阅读说明：本技术 基于无线收集控制信号的自动移门直线电机的实现方法 (Method for realizing automatic door moving linear motor based on wireless collection control signals ) 是由 刘恒杰 于 2020-09-07 设计创作，主要内容包括：基于无线收集控制信号的自动移门直线电机的实现方法,直线电机技术领域,外部12V/2A直流电源适配器,产生3种电压提供给系统供电,传感器配件供电,控制信号和遥控接收模块接收到的控制信号,将信号传递给2.4G无线发射模块,2.4G无线数据发射模块收到控制信号后,调制高频振荡信号,通过PCB天线发射至空中,上述装置做成一个无线控制盒,动力梁内直线电机控制板上的2.4G无线接收模块,通过PCB天线收到控制器发射过来的空中无线信号,提供一种结构合理的,基于无线收集控制信号的自动移门直线电机的实现方法。(An implementation method of an automatic sliding door linear motor based on wireless collection control signals, which belongs to the technical field of linear motors, an external 12V/2A direct-current power adapter generates 3 voltages to supply power to a system, a sensor accessory supplies power, a control signal and a control signal received by a remote control receiving module transmit the signals to a 2.4G wireless transmitting module, the 2.4G wireless data transmitting module modulates high-frequency oscillation signals after receiving the control signal and transmits the signals to the air through a PCB antenna, the device is made into a wireless control box, the 2.4G wireless receiving module on a linear motor control board in a power beam receives the air wireless signals transmitted by a controller through the PCB antenna, and the implementation method of the automatic sliding door linear motor based on wireless collection control signals is reasonable in structure.)

1. The method for realizing the automatic sliding door linear motor based on the wireless collection control signal is characterized in that: through aerial wireless transceiver technology, be not limited to the electromagnetic wave, collect the back with the control signal of accessories such as outside switch, sensor, wireless conveying during the receiving circuit of power beam linear electric motor inside, finally make the signal connection of accessories such as outside switch, sensor no longer directly connected to linear electric motor on, so can avoid wiring mistake or when outside accessories electric damage, influence the linear electric motor body, simultaneously, also more make things convenient for technical staff's installation and investigation circuit.

2. The method for implementing the automatic sliding door linear motor based on the wireless collection control signal according to claim 1, is characterized in that: a wireless receiving circuit inside the power beam linear motor is made into a small receiving box, and a control signal is introduced into a motor control board through a wire.

3. The method for implementing the automatic sliding door linear motor based on the wireless collection control signal according to claim 1, is characterized in that: and adopting other communication modes of wireless frequency bands or adopting a communication mode of receiving and transmitting two-way protocol data frames.

4. The method for implementing the automatic sliding door linear motor based on the wireless collection control signal according to claim 1, is characterized in that: other wireless communication means, such as infrared means, are used.

Technical Field

The invention belongs to the technical field of linear motors, and particularly relates to an implementation method of an automatic sliding door linear motor based on wireless collection control signals.

Background

Compared with the traditional rotating motor, the automatic sliding door adopts the linear motor, has the advantages of quiet work, small structure, safe use and the like, and is popular, but the control signal wiring of the automatic sliding door linear motor and an external switch sensing accessory in the current market is a general relatively troublesome matter, because the automatic sliding door power beam is different from the traditional motor, the power beam of the linear motor has small volume, so that the internal space is very small, only the traditional power beams 1/3-1/4 exist, although the automatic sliding door is attractive and convenient to use, the control panel of the linear motor and the motor stator are forced to be integrated, more signal wires need to be led out from the motor stator core or the stator coil, the production process is complicated, the problem that the broken wires are easily caused due to the fact that a plurality of lead-out wire harnesses are too thick, the installation and the debugging are very inconvenient, because the electric wiring installation and the debugging need to, sometimes, the master also needs to reserve a wiring debugging maintenance window on the ceiling, and the workload and the installation requirement are more. When the wiring error of an installer occurs, the input signal port of the motor is damaged, the motor may need to be detached from the power beam, and the workload is large. And linear electric motor need several (need 5 at least when producing in the producer, the positive line of power, the power negative line, the inner inductor signal line, outer inductor signal line, the safe ray apparatus signal line, if need add 4 remote control lines through simple extension, open the door, close the door, stop, lock) high-quality high temperature resistant insulated wire, wrap with the sleeve pipe or weld and draw on binding post, the material cost is not low, the processing technology is complicated, in the course of working, the terminal contact failure problem of line is easy to take place. The control signal lines are also susceptible to breakage during assembly and installation.

The invention adopts an aerial wireless signal transmission mode, can lead the wiring and debugging to be separated from the linear motor body in the power beam, has extremely convenient installation and wiring, very convenient maintenance, post-sale problems and very convenient technical support of manufacturers, directly sends a wireless control box without the need of being associated with a circuit to the motor body and the need of dismounting and replacing the motor body, only influences a cheap wireless control box even if the wiring is wrong or external switch accessories are electrically damaged in the installation and wiring debugging process, does not have any influence on the motor, does not need complicated motor dismounting and replacing actions during labor consuming, thus greatly reducing the requirements on installers, the popularization and the use of the invention tend to accelerate the popularization of the linear motor in the field of automatic doors, in addition, when the motor needs to completely realize various complex external control signals, dozens of signal wires are needed, the wireless control box has small volume and is smaller than a cigarette box, and the volume of a receiving part of a corresponding power beam linear motor is only the size of a nail cover.

Disclosure of Invention

The invention aims to provide a method for realizing an automatic sliding door linear motor based on wireless collection control signals, which is reasonable in structure.

The technical problem to be solved by the invention is realized by adopting the following technical scheme:

an automatic sliding door linear motor realizing method based on wireless collection control signals, an external 12V/2A direct current power adapter is connected with an internal voltage stabilizing circuit part to generate 3 voltages to supply power to a system, and supplies power to the external sensor fittings, after the control signal of the external sensor fittings and the control signal received by the remote control receiving module are processed by anti-interference, the signal is transmitted to the 2.4G wireless transmitting module, the 2.4G wireless data transmitting module is modulated into a high-frequency oscillation signal after receiving the control signal, the device is transmitted to the air through a PCB antenna, the device is made into a wireless control box, a 2.4G wireless receiving module is arranged on a linear motor control board in a power beam, the PCB antenna receives an air wireless signal transmitted by the controller, demodulates the data and transmits the data to the singlechip, and the singlechip controls the linear motor to execute a corresponding command.

According to the method for realizing the automatic sliding door linear motor based on the wireless collection control signals, after a matching button of a receiving module on a linear motor control board in a power beam is pressed down, a matching button of a transmitting module in a wireless control box is also pressed down, at the moment, two receiving and transmitting modules establish communication association, a remote control signal received by a remote controller receiving module and an external sensor accessory control signal transmitted by a signal socket are all transmitted to the air through a 2.4G wireless transmitting module, and after receiving an air wireless signal, a wireless receiving module in the control board on the linear motor in the power beam demodulates communication data and sends out a corresponding instruction, so that the automatic door operates according to a set requirement.

The implementation method of the automatic door moving linear motor based on the wireless collection control signal is characterized in that the hand-held remote controller can send out commands of automatic door opening, closing, stopping, enabling, locking forbidding and the like.

The implementation method of the automatic sliding door linear motor based on the wireless collection control signal has an automatic frequency hopping working mode of the 2.4G transceiver module, and can avoid the problem of channel conflict caused by same-frequency communication when multiple automatic doors work simultaneously.

The invention has the beneficial effects that: compared with the prior art, the method for realizing the automatic sliding door linear motor based on the wireless collection control signal simplifies the assembly process in the production process, reduces the material cost, more importantly, simplifies the installation and debugging work of installation and debugging personnel, has low error loss cost of the debugging personnel, is more convenient to install and maintain, and greatly reduces the after-sale maintenance cost. Compared with the prior art, the current after-sale labor cost is tens of times of the material cost, so the technology of the invention has obvious market economic benefit, greatly reduces the capability requirement of technicians, and greatly promotes the popularization and application of the automatic sliding door linear motor.

Drawings

The invention is further illustrated with reference to the following figures and examples.

FIGS. 1, 2 and 3 are schematic views of the flow structure of the present invention;

FIG. 1: a circuit diagram of an implementation method of an automatic sliding door linear motor based on wireless collection control signals;

FIG. 2: a circuit diagram of an implementation method of an automatic sliding door linear motor based on wireless collection control signals;

FIG. 3: a block diagram of an implementation method of an automatic sliding door linear motor based on wireless collection control signals;

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific examples.

An automatic sliding door linear motor realizing method based on wireless collection control signals, an external 12V/2A direct current power adapter is connected with an internal voltage stabilizing circuit part to generate 3 voltages to supply power to a system, and supplies power to the external sensor fittings, after the control signal of the external sensor fittings and the control signal received by the remote control receiving module are processed by anti-interference, the signal is transmitted to the 2.4G wireless transmitting module, the 2.4G wireless data transmitting module is modulated into a high-frequency oscillation signal after receiving the control signal, the device is transmitted to the air through a PCB antenna, the device is made into a wireless control box, a 2.4G wireless receiving module is arranged on a linear motor control board in a power beam, the PCB antenna receives an air wireless signal transmitted by the controller, demodulates the data and transmits the data to the singlechip, and the singlechip controls the linear motor to execute a corresponding command.

The method for realizing the automatic sliding door linear motor based on the wireless collection control signal comprises the steps that after a matching button of a receiving module on a linear motor control panel in a power beam is pressed down, the matching button of a transmitting module in a wireless control box is also pressed down, at the moment, communication association is established between two receiving and transmitting modules, a remote control signal received by a remote controller receiving module and an external sensor accessory control signal transmitted by a signal socket are all transmitted to the air through a 2.4G wireless transmitting module, and after receiving an air wireless signal, a wireless receiving module in the control panel on the linear motor in the power beam demodulates communication data to send a corresponding instruction, so that the automatic door operates according to a set requirement.

The method for realizing the automatic door moving linear motor based on the wireless collection control signal is characterized in that a hand-held remote controller can send out commands of automatic door opening, closing, stopping, enabling, forbidding locking functions and the like.

The implementation method of the automatic sliding door linear motor based on the wireless collection control signal and the automatic frequency hopping working mode of the 2.4G transceiver module can avoid the problem of channel conflict caused by same-frequency communication when multiple automatic doors work simultaneously.

The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.