CN205960341U - Adopt wireless control's intelligence response socket - Google Patents
Adopt wireless control's intelligence response socket Download PDFInfo
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- CN205960341U CN205960341U CN201620842333.3U CN201620842333U CN205960341U CN 205960341 U CN205960341 U CN 205960341U CN 201620842333 U CN201620842333 U CN 201620842333U CN 205960341 U CN205960341 U CN 205960341U
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Abstract
The utility model discloses an adopt wireless control's intelligence response socket, it includes the socket casing and installs lighting circuit, drive circuit, start -up unit, human body induction unit, the illumination induction element in the socket casing, human body induction unit is used for responding to biosignal and sends the start -up unit with sensing signal, illumination induction element is used for responding to illumination intensity and sends the start -up unit with sensing signal, start the unit according to sensing signal in order to start lighting circuit, in addition, start the wireless module who is equipped with the operation signal that is used for the outside terminal of long -range receipt on the unit, start the unit according to operation signal output enabling signal in order to start the lighting circuit illumination or in order to start drive circuit drive socket hole break -make. The utility model discloses have remote control or set up multiple functions such as socket break -make electricity, the change of LED lamp mode, setting up human body induction unit and illumination induction element and gathering humanly and the illumination intensity signal, intelligence starts the illumination for the smart jack is safe in utilization.
Description
Technical field
This utility model is related to electronic technology field, particularly to a kind of intelligent-induction socket of employing controlled in wireless.
Background technology
Scientific and technological high speed development now, particularly the development of electronic technology is so that the living environment of people is more and more comfortable.But
Also with the development of electronic technology, living electric apparatus were originally more, due to living electric apparatus be under holding state consume electricity more next
More.The averagely standby power consumption of China's urban family electricity consumption at present has accounted for the 10% about of family's total energy consumption, causes huge
Waste.Existing socket is provided with a shift knob to control the power on/off of socket circuit, it is to avoid under socket holding state
Power consumption, but existing this socket circuit controls inconvenience, needs could control near socket.
Additionally, existing socket is mainly in the majority with Non-follow control, and its convenience, reliability, safety are easily by people
Ignore, when people is in and finds supply socket at dark, cannot correctly judge the position of receptacle sockets because of dark, at this
In the case of kind, people easily blindly inserts receptacle sockets, or even is touched to judge with handss, easily causes the danger of electric shock.
Content of the invention
Inconvenient for existing socket control mode, and haves such problems as to use dangerous, this utility model provides one
Plant the intelligent-induction socket using controlled in wireless, its object is to by arranging wireless module in socket, by wireless module even
Connect exterior terminal, receive the operation signal of exterior terminal equipment, and this signal will be operated to be sent on start unit, remote to realize
Journey intelligent control socket power on/off, to realize intelligent-induction lighting circuit Push And Release.
To achieve these goals, the technical solution of the utility model is as follows：
A kind of intelligent-induction socket of employing controlled in wireless is it is characterised in that include：Socket casing and be arranged on socket
Lighting circuit in housing, drive circuit, start unit, human body sensing unit, illumination sensing unit；
Human body sensing unit is used for sensing human body signal and induced signal being sent to start unit；
Illumination sensing unit is used for sensing intensity of illumination and induced signal being sent to start unit；
Start unit is used for starting lighting circuit and drive circuit works；Described start unit is provided with wireless module, uses
In the long-range operation signal receiving exterior terminal, and this operation signal is exported start unit；Start unit is according to operation letter
Number output enables signals to lighting circuit or drive circuit, to start lighting circuit illumination or to start drive circuit driven socket
Hole power on/off.
More preferably, described lighting circuit includes LED 0, the perseverance for constant-current driving LED O
Stream driver U5 and N-type metal-oxide-semiconductor Q1；
The positive pole of LED 0 is connected with the vdd terminal of constant-flow driver U5；The negative pole of LED 0 with
The OUT terminal of constant-flow driver U5；
N-type metal-oxide-semiconductor Q1 is used for controlling the folding of lighting circuit；The drain electrode of N-type metal-oxide-semiconductor Q1 and the GND of constant-flow driver U5
Connect, the source ground of N-type metal-oxide-semiconductor Q1, the grid of N-type metal-oxide-semiconductor Q1 is connected with start unit.
More preferably, described drive circuit includes light emitting diode D7, stabilivolt D5, relay U8 and NPN type triode
Q2；
The positive pole of described light emitting diode D7 is connected with the negative pole of stabilivolt D5, the negative pole of light emitting diode D7 and stabilivolt
The positive pole of D5 connects；
The positive pole of described stabilivolt D5 is connected with the negative pole of relay U8, the positive pole of the negative pole of stabilivolt D5 and relay U8
Connect；
The colelctor electrode of described NPN type triode Q2 is connected with one end of relay U8, and the generating pole of NPN type triode Q2 connects
Ground, the base stage of NPN type triode Q2 is connected with start unit；
Described relay U8 is used for controlling socket aperture power on/off.
More preferably, described start unit adopts the chip of model ESP8266 with intelligent starting lighting circuit or to drive electricity
Road.
More preferably, to comprise digital input interface GPIO5, digital input interface GPIO4, ADC defeated for the chip of described ESP8266
Entrance and enabling signal delivery outlet GPIO13, drive signal delivery outlet GPIO14；
Described digital input interface GPIO5 is connected with human body sensing unit；
Described digital input interface GPIO4, ADC input interface is connected with illumination sensing unit respectively；
Described enabling signal delivery outlet GPIO13 is connected with lighting circuit；
Described drive signal delivery outlet GPIO14 is connected with drive circuit.
More preferably, described human body sensing unit be infrared thermal releasing human inductor, microwave sensor, in sound induction apparatuss
One or more.
More preferably, described illumination sensing unit adopts light-inductive device to sense intensity of illumination coefficient.
More preferably, to include light sensitive diode D4, resistance R8, electric capacity C7, ADC delivery outlet and numeral defeated for described light-inductive device
Outlet GPIO4；The anode of light sensitive diode D4 is connected power supply, the minus earth of light sensitive diode D4 with after resistance R8 series connection；Electricity
Hold C7 and light sensitive diode D4 to be connected in parallel；
The anode of light sensitive diode D4 is also respectively connected with ADC delivery outlet and digital output GPIO4, and light sensitive diode D4 leads to
Cross ADC delivery outlet or induced signal is sent to start unit by digital output GPIO4.
The beneficial effect being produced using this utility model：1st, arrange wireless module to receive exterior terminal operation signal, real
Now remote activation and setting socket power on/off and control LED operational mode change are so that smart jack of the present utility model has
There are several functions.
2nd, intelligent-induction socket of the present utility model can also be started by human body sensing and intensity of illumination signal intelligent and insert
LED in seat illuminates so that in the case of night or illumination deficiency, people, near socket, just inputs human body approach signal,
Start lighting circuit work, LED illuminates, solve under the not enough environment of light using the unsafe problem of socket.
3rd, start unit can feed back human body sensing and intensity of illumination signal to exterior terminal by wireless module, and user can be real
When check working condition residing for socket and detect whether someone is near socket place local, play security alarm effect.
Brief description
Fig. 1 is the structural representation in intelligent-induction socket Socket casing.
Fig. 2 is the schematic diagram of lighting circuit.
Fig. 3 is the schematic diagram of drive circuit
Fig. 4 is the schematic diagram of start unit.
Fig. 5 is the schematic diagram of human body sensing unit.
Fig. 6 is the schematic diagram of illumination sensing unit.
Fig. 7 is the schematic diagram of power circuit.
Specific embodiment
In order that the purpose of this utility model embodiment, technical scheme and advantage are clearer, below by being embodied as
Example simultaneously combines accompanying drawing this utility model is further described in detail.
As shown in Figures 1 to 7, a kind of intelligent-induction socket of employing controlled in wireless disclosed in this utility model, it includes
Socket casing and be arranged on lighting circuit 1 in Socket casing, drive circuit 2, start unit 3, human body sensing unit 4, light
According to sensing unit 5 and power circuit.Wherein, start unit 3 is provided with wireless module 31, and this wireless module 31 is wireless
WiFi, is mainly used in remotely receiving the operation signal of exterior terminal, and this operation signal is exported start unit 3.
Start unit 3 is connected with human body sensing unit 4, illumination sensing unit 5 respectively, and illumination sensing unit 5 is according to socket
The real-time lighting intensity of local environment sends strength signal to start unit 3, when have human body near when, human body sensing unit 4 is felt
Human body signal should be arrived, and send the signal to start unit 3, meanwhile, when intensity of illumination that start unit 3 receives is relatively low,
Start unit 3 sends and enables signals to lighting circuit 1, starts lighting circuit 1 and works.Start unit 3 also respectively with lighting circuit
1st, drive circuit 2 connects, when the wireless module 31 on start unit 3 receives the operation signal of exterior terminal transmission, wireless mould
This operation signal is exported start unit 3 by block 31, and start unit 3 sends according to operation signal and enables signals to accordingly accordingly
Lighting circuit 1 or drive circuit 2, with start lighting circuit 1 illuminate or with start drive circuit 2 driven socket hole break-make.
As can be seen here, start unit 3 can be according to the signal enabling power for illumination of human body sensing unit 4 and illumination sensing unit 5
Road 1 works, and can also control lighting circuit 1 execution operation according to the operation signal that wireless module 31 receives or control driving electricity
Road 2 driven socket hole power on/off.
Lighting circuit 1 includes LED 0, the constant-flow driver U5 for constant-current driving LED O
And N-type metal-oxide-semiconductor Q1, the positive pole of LED 0 is connected with the vdd terminal of constant-flow driver U5, LED 0
Negative pole and the OUT terminal of constant-flow driver U5.In the present embodiment, constant-flow driver U5 adopts the chip of model AMC7135 as perseverance
Stream driver U5, constant-current driving IC of this constant-flow driver U5 LED 0, LED 0 coordinates AMC7135
Chip, realizes the constant-current driving to LED 0.N-type metal-oxide-semiconductor Q1 is used for controlling the folding of lighting circuit 1, N-type MOS
The drain electrode of pipe Q1 is connected with the GND of constant-flow driver U5, the source ground of N-type metal-oxide-semiconductor Q1, the grid of N-type metal-oxide-semiconductor Q1 and startup
Unit 3 connects.Lighting circuit 1 is arranged in socket, when socket is in the weaker environment of light, and someone near need use
During socket, lighting circuit 1 plays a role in lighting, and is easy to the position that people is correctly found jack.
Drive circuit 2 includes light emitting diode D7, stabilivolt D5, relay U8 and NPN type triode Q2.Light-emitting diodes
The positive pole of pipe D7 is connected with the negative pole of stabilivolt D5, and the negative pole of light emitting diode D7 is connected with the positive pole of stabilivolt D5.Stabilivolt
The positive pole of D5 is connected with the negative pole of relay U8, and the negative pole of stabilivolt D5 is connected with the positive pole of relay U8.NPN type triode Q2
Colelctor electrode be connected with one end of relay U8, the generating pole of NPN type triode Q2 ground connection, the base stage of NPN type triode Q2 with
Start unit 3 connects.When there being high level signal input in NPN type triode Q2 base stage, the contact portion on relay U8 is inserted
Bore, switching on power of socket aperture, socket aperture has electricity, meanwhile, and light emitting diode D7 electrified light emitting, point out this socket of user
It is in "on" position, can use.When high level signal input is not had on NPN type triode Q2 base stage, on relay U8
Contact is disconnected with socket aperture, and socket aperture does not have electric current to access, and light emitting diode D7 does not have electric current to flow through simultaneously, light emitting diode D7
Do not work, point out this socket of user to be in off-position, unusable.
Start unit 3 is used for receipt signal, and received signal is converted to corresponding enabling signal, and then starts photograph
Bright circuit 1 or drive circuit works.Start unit 3 adopts the chip of model ESP8266 with intelligent starting lighting circuit 1 or to drive
Galvanic electricity road 2, wherein, is set with intensity of illumination setting value, start unit 3 is according to whether there is human-induced signal in start unit 3
And whether intensity of illumination starts lighting circuit 1 less than setting value.If more specifically, start unit 3 receives human body sensing letter
Number input, and the intensity of illumination receiving be less than preset value, then send enabling signal start lighting circuit 1 illumination work；If
Main control unit receives the input of human-induced signal, and the intensity of illumination receiving is higher than preset value, then do not start power for illumination
Road 1 works；If main control unit is not received by the input of human-induced signal, no matter whether the intensity of illumination receiving is less than pre-
If value, all do not start lighting circuit 1 and work.This setting prevent when nobody close, and when socket is in insufficient light environment,
Or when someone is close, and when socket is in well-lighted environment, lighting circuit 1 works, and causes the wasting of resources.
ESP8266 chip comprises digital input interface GPIO5, digital input interface GPIO4, ADC input port and startup
Signal output GPIO13, drive signal delivery outlet GPIO14.Digital input interface GPIO5 is connected with human body sensing unit 4, people
The induced signal that body sensing unit 4 senses is input in start unit 3 by this interface.In the same manner, digital input interface
GPIO4, ADC input interface is connected with illumination sensing unit 5 respectively, and the intensity of illumination of illumination sensing unit 5 sensing passes through numeral
In input interface GPIO4 or ADC input interface input start unit 3.On enabling signal delivery outlet GPIO13 and lighting circuit 1
The grid of N-type metal-oxide-semiconductor Q1 connects, and the enabling signal on start unit 3 inputs power for illumination by enabling signal delivery outlet GPIO13
On road 1, the LED 0 starting on lighting circuit 1 works.On drive signal delivery outlet GPIO14 and drive circuit 2
The base stage of NPN type triode Q2 connects.
In the present embodiment, wireless module 31 is wirelessly connected with exterior terminal, and exterior terminal can send behaviour to wireless module 31
Make signal to control the state of socket, and start unit 3 sends corresponding enabling signal according to operational order, input lighting circuit
1 or drive circuit 2, to control lighting circuit 1 or drive circuit 2 to execute corresponding action.
Exterior terminal is achieved by wireless module 31 and is connected with socket so that exterior terminal with remotely control or can be checked
Socket is in energising or off-state；Remotely control or check that the LED on lighting circuit 1 is in the state of opening or closing；Can
To arrange the socket working time, regularly open, timed-shutoff or assigned work time span；LED on lighting circuit 1 can be set
Working time, regularly bright, regularly go out or specify illumination duration.If the LED on lighting circuit 1 is polychrome lamp bead, outside whole
End can also control the color change of lamp, or the operational module of adjustment LED, such as flicker, graduated colors etc..By exterior terminal
The setting socket working time, regularly open, timed-shutoff, or assigned work duration.
Human body sensing unit 4 is one of infrared thermal releasing human inductor, microwave sensor, sound induction apparatuss or many
Kind, gather human body information by way of different, its purpose in order to detect human body information, someone near when intelligent-induction to human body
Near information, realize socket intelligent-induction.
Human body sensing unit in the present embodiment is infrared thermal releasing human inductor, more specifically, human body sensing unit bag
The U3 of human inductor containing infrared thermal releasing, electric capacity C5 and resistance R1.Infrared thermal releasing human inductor U3 and resistance R1 is connected in parallel, red
Exterior-heat is released human inductor U3 delivery outlet and is pulled upward to power supply by resistance R1, makes the output signal of infrared thermal releasing human inductor U3
More stable, it is not easily susceptible to disturb.Infrared thermal releasing human inductor U3 is provided with three pins, and wherein No. 1 pin is with power supply even
Connect.Digital input interface GPIO5 on No. 2 pin connection start units 3, the human body that infrared thermal releasing human inductor U3 senses
Near signal, access digital input interface GPIO5 by No. 2 pins, and then be sent on start unit 3.No. 3 pins connect ground
Line.And one electric capacity C5 of power sources in parallel, to strobe.
Additionally, infrared thermal releasing human inductor U3 sense no human body signal when, can be by the nothing on start unit 3
Wire module 31 feeds back to exterior terminal, and user can self-defined be arranged, if automatically switches in the case of no one is detected and inserts
Seat is the working condition closed, thus closing the electrical equipment working on socket.Infrared thermal releasing human inductor U3 can detect
Whether someone nearby, and data feedback to exterior terminal, user can arrange the prompting whether accepting this state change,
So that socket plays the safety protection function of intrusion alarm.
The operation principle of infrared thermal releasing human inductor：Because human body has constant body temperature, typically at 37 °, so people
Know from experience send specific wavelength be 10UM about infrared ray.Infrared thermal releasing human inductor is by detecting human-body emitting
10UM about infrared ray and be operated.Arrange pyroelectricity element in infrared thermal releasing human inductor to receive human body infrared
Line, the 10UM of human-body emitting about infrared ray gather on pyroelectricity element after your optical filter of luxuriant and rich with fragrance mud strengthens, pyroelectricity
Element, when receiving human infrared radiation temperature and changing, will lose charge balance, outwards discharge electric charge, discharged
Charge signal is sent in signal processing unit and is processed.
The operation principle of microwave sensor：Microwave sensor also known as microwave radar, using the doppler principle of electromagnetic wave, when
When the ripple of certain frequency encounters obstacle, will the ripple of some be reflected back, if obstacle is static, instead
The wavelength of ejected wave is exactly constant, if obstacle is to move to wave source, the wavelength of echo just comes short than the wavelength of wave source,
If obstacle is to move to the direction away from wave source, wavelength just ratio long, the change of wavelength of the wavelength of wave source of echo,
Mean that the change of frequency.The signal of echo is sent on signal processing unit microwave sensor, by signal processing
Unit judges human body is proximate to also be remote from wave source, and then implements to control.
The operation principle of sound induction apparatuss：The built-in condenser type Electret condenser microphone to sound sensitive of sound induction apparatuss,
When human body is near sending sound, sound wave makes the electret film in microphone vibrate, and leads to the change of electric capacity, and produces and correspond to therewith
The small voltage of change.The signal of generation small voltage is sent in signal processing unit and is processed.
Illumination sensing unit 5 is mainly used in sensing the intensity of illumination of socket place environment, and the present embodiment adopts light-inductive
Device is to sense intensity of illumination coefficient.Light-inductive device is the sensor converting optical signals to the signal of telecommunication using light-sensitive element, it
Sensitive wave length near visible wavelength, including Infrared wavelength and ultraviolet wavelength.The signal of telecommunication that light-sensitive element is changed
The intensity of illumination of the environment being located according to light-sensitive element is different and different, weakens with intensity of illumination and weakens.
Light-inductive device includes light sensitive diode D4, resistance R8, electric capacity C7, ADC delivery outlet and digital output GPIO4.
Be connected power supply after the anode of light sensitive diode D4 and resistance R8 series connection, the minus earth of light sensitive diode D4, electric capacity C7 with photosensitive
Diode D4 is connected in parallel.The anode of light sensitive diode D4 is also respectively connected with ADC delivery outlet and digital output GPIO4, photosensitive
ADC delivery outlet on diode D4 is connected with the ADC input port on start unit 3, the digital output on light sensitive diode D4
GPIO4 is connected with the digital input interface GPIO4 on start unit 3.Light sensitive diode will according to the intensity of illumination of place environment
Optical signal is converted to the corresponding signal of telecommunication, and then is sent to start unit 3 by ADC delivery outlet or digital output GPIO4
On.
Additionally, the intensity of illumination of this light-inductive device sensing, can be fed back to outer by the wireless module 31 on start unit 3
Portion's terminal is so that user can check the light conditions of socket local environment by exterior terminal.
Smart jack in the present embodiment is applied to traditional cavity 86 box or external socket.For 86 traditional boxes,
The common socket being originally arranged on body of wall can directly be replaced.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all in this practicality
Within new spirit and principle, any modification, equivalent substitution and improvement made etc., should be included in guarantor of the present utility model
Within the scope of shield.
Claims (8)
1. a kind of intelligent-induction socket of employing controlled in wireless is it is characterised in that include：Socket casing and be arranged on socket shell
Internal lighting circuit（1）, drive circuit（2）, start unit（3）, human body sensing unit（4）, illumination sensing unit（5）；
Human body sensing unit（4）For sensing human body signal and induced signal being sent to start unit（3）；
Illumination sensing unit（5）For sensing intensity of illumination and induced signal being sent to start unit（3）；
Start unit（3）For starting lighting circuit（1）And drive circuit（2）Work；Described start unit（3）It is provided with wireless
Module（31）, for the long-range operation signal receiving exterior terminal, and this operation signal is exported start unit（3）；Start
Unit（3）Lighting circuit is enabled signals to according to operation signal output（1）Or drive circuit（2）, to start lighting circuit（1）According to
Bright or to start drive circuit（2）Driven socket hole power on/off.
2. intelligent-induction socket according to claim 1 it is characterised in that：Described lighting circuit（1）Including light-emitting diodes
Pipe LED0, constant-flow driver U5 and N-type metal-oxide-semiconductor Q1 for constant-current driving LED O；
The positive pole of LED 0 is connected with the vdd terminal of constant-flow driver U5；The negative pole of LED 0 and constant current
The OUT terminal of driver U5；
N-type metal-oxide-semiconductor Q1 is used for controlling lighting circuit（1）Folding；The drain electrode of N-type metal-oxide-semiconductor Q1 is connected with the GND of constant-flow driver U5
Connect, the source ground of N-type metal-oxide-semiconductor Q1, the grid of N-type metal-oxide-semiconductor Q1 and start unit（3）Connect.
3. intelligent-induction socket according to claim 1 it is characterised in that：Described drive circuit（2）Including light-emitting diodes
Pipe D7, stabilivolt D5, relay U8 and NPN type triode Q2；
The positive pole of described light emitting diode D7 is connected with the negative pole of stabilivolt D5, and the negative pole of light emitting diode D7 is with stabilivolt D5's
Positive pole connects；
The positive pole of described stabilivolt D5 is connected with the negative pole of relay U8, and the negative pole of stabilivolt D5 is connected with the positive pole of relay U8
Connect；
The colelctor electrode of described NPN type triode Q2 is connected with one end of relay U8, the generating pole ground connection of NPN type triode Q2,
The base stage of NPN type triode Q2 and start unit（3）Connect；
Described relay U8 is used for controlling socket aperture power on/off.
4. intelligent-induction socket according to claim 1 it is characterised in that：Described start unit（3）Using model
The chip of ESP8266 is with intelligent starting lighting circuit（1）Or drive circuit（2）.
5. intelligent-induction socket according to claim 4 it is characterised in that：It is defeated that the chip of described ESP8266 comprises numeral
Incoming interface GPIO5, digital input interface GPIO4, ADC input port and enabling signal delivery outlet GPIO13, drive signal output
Mouth GPIO14；
Described digital input interface GPIO5 and human body sensing unit（4）Connect；
Described digital input interface GPIO4, ADC input interface respectively with illumination sensing unit（5）Connect；
Described enabling signal delivery outlet GPIO13 and lighting circuit（1）Connect；
Described drive signal delivery outlet GPIO14 and drive circuit（2）Connect.
6. intelligent-induction socket according to claim 1 it is characterised in that：Described human body sensing unit（4）For infrared heat
Release one or more of human inductor, microwave sensor, sound induction apparatuss.
7. intelligent-induction socket according to claim 1 it is characterised in that：Described illumination sensing unit adopts light-inductive
Device is to sense intensity of illumination coefficient.
8. intelligent-induction socket according to claim 7 it is characterised in that：Described light-inductive device includes light sensitive diode
D4, resistance R8, electric capacity C7, ADC delivery outlet and digital output GPIO4；After the anode of light sensitive diode D4 is connected with resistance R8
Connect power supply, the minus earth of light sensitive diode D4；Electric capacity C7 is connected in parallel with light sensitive diode D4；
The anode of light sensitive diode D4 is also respectively connected with ADC delivery outlet and digital output GPIO4, and light sensitive diode D4 passes through
Induced signal is sent to start unit by ADC delivery outlet or digital output GPIO4（3）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620842333.3U CN205960341U (en) | 2016-08-05 | 2016-08-05 | Adopt wireless control's intelligence response socket |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620842333.3U CN205960341U (en) | 2016-08-05 | 2016-08-05 | Adopt wireless control's intelligence response socket |
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| CN205960341U true CN205960341U (en) | 2017-02-15 |
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| CN201620842333.3U Active CN205960341U (en) | 2016-08-05 | 2016-08-05 | Adopt wireless control's intelligence response socket |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106025729A (en) * | 2016-08-05 | 2016-10-12 | 深圳市岸基科技有限公司 | Intelligent induction socket adopting wireless control |
| CN107179707A (en) * | 2017-05-18 | 2017-09-19 | 深圳市海和高新技术有限公司 | The control method and system of smart jack |
-
2016
- 2016-08-05 CN CN201620842333.3U patent/CN205960341U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106025729A (en) * | 2016-08-05 | 2016-10-12 | 深圳市岸基科技有限公司 | Intelligent induction socket adopting wireless control |
| CN107179707A (en) * | 2017-05-18 | 2017-09-19 | 深圳市海和高新技术有限公司 | The control method and system of smart jack |
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