CN205486765U - Remote control signal relay system uses infrared luminescent system - Google Patents
Remote control signal relay system uses infrared luminescent system Download PDFInfo
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- CN205486765U CN205486765U CN201520768909.1U CN201520768909U CN205486765U CN 205486765 U CN205486765 U CN 205486765U CN 201520768909 U CN201520768909 U CN 201520768909U CN 205486765 U CN205486765 U CN 205486765U
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Abstract
The utility model relates to the field of electronic technology, the concretely relates to remote control technology field. Remote control signal relay system uses infrared luminescent system is equipped with a shell, and network communication module and infrared communication module set up in the shell, be equipped with light -transparent opening on the shell, infrared communication module's infrared light emitting component sets up the light -transparent opening rear, be equipped with two at least infrared light emitting component on the infrared communication module, two at least infrared light emitting component's orientation is different. So that make the light signal can arrive not equidirectional space to controlled plant to more in the space is controlled.
Description
The filing date of the original application of this divisional application: on January 20th, 2014, Application No.: 2015200495860, entitled: remote signal transferring system.
Technical field
This utility model relates to electronic technology field, is specifically related to telecontrol engineering field.
Background technology
Smart Home, also known as intelligent dwelling, is commonly used Smart Home abroad and is represented.With Smart Home implication approximation have home automation (Home Automation), electronic family (Elecctronic Home, E-home), digital homeland (Digital Family), home network (Home Net/Networks for ome), network home (Network Home), wired home/building (Intelligent Home/Building), in the area such as Hong-Kong and TaiWan, China, digital family, digital code household etc. is also had to claim method.Smart Home is with house as platform, utilize comprehensive wiring technology, the network communications technology, security precautions technology, automatic control technology, audio frequency and video technology by integrated for facility relevant for life staying idle at home, build the management system of efficient housing facilities and family's schedule affairs, promote house security, convenience, comfortableness, artistry, and realize the living environment of environmental protection and energy saving.
Smart Home can be defined as a target or a system.Utilize advanced computer, network service, the technology such as automatically control, the various application subsystems relevant with family life are organically combined, by integrated management, makes family life more comfortable, safely, effectively with energy-conservation.Compared with common household, Smart Home not only has traditional inhabitation function, moreover it is possible to provide comfortable safe efficient energy-conservation, have height hommization living space；The most static a collection of home equipment is changed into the instrument with " wisdom ", omnibearing information exchange functions is provided, family is helped to keep communication for information unimpeded with outside, optimize the life style of people, people are helped effectively to arrange the time, strengthen the safety of family life, and save energy expenditure etc. for family.
Based on above reason, Smart Home is increasingly subject to the attention of people.But existing Smart Home exist wiring complexity, system cost height, installation personnel competency profiling height, engineering cost height, cycle length, need household electrical appliance are transformed, engineering complete after the problem such as electrical equipment replacing inconvenience.
Utility model content
The purpose of this utility model also resides in, it is provided that a kind of remote signal transferring system infraluminescence system, to solve the problems referred to above.
This utility model is solved the technical problem that to realize by the following technical solutions:
Remote signal transferring system infraluminescence system is characterized in that, is provided with a shell, network communication module and infrared communication module and is arranged in described shell.
Described shell is provided with light-transmitting opening, and the infrared light-emitting component of described infrared communication module is arranged on described light-transmitting opening rear.
Described infrared communication module is provided with at least two infrared light-emitting component.
5～10 infrared light-emitting components are preferably set.So that enhancing signal intensity, but there is no too much increase energy consumption, it is adaptable to the room within 100 squares.
At least two infrared light-emitting component towards difference.
5～10 infrared light-emitting components are preferably set and surround into ring-type.So that making optical signal can arrive the space of different directions, in order to controlled plant more in space is controlled.
Described shell is fixed on 2m level above.The middle top of wall can be fixed on, or on ceiling.To avoid surrounding objects that the propagation of optical signal is interfered.
Described light-transmitting opening is provided with diffuser.Described diffuser is preferably infrared filtering diffuser.Frosted inside described diffuser, in order to make to dissipate around light picture, in making space, each corner all can receive light.
Described light-transmitting opening uses a ring-type light-transmitting opening.Light-transmitting opening is provided with infrared absorption filter tabula rasa.So that send optical signal to around.
Or, described light-transmitting opening uses a sphere cover body.So that as lower section all directions launch optical signal.
Light-transmitting opening could be arranged to down.Remote signal transferring system launches optical signal from the top down.
Or it is provided with a light-transmitting opening upward.Described remote signal transferring system launches optical signal from bottom to top.Signal radiates from bottom to top.Can also be provided with ceiling up, optical signal, after ceiling reflection, is sent to controlled plant.This design can make the installation of remote signal transferring system and power supply easier.
Described light-transmitting opening is provided with a plus lens, in order to strengthen the intensity of the hot spot of stroke on the ceiling.
Remote signal transferring system, including a network communication module and an infrared communication module, and a signal processing system；Described network communication module and described infrared communication module connect described signal processing system respectively；
Also including a power-supply system, described signal processing system connects described power-supply system；
Described network communication module uses wireless network communication module；
Being provided with infrared light-emitting component in described infrared communication module, described infrared light-emitting component uses infrarede emitting diode.
Described power-supply system can use a 220V exchange to turn commutator transformer.The VD of described power-supply system is between 12V～3V.
Described power-supply system can also include a battery module.So that storage electric energy, use when power is off.
Described network communication module and an infrared communication module, and a signal processing system is arranged in same shell.
The control signal that described network communication module receives, is sent to described signal processing system, after control signal is converted by described signal processing system, is sent to infrared communication module, described infrared communication module outwardly send infrared remote-controlled signal.After the infrared remote control reception system of controlled plant receives described infrared remote-controlled signal, perform controlled actuation.
Described remote signal transferring system also includes a wireless remote control module, and described signal processing system connects described wireless remote control module.Send wireless remote control signals by described wireless remote control module, control to use the controlled plant of wireless remote-control system.
Below by the design of remote signal transferring system, it is placed in household network control system, is specifically described.
Household network control system, including control system, it is characterised in that described control system includes a control terminal and a remote signal transferring system；
Remote signal transferring system, including a network communication module and an infrared communication module, and a signal processing system；Described network communication module and described infrared communication module connect described signal processing system respectively；Also including a power-supply system, described signal processing system connects described power-supply system；Described network communication module uses wireless network communication module；Being provided with infrared light-emitting component in described infrared communication module, described infrared light-emitting component uses infrarede emitting diode；
Described control terminal connects the described network communication module of described remote signal transferring system by network.
Can also include that controlled plant, described controlled plant are provided with infrared remote control and receive system.
The control signal that described control terminal produces, it is sent to described network communication module through network, the control signal that described network communication module receives, it is sent to described signal processing system, after control signal is converted by described signal processing system, it is sent to infrared communication module, described infrared communication module outwardly sends infrared remote-controlled signal；
After described infrared remote control reception system receives described infrared remote-controlled signal, perform controlled actuation, and then realize the control to controlled plant.
In above-mentioned design, the control signal that network transmits is converted to infrared remote-controlled signal, controlled plant is controlled.Because significant portion has been provided with function of infrared remote control in existing household electrical appliances, as long as the infrared remote-controlled signal therefore changed out, mate with the controlled plant with function of infrared remote control, can realize controlling.Controlled plant need not be transformed.Thus greatly reduce difficulty of construction, reduce engineering cost.
Described network communication module can be at least one in wired network communication module, wireless network communication module, cell phone network communication module, bluetooth module, wifi hotspot module.
Being provided with a microprocessor system, and a memorizer in signal processing system, described microprocessor system connects described memorizer.Described network communication module is preferably bluetooth module.
Allowing storage in described memorizer or the most stored have at least one control instruction, described control instruction is the digital information of the control signal corresponding to a controlled plant duty；When described network communication module detects the described control terminal setting up overmatching relation before, described microprocessor system calls the control instruction in described memorizer, and performs, and sends the control signal of correspondence.
Thus realize holding the user controlling terminal, when going in the range of one, the controlled plant in Smart Home can respond voluntarily.Such as going home or entering the front opening lamp at door, air-conditioning, sound equipment, water heater etc..
Described control terminal is intelligent terminal.Described intelligent terminal is at least one in desktop computer, notebook computer, panel computer, mobile phone, intelligent watch, intelligent glasses.
It may be that the described infrared communication module of described remote signal transferring system is provided with at least two infrared light-emitting component, an infrared light-emitting component is positioned at a room, and another described infrared light-emitting component is positioned at another room.So that by a remote signal transferring system, being uniformly controlled the electrical equipment in two or more room.
The power-supply system of described remote signal transferring system also includes a battery system.Because native system energy consumption is relatively low, it is possible to be described remote signal transferring system continued power by described battery system.Can also be redundant unit by described battery system, when fault occurs, maintain a period of time properly functioning, in order to user prepares accordingly.
Also include that an infrared signal strengthens system.
Infrared signal strengthens system, it is characterised in that include at least one IR signal reception module and at least one infrared signal transmitter module, and one has the signal powerful signal relay device of increasing；Described IR signal reception module connects the signal input part of described signal relay device, and described infrared signal transmitter module connects the signal output part of described signal relay device；
Also including a power sector, described signal relay device connects described power sector.
Described power sector can use solar electric power supply system.More preferably there is the solar electric power supply system of accumulator.To reduce line.
Described signal relay device is provided with a frequency-selecting module, for selecting the signal in band needing to strengthen, carries out signal enhancing.
Described infrared signal strengthens system and is provided with a shell, and described IR signal reception module, infrared signal transmitter module and signal relay device are arranged in described shell.
Layout in room may be relatively mixed and disorderly, can cause and block infrared remote-controlled signal, and impact controls effect.When room is the biggest, will also result in the problem that infrared signal weakens.System enhancing infrared signal intensity is strengthened, it is ensured that control quality by increasing infrared signal.
In household network control system, it is separated with described remote signal transferring system that described infrared signal strengthens system, and distance is within 15 meters.So that optimizing signal layout effect.
The infrared receiving terminal of the IR signal reception module that described infrared signal strengthens system is positioned at a room, and the infrared emission head of described infrared signal transmitter module is positioned at another room.Such that it is able to make infrared signal can transmit across room.So that the electrical equipment in multiple rooms being uniformly controlled by a remote signal transferring system.
Described remote signal transferring system is also associated with a camera system, and the signal output part of described camera system connects described network communication module.By described network communication module, it is sent to the image in space, place control terminal, to form controlled state feedback.Make controllers by knowing controlled device state.
Described remote signal transferring system also includes an infrared receiving module, described infrared receiving module connects described signal processing system, and the infrared signal that described infrared receiving module receives is converted to network signal and is sent to described control terminal by described network communication module by described signal processing system.So that offer feedback signal.
Described remote signal transferring system also includes a wireless remote control signals receiver module, described wireless remote control signals receiver module connects described signal processing system, and the wireless remote control signals that described wireless remote control signals receiver module receives is converted to network signal and is sent to described control terminal by described network communication module by described signal processing system.So that offer feedback signal.
Wireless remote control module constitutes a wireless remote control communication module together with may be integrally incorporated to wireless remote control signals receiver module.
It may be that the described infrared receiving module of described remote signal transferring system is provided with at least two infrared receiver component, an infrared receiver component is positioned at a room, and another described infrared receiver component is positioned at another room.So that by a remote signal transferring system, it is provided that the feedback signal in two or more rooms.
Described controlled plant is provided with an infrared launcher, and described infrared launcher is provided with a slave mode monitoring client, for the duty of monitoring device, and by described infrared launcher, duty is converted into infrared signal transmission；After the infrared signal sent is received by described infrared receiving module, it is sent to control terminal by described remote signal transferring system, in order to control terminal and obtain the status information of controlled plant.
Described slave mode monitoring client connects the infrared remote control on described controlled plant and receives the signal output part of system, and monitoring infrared remote control receives the output signal of system, and then realizes monitoring.
Described control terminal is provided with a microprocessor system, in the memory module of described microprocessor system, storage has remote control code, when described controlled plant is controlled, described microprocessor system calls the remote control code stored in described memory module, and it is converted into infrared remote-controlled signal by described remote signal transferring system, it is achieved control.
Above-mentioned design, is stored in remote control code in control terminal, the beneficially versatility of enhancing equipment.Such as carry control terminal to equipped with household network control system other other act as a guest time, after networking with remote signal transferring system, for the most general TV, air-conditioning or other equipment, it is possible to achieve control.
It addition, be stored in by remote control code in control terminal, the hardware requirement to remote signal transferring system can be reduced.When carrying out software adaptation or other adjust, as long as adjusting the software controlled in terminal, it is not necessary to remote signal transferring system is adjusted.Make easy to use, and each remote signal transferring system differentiation can be allowed the least, even without differences, make remote signal transferring system versatility strengthen.
Remote control code being stored in the mode controlled in terminal it may be that the described infrared remote control obtaining controlled plant receives the remote control code of system, then described remote control code being stored in described memory module, in case calling.
Accompanying drawing explanation
Fig. 1 is household network control system part-structure schematic diagram；
Fig. 2 is remote signal transferring system structure annexation schematic diagram；
Fig. 3 is a kind of external structure schematic diagram of remote signal transferring system；
Fig. 4 is that infrared signal strengthens system structure schematic diagram；
Fig. 5 is household network Control System Software code and icons association Establishing process figure；
Fig. 6 is the partial software interface schematic diagram of household network Control System Software.
Detailed description of the invention
For the technological means making this utility model realize, creation characteristic, reach purpose and be easy to understand with effect, this utility model is expanded on further below in conjunction with being specifically illustrating.
With reference to Fig. 1, Fig. 2, household network control system, including controlled plant 1 and control system, control system includes control terminal 2 and a remote signal transferring system 3.Remote signal transferring system 3 includes network communication module 33 and an infrared communication module 31, and a signal processing system 32；Network communication module 33 and infrared communication module 31 connect signal processing system 32 respectively；Control terminal 2 and connected the network communication module 33 of remote signal transferring system 3 by network；Control the control signal that terminal 2 produces, it is sent to network communication module 33 through network, the control signal that network communication module 33 receives, it is sent to signal processing system 32, after control signal is converted by signal processing system 32, it is sent to infrared communication module 31, infrared communication module 31 outwardly sends infrared remote-controlled signal；Controlled plant 1 is provided with infrared remote control and receives system, after infrared remote control reception system receives infrared remote-controlled signal, performs controlled actuation, and then realizes the control to controlled plant 1.Remote signal transferring system 3 also includes a wireless remote control module.Sent wireless remote control signals by wireless remote control module, control to use the controlled plant of wireless remote-control system.
Remote signal transferring system 3 also includes that a power-supply system, signal processing system 32 connect power-supply system.Power-supply system can use a 220V exchange to turn commutator transformer.The VD of power-supply system is between 12V～3V.Power-supply system can also include a battery module.So that storage electric energy, use when power is off.Network communication module 33 uses wireless network communication module；Being provided with infrared light-emitting component in infrared communication module 31, infrared light-emitting component uses infrarede emitting diode.
In above-mentioned design, the control signal that network transmits is converted to infrared remote-controlled signal, controlled plant 1 is controlled.Because significant portion has been provided with function of infrared remote control in existing household electrical appliances, as long as the infrared remote-controlled signal therefore changed out, mate with the controlled plant 1 with function of infrared remote control, can realize controlling.Controlled plant 1 need not be transformed.Thus greatly reduce difficulty of construction, reduce engineering cost.Network communication module 33 can be at least one in wired network communication module, wireless network communication module, cell phone network communication module, bluetooth module, wifi hotspot module.
Being provided with a microprocessor system, and a memorizer in signal processing system, allow storage or the most stored have at least one control instruction in memorizer, control instruction is the digital information of the control signal corresponding to a controlled plant duty；When network communication module detects the control terminal setting up overmatching relation before, microprocessor system calls the control instruction in memorizer, and performs, and sends the control signal of correspondence.Network communication module is preferably bluetooth module.
Thus realize holding the user controlling terminal, when going in the range of one, the controlled plant in Smart Home can respond voluntarily.Such as going home or entering the front opening lamp at door, air-conditioning, sound equipment, water heater etc..It is preferably, memorizer allows storage or the most stored has at least three control instruction.So that controlling more equipment.
Being provided with a microprocessor system, and a memorizer in signal processing system, allow storage or the most stored have at least another control instruction in memorizer, control instruction is the digital information of the control signal corresponding to a controlled plant duty；Network communication module detects the control terminal setting up overmatching relation before, and when departing from sweep limits, microprocessor system is called another control instruction in memorizer, and performed, and sends the control signal of correspondence.Thus realize holding the user controlling terminal, when walking out a scope, the controlled plant in Smart Home can respond voluntarily.Such as close electric light, air-conditioning, sound equipment, water heater etc. afterwards being away from home.It is preferably, memorizer allows storage or the most stored has at least the other three control instruction.So that controlling more equipment.
Controlled plant 1 can be at least one in DVD, electric light, TV, ceiling light, desk lamp, fan, air-conditioning, electrically driven curtain, Electrically operated gate, motorized window, Set Top Box, washing machine, microwave oven, projector, electric heater, electronic aquarium, sweeping robot, water dispenser etc..Controlling terminal 2 can be the intelligent terminals such as desktop computer, notebook computer, panel computer, mobile phone, intelligent watch, intelligent glasses.
Remote signal transferring system 3 is provided with a shell 34, network communication module 33 and infrared communication module 31 and is arranged in shell 34.Shell is provided with light-transmitting opening 35, and the infrared light-emitting component of infrared communication module 31 is arranged on light-transmitting opening 35 rear.
Infrared communication module 31 is provided with at least two infrared light-emitting component.5～10 infrared light-emitting components are preferably set.So that enhancing signal intensity.
At least two infrared light-emitting component towards difference.More preferably 5～10 infrared light-emitting components are lined up ring-type.So that making optical signal can arrive the space of different directions, in order to controlled plant 1 more in space is controlled.Remote signal transferring system 3 is fixed on 2m level above.The middle top of wall can be fixed on, or on ceiling.To avoid surrounding objects that the propagation of optical signal is interfered.Light-transmitting opening 35 is provided with diffuser, and diffuser is preferably infrared filtering diffuser.Frosted inside diffuser, in order to make to dissipate around light picture, in making space, each corner all can receive light.Light-transmitting opening 35 uses a ring-type light-transmitting opening.Light-transmitting opening is provided with infrared absorption filter tabula rasa.So that send optical signal to around.Or, light-transmitting opening uses a sphere cover body.So that as lower section all directions launch optical signal.The light-transmitting opening of remote signal transferring system 3 could be arranged to down.Remote signal transferring system 3 launches optical signal from the top down.
Or with reference to Fig. 3, remote signal transferring system 3 is provided with a printing opacity 35 upward.Remote signal transferring system 3 launches optical signal from bottom to top, is arranged over ceiling, and optical signal, after ceiling reflection, is sent to controlled plant 1.This design can make the installation of remote signal transferring system 3 and power supply easier.A plus lens can be provided with, in order to strengthen the intensity of the hot spot of stroke on the ceiling in light-transmitting opening.
It may be that the infrared communication module 31 of remote signal transferring system 3 is provided with at least two infrared light-emitting component, an infrared light-emitting component is positioned at a room, and another infrared light-emitting component is positioned at another room.So that by a remote signal transferring system 3, being uniformly controlled the electrical equipment in two or more room.
The power-supply system of remote signal transferring system 3 also includes a battery system.Because native system energy consumption is relatively low, it is possible to be remote signal transferring system 3 continued power by battery system.Can also be redundant unit by battery system, when fault occurs, maintain a period of time properly functioning, in order to user prepares accordingly.
With reference to Fig. 4, in system, also including that an infrared signal strengthens system, including IR signal reception module 41 and an infrared signal transmitter module 42, and one has the signal powerful signal relay device 43 of increasing；IR signal reception module 41 connects the signal input part of signal relay device 43, and infrared signal transmitter module 42 connects the signal output part of signal relay device 43.Signal relay device 43 is provided with a frequency-selecting module, for selecting the signal in band needing to strengthen, carries out signal enhancing.Infrared signal strengthens system and is provided with a shell, and IR signal reception module 41, infrared signal transmitter module 42 and signal relay device 43 are arranged in the enclosure.Also include that a power sector, signal relay device 43 connect power sector.Power sector can use solar electric power supply system.More preferably there is the solar electric power supply system of accumulator.To reduce line.
Layout in room may be relatively mixed and disorderly, can cause and block infrared remote-controlled signal, and impact controls effect.When room is the biggest, will also result in the problem that infrared signal weakens.System enhancing infrared signal intensity is strengthened, it is ensured that control quality by increasing infrared signal.It is separated with remote signal transferring system 3 that infrared signal strengthens system, and distance is within 15 meters.So that optimizing signal layout effect.
The infrared receiving terminal of the IR signal reception module 41 that infrared signal strengthens system is positioned at a room, and the infrared emission head of infrared signal transmitter module 42 is positioned at another room.Such that it is able to make infrared signal can transmit across room.So that the electrical equipment in multiple rooms being uniformly controlled by a remote signal transferring system 3.
Infrared signal strengthens system and also includes that a power sector, signal relay device 43 connect power sector.Power sector can use solar electric power supply system.More preferably there is the solar electric power supply system of accumulator.To reduce line.
Remote signal transferring system 3 is also associated with a camera system, and the signal output part of camera system connects network communication module 33.By network communication module 33, it is sent to the image in space, place control terminal 2, to form controlled state feedback.Make controllers by knowing controlled plant 1 state.
Remote signal transferring system 3 also includes an infrared receiving module, and infrared receiving module connects signal processing system 32, and the infrared signal that infrared receiving module receives is converted to network signal and is sent to control terminal 2 by network communication module 33 by signal processing system 32.So that offer feedback signal.Or the remote signal for typing controlled plant first wife's remote controller provides condition.
It may be that the infrared receiving module of remote signal transferring system 3 is provided with at least two infrared receiver component, an infrared receiver component is positioned at a room, and another infrared receiver component is positioned at another room.So that by a remote signal transferring system 3, it is provided that the feedback signal in two or more rooms.
Controlled plant 1 is provided with an infrared launcher, and infrared launcher is provided with a slave mode monitoring client, for the duty of monitoring device, and by infrared launcher, duty is converted into infrared signal transmission；After the infrared signal sent is received by infrared receiving module, it is sent to control terminal 2 by remote signal transferring system 3, in order to control terminal 2 and obtain the status information of controlled plant 1.Slave mode monitoring client connects the infrared remote control on controlled plant 1 and receives the signal output part of system, and monitoring infrared remote control receives the output signal of system, and then realizes monitoring.
Remote signal transferring system 3 also includes a wireless remote control signals receiver module, wireless remote control signals receiver module connects signal processing system, and the wireless remote control signals that wireless remote control signals receiver module receives is converted to network signal and is sent to control terminal by network communication module by signal processing system.So that offer feedback signal.Or the remote signal for typing controlled plant first wife's remote controller provides condition.
Wireless remote control module constitutes a wireless remote control communication module together with may be integrally incorporated to wireless remote control signals receiver module.
Control terminal 2 and be provided with a microprocessor system, in the memory module of microprocessor system, storage has remote control code, when controlled plant 1 is controlled, microprocessor system calls the remote control code stored in memory module, and it is converted into infrared remote-controlled signal by remote signal transferring system 3, it is achieved control.
Above-mentioned design, is stored in remote control code in control terminal 2, the beneficially versatility of enhancing equipment.Such as carry control terminal 2 to equipped with household network control system other other act as a guest time, after networking with remote signal transferring system 3, for the most general TV, air-conditioning or other equipment, it is possible to achieve control.
It addition, be stored in by remote control code in control terminal 2, the hardware requirement to remote signal transferring system 3 can be reduced.When carrying out software adaptation or other adjust, as long as adjusting the software controlled in terminal 2, it is not necessary to remote signal transferring system 3 is adjusted.Make easy to use, and each remote signal transferring system 3 differentiation can be allowed the least, even without differences, make remote signal transferring system 3 versatility strengthen.Remote control code being stored in the mode controlled in terminal 2 it may be that the infrared remote control obtaining controlled plant 1 receives the remote control code of system, then remote control code being stored in memory module, in case calling.
With reference to Fig. 5, controlling terminal 2 operation has a household network Control System Software, and household network Control System Software is provided with a remote control code introducting interface, imports remote control code by remote control code introducting interface；Being additionally provided with function button icon in household network Control System Software, function button icon associates with remote control code.
Household network Control System Software is provided with at least three kinds of function above buttons, and is stored in a function button storehouse.The mode that function button associates with remote control code, it may be that first obtain a remote control code, is then called a function button, and then is completed association, and store.Can also be first to call a function button, then obtain a remote control code, and then complete association, and store.Function button can be the figure button of visualization, it is also possible to be the word button being labeled with word.Figure button can be the figure button of the figures such as electric light, door, curtain, window.
Or, the household network Control System Software run has remote control code learning functionality；When household network control system software opening remote control code learning functionality, the remote controller carried by controlled plant 1 carries out code study: when pressing the button of remote controller, infrared remote-controlled signal launched by remote controller, infrared remote-controlled signal sends signal processing system 32 to after being received by infrared receiving module, the infrared signal that infrared receiving module receives is converted to network signal and is sent to control terminal 2 by network communication module 33 by signal processing system 32；After the microprocessor system of control terminal 2 receives network signal, the information of entrained relevant remote control code is stored；When being controlled controlled plant 1, microprocessor system calls stored remote control code, and is converted into infrared remote-controlled signal by remote signal transferring system 3, it is achieved control.
Function button icon it is provided with in household network Control System Software, according to the remote control code obtained when press remote controller one has the function button instructing implication, determine the instruction implication of remote control code, and remote control code is preserved, and call the function button icon corresponding to instructing implication, it is associated.During use, remote control code can be called out by click function key icon and realize the remote control of corresponding function.
The infrared remote control of controlled plant 1 receives system, has and controls opening function and closing function of controlled plant 1 Push And Release, and infrared remote control receives opening function and closing function to corresponding remote control code difference of system.
In the design of conventional product, it is both configured to same remote control code to simplify the remote control code of Push And Release no matter design is the electrical equipment such as TV, air-conditioning or electric light.But in this utility model, then it is more suitable for the form being designed as using different remote control code, it is simple in the absence of feedback, i.e. be controlled in the case of not knowing the opening of controlled plant 1.
With reference to Fig. 6, in household network control system software, it is provided with a software interface, software interface is provided with control interface and includes controlled plant layout Figure 61 in a room；Controlled plant icon 62, controlled plant icon 62 and function button icons association are distributed in controlled plant layout Figure 61.
Can be directly using controlled plant icon 62 as function button icon, can also be that controlled plant icon 62 is associated a submenu, the function button icon that the remote control code being placed with at least two controlled plant corresponding with controlled plant icon 62 1 in submenu is associated.Directly controlled plant 1 simply can be controlled by clicking on controlled plant icon 62, or after clicking on controlled icon, entrance submenu, controlled plant 1 is carried out relative complex control.When controlled plant icon 62 sets related submenu, after clicking on controlled icon, submenu amplifies display.
Household network Control System Software is provided with controlled icon library, in controlled icon library, is provided with at least two in the controlled plant icons such as television icon, ceiling light icon, desk lamp icon, fan icon, air-conditioning icon, curtain icon, door icon, window icon, Set Top Box icon, washing machine icon, microwave oven icon, projector, electric heater icon, electronic aquarium icon, sweeping robot icon, water dispenser icon.
Color, brightness or other signs when a controlled plant 1 is in opening is different from color during closed mode, brightness or other signs.It is provided with status bar, to show slave mode at controlled icon avris.
Controlling to be provided with an indoor arrangement figure in interface, controlled icon represents controlled plant 1 and is arranged in indoor arrangement figure.After transferring out controlled icon from controlled icon library, put in indoor arrangement figure.The mode put can be to put according to the putting position in actual room, in order to strengthens sense of reality.Controlled icon pattern can be the photo pattern of controlled plant 1.
Household network Control System Software is provided with uncontrolled icon library, in uncontrolled icon library, is provided with the uncontrolled article such as wallpaper, floor, bed, desk, bathtub.After transferring out uncontrolled icon from uncontrolled icon library, put in indoor arrangement figure.The mode put can be to put according to the putting position in actual room, in order to strengthens sense of reality.Uncontrolled icon pattern can also be the photo pattern of controlled plant 1.
Control interface is additionally provided with the previous menu of indoor arrangement figure, room layout figure, room layout figure is provided with at least two room, at least one of which room and indoor arrangement figure association.Can be that indoor arrangement figure is nested in room layout figure, i.e. indoor arrangement figure and room layout figure show on a picture.Can also be in the indoor arrangement figure entering into correspondence by clicking on room layout figure.
Controlling to be additionally provided with in interface the previous menu of room layout figure, floor layout figure, be provided with at least two floor in floor layout figure, at least one of which floor associates with room layout figure.Can be that room layout figure is nested in floor layout figure.Can also be in the room layout figure entering into correspondence by clicking on floor layout figure.
Control interface is additionally provided with the previous menu of floor figure, architectural drawing 7.Can be that floor layout figure is nested in architectural drawing 7.Can also be in the floor layout figure entering into correspondence by clicking on architectural drawing 7.
A microprocessor system it is additionally provided with in remote signal transferring system 3, microprocessor system is provided with memorizer, memorizer internal memory contains remote control code and launches information, remote control code is launched information and is fed back to control terminal 2 by microprocessor system, in order to controls terminal 2 and obtains the duty of controlled plant 1.
To arrange a different authentication code in the remote control code of different controlled plants 1, memorizer internal memory contains the remote control code within having 20 groups of same authentication code, is formed with history remote control code storehouse.So that pursuing history control action.Remote control code in history remote control code storehouse carries out time order and function sequence identification.So that accurately analyzing.
In the history remote control code storehouse that microprocessor system will store in memorizer, information feeds back to control terminal 2, control terminal 2 analyze the current operating state of controlled plant 1.To reduce the job requirement to remote signal transferring system 3.
Household network Control System Software is provided with artificiality's error correction menu, and entrance is thought after state error correction menu, can artificially be identified controlled plant 1 state.So that correcting apparatus mistake that may be present.
Controlled plant 1 also includes a laser remote-controlled reception system with laser remote-controlled function, and laser remote-controlled reception system includes an astigmatism plate, signal processing mechanism and infrared receiver component, and the photosurface of infrared receiver component is towards astigmatism plate.For receiving the optical signal after scattering of the laser spot in astigmatism plate.
The moving situation of the laser spot formed in astigmatism plate, reaction is received by infrared receiver component for the optical signal of change, after infrared receiver component is converted to the corresponding signal of telecommunication, it is sent to signal processing mechanism, signal processing mechanism, according to the signal of telecommunication output control command received, controls the controlled plant 1 connected.
Laser remote-controlled reception system is provided with an infrared receiver component, signal processing mechanism, by the Strength Changes with the optical signal received by infrared receiver component, strengthens such as optical signal or optical signal weakens, as control signal, and according to control command corresponding to control signal, export control command.
Laser remote-controlled reception system is provided with at least two infrared receiver component, signal processing mechanism by the presence or absence of the intensity difference or optical signal that compare the optical signal received by least two infrared receiver component as control signal, and according to control command corresponding to control signal, export control command.
Of the present utility model ultimate principle and principal character and of the present utility model advantage have more than been shown and described.Skilled person will appreciate that of the industry; this utility model is not restricted to the described embodiments; described in above-described embodiment and description, principle of the present utility model is simply described; on the premise of without departing from this utility model spirit and scope; this utility model also has various changes and modifications, in the range of these changes and improvements both fall within claimed this utility model.This utility model claims scope and is defined by appending claims and equivalent thereof.
Claims (41)
1. remote signal transferring system infraluminescence system, it is characterised in that be provided with a shell, network communication module and infrared communication module and be arranged in described shell；
Described shell is provided with light-transmitting opening, and the infrared light-emitting component of described infrared communication module is arranged on described light-transmitting opening rear.
Remote signal transferring system infraluminescence system the most according to claim 1, it is characterised in that described infrared communication module is provided with at least two infrared light-emitting component.
Remote signal transferring system infraluminescence system the most according to claim 2, it is characterised in that at least two infrared light-emitting component towards difference.
Remote signal transferring system infraluminescence system the most according to claim 2, it is characterised in that described infrared communication module is provided with 5～10 infrared light-emitting components.
Remote signal transferring system infraluminescence system the most according to claim 2, it is characterised in that 5～10 infrared light-emitting components surround into ring-type.
Remote signal transferring system infraluminescence system the most according to claim 1, it is characterised in that described shell is fixed on 2m level above.
Remote signal transferring system infraluminescence system the most according to claim 1, it is characterised in that described light-transmitting opening is provided with diffuser.
Remote signal transferring system infraluminescence system the most according to claim 7, it is characterised in that described diffuser is infrared filtering diffuser.
Remote signal transferring system infraluminescence system the most according to claim 7, it is characterised in that frosted inside described diffuser, in order to make to dissipate around light alignment.
Remote signal transferring system infraluminescence system the most according to claim 1, it is characterised in that described light-transmitting opening uses a ring-type light-transmitting opening.
11. remote signal transferring system infraluminescence systems according to claim 10, it is characterised in that light-transmitting opening is provided with infrared absorption filter tabula rasa.
12. remote signal transferring system infraluminescence systems according to claim 1, it is characterised in that described light-transmitting opening uses a sphere cover body.
13. remote signal transferring system infraluminescence systems according to claim 1, it is characterised in that down, remote signal transferring system launches optical signal to light-transmitting opening from the top down.
14. remote signal transferring system infraluminescence systems according to claim 1, it is characterised in that upward, described remote signal transferring system launches optical signal to light-transmitting opening from bottom to top.
15. remote signal transferring system infraluminescence systems according to claim 14, it is characterised in that remote signal transferring system is arranged over ceiling, and optical signal, after ceiling reflection, is sent to controlled plant.
16. remote signal transferring system infraluminescence systems according to claim 1, it is characterised in that described light-transmitting opening is provided with a plus lens, in order to strengthen the intensity of the hot spot of stroke on the ceiling.
17. according to the remote signal transferring system infraluminescence system described in any one in claim 1-16, it is characterised in that remote signal transferring system, including described network communication module and described infrared communication module, and a signal processing system；Described network communication module and described infrared communication module connect described signal processing system respectively.
18. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that remote signal transferring system, also include a power-supply system, and described signal processing system connects described power-supply system.
19. according to the remote signal transferring system infraluminescence system described in any one in claim 1-16, it is characterised in that described network communication module uses wireless network communication module.
20. according to the remote signal transferring system infraluminescence system described in any one in claim 1-16, it is characterised in that the infrared light-emitting component of described infrared communication module uses infrarede emitting diode.
21. remote signal transferring system infraluminescence systems according to claim 18, it is characterised in that described power-supply system uses a 220V exchange to turn commutator transformer.
22. remote signal transferring system infraluminescence systems according to claim 21, it is characterised in that the VD of described power-supply system is between 12V～3V.
23. remote signal transferring system infraluminescence systems according to claim 18, it is characterised in that described power-supply system includes a battery module.
24. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that described network communication module and an infrared communication module, and a signal processing system is arranged in same shell.
25. remote signal transferring system infraluminescence systems according to claim 24, it is characterized in that, the control signal that described network communication module receives, it is sent to described signal processing system, after control signal is converted by described signal processing system, it is sent to infrared communication module, described infrared communication module outwardly sends infrared remote-controlled signal.
26. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that described remote signal transferring system also includes a wireless remote control module, described signal processing system connects described wireless remote control module.
27. according to the remote signal transferring system infraluminescence system described in any one in claim 1-16, it is characterised in that described network communication module is at least one in cell phone network communication module, bluetooth module, wifi hotspot module.
28. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that be provided with a microprocessor system, and a memorizer in signal processing system, described microprocessor system connects described memorizer.
29. remote signal transferring system infraluminescence systems according to claim 28, it is characterised in that described network communication module is bluetooth module.
30. remote signal transferring system infraluminescence systems according to claim 28, it is characterized in that, allowing storage in described memorizer or the most stored have at least one control instruction, described control instruction is the digital information of the control signal corresponding to a controlled plant duty；When described network communication module detects the control terminal setting up overmatching relation before, described microprocessor system calls the control instruction in described memorizer, and performs, and sends the control signal of correspondence.
31. according to the remote signal transferring system infraluminescence system described in any one in claim 1-16, it is characterized in that, in the infrared light-emitting component of described infrared communication module, at least one infrared light-emitting component is positioned at a room, and another described infrared light-emitting component is positioned at another room.
32. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that also include that an infrared signal strengthens system；
Infrared signal strengthens system, and including at least one IR signal reception module and at least one infrared signal transmitter module, and one has the signal powerful signal relay device of increasing；Described IR signal reception module connects the signal input part of described signal relay device, and described infrared signal transmitter module connects the signal output part of described signal relay device；
Also including a power sector, described signal relay device connects described power sector.
33. remote signal transferring system infraluminescence systems according to claim 32, it is characterised in that described power sector uses solar electric power supply system.
34. remote signal transferring system infraluminescence systems according to claim 32, it is characterised in that described signal relay device is provided with a frequency-selecting module, for selecting the signal in band needing to strengthen, carry out signal enhancing.
35. remote signal transferring system infraluminescence systems according to claim 32, it is characterized in that, described infrared signal strengthens system and is provided with a shell, and described IR signal reception module, infrared signal transmitter module and signal relay device are arranged in described shell.
36. remote signal transferring system infraluminescence systems according to claim 32, it is characterized in that, the infrared receiving terminal of the IR signal reception module that described infrared signal strengthens system is positioned at a room, and the infrared emission head of described infrared signal transmitter module is positioned at another room.
37. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that described remote signal transferring system is also associated with a camera system, the signal output part of described camera system connects described network communication module.
38. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that described remote signal transferring system also includes an infrared receiving module, described infrared receiving module connects described signal processing system.
39. according to the remote signal transferring system infraluminescence system described in claim 38, it is characterized in that, the infrared signal that described infrared receiving module receives is converted to network signal and is sent to control terminal by described network communication module by described signal processing system.
40. remote signal transferring system infraluminescence systems according to claim 17, it is characterised in that described remote signal transferring system also includes a wireless remote control signals receiver module, described wireless remote control signals receiver module connects described signal processing system.
41. remote signal transferring system infraluminescence systems according to claim 40, it is characterized in that, the wireless remote control signals that described wireless remote control signals receiver module receives is converted to network signal and is sent to control terminal by described network communication module by described signal processing system.
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| CN201420033774.XU CN204215179U (en) | 2013-01-21 | 2014-01-20 | Household network control system and remote signal transferring system |
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| CN201320459241.3U Ceased CN203812047U (en) | 2013-01-21 | 2013-07-30 | Communication transfer system |
| CN201420359526.4U Ceased CN204258814U (en) | 2013-01-21 | 2013-07-30 | Infrared communication module system and communication transferring system |
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| CN201310557178.1A Pending CN103942944A (en) | 2013-01-21 | 2013-11-11 | Infrared signal-control smart home and subsidiary systems thereof |
| CN201320708348.7U Expired - Lifetime CN203827369U (en) | 2013-01-21 | 2013-11-11 | Infrared signal transfer system and intelligent household system employing same |
| CN201410005605.XA Pending CN103941654A (en) | 2013-01-21 | 2014-01-06 | Intelligent household control system with automatically activated functions and accessories thereof |
| CN201420669409.8U Expired - Fee Related CN204288506U (en) | 2013-01-21 | 2014-01-20 | Be provided with the remote signal transferring system of camera system |
| CN201420033774.XU Expired - Fee Related CN204215179U (en) | 2013-01-21 | 2014-01-20 | Household network control system and remote signal transferring system |
| CN201520049562.5U Expired - Fee Related CN204695549U (en) | 2013-01-21 | 2014-01-20 | There is controlled plant and the remote signal transferring system of infrared signal feedback function |
| CN201520049560.6U Expired - Fee Related CN204633758U (en) | 2013-01-21 | 2014-01-20 | A kind of infrared transmitting set shell |
| CN201420667043.0U Expired - Fee Related CN204332062U (en) | 2013-01-21 | 2014-01-20 | Infrared signal strengthens system and remote signal transferring system |
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| CN201520768909.1U Expired - Fee Related CN205486765U (en) | 2013-01-21 | 2014-01-20 | Remote control signal relay system uses infrared luminescent system |
| CN201410024908.6A Pending CN103941655A (en) | 2013-01-21 | 2014-01-20 | Intelligent household system, and communication transfer system and signal enhancing system thereof |
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| CN201310326470.2A Pending CN103942943A (en) | 2013-01-21 | 2013-07-30 | Communication transit system and infrared transit smart home system adopting same |
| CN201320459241.3U Ceased CN203812047U (en) | 2013-01-21 | 2013-07-30 | Communication transfer system |
| CN201420359526.4U Ceased CN204258814U (en) | 2013-01-21 | 2013-07-30 | Infrared communication module system and communication transferring system |
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| CN201310324997.1A Pending CN103944789A (en) | 2013-01-21 | 2013-07-30 | Intelligent household software system and matched hardware device thereof |
| CN201420359514.1U Expired - Fee Related CN204143230U (en) | 2013-01-21 | 2013-07-30 | Communication transferring system and infrared communication enclosure system |
| CN201310330561.3A Pending CN103944790A (en) | 2013-01-21 | 2013-07-31 | Simulation intelligent household software system |
| CN201310557178.1A Pending CN103942944A (en) | 2013-01-21 | 2013-11-11 | Infrared signal-control smart home and subsidiary systems thereof |
| CN201320708348.7U Expired - Lifetime CN203827369U (en) | 2013-01-21 | 2013-11-11 | Infrared signal transfer system and intelligent household system employing same |
| CN201410005605.XA Pending CN103941654A (en) | 2013-01-21 | 2014-01-06 | Intelligent household control system with automatically activated functions and accessories thereof |
| CN201420669409.8U Expired - Fee Related CN204288506U (en) | 2013-01-21 | 2014-01-20 | Be provided with the remote signal transferring system of camera system |
| CN201420033774.XU Expired - Fee Related CN204215179U (en) | 2013-01-21 | 2014-01-20 | Household network control system and remote signal transferring system |
| CN201520049562.5U Expired - Fee Related CN204695549U (en) | 2013-01-21 | 2014-01-20 | There is controlled plant and the remote signal transferring system of infrared signal feedback function |
| CN201520049560.6U Expired - Fee Related CN204633758U (en) | 2013-01-21 | 2014-01-20 | A kind of infrared transmitting set shell |
| CN201420667043.0U Expired - Fee Related CN204332062U (en) | 2013-01-21 | 2014-01-20 | Infrared signal strengthens system and remote signal transferring system |
| CN201520049584.1U Expired - Fee Related CN204695011U (en) | 2013-01-21 | 2014-01-20 | Household network control system |
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| CN204258814U (en) | 2015-04-08 |
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| CN204215179U (en) | 2015-03-18 |
| CN103944789A (en) | 2014-07-23 |
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