CN205429324U - Supply socket automatic control system and intelligent supply socket based on infrared discernment - Google Patents
Supply socket automatic control system and intelligent supply socket based on infrared discernment Download PDFInfo
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- CN205429324U CN205429324U CN201620144318.1U CN201620144318U CN205429324U CN 205429324 U CN205429324 U CN 205429324U CN 201620144318 U CN201620144318 U CN 201620144318U CN 205429324 U CN205429324 U CN 205429324U
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- supply socket
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Abstract
Supply socket automatic control system and intelligent supply socket based on infrared discernment lays the supply socket in predetermineeing the space including a plurality of, and every supply socket includes one or more switch, infrared detection equipment for the target object state in the space is predetermine in the detection, and sends the testing result to controlgear, controlgear is used for receiving the testing result to carry out data processing to the testing result, send the break -make of control information in order to control the switch in the supply socket. Whether can independently judge the room based on infrared information through infrared detection equipment this system has the target object to opening and closing according to target object situation automatic control switch in the room. And the equipment in a plurality of rooms can carry out the data interaction, carries out joint control supply socket, and switch's on -off control mode also can freely set up. Need not manual operation switch, reach the technological effect of full automation control, convenient to use, control mode is nimble.
Description
Technical field
This utility model relates to supply socket and controls technical field, particularly to a kind of supply socket automatic control system based on infrared identification and intelligent power socket.
Background technology
Along with developing rapidly of technology, the most increasingly intelligence of the supply socket of power supply at present.Relatively common supply socket control mode is: sends wireless signal by smart mobile phone and controls supply socket.This control mode needs to use smart mobile phone to switch on and close in controlling supply socket by wireless communication module.Therefore, this kind of mode, in use need manual control, it may be said that be only the continuity of a kind of Remote, use and inconvenient.
In addition, existing intelligent power socket (inside comprises one or more on and off switch) is before use, need to be identified one by one by each on and off switch accessed by software, by terminal, each mark equipment is manipulated respectively again during use, operate the most loaded down with trivial details.Along with accessing increasing of switch, this utility model of will not getting over shows.Such as, there are supply socket A, B, C, each socket to be respectively arranged with 5 jacks (on and off switch) in room, are respectively designated as A1～A5, B1～B5, C1～C5.The most existing smart jack control system is to A1 (being connected with TV plugs) by terminal, B3 (is connected with refrigerator plug), the jack of C2 (being connected with washing machine plug) 3 some positions carries out break-make control, and (operating for convenience, the jack A1 being inserted with TV can be designated " living-room TV " etc. by user.Noting, mark operation, is will to carry out mapping association between jack point position and use equipment.) or A1, C2 are divided into " controlled group " and B3 are defined as " never power-off group " and carry out being grouped control.But whether how, prior art is required for jack " some position " is identified.At this moment, due to the change of equipment in the movement of socket, or some position, cause a variation mapped between position and equipment, re-use terminal and carry out during point position control very inconvenient.Even if that is, be grouped the switching strategy of control after taking to identify first, also due to switch the reason such as the change of controlled equipment or the replacing of switch, cause the frequent change of grouping strategy, use very inconvenient.Simultaneously as need to be identified the jack of each socket, in switching strategy states different in control system and socket, the slave mode of multiple on and off switch shows the most directly perceived.
Utility model content
The purpose of this utility model is to provide a kind of supply socket automatic control system based on infrared identification and intelligent power socket, to solve the unhandy problem needing artificially to cause by remote control equipment Non-follow control such as mobile phones when existing supply socket controls.
Second purpose of the present utility model is to provide a kind of supply socket automatic control system based on infrared identification and intelligent power socket, the electrical equipment being connected with on and off switch with differentiation to solve existing intelligent power socket need to each on and off switch be identified, cannot be flexibly by arranging switch-control strategy control switch, the user that alternation switch strategy is inconvenient, switching strategy (with control model) display the most intuitively causes experiences poor problem.
For achieving the above object, this utility model provides a kind of supply socket automatic control system based on infrared identification, including:
Several are laid in the supply socket in pre-set space, and each supply socket includes one or more on and off switch；
Infrared detection equipment, for obtaining the destination object status information in described pre-set space, and sends testing result to controlling equipment；
Control equipment, is used for receiving described testing result, and described testing result is carried out data process, sends control information to control the break-make of the on and off switch in described supply socket according to result.
It is preferred that described infrared detection equipment is by carrying out Infrared Image Information collection to objects whole in described pre-set space, and Infrared Image Information is sent to described control equipment as testing result.
It is preferred that described infrared detection equipment is by carrying out infra-red radiation value information collection to objects whole in described pre-set space, and infra-red radiation value information is sent to described control equipment as testing result.
Preferably, described infrared detection equipment carries out one-time detection every prefixed time interval t, obtain described testing result, described control equipment receives described testing result and described testing result carries out data process so that each object in described pre-set space is carried out temperature identification, if any meeting the object of goal-selling object temperature scope, then judge in described pre-set space with the presence of destination object；
In the presence of having destination object in judging described pre-set space, shape and moving situation further in conjunction with destination object carry out judging whether described destination object is in dynamically；
Or described data process and each object in described pre-set space are carried out the identification that temperature combines with temperature profile, if any the object meeting goal-selling object temperature scope and temperature profile is consistent with destination object profile, then judge in described pre-set space with the presence of destination object, in the presence of having destination object in judging described pre-set space, the moving situation further in conjunction with destination object carries out judging whether described destination object is in dynamically.
Preferably, first communication module and on and off switch control module it is provided with in described supply socket, correspondingly, it is provided with data processing module and second communication module in described control equipment, described testing result generates control signal after being processed by described data processing module, and control signal is sent to described first communication module by described second communication module and then received to control the break-make of on and off switch by described on and off switch control module.
Preferably, described infrared detection equipment is one or more, correspondingly, described control equipment is also one or more, when having the control equipment of multiple described infrared detection equipment and correspondence, carry out the data of testing result respectively between different described control equipment sharing with supply socket described in Collaborative Control.
It is preferred that be additionally provided with mode switching control assignment component in described supply socket, the break-make control model of on and off switch in supply socket is set.
It is preferred that be additionally provided with mark component in described supply socket, described mark component is corresponding with described mode switching control assignment component to be connected, for identifying current break-make control model.
It is preferred that described control equipment is connected with described infrared detection equipment, or described control integration of equipments is within described infrared detection equipment.
Preferably, described infrared detection equipment includes that infrared heat sensor or infrared photon sensor, described infrared heat sensor or infrared photon sensor are for gathering the infrared information data of object in described pre-set space and being transmitted to described control equipment as testing result and carry out data process.
This utility model additionally provides a kind of intelligent power socket, including communication module, on and off switch control module, mode switching control assignment component, power module and one or more on and off switch, described communication module is for carrying out data interaction with infrared detection equipment, obtain the state of its space, place internal object object of described infrared detection equipment Inspection, and by described communication module, destination object status information is forwarded to described on and off switch control module as testing result, described on and off switch control module controls the break-make of described on and off switch according to described testing result, described mode switching control assignment component is for arranging the break-make pattern of described on and off switch.
By infrared recognition system, the supply socket automatic control system based on infrared identification that this utility model provides can independently judge whether room has destination object, and according to the open and close of destination object situation automatic control switch in room.Eliminating the artificial operation on and off switch, reach the technique effect of full automation operation, easy to use, control mode is flexible.Wherein, utilize infrared thermal imaging technique according to the infrared ray amount identification object of object radiation, and the temperature of object.According to temperature, can identify the most whether there is destination object in conjunction with image recognition technology, and whether destination object sleeps information such as (differentiating according to the motion conditions of infrared image) within doors, and then control on and off switch according to destination object state.And the equipment in multiple room can carry out data interaction, carrying out jointly controlling supply socket, the break-make control model of on and off switch also can freely be arranged.
Accompanying drawing explanation
The supply socket automatic control system schematic diagram based on infrared identification that Fig. 1 provides for this utility model embodiment one；
Supply socket automatic control system based on the infrared identification composition structure chart that Fig. 2 provides for this utility model embodiment one；
Supply socket automatic control system based on the infrared identification composition structure chart that Fig. 3 provides for this utility model embodiment two；
Supply socket automatic control system based on the infrared identification composition structure chart that Fig. 4 provides for other preferred embodiments of this utility model.
Detailed description of the invention
For this utility model is better described, hereby with a preferred embodiment, and coordinate accompanying drawing that this utility model is elaborated, specific as follows:
Embodiment one:
As it is shown in figure 1, the supply socket automatic control system that the present embodiment provides includes multiple supply socket D1, the D2 being laid in an indoor room (pre-set space arbitrarily chosen) ... Dn, an infrared detection equipment and a control equipment.Wherein, one or more on and off switch can be included inside each supply socket.Infrared detection equipment and control equipment are connected, and may be contained within the ceiling in room, in order to gather the infrared image in room.Supply socket D1, D2 ... Dn is arranged as required in room everywhere, it is to be understood that, the present embodiment is not particularly limited each equipment concrete installation site in room, its meet can carry out carrying out RFDC between infrared image acquisition and control equipment and supply socket.
As shown in Figure 2, in the socket controlling system that the present embodiment provides, power module 211, infrared heat sensor 212 it is provided with in infrared detection equipment 210, it is provided with data processing module 221 and communication module 222 in control equipment 220, in each supply socket 230, is provided with on and off switch control module 231 and communication module 232 and power module 233.Wherein, power module 211 provides power supply for infrared heat sensor 212, infrared heat sensor 212 is used for gathering space, infrared detection equipment 210 place internal object Obj State information, being specially infrared information data, infrared information data are sent to control equipment 220 as testing result by infrared detection equipment 210.Data processing module 221 in control equipment 220 carries out data process to infrared information, and generating control information (control information can be control instruction or the instruction or the information that show destination object state) according to data processed result, control information is sent to supply socket 230 by communication module 222.Control signal from control equipment 220 is received by the communication module 232 at supply socket 230, and is sent on and off switch control module 231, and on and off switch control module 231 is according to the break-make of on and off switch in control signal control socket.Additionally, the interior power module can also being provided with for power supply of control equipment 220 in the present embodiment, or, control equipment uses the power module of infrared detection equipment 210 adjacent thereto to be powered.
Wherein, in the present embodiment, this system IR detection equipment 210 is set to carry out an infra-red heat recognition detection every a prefixed time interval t, namely, carry out an infrared information (amount of infrared radiation of monitoring object) every time interval t infrared heat sensor 212 to gather, as testing result.Control equipment 220, after receiving testing result, carries out data and processes so that each object in this space, infrared detection equipment 210 place is carried out temperature identification testing result.If any meeting the object of default human body temperature scope (in such as the present embodiment, human body temperature scope is preset as 32 DEG C～42 DEG C), then judge in this space, infrared detection equipment 210 place with the presence of personnel.
In the presence of having personnel in judging pre-set space, control equipment 220 carries out judging whether the personnel in this space are in (the most such as further in conjunction with shape and the moving situation of detected monitoring object, according to the difference monitoring object and the size of the amount of infrared radiation of other objects of background environment in monitored area, obtain monitoring object and the temperature contrast of object of infra-red radiation value detected with other, sketch the contours of the profile of monitoring object according to this temperature contrast thus distinguish destination object and background environment, or directly by the testing result of the infrared heat sensor of array format, select all of signal strength point meeting body shape and temperature range, to judge whether personnel exist and whether action changes).Such as, the infrared information gathered every time interval t infrared heat sensor 212 can include (or being processed as) two frame infrared image, this two frames infrared image time interval is t ', have in the presence of meeting the personnel of default human body temperature scope, in being identified this two frames infrared image by control equipment 220, the position of personnel, action, form etc. are the most completely the same, as not quite identical, then it is assumed that these personnel are in dynamically, otherwise, it is in static state.With this, when being provided with this utility model system in certain room indoor, whether this system can identify in this room with the presence of personnel according to testing result automatically, if any, the most whether personnel be static (being sleep state).In the presence of having personnel, control signal can control the on and off switch in the supply socket being connected with equipment such as room conditioning, humidifier, depurators in an ON state.And when the personnel of detecting are static state, switch in the supply socket can being connected with interior illumination fixture by sending control signal to control is off, when the personnel of detecting are dynamic, the switch in the supply socket can being connected with interior illumination fixture by sending control information to control is in an ON state.In this way, it is achieved automatically control energising and the power-off of indoor each equipment, and manipulated or the switch of direct power supply controlling socket by intelligent handheld device without artificial.Wherein, t ' is less than t.In other preferred embodiments, those skilled in the art can also use other similar fashion whether to be in personnel and dynamically detect and judge, in the range of it should be included in this utility model.
In other preferred embodiments, the process that data process may be arranged as each object in pre-set space is carried out the identification that temperature combines with temperature profile simultaneously, if any the object meeting goal-selling object temperature scope and temperature profile is consistent with destination object profile, then judge in pre-set space with the presence of destination object, in the presence of having destination object in judging pre-set space, the moving situation further in conjunction with destination object carries out judging whether destination object is in dynamically.
In addition, in other preferred embodiments, the destination object of system detection can also be house pet, certain equipment etc. needing monitoring, correspondingly, the temperature range of house pet is set to natural temperature scope therewith and is distributed the scope being consistent, and the equipment that need to monitor is set to its temperature range during this equipment routine work.Such as, raise certain and room temperature is required higher animal, by infrared detection equipment, animal state in space is detected, to control the supply socket that the temperature control device such as air-conditioning of room temperature is connected, it is achieved keeping room temperature is the room temperature meeting animal custom.And when this animal leaves this space, automatically disconnect the supply socket of temperature control device, to save the energy.When monitoring device, whether meet its normal residing temperature range according to this equipment and control the break-make of the on and off switch being connected with this equipment, particularly when the work of this equipment is complete, can cut off the electricity supply in time.
Embodiment two
The present embodiment is the preferred embodiment of embodiment one.Specific as follows:
When there is multiple on and off switch in supply socket 230, as shown in Figure 3, mode switching control assignment component 234 and mark component 235 it is additionally provided with in supply socket 230, the corresponding one group of mode switching control assignment component 234 of each on and off switch and mark component 235, wherein, mode switching control assignment component 234 is the break-make control model of on and off switch in arranging supply socket, mark component 235 is corresponding with mode switching control assignment component 234 to be connected, the state of break-make control model in identifying current socket.In the present embodiment, mark component 235 is LED.That is, the present embodiment breaker in middle control model assignment component 234 manipulation button that to be several corresponding with on and off switch or toggle switch or other input signal can control and change the device of switching-on and switching-off state.It is, of course, also possible to be set to the permutation and combination that multiple on and off switch carries out pre-setting, every kind is combined corresponding one group of mode switching control assignment component 234 and mark component 235.Each manipulation button now corresponds to a kind of default mode switching control, under this on-off control model (switching strategy), the on and off switch combination corresponding with this manipulation button can be set to all simultaneously switch off or connect, it is also possible to is set to compartment of terrain and disconnects or connection.If any destination object and when being dynamic, all connections, there is destination object and for time static, part connection, driftlessness object is the most all off or refrigerator etc. needs the equipment of uninterrupted power supply to be set on hold the control models such as connected state, and those skilled in the art can the most freely arrange concrete mode switching control.This system is by manipulating this manipulation button, realize the selection to each pattern, as when this supply socket 230 is set to certain mode switching control by button, when socket under this mode switching control receives different control signals, on and off switch control module 231 controls corresponding on and off switch and carries out break-make by the rule under this pattern, and then adjusts the state of the different electric equipments connected on this socket.Wherein, every kind of mode switching control is corresponding to a LED light, it is simple to before system start-up or after startup, corresponding pattern is identified when different mode switching controls is selected by system user prompting.Wherein, the corresponding relation between mode switching control and mode switching control and button, can be configured beforehand through on and off switch control module.Before this utility model system start-up, the control equipment of each system and the communication module of supply socket identify pairing the most each other, to communicate when system works.
Embodiment three:
The present embodiment is another preferred embodiment of above-described embodiment.Specific as follows:
The supply socket automatic control system that the present embodiment provides includes multiple supply socket D1, the D2 being laid in several indoor room (pre-set space arbitrarily chosen) ... Dn, several infrared detection equipment and several control equipment.Wherein, one or more on and off switch can be included inside each supply socket.Corresponding one of each infrared detection equipment controls equipment, and each infrared detection equipment is connected with corresponding control equipment, and may be contained within the ceiling in each room, in order to gather the infrared image in its room, place.Supply socket D1, D2 ... Dn is arranged as required in several rooms everywhere, can include one or more supply socket in each room.Should be appreciated that the present embodiment is not particularly limited each equipment concrete installation site in room, its meet can carry out carrying out data communication between infrared image acquisition and control equipment and supply socket.In the present embodiment, the control equipment in different rooms can communicate (i.e. network interworking shares information) each other by its built-in communication module, so that in carrying out system, each controls the data interaction of equipment and shares.By sharing personnel activity's situation post analysis, system show whether joint space has people, whether this space has the judgement of people, this judgement is sent to the control module of administrative supply socket again, supply socket is according to personnel's situation, switching jacks last to socket operate (such as joint space has people then to remain up, joint space nobody then disconnect.) so, it is possible to achieve the data sharing in multiple rooms is with each supply socket of Collaborative Control, and when preventing personnel movable in not chummery, system repeatedly controls the break-make of each supply socket in not chummery, affects Consumer's Experience.
Wherein, the communication module controlling equipment in above-described embodiment can include two communication units, two corresponding two kinds of equipment of communication unit (corresponding infrared detection equipment and supply socket i.e. respectively), two communication units use different frequency ranges and two kinds of equipment communications, it is to avoid the data message of communication interferes.Or communication module communicates with two kinds of equipment (i.e. infrared detection equipment and supply socket), and communication protocol can the most freely be chosen so that communication object can receive correctly, in time or send data message simultaneously.
In of the present utility model other are preferable to carry out, as shown in Figure 4, within control equipment 220 is integrated in infrared detection equipment 210, the data processing module 221 controlling equipment 220 is directly connected with infrared heat sensor 212, obtains the infrared picture data obtained at infrared heat sensor 212.
In of the present utility model other are preferable to carry out, infrared heat sensor 212 in infrared detection equipment 210 can also replace with the infrared image capturing apparatus that other are common, such as photon type infrared sensor, or replace with other infra-red heat recognition means, it is also possible to directly obtain the equipment of infrared image for thermal infrared imager etc..
This utility model additionally provides a kind of intelligent power socket, including communication module, on and off switch control module, mode switching control assignment component, power module and one or more on and off switch, communication module is for being connected with infrared detection equipment, infrared detection equipment is used for detecting personnel state in its space, place, and personnel state information is sent to described on and off switch control module as testing result, on and off switch control module controls the break-make of described on and off switch according to described testing result, mode switching control assignment component is for arranging the break-make pattern of described on and off switch.Wherein, infrared detection equipment self can be provided with communication module, by the communication module of self, testing result is sent on and off switch control module, testing result can also be sent on and off switch control module by infrared detection equipment by the communication module (being such as arranged on the communication module on the outside equipment processing data further such as control equipment) of peripheral hardware, this utility model does not limit the most how infrared detection equipment sends data to supply socket, within the scope of those skilled in the art are all contained in this utility model according to the correlating transforms that foregoing description is carried out.
The above; it is only detailed description of the invention of the present utility model; but protection domain of the present utility model is not limited thereto; any those skilled in the art is in the technical scope that this utility model discloses; the deformation being done this utility model or replacement, all should contain within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with described scope of the claims.
Claims (11)
1. a supply socket automatic control system based on infrared identification, it is characterised in that including:
Several are laid in the supply socket in pre-set space, and each supply socket includes one or more on and off switch；
Infrared detection equipment, for obtaining the destination object status information in described pre-set space, and sends to controlling equipment as testing result；
Control equipment, is used for receiving described testing result, and described testing result is carried out data process, sends control information to control the break-make of the on and off switch in described supply socket according to result.
Supply socket automatic control system based on infrared identification the most according to claim 1, it is characterized in that, described infrared detection equipment is by carrying out Infrared Image Information collection to objects whole in described pre-set space, and as testing result, Infrared Image Information is sent to described control equipment.
Supply socket automatic control system based on infrared identification the most according to claim 1, it is characterized in that, described infrared detection equipment is by carrying out infra-red radiation value information collection to objects whole in described pre-set space, and as testing result, infra-red radiation value information is sent to described control equipment.
4. according to the supply socket automatic control system based on infrared identification described in claim 1 or 2 or 3, it is characterized in that, described infrared detection equipment carries out one-time detection every prefixed time interval t, obtain described testing result, described control equipment receives described testing result and described testing result carries out data process so that each object in described pre-set space is carried out temperature identification, if any the object meeting goal-selling object temperature scope, then judge in described pre-set space with the presence of destination object, in the presence of having destination object in judging described pre-set space, shape and moving situation further in conjunction with destination object carry out judging whether described destination object is in dynamically；
Or described data process and each object in described pre-set space are carried out the identification that temperature combines with temperature profile, if any the object meeting goal-selling object temperature scope and temperature profile is consistent with destination object profile, then judge in described pre-set space with the presence of destination object, in the presence of having destination object in judging described pre-set space, the moving situation further in conjunction with destination object carries out judging whether described destination object is in dynamically.
Supply socket automatic control system based on infrared identification the most according to claim 1, it is characterized in that, first communication module and on and off switch control module it is provided with in described supply socket, correspondingly, it is provided with data processing module and second communication module in described control equipment, described testing result generates control signal after being processed by described data processing module, and control signal is sent to described first communication module by described second communication module and then received to control the break-make of on and off switch by described on and off switch control module.
Supply socket automatic control system based on infrared identification the most according to claim 1 or 5, it is characterized in that, described infrared detection equipment is one or more, correspondingly, described control equipment is also one or more, when having the control equipment of multiple described infrared detection equipment and correspondence, carry out the data of testing result respectively between different described control equipment sharing with supply socket described in Collaborative Control.
Supply socket automatic control system based on infrared identification the most according to claim 1, it is characterised in that be additionally provided with mode switching control assignment component in described supply socket, the break-make control model of on and off switch in supply socket is set.
Supply socket automatic control system based on infrared identification the most according to claim 7, it is characterized in that, being additionally provided with mark component in described supply socket, described mark component is corresponding with described mode switching control assignment component to be connected, for identifying current break-make control model.
Supply socket automatic control system based on infrared identification the most according to claim 1, it is characterised in that described control equipment is connected with described infrared detection equipment, or described control integration of equipments is within described infrared detection equipment.
Supply socket automatic control system based on infrared identification the most according to claim 1, it is characterized in that, described infrared detection equipment includes that infrared heat sensor or infrared photon sensor, described infrared heat sensor or infrared photon sensor are for gathering the infrared information data of object in described pre-set space and being transmitted to described control equipment as testing result and carry out data process.
11. 1 kinds of intelligent power sockets, it is characterized in that, including communication module, on and off switch control module, mode switching control assignment component, power module and one or more on and off switch, described communication module is for carrying out data interaction with infrared detection equipment, obtain the state of its space, place internal object object of described infrared detection equipment Inspection, and by described communication module, destination object status information is forwarded to described on and off switch control module as testing result, described on and off switch control module controls the break-make of described on and off switch according to described testing result, described mode switching control assignment component is for arranging the break-make pattern of described on and off switch.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620144318.1U CN205429324U (en) | 2016-02-26 | 2016-02-26 | Supply socket automatic control system and intelligent supply socket based on infrared discernment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620144318.1U CN205429324U (en) | 2016-02-26 | 2016-02-26 | Supply socket automatic control system and intelligent supply socket based on infrared discernment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205429324U true CN205429324U (en) | 2016-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620144318.1U Withdrawn - After Issue CN205429324U (en) | 2016-02-26 | 2016-02-26 | Supply socket automatic control system and intelligent supply socket based on infrared discernment |
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| CN (1) | CN205429324U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105529576A (en) * | 2016-02-26 | 2016-04-27 | 邢亚第 | Power socket automatic control system based on infrared recognition and intelligent power socket |
| CN108829070A (en) * | 2018-08-07 | 2018-11-16 | 华侨大学 | The system and method for electrical equipment ineffective energy consumption in a kind of reduction room |
| CN109713495A (en) * | 2018-12-27 | 2019-05-03 | 上海与德通讯技术有限公司 | Control method, device, intelligent socket, terminal and the storage medium of intelligent socket |
-
2016
- 2016-02-26 CN CN201620144318.1U patent/CN205429324U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105529576A (en) * | 2016-02-26 | 2016-04-27 | 邢亚第 | Power socket automatic control system based on infrared recognition and intelligent power socket |
| CN108829070A (en) * | 2018-08-07 | 2018-11-16 | 华侨大学 | The system and method for electrical equipment ineffective energy consumption in a kind of reduction room |
| CN109713495A (en) * | 2018-12-27 | 2019-05-03 | 上海与德通讯技术有限公司 | Control method, device, intelligent socket, terminal and the storage medium of intelligent socket |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160803 Effective date of abandoning: 20181026 |
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| AV01 | Patent right actively abandoned |