gate of a building and/or the gate of a resident and in a house, the rifle bolt and the ball machine arranged outdoors are connected with a floor switch through six types of network cables, the floor switch is connected with a system host, the rifle bolt and the ball machine arranged outdoors are directly connected with the system host through the network cables and then are connected with a security center through an intelligent gateway, the non-stop video recording is carried out for 24 hours, the alarm information is timely sent, a business owner contacts security personnel and can directly call the on-site camera shooting information, the alarm is rapidly given out, and the loss of personnel and property is reduced. Meanwhile, the information is directly transmitted to the owner through short messages, apps and the like, and the police condition is properly processed in time. And the camera is matched with an indoor/outdoor high-definition digital camera to capture a clear picture. The functions of remote management, preview, snapshot, alarm, video recording storage and the like are realized through the mobile phone client.
In the technical scheme of the intelligent house control system, the lighting control subsystem comprises a light control panel, a light control switch, a light modulator, an infrared inductor and a brightness inductor, the light control panel, the light control switch, the light modulator, the infrared inductor and the brightness inductor are connected with the intelligent gateway through RS485 buses, and the light control switch and the light modulator are connected to a light loop respectively. The lamp control switch and the dimmer are controlled by the lamp control panel. If the brightness sensor senses that the ambient brightness is not enough, the system host controls the lamp control switch to turn on the lamp at the corresponding position, and the light is lightened, so that the switch cannot be found. When the infrared sensor senses that a person enters a room, the infrared sensor sends a level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host controls the lamp control switch to start the lamp at the corresponding position.
In the technical scheme of the intelligent house control system, the environment control unit comprises a floor heating control panel, a curtain control panel, an air conditioner control panel, a fresh air control panel and a window control panel. The floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS 485. The floor heating control panel is connected with a floor heating main control valve mechanism and used for controlling opening and closing of floor heating and temperature adjustment. The curtain control panel is connected with the electric curtain actuating mechanism and is used for controlling the opening and closing and the opening angle of the curtain. The air conditioner control panel is connected with the air conditioner and used for controlling the opening and closing of the air conditioner and adjusting the temperature. The fresh air control panel is connected with the fresh air system and used for controlling opening and closing of fresh air. The window control panel is connected with the electric window actuator and is used for controlling the opening and closing and the opening angle of the window.
In the technical scheme of the intelligent house control system, the background music unit comprises a music control panel and a music host, and the music control panel is respectively connected with the intelligent gateway and the music host through RS485 and is used for controlling the opening and closing of the music host, volume control, song playing and the like.
The utility model provides a wisdom house control system has following beneficial effect:
(1) the utility model discloses use the house as the platform, utilize advanced computer technology (system's host computer), network communication technology (wisdom gateway), comprehensive wiring technique (RS485 bus), wireless technology (remote control), organically combine together with the various subsystems that the life home is relevant, the user can set up various modes according to the hobby characteristics of oneself, possesses the memory, collects functions in an organic whole such as security protection, house environmental control, remote control, and then realizes the three-dimensional control to the house.
(2) The utility model discloses a security protection unit can prevent burglary, prevent robbing, prevent fires, prevent that gas from leaking, and automatic alarm at once meets not surveying to automatic cutout danger source prevents suffering from in the bud, is the important guarantee of safety at home.
(3) The utility model discloses a household electrical appliances the control unit change current passive static structure, change into the instrument that has active intelligence, the centralized management of all equipment realizes cooperating between each consumer, has linkage.
(4) The utility model discloses a remote control unit can provide omnidirectional message exchange function, helps the family to keep the message to exchange unblocked with the outside, and long-range real-time master the inside and outside condition of house.
(5) The utility model discloses be equipped with the environmental control unit, emphasize people's subjective initiative, attach attention to the coordination of people and living environment, house light, temperature, curtain automatic control, make the user can control indoor living environment at will.
(6) The utility model discloses a RS485 bus communication design, scalability is strong.
Drawings
Fig. 1 is a schematic view of the intelligent house control system of the present invention.
Detailed Description
So that the technical solutions of the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings, it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, belong to the present invention.
In this embodiment, a schematic diagram of the intelligent home control system is shown in fig. 1, and the intelligent home control system includes a central control system, and a home security subsystem, a lighting control subsystem, an equipment automation subsystem, and a remote control subsystem, which are respectively connected to the central control system.
The central control system comprises a system host for controlling each subsystem in a centralized manner, an intelligent gateway and a master control touch screen which are connected with the system host, and the system host is connected with a router connected with the Internet. The system host is implemented by an ARM11 processor. The intelligent gateway belongs to a wireless sensor network product, and can select an XL90 intelligent gateway or an XL91 intelligent gateway.
The residence security subsystem comprises an anti-theft alarm unit, a disaster prevention alarm unit, a help-seeking alarm unit, an access control unit and a camera monitoring unit. The anti-theft alarm unit comprises a door magnetic sensor, an infrared detector, a glass breaking detector, a thermal detector and the like, and is connected with the intelligent gateway through an RS485 bus; the door magnetic sensor is mainly installed on the door and the door frame; the infrared detector is mainly arranged near a window and a balcony and detects an intruder by infrared; the glass breaking detector is mainly arranged at the glass position in a house and gives an alarm by detecting high-frequency sound generated by glass breaking; and the thermal detector is arranged in the living room and used for detecting the temperature of the human body and sending a corresponding level signal to the intelligent gateway. The disaster prevention alarm unit comprises a gas leakage detector and a smoke detector, and is connected with the intelligent gateway through an RS485 bus. The gas leakage detector is arranged in a kitchen and/or a bath room and is used for detecting the concentration of leaked gas; the smoke detector is arranged in a living room and/or a bedroom and used for detecting the smoke concentration of the home environment. The help-seeking alarm unit comprises an emergency help-seeking button connected with the intelligent gateway, and the emergency help-seeking button is installed in a concealed place and is connected with the intelligent gateway through an RS485 bus. The entrance guard control unit comprises a visual intercom device connected with the system host through a network cable, an electric control door lock and an intelligent door lock with a fingerprint recognizer. In the embodiment, the net wires are all six kinds of net wires (cat6 e). The visual intercom device comprises an outdoor unit, an indoor unit and a floor switch, wherein the outdoor unit is arranged at a building doorway and is connected with the electric control door lock through an RS485 bus; the indoor unit is installed in the living room; the electric control door lock is arranged at a building doorway and is connected with an unlocking button arranged indoors; the intelligent door lock is provided with a fingerprint identifier and is connected with a system host through six types of network cables (cat6e), and a resident presses down the fingerprint identifier of the intelligent door lock, opens a door for entry and performs security system disarming after entering the door; and (4) defense deployment of the security system when going out. The camera monitoring unit comprises a camera directly connected with the system host through six types of network cables; the camera comprises a gunlock and a ball machine (a ball type camera); the gunlock and the ball machine are installed at the large doorway of the building and/or the doorway of the resident and in the house.
The lighting control subsystem comprises a lighting control panel, a lighting control switch, a light modulator, an infrared inductor and a brightness inductor, the lighting control panel, the lighting control switch, the light modulator and the infrared inductor are all connected with the intelligent gateway through RS485 buses, and the lighting control switch and the light modulator are respectively connected to a lighting loop. The lamp control switch and the dimmer are controlled by the lamp control panel. If the brightness sensor senses that the ambient brightness is not enough, the system host controls the lamp control switch to turn on the lamp at the corresponding position, and the light is lightened, so that the switch cannot be found. When the infrared sensor senses that a person enters a room, the infrared sensor sends a level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host controls the lamp control switch to start the lamp at the corresponding position.
The device automation subsystem includes an environment control unit and a background music unit. The environment control unit comprises a floor heating control panel, a curtain control panel, an air conditioner control panel, a fresh air control panel and a window control panel; the floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS485 buses; the floor heating control panel is connected with a floor heating main control valve and is used for controlling the opening and closing of the floor heating and temperature adjustment; the curtain control panel is connected with the electric curtain actuating mechanism and is used for controlling the opening and closing and the opening angle of the curtain; the air conditioner control panel is connected with the air conditioner and is used for controlling the opening and closing of the air conditioner and adjusting the temperature; the fresh air control panel is connected with the fresh air system and is used for controlling the opening and closing of fresh air; the window control panel is connected with the electric window actuator and is used for controlling the opening and closing and the opening angle of the window. The background music unit comprises a music control panel and a music host, wherein the music control panel is respectively connected with the intelligent gateway and the music host through an RS485 bus and is used for controlling the opening and closing of the music host, volume control, song playing and the like.
The remote control subsystem is connected with the system host computer through the Internet to realize the remote control of the system. The remote control subsystem comprises intelligent equipment such as a mobile phone and an IPAD (Internet protocol ad) which are accessed to the Internet, and sends control signals of the subsystems to the central control system through the Internet and the router.
The following uses a specific home residence application as an example, and the smart residence control system of the present invention is explained in detail to further demonstrate the advantages of the present invention.
The common residential houses comprise a building gate, stairs, a family entrance lobby, a kitchen, a washroom, a dining/living room, a meeting room, a movie and television entertainment room, a bedroom and a storage room, and the following intelligent residential house control system setting is respectively carried out on the 10 residential scenes.
(1) Building gate
Relates to an anti-theft alarm unit, an entrance guard control unit and a camera monitoring unit.
The door magnetic sensor in the anti-theft alarm unit is arranged on a door and a door frame and is connected with the intelligent gateway through an RS485 bus, when a thief illegally intrudes from the door, the door magnetic sensor sends a high-level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host gives an alarm and displays the alarm place and property.
The outdoor unit of the access control unit is arranged at a building doorway and is connected with the electric control door lock through an RS485 bus.
The rifle bolt and the ball machine of the camera monitoring unit are arranged at the entrance of a building, and are connected with a floor switch through six types of network cables (cat6e), the floor switch is connected with a system host, the rifle bolt and the ball machine which are arranged outdoors are directly connected with the system host through the six types of network cables, and then are connected with a security center through an intelligent gateway, 24-hour uninterrupted dead-angle-free video recording is realized, alarm information is sent out at the first time, an owner can directly call on-site camera shooting information by contacting security personnel, and the personnel and property loss is reduced. Meanwhile, the information is directly transmitted to the owner through short messages, apps and the like, and the police condition is properly processed in time. And the camera is matched with an indoor/outdoor high-definition digital camera to capture a clear picture. The functions of remote management, preview, snapshot, alarm, video recording storage and the like are realized through the mobile phone client.
(2) Stair
To lighting control subsystems.
The infrared inductor that RS485 bus and system host computer are connected is passed through in stairwell installation, the luminance inductor, infrared inductor and luminance inductor collaborative work, someone is when through stair, the infrared inductor passes through intelligent gateway and sends a high level signal for the system host computer, if luminance inductor response ambient brightness is not enough, the corresponding lamp of stair department is opened to system host computer control lamp accuse switch, light lights, avoid can't finding the switch, the people is through the back, the unmanned back of infrared inductor survey, time delay 30s is automatic to be extinguish.
(3) Entrance hall
To access control units, environmental control units, central control systems, and lighting control subsystems.
The intelligent door lock with the fingerprint recognizer is installed on the entrance door. And the owner pushes down the fingerprint identifier of the intelligent door lock at the entrance of the house, and the entrance door is opened. The security system is disarmed after entering the door; and (4) defense deployment of the security system when going out.
The indoor unit is installed in the entrance hall, and outdoor unit and indoor unit all pass through six types of net twines and connect the floor switch, and the floor switch connects the system host computer. The visitor calls the resident through the outdoor unit, the resident hears the call through the indoor unit and answers the call, the camera of the outdoor unit directly shoots the face of the visitor, the indoor unit can receive video images through the outdoor unit, the resident observes images on the display screen of the indoor unit to confirm the identity of the visitor, and finally determines whether to press the unlocking button of the indoor unit or not, opens the electric control door lock connected with the outdoor unit at the doorway and allows the visitor to enter the door.
The main control touch screen of the central control system is arranged at a hall, and can control all subsystems through the main control touch screen, such as setting light of all areas, checking video monitoring, setting air conditioner temperature and floor heating temperature of all areas, opening/closing an indoor fresh air system and the like.
The light control panel, the light switch and the dimmer are connected with the intelligent gateway through RS 485. The floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS 485. The floor heating control panel is connected with a floor heating main control valve to control the opening and closing of the floor heating and the temperature adjustment. The curtain control panel is connected with the electric curtain actuating mechanism to control the opening and closing and the opening angle of the curtain. The air conditioner control panel is connected with the air conditioner to control the opening and closing of the air conditioner and the temperature regulation. The fresh air control panel is connected with the fresh air system to control the opening and closing of the fresh air. The window control panel is connected with the electric window actuator to control the opening and closing and opening angles of the window.
Each panel control panel in the light control panel and the environment control unit can be specifically realized by adopting a 6-key scene touch panel, such as design: "at home mode", light is controlled, "away from home mode", all lights are turned off.
(4) Kitchen cabinet
Relates to an illumination control subsystem, a disaster prevention alarm unit and an entrance guard control unit.
The light in the kitchen is simple and can be controlled directly through a light switch. The light switch is connected with the intelligent gateway through an RS485 bus, and light can be controlled through a master control touch screen or a remote control subsystem.
An indoor unit of the access control unit is provided with an indoor extension set in a kitchen, and the indoor extension set is connected with the intelligent gateway through RS 485. The visitors are available, and the visitors can be directly viewed by the visible extension of the kitchen.
The kitchen is provided with a gas leakage detector and a smoke detector and is connected with the intelligent gateway through an RS485 bus. When the gas leaks to a certain concentration, the gas leakage detector sends a level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, the system host gives an alarm and simultaneously gives a gas valve signal, and the brushless motor is started to close the gas valve. Automatic signal transmission gives intelligent gateway when detecting kitchen environment flue gas concentration to a certain extent, and intelligent gateway gathers this signal and exports it to system's host computer, and system's host computer reports to the police and starts new trend control panel and window control panel simultaneously, and window is opened to window control panel control window motor, and the mode of airing exhaust is opened to new trend system panel control new trend.
(5) Toilet
To lighting control subsystems.
A light switch and an infrared inductor are installed in the toilet and are connected with the intelligent gateway through RS 485. Get into the bathroom, infrared inductor passes through the RS485 bus and gives light switch level signal, and light switch control light is automatic slowly to be lighted, even if like this when the dark, also need not look for the switch. The infrared sensor senses that if no person moves, the light is automatically turned off after a period of time, so that the situation that the light is forgotten to be turned off is avoided.
(6) Dining/living room
To lighting control subsystems, background music units, environmental control units.
The light control panel, the light switch and the dimmer are connected with the intelligent gateway through RS 485. The background music panel is connected with the music host through an RS485 bus, different music is selected at any time through the background music panel, optional selections such as CD, MP3 and FM are played, and the volume can be adjusted. The floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS 485. The floor heating control panel is connected with a floor heating main control valve to control the opening and closing of the floor heating and the temperature adjustment. The curtain control panel is connected with the electric curtain actuating mechanism to control the opening and closing and the opening angle of the curtain. The air conditioner control panel is connected with the air conditioner to control the opening and closing of the air conditioner and the temperature regulation. The fresh air control panel is connected with the fresh air system to control the opening and closing of the fresh air. The window control panel is connected with the electric window actuator to control the opening and closing and opening angles of the window.
Each panel control panel in the light control panel, the background music panel and the environment control unit can be realized by adopting a 6-key scene touch panel, and the living room is designed with the following scenes: meeting, leisure, bright, full-off, etc.; the restaurant sets up the following scenarios: dining, drinking, candlelight, closing, etc. And in different occasions, the light, the music playing and the environment regulation are converted through the control panel.
(7) Parlor
To lighting control subsystems, background music units, environmental control units.
The light control panel, the light switch and the dimmer are connected with the intelligent gateway through RS 485. The background music panel is connected with the music host through an RS485 bus, different music is selected at any time through the background music panel, optional selections such as CD, MP3 and FM are played, and the volume can be adjusted. The floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS 485. The floor heating control panel is connected with a floor heating main control valve to control the opening and closing of the floor heating and the temperature adjustment. The curtain control panel is connected with the electric curtain actuating mechanism to control the opening and closing and the opening angle of the curtain. The air conditioner control panel is connected with the air conditioner to control the opening and closing of the air conditioner and the temperature regulation. The fresh air control panel is connected with the fresh air system to control the opening and closing of the fresh air. The window control panel is connected with the electric window actuator to control the opening and closing and opening angles of the window.
Each of the light control panel, the background music panel, and the environment control unit may be implemented by using a 6-key scene touch panel. Specifically, a 6-key scene touch panel can be adopted, and the following scenes are designed: meeting guests, drinking tea, reading books, bright and all closing. And in different occasions, the light, the music playing and the environment regulation are converted through the control panel.
(8) Movie & TV recreation room
To lighting control subsystems, background music units, environmental control units.
The light control panel, the light switch and the dimmer are connected with the intelligent gateway through RS 485. The background music panel is connected with the music host through an RS485 bus, different music is selected at any time through the background music panel, optional selections such as CD, MP3 and FM are played, and the volume can be adjusted. The floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS 485. The floor heating control panel is connected with a floor heating main control valve to control the opening and closing of the floor heating and the temperature adjustment. The curtain control panel is connected with the electric curtain actuating mechanism to control the opening and closing and the opening angle of the curtain. The air conditioner control panel is connected with the air conditioner to control the opening and closing of the air conditioner and the temperature regulation. The fresh air control panel is connected with the fresh air system to control the opening and closing of the fresh air. The window control panel is connected with the electric window actuator to control the opening and closing and opening angles of the window.
Each of the light control panel, the background music panel, and the environment control unit may be implemented by using a 6-key scene touch panel. The living room is designed with the following scenes: prepare "," film "," rest "," pure music "," dim light "," leave. Pressing the 'preparation' mode, automatically turning on light, automatically starting an air conditioner, and entering a personnel yard to do preparation work; pressing a 'movie' mode, controlling the light of the light module to gradually dim down (the transition time is 2 seconds) by the system host under the preset mode, and controlling the electric curtain to automatically close by the system host; the 'middle rest' mode is pressed, the light is gradually lightened, and the rest is convenient; pressing a 'pure music' mode, realizing independent music appreciation, and adjusting the light to a mild brightness; the lighting brightness of the scenes can be manually adjusted by pressing a dimming mode so as to meet the requirements of different people; when the 'off-field' mode is pressed, the light is fully closed, the curtain is opened, the television is automatically closed, and the air conditioner is automatically closed.
(9) Bedroom
To lighting control subsystems, background music units, environmental control units.
The light control panel, the light switch and the dimmer are connected with the intelligent gateway through RS 485. The light control panel is arranged at the entrance hall. The background music panel is connected with the music host through an RS485 bus, different music is selected at any time through the background music panel, optional selections such as CD, MP3 and FM are played, and the volume can be adjusted. The floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS 485. The floor heating control panel is connected with a floor heating main control valve to control the opening and closing of the floor heating and the temperature adjustment. The curtain control panel is connected with the electric curtain actuating mechanism to control the opening and closing and the opening angle of the curtain. The air conditioner control panel is connected with the air conditioner to control the opening and closing of the air conditioner and the temperature regulation. The fresh air control panel is connected with the fresh air system to control the opening and closing of the fresh air. The window control panel is connected with the electric window actuator to control the opening and closing and opening angles of the window.
Each of the light control panel, the background music panel, and the environment control unit may be implemented by using a 6-key scene touch panel. The following scenario is designed: leisure, warm, reading, rest, getting up at night, and closing all. Pressing "night" mode, the little night-light of bedroom slowly lights, and can not disturb the rest of partner, and the corridor light that leads to the bathroom has also lighted simultaneously, will close one by one at any time pressing a key "rest" in getting back to the bedroom.
(10) Storage room
Relates to an illumination control subsystem and a disaster prevention alarm unit.
An infrared inductor, a light switch and a smoke detector are installed in the storage room, and the smoke detector, the infrared inductor and the light switch are connected into the intelligent gateway through an RS485 bus. The infrared sensor senses the entrance of a person after the door is opened, the infrared human body sensor gives a level signal to the lamp control module through the system host, the light is automatically turned on, the person is automatically turned off after leaving, and the problem of black touch when entering the storage room is solved. When detecting the environmental flue gas concentration in storing room to a certain extent automatic signaling for intelligent gateway, intelligent gateway gathers this signal and exports it to system's host computer, and system's host computer reports to the police and starts new trend control panel and window control panel simultaneously, and window control panel control window motor opens the window, and new trend system panel control new trend opens the mode of airing exhaust, because this room is unmanned for a long time guard, prevents that the object backlogs up and the problem of catching a fire.
The mobile phone and the IPAD in the remote control subsystem are accessed to the Internet, and then the intelligent residence control system can be controlled.
In addition, infrared detectors are installed at windows of each room of the house and near the veranda to detect intruders by infrared rays. In the embodiment, the curtain type infrared detector is adopted for windowsill and balcony protection, and the window and the balcony are protected by the hidden layer of electron beams. The infrared detector is connected with the intelligent gateway through an RS485 bus, when an illegal intruder is detected through infrared under the defense deployment state, a high-level signal is sent to the intelligent gateway through infrared induction, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host gives an alarm and displays the alarm place and property.
The intelligent gateway is characterized in that glass breaking detectors are further mounted at windows of all rooms of the house and connected with the intelligent gateway through an RS485 bus, an alarm is given out by detecting broken high-frequency sound of glass, when the broken sound of the glass is detected, a corresponding level signal is sent to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to a system host, and the system host gives an alarm and displays a corresponding position.
And a ceiling type thermal detector is also installed in the living room and is connected with the intelligent gateway through an RS485 bus. When the system is in a defense deployment mode, the thermal detectors detect the temperature of a human body and send corresponding level signals to the intelligent gateway, the intelligent gateway collects the signals and outputs the signals to the system host, and when the thermal detectors detect the temperature of the human body, the system host automatically alarms.
And an emergency help-seeking button is arranged at a hidden place in a house and is connected with the intelligent gateway through an RS485 bus, when an emergency (such as robbery and sudden diseases) occurs in a house, the emergency help-seeking button is directly pressed to send a level signal to the intelligent gateway, the intelligent gateway collects the signal and outputs the signal to the system host, and the system host sends help-seeking information to a security center through the intelligent gateway and informs a corresponding contact person through a telephone or a short message.
It will be appreciated by those of ordinary skill in the art that the embodiments described herein are intended to assist the reader in understanding the principles of the invention, and it is to be understood that the scope of the invention is not limited to such specific statements and embodiments. Those skilled in the art can make various other specific modifications and combinations based on the teachings of the present invention without departing from the spirit of the invention, and such modifications and combinations are still within the scope of the invention.
Claims (9)
1. An intelligent house control system, characterized in that: the system comprises a central control system, and a house security subsystem, an illumination control subsystem, an equipment automation subsystem and a remote control subsystem which are respectively connected with the central control system;
the central control system comprises a system host for controlling each subsystem in a centralized manner, an intelligent gateway and a master control touch screen which are connected with the system host, wherein the system host is connected with a router connected with the Internet;
the residential security subsystem comprises an anti-theft alarm unit, a disaster prevention alarm unit, a help-seeking alarm unit, an access control unit and a camera monitoring unit; the anti-theft alarm unit, the disaster prevention alarm unit and the help seeking alarm unit are connected with the intelligent gateway through RS485 buses, and the access control unit and the camera monitoring unit are directly connected with the system host through network cables;
the illumination control subsystem and the equipment automation subsystem are connected with the intelligent gateway through an RS485 bus; the equipment automation subsystem comprises an environment control unit and a background music unit;
the remote control subsystem is connected with the system host through the Internet to realize the remote control of the system.
2. The intelligent home control system of claim 1, wherein: the anti-theft alarm unit comprises a door magnetic sensor, an infrared detector, a glass breaking detector and a thermal detector which are connected with the intelligent gateway through an RS485 bus.
3. The intelligent home control system of claim 1, wherein: the disaster prevention alarm unit comprises a gas leakage detector and a smoke detector which are connected with the intelligent gateway through an RS485 bus.
4. The intelligent home control system of claim 1, wherein: the help-seeking alarm unit comprises an emergency help-seeking button connected with the intelligent gateway through an RS485 bus.
5. The intelligent home control system of claim 1, wherein: the entrance guard control unit comprises a visual intercom device directly connected with the system host through a network cable, an electric control door lock connected with the visual intercom device, and an intelligent door lock with a fingerprint identifier.
6. The intelligent home control system of claim 1, wherein: the camera monitoring unit comprises a camera directly connected with the system host through a network cable.
7. The intelligent home control system of any one of claims 1-6, wherein: the lighting control subsystem comprises a light control panel, a light switch, a dimmer, an infrared inductor and a brightness inductor which are connected with the intelligent gateway through an RS485 bus, and the light switch and the dimmer are respectively connected with a light loop.
8. The intelligent home control system of any one of claims 1-6, wherein: the environment control unit comprises a floor heating control panel, a curtain control panel, an air conditioner control panel, a fresh air control panel and a window control panel; the floor heating control panel, the curtain control panel, the air conditioner control panel, the fresh air control panel and the window control panel are all connected with the intelligent gateway through RS 485; the floor heating control panel is connected with a floor heating main control valve mechanism and is used for controlling the opening and closing of the floor heating and temperature adjustment; the curtain control panel is connected with the electric curtain actuating mechanism and is used for controlling the opening and closing and the opening angle of the curtain; the air conditioner control panel is connected with the air conditioner and is used for controlling the opening and closing of the air conditioner and adjusting the temperature; the fresh air control panel is connected with the fresh air system and is used for controlling the opening and closing of fresh air; the window control panel is connected with the electric window actuator and is used for controlling the opening and closing and the opening angle of the window.
9. The intelligent home control system of any one of claims 1-6, wherein: the background music unit comprises a background music panel and a music host which are respectively connected with the intelligent gateway through an RS485 bus.
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|---|---|---|---|
| CN202021498778.7U CN212515431U (en) | 2020-07-26 | 2020-07-26 | Wisdom house control system |
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| CN202021498778.7U CN212515431U (en) | 2020-07-26 | 2020-07-26 | Wisdom house control system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113867164A (en) * | 2021-10-11 | 2021-12-31 | 厦门狄耐克智能科技股份有限公司 | Dimming method based on intelligent home central control screen |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113867164A (en) * | 2021-10-11 | 2021-12-31 | 厦门狄耐克智能科技股份有限公司 | Dimming method based on intelligent home central control screen |
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Effective date of registration: 20231017 Address after: No. 5, 7th Floor, Building 2, No. 1366, Middle Section of Tianfu Avenue, High tech Zone, Chengdu, Sichuan Province, 610000 Patentee after: SICHUAN INTELLIGENT FUTURE TECHNOLOGY CO.,LTD. Address before: No.49, South Section 3, 1st ring road, Wuhou District, Chengdu, Sichuan 610000 Patentee before: Chengdu Dingxin Ruiye Electromechanical Equipment Co.,Ltd. |