CN106888531B - adjustable magnetic effect intelligent switch control system - Google Patents

Abstract

The invention provides an adjustable magnetic effect intelligent switch control system, which includes a box body and an adjustable mounting seat. The mounting seat is provided with an X-shaped chute or a rice-shaped chute, and the chute is set in the chute to match it. The matching slider, and fixedly set the double-wound solenoid coil on the slider, slide and install the smart switch on the mounting plate, and set the magnet on the button of the switch. The magnet is located on the axis of the double-wound solenoid coil. The X-shaped chute or the rice-shaped chute is equipped with an identification mechanism corresponding to the double-wound spiral coil, and a control circuit board is installed in the box. The control circuit board includes: a detection module; a control chip; a transmission module. The existing intelligent switch is placed in the chute, and the control of the intelligent switch is realized through the double-wound solenoid, which eliminates the cumbersome wiring of the existing intelligent switch and does not need to be installed in the building. The wiring is changed, and the installation and replacement are convenient, which can meet the needs of switches of different sizes.

Description

Adjustable magnetic effect intelligent switch control system

technical field

The invention relates to an adjustable magnetic effect intelligent switch control system, which belongs to the field of switch control.

Background technique

At present, smart devices are developing rapidly, and there are many inventions of smart switches, but no smart switches and applications that can be adjusted and achieved by magnetic effects have been found. In addition, intelligent control of home lighting has not yet been popularized in China, and the existing intelligent control system cannot match the actual needs of the market. So, consider the following questions. (1) The existing intelligent control system is expensive, which is not enough for most people in China to consume; (2) The existing intelligent control system has the problem of rewiring and decoration, which causes installation troubles.

Contents of the invention

In order to overcome the above technical deficiencies, the present invention provides an adjustable magnetic effect intelligent switch control system.

The invention provides an adjustable magnetic effect intelligent switch control system, which includes a box body, an adjustable mounting seat is provided on the box body, and an X-shaped chute or a rice-shaped chute is provided on the mounting seat. Set the matching slider in the X-shaped chute or the M-shaped chute, and fix the double-wound coil on the slider, slide and install the intelligent switch on the mounting plate, and install it on the switch The button part is provided with a magnet, and the magnet is located on the axis of the double-wound coil, and an identification mechanism for whether the installation is correct is provided at the X-shaped chute or the rice-shaped chute corresponding to the double-wound coil. A control circuit board is arranged in the box, and the control circuit board includes:

A detection module, arranged at the double-wound coil, is used to detect the switch state of the smart switch, and send the state to the control chip;

The control chip receives the switch state detected by the detection module, and changes the power direction of the double-wound solenoid according to the switch state;

The transmission module is connected with the control chip and can receive or send signals to the mobile client.

The identification mechanism is a positioning point arranged in the chute. When the slider slides in the chute, it contacts the positioning point and makes the positioning indicator light up, and sends a positioning accurate signal to the control chip.

The detection module is an infrared sensor arranged at the front end of the double-wound coil, and the infrared sensor detects the distance between the magnet attached to the button of the smart switch and the double-wound coil, and the detected The distance is sent to the control chip.

The cross-section of the X-shaped chute or the M-shaped chute is convex.

Any one of the X-shaped chute or the M-shaped chute is provided with an electrical connecting piece, and a corresponding electrical connecting piece is set at the bottom of the slider. When the slider slides to the corresponding electrical connecting piece, The double-wound solenoid coil is electrically conductive.

A retractable fixed box cover is arranged on the upper end of the box body.

The transmission module is a bluetooth module or a WiFi module, and communicates with the mobile client.

Any side of the box body is provided with a charging interface.

A display screen is arranged on any side of the box body.

Beneficial effects of the present invention: by setting a slidable and fixed chute, the existing intelligent switch is placed in the chute, and the control of the intelligent switch is realized through a double-wound solenoid, which eliminates the need for the existing intelligent switch. The switch requires cumbersome wiring. The smart switch can be directly installed on the box, and other conventional switches can also be used without changing the wiring in the building. It is easy to install and replace, and can meet the needs of switches of different sizes.

Description of drawings

Fig. 1 is a structural schematic diagram of the present invention.

Fig. 2 is a schematic diagram of the cooperation of the fixed box cover of the present invention.

Fig. 3 is a structural schematic diagram of the mounting base of the present invention.

FIG. 4 is a schematic cross-sectional view of the mounting seat of the present invention.

Fig. 5 is a schematic structural view of the double-wound solenoid of the present invention.

Fig. 6 is a schematic flow chart of the present invention.

Detailed ways

Embodiments of the present invention will be further described below in conjunction with accompanying drawings:

As shown in the figure, the present invention provides an adjustable magnetic effect intelligent switch control system, which includes a box body 1, wherein the size of the box body matches the mainstream switch on the market or is larger, and is used for fixing on the wall. And make electrical connections with existing wires without wiring changes.

An adjustable mounting seat 2 is provided on the box body, and an X-shaped chute or a meter-shaped chute 21 is arranged on the described mounting seat. Slider 4, and the double-wound solenoid coil 3 is fixedly arranged on the slider, the intelligent switch is slidably installed on the mounting plate, and a magnet is set on the button of the switch, and the magnet is located on the double-wound On the axis of the wire coil, an identification mechanism for whether the installation is correct is set at the place where the X-shaped chute or the rice-shaped chute corresponds to the double-wound coil, and a control circuit board is set in the box.

The control circuit board includes:

A detection module, arranged at the double-wound coil, is used to detect the switch state of the smart switch, and send the state to the control chip;

The control chip receives the switch state detected by the detection module, and changes the power direction of the double-wound solenoid according to the switch state;

The transmission module is connected with the control chip and can receive or send signals to the mobile client.

Home improvement smart switch, the switch is opened and closed by energizing the solenoid coil to generate magnetic force, and the magnet attached to the switch generates force, so as to achieve the corresponding purpose. The forward and reverse energization of the double-wound energized solenoid solves the problem of the north and south poles of the magnetic poles. At the same time, the inflexibility of the switch box designed by the mechanism transmission is avoided, and the energy consumption problem is greatly improved at the same time.

The identification mechanism is a positioning point arranged in the chute. When the slider slides in the chute, it contacts the positioning point and makes the positioning indicator light up, and sends a positioning accurate signal to the The control chip, when and only when the slider touches the positioning point, it makes the on-off switch set at the positioning point close, so that the indicator light is on, prompting the user that the installation is in place, and it also sends a signal to the control chip , activate the intelligent switch, and then the control chip cuts off the circuit of the connected indicator light through the control signal, and turns off the indicator light, so as to achieve the effect of energy saving and environmental protection.

The detection module is an infrared sensor arranged at the front end of the double-wound coil, and the infrared sensor detects the distance between the magnet attached to the button of the smart switch and the double-wound coil, and the detected The distance is sent to the control chip, and an information feedback is given to the control chip through the infrared sensor, so as to achieve instantaneous forward and reverse charging of the solenoid coil, thereby making the switch control instantaneous.

The section of the X-shaped chute or the M-shaped chute is a convex shape 21.

Design a "meter", "X" word chute to solve the possible placement problem of the slidable bidirectional solenoid coil 3 and the switch positions of different models of different manufacturers. Avoid the problem of force size due to the problem of space setting. At the same time, the problem of different fixed points of different switches can be solved through each end point of "m" and "X" chute.

An electrical connecting piece is set at any place in the X-shaped chute or the M-shaped chute, and a corresponding electrical connecting piece is set at the bottom of the slider, and the slider can be directly inserted into the rear wiring hole of the switch Inside, the electrical contact is realized by direct plugging without wiring the switch. At the same time, when the slider is slid to the corresponding electrical connection piece, the double-wound coil and the switch can be energized and conducted. After setting the magnet on the switch button, it needs to cooperate with the double-wound coil to slide to the conductive position, that is, it is installed in place. The coil of the double wound solenoid can be energized for operation.

A retractable fixed box cover 11 is arranged on the upper end of the box body, and the box cover can be slidably arranged in the box body through a pull rod or a slider 13. According to the size of the switch used, it is stretched and fixed, which can effectively solve the problem in the market. The installation of the same type of light switches produced by different manufacturers with different specifications is not universal.

The transmission module is a bluetooth module or a WiFi module, and communicates with the mobile client to receive remote control, and visualize the switch status on the mobile client to avoid the phenomenon of forgetting to turn off the lights when going out.

A charging interface 12 is set on any side of the box body, that is, a power supply board is set on the box covers on both sides of the box body, which can be in any box cover, which greatly saves the design size of the smart switch box body. A compact mini that secures an external smart switch. At the same time, USB fast charging is adopted, which saves energy consumption and material problems of battery source design, and also achieves the purpose of environmental protection.

A display screen is arranged on any side of the box, and the display is visualized on the box to directly obtain the switch state.

Implementation case: preconditions, a magnet is placed on the household switch button, and an infrared sensor is placed in front of the double-wound solenoid. Buttons, magnets, and double-wound solenoid center, stay level. The installation process of the double-wound solenoid coil is as follows. The slider is placed in the Pozi chute. By using the slider to slide in the chute, when the slider slides to the positioning point, the LED light on the double-wound coil coil is on. Therefore, the slider is positioned in place.

The mobile terminal sends commands to the smart sensor switch controller through the Bluetooth signal. The chip board processes the signal of the mobile terminal, and energizes the double-wound solenoid in one direction to generate magnetic force. At the same time, the infrared sensor starts to sense the distance change d1 when it is energized. The double-wound solenoid interacts magnetically with a magnet attached to the switch. The double-wound solenoid repulses with the magnet, causing the switch to close. The infrared sensor senses the distance change d2. The infrared sensor feeds the sensed distance change "d1-d2" back to the control chip for processing. The steps for opening the switch are the same as described above.

Process flow of the present invention is as follows:

Before the process is executed, according to the actual switch size, the retractable sliding cover box is adjusted, and then the position of the slider in the chute is fixed according to the switch size. Install and start adjustable magnetic effect smart switch controller.

From the switch side:

Wait for the signal to be received. The switch waits for the control command from the mobile terminal and waits for execution.

Whether to activate the switch. The switch receives the command from the mobile terminal to judge whether to start the switch; if NO, it stops and continues to wait for the signal to be accepted. YES, the command judgment is performed.

command judgment. Judging by making an order. NO, the command is terminated and continues to wait for the signal to be received; YES, the command is executed.

Excuting an order. Execute the correct command issued by the mobile terminal.

The coil is energized. The coil is energized, and the command is carried out.

Is it powered on. Determine whether the coil is energized. NO, then return to the "coil power on" process; YES, execute the coil power off command.

Coil de-energized. The coil is de-energized and the command is executed.

Is there a power outage. Determine whether the coil is de-energized. NO, return to the "coil power off" process; YES, enter the end process

Finish. End the whole process.

From mobile:

switch. Select the switch you want to turn on.

send command. The mobile terminal sends a signal to turn on the switch.

command judgment. NO, then enter the inspection "shutdown function"; otherwise, YES, then transmit the command to the switch terminal.

Disable function. NO, then enter the "selection switch"; otherwise, YES, then end the mobile terminal process.

The embodiment should not be regarded as limiting the present invention, and any improvement based on the spirit of the present invention should be within the protection scope of the present invention.

Claims (8)

1. a kind of adjustable magnetic effect intelligent switch control system, it is characterised in that：It includes babinet, is equipped on the babinet Adjustable mounting base, the mounting base are equipped with X-type sliding slot or M shape sliding slot, are set in X-type sliding slot or M shape sliding slot Matched sliding block is set, and double winding solenoid is fixedly installed on the sliding block, installation is slid in the mounting base Intelligent switch, and magnet is set on the push button element of switch, the magnet is located on the axis of the double winding solenoid, in X Type sliding slot or M shape sliding slot correspond at double winding solenoid setting for install whether correct identification mechanism, in the babinet Interior setting control circuit board, control circuit board include：

Detection module is arranged at the double winding solenoid, the on off state for detecting intelligent switch, and the state is sent out It send to control chip；

Chip is controlled, the on off state of detection module detection is received, and changes the energization of double winding solenoid according on off state Direction；

Transmission module is connect with the control chip, can receive or send a signal to mobile client, and the identification mechanism is to set The anchor point in sliding slot is set, when the sliding block slides in the sliding slot, with the positioning point contact and so that positioning instruction Lamp is lighted, and sends accurate positioning signal to the control chip.

2. adjustable magnetic effect intelligent switch control system according to claim 1, which is characterized in that the detection module For the infrared sensor for being arranged in double winding solenoid front end, the infrared sensor detection is affixed on the button of intelligent switch On magnet be sent to the control chip at a distance from the double winding solenoid, and by detected distance.

3. adjustable magnetic effect intelligent switch control system according to claim 1, which is characterized in that X-type sliding slot or rice The section of font sliding slot is convex shape.

4. adjustable magnetic effect intelligent switch control system according to claim 1, which is characterized in that slided in the X-type Electric connecting sheet is arranged in any one place in slot or M shape sliding slot, and corresponding electric connecting sheet, institute is arranged in the slider bottom When stating sliding block and sliding at corresponding electric connecting sheet, the double winding solenoid can be powered conducting.

5. adjustable magnetic effect intelligent switch control system according to claim 1, which is characterized in that on the babinet End setting extension type fixes case lid.

6. adjustable magnetic effect intelligent switch control system according to claim 1, which is characterized in that the transmission module For bluetooth module or WiFi module, and communicated to connect with mobile client.

7. adjustable magnetic effect intelligent switch control system according to claim 1, which is characterized in that the babinet is taken up an official post Charging interface is arranged in meaning side.

8. adjustable magnetic effect intelligent switch control system according to claim 1, which is characterized in that on the babinet Display screen is arranged in arbitrary side.