TWM487577U - Intelligent home system - Google Patents

Description

Smart home system

This creation is about a smart home system, especially for a smart home system that is energy efficient and easy to set up.

The familiar home environment control system or the restaurant and KTV box environment control system, most users or manufacturers to buy a variety of different types of kits, such as lighting control kits, temperature control kits, various types of detectors (gas, Temperature, anti-theft), use by yourself or through the hydropower master, but different types of kits are not compatible with each other, so users must use the remote control or physical switch when controlling the light, the temperature must be used when controlling the temperature The remote control or physical switch, detector or security settings are also separate systems, so users have to spend a lot of time setting up the indoor environment according to their needs, which is extremely inconvenient and requires extra cost to purchase many other Incompatible controls to achieve the desired indoor environment settings.

In view of the above-mentioned problems of the prior art, the purpose of this creation is to It provides a smart home system to integrate various types of control suites in the room to enable users to enjoy simple and convenient operation settings while achieving energy saving and cost reduction.

According to one of the purposes of this creation, a smart home system is proposed. The smart home system comprises: a light; a host, comprising: a power module for supplying power to the host; a constant current output module for controlling the light with a constant current; and an internal network communication interface for wiring the communication bus The method is to connect the desk lamp, the expansion module, the control module, the telephone, the control panel, or the detector; the external network communication interface is used to connect other hosts; the relay interface is used to connect the external relay to control the device on the relay And an input interface for receiving signals from external devices.

In this creative smart home system, the lights can be LED lights, fluorescent lights, or halogen lights.

In the intelligent home system of the present invention, the expansion module can be a relay expansion module, an air conditioning expansion module or a commercial power dimming module.

In the intelligent home system of the present creation, the control module can be an LED lighting control module, a music amplification digital control module, a television control module or a WIFI control module.

In the smart home system of the present creation, the control panel can be a touch switch panel, an air conditioning control panel or a multi-language control panel.

In the smart home system of the present creation, the detector can be a gas detector or an anti-theft detector.

In the intelligent home system of this creation, the equipment on the relay can be a television, an audio host or a central air conditioner blower.

In this creative smart home system, the relay can be additionally connected to a high current magnetic valve to control the refrigerator, water dispenser or kettle connected to the magnetic valve.

In the intelligent home system of the present invention, the external device can be a wire switch, an infrared detector, a card reader or an anti-theft detection switch.

As stated above, the intelligent home system and lighting control method of the present invention may have one or more of the following advantages:

(1) This smart home system can integrate various types of control suites in the room to achieve energy savings and reduce costs.

(2) This smart home system allows users to enjoy simple and convenient operation settings.

(3) The smart home system can connect the desk lamp, expansion module, control module, telephone, control panel, or detector by wiring the communication bus, so that the construction engineers can install and configure more quickly. .

10‧‧‧Software interface

102‧‧‧Box setting block

104‧‧‧Function setting option block

1041‧‧‧Monitor button

1042‧‧‧Switch Table

10421‧‧‧Switch Table Control Interface

10422‧‧‧Transfer to device key

1043‧‧‧Switch group table

10431‧‧‧Switch table name

10432‧‧‧ box

10433‧‧‧Transfer to device key

1044‧‧‧IR output table

10441‧‧‧Remote ID Name

10442‧‧‧ parameters

10443‧‧‧Learning remote control code key

10444‧‧‧Clear key

10445‧‧‧Transfer to device key

1045‧‧‧IR output group table

10451‧‧‧ box

10452‧‧‧Transfer to device key

1046‧‧‧IR input form

10461‧‧‧Learning remote control code key

10462‧‧‧Clear key

10463‧‧‧Transfer to device key

1047‧‧‧Line Table 1047

10471‧‧‧Action conditions

10472‧‧‧Transfer to device key

106‧‧‧Transfer and Receive Option Blocks

108‧‧‧Component library block

1081‧‧‧New light button

110‧‧‧Configuration block

112‧‧‧Object property editing interface

20‧‧‧ hardware host

202‧‧‧Power Module

204‧‧‧Constant current output module

2041‧‧‧LED lights

206‧‧‧Internal network communication interface

2061‧‧‧ lamps

20601‧‧‧LED lighting control module

20602‧‧‧Relay expansion module

20603‧‧‧Air conditioning expansion module

20604‧‧‧Commercial dimming module

20605‧‧‧Music amplified digital control module

20606‧‧‧TV control module

20607‧‧‧WIFI control module

20608‧‧‧Touch switch panel

20609‧‧‧Air conditioning control panel

20610‧‧‧Multi-language control panel

20611‧‧‧Gas Detector

20612‧‧‧Anti-theft detector

208‧‧‧External network communication interface

2081‧‧‧ Hub

210‧‧‧Relay interface

2101‧‧‧TV

2102‧‧‧Sound host

2103‧‧‧Central air conditioning blower

2104‧‧‧High current magnetic valve

212‧‧‧Input interface

2121‧‧‧Wire switch

2122‧‧‧Infrared detector

2123‧‧‧ card reader

2124‧‧‧Anti-theft detection switch

214‧‧‧IR interface

2141‧‧‧IR input unit

2142‧‧‧IR output unit

Figure 1 is a schematic diagram of the software interface of the intelligent home system of the present invention; Figure 2 is a schematic diagram of the monitoring screen of the intelligent home system of the present invention; Figure 3 is a schematic diagram of the property setting of the intelligent home system of the present case; Figure 4 is the switch of the intelligent home system of the present case; Table setting diagram; Figure 5 is a schematic diagram of the switch group table setting of the smart home system of the present case; Figure 6 is a schematic diagram of the IR output table setting of the smart home system of the present invention; 7 is a schematic diagram of setting an IR output group table of the smart home system of the present invention; FIG. 8 is a schematic diagram of setting an IR input table of the smart home system of the present invention; FIG. 9 is a schematic diagram of setting a line table of the smart home system of the present invention; This is a schematic diagram of the hardware configuration of the smart home system for this case.

First of all, the smart home system in this case is mainly implemented by a hardware host with a specific software.

Please refer to FIG. 1 , which is a software interface diagram of the smart home system of the present invention. In the figure, the software interface 10 mainly comprises three blocks, and the box setting block 102 can record and store different boxes and their room type settings for modification at any time; the function setting option block 104 is mainly used for setting the light circuit, Brightness, effects, and various related parameters; and a transmit and receive option block 106 for returning the set parameters to the hardware host (described later) or setting the parameters back from the hardware host Transfer to the computer to back up the data.

Please refer to FIG. 2 , which is a schematic diagram of the monitoring screen of the smart home system of the present case. In the figure, the user can select the specific box and then press the monitor button 1041 in the software interface 10 to jump out of the selected room type and its configuration block 110; if the user wishes to new in the configuration block 110 Adding lights or other devices or devices, for example, adding new lights to the new light button 1081 in the component library block 108, and then selecting the room type and its configuration block 110 to add new LED lights. Location, you can add lights.

Please refer to FIG. 3 , which is a schematic diagram of the object attribute setting of the smart home system of the present case. In the figure, after the LED light is added, the LED light can be clicked to set the crop item property through the object property editing interface 112, which can set the name of the object (such as a door light) and the object type (such as an LED light). The shape size (shown in the shape or size of the room type and its configuration block 110), the displayed position (displayed at the location of the room type and its configuration block 110), and most importantly the physical location link ID of the object, to facilitate Subsequent monitoring.

Please refer to FIG. 4 , which is a schematic diagram of the switch table setting of the smart home system of the present case. In the figure, after configuring the light or other devices or devices, the user continues to select the switch table 1042 in the function setting option block 104, wherein the items of the switch table 1042 have 0-15, wherein 0 is defined as a hardware host. After clicking 0, the switch table control interface 10421 will appear, which shows the related connection of the hardware host. Among them, PL1~PL10 means that 10 physical lines can be connected to ten LED lamps, and the hardware host has eight relays. Control other electrical devices, such as televisions, audio amplifiers, laser effects lights, etc.; in the name of the switch table control interface 10421, you can plan to define the name of the switch, such as the main light, door light, table The light, and the space below the PL1~PL10 of the switch table control interface 10421, enters the number, which means how many lights should be lit by this switch. The higher the input number, the more the light is. Bright, the input number is 0, the light will not light, the lighting parameter range is 1~250; and the relay can be used as an electrical switch, the power supply of the TV or audio can be connected in series to the relay of the hardware host. Control the switch through the software, such as turning on the TV and the sound when you turn on the light in the living room. Because the switch set on each ID can repeatedly select the LED light circuit to be used, the lighting of the ambient light has a very large selection flexibility, and can be freely matched with each ID switch to start the lighting device, even if the setting is wrong. It will cause the danger of equipment burning. At most, the action is not expected. Even if the line is short-circuited during wiring, it will not burn. Because the hardware host has short-circuit protection device, it is quite safe. After the user makes the settings, click the Transfer to Device button 10422 to transfer the set parameters to the hardware host.

Please refer to FIG. 5 , which is a schematic diagram of the switch group table setting of the smart home system of the present invention. Among them, in the switch table control interface 10421 of Figure 4, the action to be performed by each switch is edited, and the switch group table of Fig. 5 is set to create an environment by using the edited switch action, for example, one has entered yet. When the box is turned on, the switch table items to be opened can be edited into a group, and the device to be turned on can be started simultaneously or sequentially with one button. The setting method is as follows: click the switch group table 1043; the switch table name 10431 is the control item established when the switch table is established; the group name is established under the name, and the item to be operated is selected under the switch table name 10431 . For example, when booting up, turn on the TV, stereo or other related electrical equipment; and the IR output group allows the hardware host to launch the remote control code to do the action. Because some devices are powered, they still need remote control. To start the device, you must use the IR output group function to do the device soft start action, and the IR output group can set eight action items. In addition to the soft boot function, it can also be used to switch functions on the device. For example, the setting of block 10432 in FIG. 5 is, for example, when the KTV box is enabled (plug-in card), the stereo, the television, the main lamp, the table lamp are turned on, and the karaoke system is turned on remotely through the IR output group, and the departure timing is simultaneously turned off. . Finally, when the user completes the setting, click the Transfer to Device button 10433 to transfer the set parameters to the hardware host.

Here, the IR output group in FIG. 5 will be further explained. Please refer to FIG. 6 , which is a schematic diagram of the IR output table setting of the smart home system of the present invention. The meaning of the IR output meter setting is that when we turn on the hardware host, some devices that need to be turned on by the remote controller, or items that need to be adjusted, can be written into the hardware through the software. When the main unit is turned on, it can be operated according to the setting of the remote control code, and the user can eliminate the need to take the remote control for setting. In Figure 6, if the user wants to use the IR output, the following steps are required: Click the IR output table 1044; select the remote control ID name 10441, because the software itself already has a preset ID item, so only need to select The correct ID name can be used; there are two ways to establish the remote control code. One is to fill in the parameters 10442, such as Format, Cust1, Cust2, and Data. If you don't know, the hardware host also provides learning remote control. Code function. After learning the remote control code button 10443, the software interface 10 will pop up a window for receiving the remote control code. At this time, the remote controller that will input the remote control code presses the button of the hardware host to press the function to input the function, and the hardware host can Store the remote control code in it If you make a mistake, just press the Clear button 10444 to clear it. After the user makes the settings, click the Transfer to Device button 10445 to transfer the set parameters to the hardware host.

Please refer to FIG. 7 , which is a schematic diagram of the IR output group table setting of the smart home system of the present invention. In the figure, the user can establish an IR output group table by setting the IR output table in FIG. 6 so that the hardware host can perform the IR output in sequence, for example, after the hardware host is turned on, the sequential use is performed. The IR signal turns on the TV, DVD, amplifier, etc. If the user wants to use the IR output group, the following steps are required: Click the IR output group table 1045; set the IR group name (as shown in block 10451), and set a total of eight in the right field. The IR signal makes it move in sequence. The user only needs to select the IR name set by the IR output table (see Figure 6) in the drop-down list of the field, and the user can set the delay time of the IR signal to be sent. Because some devices may not receive IR commands when the power is first turned on, they must wait for the device to boot up before receiving the IR command. Therefore, the user must first test the device delay seconds to correctly set the hardware host to complete the entire operation. Finally, to complete the setting, the user needs to select the transfer to device key 10452 to transfer the set parameters to the hardware host.

After the user completes the above related settings, the remote host or the physical switch can be used to control the hardware host by the following input settings, and by controlling the light or device connected to the hardware host, the following is described as follows:

Please refer to FIG. 8 , which is a schematic diagram of the IR input table setting of the smart home system of the present invention. In the figure, the IR input table can edit the function of the buttons on the remote control. Through the input remote control code, the hardware host can use the software interface 10 It is intended to edit the functions of the buttons on the remote control, and any normal remote control can be used. If the user wants to use the remote control to control the hardware host, then follow the steps below to set the IR input form: Click on the IR input form 1046; then, select the button name on the remote control, the software interface 10 will preset some commonly used Name, if the name corresponding to the remote control is not found, a blank ID field can be selected to fill in the name of the remote control button; and the remote control code is established in two ways, one is to fill in Format, Cust1, Cust2, Data four options, if the user does not know, the hardware host also provides learning function, press the learning remote control code button 10461, the software interface 10 will pop out a window to receive the remote control code, this time you will enter the remote control code remote control Press the button to input the function to the remote receiver of the hardware host, and the hardware host can store the remote control code. If the input is wrong, just press the Clear button 10462 to clear it. Next, set the items for the three most important IR input tables, which are described in order below; the link category function mainly sets the function category items to be executed, such as the switch table of a single device, or the switch group table of multiple control devices. After the link category setting is completed, set the link ID. This option is to select the sub-item of the link category, such as which switch of the switch table, or which group of the switch group table; control code function setting action control Items, for example, should be set to three-stage dimming, or normally open, normally off, on/off function, dimming + or dimming - if the control code is set to dimming, continuous transmission must be checked, and long Press the button of the remote control to continuously execute the set action. Finally, to complete the setting, the user needs to select the transfer to device key 10463 to transfer the set parameters to the hardware host.

Please refer to FIG. 9 , which is a schematic diagram of the line table setting of the smart home system of the present invention. In the figure, if the user wants to control the hardware host by the physical switch, the line table 1047 needs to be selected, and the display screen is the biggest difference from the figure 8 in the options of the remote controller (such as Format, Cust1, Cust2, Data, Learning the remote control code key and the Clear key), taking the action condition 10471, is controlled by whether the physical switch is full or not, wherein the hardware host provides 16 sets of line contacts to install the physical switch, and the ID The order of the contacts is the order of the contacts on the hardware host. Only the operating conditions 10471 are described here. There are many types of switches available in the market. There are ON/OFF switches, touch switches, etc., which are matched by the selection of the operating condition 10471. Different kinds of switches are used to meet the needs of use.

Please refer to FIG. 10 , which is a schematic diagram of a hardware host configuration of the smart home system of the present invention. In the figure, the hardware host 20 includes a power module 202 for supplying power to the host 10; a constant current output module 204 for controlling the light with a constant current, where is the LED light 2041; the internal network communication interface 206 For connecting the desk lamp 2061, the expansion module, the control module, the control panel, or the detector; the external network communication interface 208 is used for connecting other hosts, or connecting the monitoring computer through the hub 2081; the relay interface 210 is used for Connecting the relay to control the device on the relay; the input interface 212 for receiving the signal of the external device; and the IR interface 214 having the IR input unit 2141 for receiving the external IR signal and the IR output unit 2142 for outputting IR signal.

The expansion module may be a relay expansion module 20602, an air conditioning expansion module 20603 or a commercial power dimming module 20604; and the above control module The LED lighting control module 20601, the music amplification digital control module 20605, the television control module 20606 or the WIFI control module 20607; the foregoing control panel can be a touch switch panel 20608, an air conditioning control panel 20609 or a multi-language system The control panel 20610; the detector may be a gas detector 20611 or an anti-theft detector 20612; the device on the relay may be a television 2101, an audio host 2102 or a central air conditioner blower 2103, and the relay may be additionally connected to a large current. The magnetic valve 2104 controls the refrigerator, the water dispenser or the hot water bottle connected to the magnetic valve 2104; finally, the external device connected to the input interface 212 can be a remote control switch 2121, an infrared detector 2122, and a card reader. 2123 or anti-theft detection switch 2124.

20‧‧‧ hardware host

202‧‧‧Power Module

204‧‧‧Constant current output module

2041‧‧‧LED lights

206‧‧‧Internal network communication interface

20601‧‧‧LED lighting control module

20602‧‧‧Relay expansion module

20603‧‧‧Air conditioning expansion module

20604‧‧‧Commercial dimming module

20605‧‧‧Music amplified digital control module

20606‧‧‧TV control module

20607‧‧‧WIFI control module

20608‧‧‧Touch switch panel

20609‧‧‧Air conditioning control panel

20610‧‧‧Multi-language control panel

20611‧‧‧Gas Detector

20612‧‧‧Anti-theft detector

208‧‧‧External network communication interface

2081‧‧‧ Hub

210‧‧‧Relay interface

2101‧‧‧TV

2102‧‧‧Sound host

2103‧‧‧Central air conditioning blower

2104‧‧‧High current magnetic valve

212‧‧‧Input interface

2121‧‧‧Wire switch

2122‧‧‧Infrared detector

2123‧‧‧ card reader

2124‧‧‧Anti-theft detection switch

214‧‧‧IR interface

2141‧‧‧IR input unit

2142‧‧‧IR output unit

Claims (9)

An intelligent home system comprising: a light; a host, comprising: a power module for supplying power to the host; a constant current output module for controlling the light with a constant current; and an internal network communication interface for connecting the lamp , an expansion module, a control module, a telephone, a control panel, or a detector; an external network communication interface for connecting to the other host; a relay interface for connecting an external relay to control the device on the relay; And an input interface for receiving signals from an external device. For example, the system of claim 1 is characterized in that the lighting is an LED lamp, a fluorescent lamp, or a halogen lamp. For example, the system of claim 1 is wherein the expansion module is a relay expansion module, an air conditioning expansion module or a commercial power dimming module. For example, the system of claim 1 is wherein the control module is an LED lighting control module, a music amplification digital control module, a television control module or a WIFI control module. The system of claim 1, wherein the control panel is a touch switch panel, an air conditioning control panel or a multi-language control panel. The system of claim 1, wherein the detector is a gas detector or an anti-theft detector. For example, the system of claim 1 is wherein the device on the relay is a television, an audio host or a central air conditioner blower. The system of claim 1, wherein the relay is additionally coupled to the high current magnetic valve to control a refrigerator, water dispenser or kettle connected to the magnetic valve. For example, the system of claim 1 is wherein the external device is a line control switch, an infrared detector, a card reader or an anti-theft detection switch.