CN219349615U - Loss-preventing automatic door remote controller - Google Patents

Abstract

The utility model relates to a loss-preventing automatic door remote controller, which comprises an inductor and a remote controller body; the sensor comprises a sensor shell, a first electronic tag and a second electronic tag, wherein the first electronic tag and the second electronic tag are arranged on the sensor shell; the remote controller body comprises a remote controller shell, an infrared light emitting diode, a key and an LED indicator lamp are arranged on the surface of the remote controller shell, and a PCB circuit board is arranged in the remote controller shell; the PCB is integrated with a battery, a processor, a vibration motor, an RFID radio frequency module and an NFC module; the circuit modules are connected in a matched mode. When the remote controller is used, the inductor is arranged at a fixed position, when the remote controller body enters the first electronic tag induction range, but does not enter the second electronic tag induction range, the LED prompting lamp of the remote controller body flashes, the vibration motor intermittently vibrates, a user is reminded of placing the remote controller body at a position close to the inductor, and the remote controller body is prevented from being lost in the future.

Description

Loss-preventing automatic door remote controller

Technical Field

The utility model relates to the technical field of remote control equipment, in particular to a loss-preventing automatic door remote controller.

Background

The automatic door remote controller is a remote control device for wireless remote control of automatic doors (such as garage doors, electric retractable doors, banisters) to perform door opening and closing actions.

The applicant has long been engaged in automatic door production and management, and the applicant points out that many users often place the automatic door remote controller at will in the frequently-occurring places such as home or office places, and cannot find the automatic door remote controller when the automatic door remote controller is to be used. In addition, although a storage device (such as a hanger or a storage box, hereinafter simply referred to as a storage device) for placing an automatic door key is provided at home or at an office, the automatic door key is not often placed on the storage device, and the automatic door remote controller is lost.

At present, a selling anti-lost locator is available on the market and can be bound on an automatic door remote controller, and the anti-lost locator helps to locate and retrieve after the automatic remote controller is lost, so that the locating accuracy is low, the error is usually more than a few meters, and the locating is more difficult to accurately locate; on the other hand, in practice, the automatic door remote control is often not found at the positioning position, for example, the automatic door remote control falls into a sofa to be covered, or is put into a pocket of clothes to be received, etc., which often occur.

Based on the real-time situation, the utility model provides a device which can intelligently remind a user to place the automatic door remote controller at a specified position and prevent the automatic door remote controller from being lost.

Disclosure of Invention

Therefore, in order to solve the above-mentioned problems, the present utility model provides a loss-preventing remote controller for an automatic door, which can intelligently remind a user to place the remote controller at a predetermined position, so as to prevent the remote controller from being lost.

In order to achieve the above purpose, the present utility model adopts the following technical scheme:

a loss-preventing automatic door remote controller comprises an inductor and a remote controller body;

the sensor comprises a sensor shell, a first electronic tag with an induction distance within 10m and a second electronic tag with an induction distance within 10cm, wherein the first electronic tag and the second electronic tag are arranged on the sensor shell;

the remote controller body comprises a remote controller shell;

the surface of the remote controller shell is provided with an infrared light emitting diode, a key and an LED prompt lamp;

a PCB circuit board is arranged in the remote controller shell;

the PCB is integrated with a battery, a processor, a vibration motor, an RFID radio frequency module and an NFC module;

the power end of the processor, the power end of the vibration motor, the power end of the RFID radio frequency module and the power end of the NFC communication module are respectively and electrically connected with the battery;

the infrared light emitting diode, the control end of the vibration motor and the LED prompt lamp are respectively and electrically connected with different i/o port pins of the processor;

the RFID radio frequency module and the NFC communication module are respectively in communication connection with pins of different communication ports of the processor;

when the remote controller body enters the induction distance of the first electronic tag, the remote controller body establishes wireless communication connection with the first electronic tag through the RFID radio frequency module;

when the remote controller body enters the induction distance of the second electronic tag, the remote controller body is in wireless communication connection with the second electronic tag through the NFC communication module.

Furthermore, a buzzer is integrated on the PCB; the buzzer is electrically connected with the i/o port pin of the processor.

Further, the first electronic tag adopts a passive RFID electronic tag with an induction distance within 10 m;

the second electronic tag adopts a passive NFC electronic tag with an induction distance within 10 cm.

By adopting the technical scheme, the utility model has the beneficial effects that:

this prevent losing automatically-controlled door remote controller sets up the inductor in fixed position (for example couple, or receiver etc. are used for putting the fixed position of automatically-controlled door key) when using, when the user holds the first electronic tags response scope that the remote controller body got into the inductor, but when not getting into second electronic tags response scope, the LED warning light of remote controller body twinkle, and the buzzer sounds, and vibrating motor intermittent type nature vibration reminds the user to place the remote controller body in inductor place, prevents that the remote controller body from losing in the otherwise. When the user holds the remote controller body to leave the first electronic tag sensing range of the sensor or the remote controller body enters the second electronic tag sensing range, the LED prompting lamp, the buzzer and the vibration motor of the remote controller body stop working.

The anti-loss automatic door remote controller has the advantages of simple structure, convenient use, good practicability and great market prospect.

Drawings

Fig. 1 is a schematic diagram of a remote control body structure according to the present utility model.

Fig. 2 is a schematic diagram of the structure of the inductor of the present utility model.

Fig. 3 is a circuit connection block diagram of the utility model.

Detailed Description

The utility model will now be further described with reference to the drawings and detailed description.

Referring to fig. 1, 2 and 3, the present embodiment provides a loss prevention automatic door remote controller, which includes a remote controller body 1 and an inductor 2.

As shown in fig. 2, the sensor 2 includes a sensor housing 20, a first electronic tag 21 having a sensing distance within 10m, and a second electronic tag 22 having a sensing distance within 10 cm. The first electronic tag 21 and the second electronic tag 22 are both disposed on the sensor housing 20.

In this embodiment, the first electronic tag 21 is preferably a passive RFID electronic tag with an inductive distance within 10 m. The second electronic tag 22 is a passive NFC electronic tag with an induction distance within 10 cm.

The passive RFID electronic tag and the passive NFC electronic tag are both existing electronic tag devices, and are not described in detail herein. The utility model does not relate to improvements in passive RFID electronic tags and passive NFC electronic tags themselves.

In actual setting, the sensor 2 may be fixedly arranged at a fixed position (not shown in the figure) of a hook, a storage box or the like for placing an automatic door key according to actual needs.

As shown in fig. 1, the remote controller body 1 includes a remote controller case 10. The surface of the remote controller shell 10 is provided with an infrared light emitting diode 11, a key 12 and an LED indicator light 13. The remote control housing 10 has a PCB circuit board disposed therein (not shown, but those skilled in the art will appreciate the implementation of the PCB circuit board disposed within the remote control housing 10).

The PCB is integrated with a processor 14, a battery 15, a vibration motor 16, an RFID radio frequency module 17, an NFC communication module 18 and a buzzer 19.

It should be noted that the processor 14, the battery 15, the vibration motor 16, the RFID radio frequency module 17, the NFC communication module 18, and the buzzer 19 are all existing electronic devices.

The person skilled in the art can select the types of the electronic components according to the specification and the drawings, and can completely reproduce the remote controller body 1 disclosed in the patent application after limited circuit connection experiments and generate the same technical effects.

Specifically, the circuit connection mode of the remote controller body 1 is:

the power end of the processor 14, the power end of the vibration motor 16, the power end of the RFID radio frequency module 17, and the power end of the NFC communication module 18 are electrically connected with the battery 15, respectively. The processor 14, the vibration motor 16, the RFID radio frequency module 17, and the NFC communication module 18 are respectively powered by the battery 15.

The control ends of the infrared light emitting diode 11, the key 12, the LED indicator 13 and the vibration motor 16 are respectively and electrically connected with different i/o port pins of the processor 14.

The RFID radio frequency module 17 and the NFC communication module 18 are respectively connected with different communication port pins of the processor 14 in a communication manner. The RFID radio frequency module 17 is configured to sense the first electronic tag 21 and establish a communication connection. The NFC communication module 18 is configured to sense the second electronic tag 22 and establish a communication connection.

The key 12 is used for sending a command including opening or closing the door (the anti-loss automatic door remote controller is used for controlling operations such as opening or closing the door of the automatic door, and the function of the key 12 is set according to actual needs). The processor 14 is configured to control the infrared light emitting diode 11 to emit an infrared signal. The operating principle of the key 12 and the infrared light emitting diode 11 is conventional in the art.

When the user holds the remote controller body 1 to enter the sensing distance (within 10 m) of the first electronic tag 21, the remote controller body 1 establishes wireless communication connection with the first electronic tag 21 through the RFID radio frequency module 17.

When the user holds the remote controller body 1 and enters the sensing distance (within 10 cm) of the second electronic tag 22, the remote controller body 1 establishes wireless communication connection with the second electronic tag 22 through the NFC communication module 18.

Based on this:

when the user holds the remote controller body 1 and enters the sensing range of the first electronic tag 21 of the sensor 2, but does not enter the sensing range of the second electronic tag 22, the LED indicator 13 of the remote controller body 1 flashes, the buzzer 19 sounds, and the vibration motor 16 intermittently vibrates, so as to remind the user to place the remote controller body 1 at a position close to the sensor 2 (within a distance of 10cm close to the second electronic tag 22), and prevent the remote controller body 1 from being lost.

When the user holds the remote controller body 1 to leave the sensing range of the first electronic tag 21 of the sensor 2 or the remote controller body 1 enters the sensing range of the second electronic tag 22, the LED indicator 13, the buzzer 19 and the vibration motor 16 of the remote controller body 1 stop working.

While the utility model has been particularly shown and described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the utility model as defined by the appended claims.

Claims (3)

1. The utility model provides a prevent losing automatically-controlled door remote controller which characterized in that: comprises an inductor and a remote controller body;

the sensor comprises a sensor shell, a first electronic tag with an induction distance within 10m and a second electronic tag with an induction distance within 10cm, wherein the first electronic tag and the second electronic tag are arranged on the sensor shell;

the remote controller body comprises a remote controller shell, an infrared light emitting diode, a key and an LED prompt lamp are arranged on the surface of the remote controller shell, and a PCB circuit board is arranged in the remote controller shell;

the PCB is integrated with a battery, a processor, a vibration motor, an RFID radio frequency module and an NFC module;

the power end of the processor, the power end of the vibration motor, the power end of the RFID radio frequency module and the power end of the NFC communication module are respectively and electrically connected with the battery;

the infrared light emitting diode, the control end of the vibration motor and the LED prompt lamp are respectively and electrically connected with different i/o port pins of the processor;

the RFID radio frequency module and the NFC communication module are respectively in communication connection with pins of different communication ports of the processor;

when the remote controller body enters the induction distance of the first electronic tag, the remote controller body establishes wireless communication connection with the first electronic tag through the RFID radio frequency module;

when the remote controller body enters the induction distance of the second electronic tag, the remote controller body is in wireless communication connection with the second electronic tag through the NFC communication module.

2. The anti-lost automatic door remote control of claim 1, wherein:

a buzzer is integrated on the PCB;

the buzzer is electrically connected with the i/o port pin of the processor.

3. A loss prevention automatic door remote controller according to claim 1 or 2, characterized in that:

the first electronic tag adopts a passive RFID electronic tag with an induction distance within 10 m;

the second electronic tag adopts a passive NFC electronic tag with an induction distance within 10 cm.

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