CN112753672A

CN112753672A - Mosquito killing equipment with remote control and electric shock counting functions

Info

Publication number: CN112753672A
Application number: CN202110009511.XA
Authority: CN
Inventors: 韦忠; 陈杰; 王迪清
Original assignee: Ningbo Xinchenyuan Internet Of Things Technology Co ltd
Current assignee: Ningbo Xinchenyuan Internet Of Things Technology Co ltd
Priority date: 2021-01-05
Filing date: 2021-01-05
Publication date: 2021-05-07

Abstract

The invention discloses mosquito killing equipment with remote control and electric shock counting, which comprises an equipment main body, a circuit board, a Wifi module, a Bluetooth module, an isolation transformer, a relay, a capacitor, a control circuit, a voltage doubling circuit, a voltage division counting circuit, a shell, a light source component, a high-voltage power grid, a protective mesh enclosure and a mosquito collecting box. Install Wifi, bluetooth module on the circuit board, Wifi and bluetooth module are responsible for the communication, realize operations such as remote control, timing, pronunciation remote control, statistics electric shock data, the isolation transformer is connected to the relay, and strong and weak electric safety isolation, Wifi module control relay realizes the switch of light source and electric wire netting, isolation transformer connects voltage doubling circuit, electric capacity, and the electric wire netting, when the electric wire netting short circuit, electric capacity charge-discharge fast, Wifi module IO detects the voltage variation that the voltage dividing circuit is connected to the mouth, reaches and calculates electric shock number of times data, and rethread network communication sends to cloud end platform.

Description

Mosquito killing equipment with remote control and electric shock counting functions

Technical Field

The invention relates to the field of mosquito killing lamps, in particular to mosquito killing equipment with remote control and electric shock counting.

Background

The existing electric shock type mosquito killer lamp is characterized in that in the process of physically killing mosquitoes, mainstream products attract the mosquitoes by means of a light source, but the effect is good at daytime without night due to the change of ambient light. The trapping type passive mosquito killing effect is not as obvious as the chemical mosquito killing effect of mosquito repellent incense and electric mosquito liquid. People can thus be confused and do not know the mosquito killing effect.

Like public local products such as dining room, need have mosquito killer lamp work because of sanitary requirement, touch the place that generally hangs not directly can touch for preventing that artificial mistake from touching, inconvenient in switch operation, if through mobile terminal equipment remote control switch, regularly, can solve the inconvenient problem of use switch, even forget to close and also can pass through cell-phone remote control at home. Set up simultaneously and change timing function on the cell-phone at any time, also can solve according to different environment under, the problem that needs different period kill mosquito equipment work, kill mosquito equipment regularly works at back midnight, and cell-phone remote control makes things convenient for the operation.

The cloud service platform can count all mosquito eradication equipment data of this platform, can calculate each area kill mosquito data, data analysis such as gathering provides data basis etc. for big data analysis.

Disclosure of Invention

The invention aims to enable people to know mosquito killing data while killing mosquitoes by a mosquito killing lamp, realize remote control by a mobile phone and facilitate operation, and provides mosquito killing equipment with remote control and electric shock counting.

In order to achieve the above object, the present invention is realized by:

the utility model provides a kill mosquito equipment of remote control and electric shock count, includes kill mosquito equipment main part, PBC circuit board, integrated Wifi chip module, bluetooth module, isolation transformer, relay, electric capacity, control circuit, voltage doubling circuit, partial pressure counting circuit, casing, Led lamp area, high voltage electric network, protection screen panel, collection mosquito box.

The device body comprises a housing top part, a housing side part and a housing bottom part, wherein the housing side part is connected to the housing bottom part through a snap fit as shown in figure 1; the shell top part is connected with the shell side part through a buckle, and the protective mesh enclosure is connected to the front surface and the rear surface of the shell side part through a buckle; the PBC circuit board is fixedly arranged in a clamping groove connected with the shell side part and the shell bottom part by screws; a power supply wiring terminal is arranged on the PBC circuit board and is connected with a power supply switch through a wire; a high-voltage output wiring terminal is arranged on the PBC circuit board; a light source output wiring terminal is arranged on the PCB and is connected with the LED lamp strip through a wire; the LED lamp strip is fixed in the equipment shell by a circle of double-sided adhesive tape in a sticking way, and is connected with a light source output connecting terminal on the PBC circuit board by a wire for supplying power; the power grid is fixedly arranged in the middle of the inside of the equipment shell by screws, and is connected with a high-voltage output wiring terminal on the PCB by a wire to output high-voltage electricity to the power grid;

the principle of a designed circuit with a connecting circuit on the PBC circuit board is shown in figure 2, the Wifi chip is installed on the PCB circuit board and is connected with the light source component through the control circuit, and the Wifi chip controls the power switch of the light source component through an electric signal; the Wifi chip is connected with the relay through the control circuit, the relay is connected with the isolation transformer, the isolation transformer is connected with the voltage doubling circuit, and the Wifi chip controls the voltage doubling circuit to be disconnected through an electric signal; the voltage doubling circuit is connected with a parallel power grid and a voltage division circuit through wires, and is shown in figure 3; the power grid is connected with a capacitor through a wire, and the capacitor is charged and discharged quickly to provide high voltage for the power grid; the power grid is connected with a voltage division circuit through a wire, the voltage division circuit is connected with an IO detection port of a Wifi chip, and the technical purpose is achieved by detecting voltage change;

the Wifi chip is communicated with the cloud service platform after being connected with a network, and the mobile phone or the mobile terminal device is communicated with the cloud service platform through an installation application program, so that remote control, timing, voice remote control and device data reporting are realized.

Drawings

FIG. 1 is a schematic view showing the construction of a mosquito eradication apparatus according to the present invention

FIG. 2 is a block diagram showing the structural principle of a control system of a mosquito eradication apparatus according to the present invention

FIG. 3 is a schematic block diagram of the structure of the circuit counting of the mosquito eradication equipment in the present invention

Description of reference numerals: 1 mosquito eradication equipment main part, 2 casing side parts, 3 casing side parts, 4 casing top parts, 5 collection line boxes, 6 casing bottom parts, 7 PCB circuit board, 8 protection screen panel, 9 LED lamp area, 10 LED lamp area, 11 LED lamp area, 12 electric wire netting, 13 protection screen panel

Detailed Description

The following further describes embodiments of the present invention with reference to the drawings.

In the embodiment of fig. 1, a mosquito eradication equipment of remote control and electric shock count, includes mosquito eradication equipment main part 1, PBC circuit board 7, integrated Wifi chip module, bluetooth module, isolation transformer, relay, electric capacity, control circuit, voltage doubling circuit, partial pressure count circuit 7,

casing

2,3,4,6,

Led lamp area

9,10,11, high voltage electric network 12,

protection screen panel

11,13, collection mosquito box 5.

The device body 1 comprises a housing top part 4,

housing side parts

2,3, a housing bottom part 6, as shown in fig. 1, the

housing side parts

2,3 are connected to the housing bottom part 6 by snap-in; the housing top part 4 is connected with the

housing side parts

2 and 3 through a buckle, and the protective mesh 13 is connected with the front and back surfaces of the

housing side parts

2 and 3 through a buckle; the PBC circuit board 7 is fixedly arranged in a clamping groove connected with the

shell side parts

2 and 3 and the shell bottom part 6 by screws; a power supply wiring terminal is arranged on the PBC circuit board 7 and is connected with a power supply switch through a wire; a high-voltage output wiring terminal is arranged on the PBC circuit board; a light source output wiring terminal is arranged on the PCB and is connected with the

LED lamp belts

9,10 and 11 through wires; the

LED lamp belts

9,10 and 11 are fixed in the equipment shell by double-sided adhesive tapes in a circle, and are connected with a light source output connecting terminal on the PBC circuit board 7 by wires for power supply; the power grid 12 is fixedly arranged in the middle of the inside of the equipment shell through screws, and is connected with a high-voltage output wiring terminal on the PCB 7 through a wire to output high-voltage electricity to the power grid 12;

the principle of a designed circuit with a connecting circuit on the PBC circuit board 7 is shown in figure 2, the Wifi chip is installed on the PCB circuit board and is connected with the light source component through a control circuit, and the Wifi chip controls the power switch of the light source component through an electric signal; the Wifi chip is connected with the relay through the control circuit, the relay is connected with the isolation transformer, the isolation transformer is connected with the voltage doubling circuit, and the Wifi chip controls the voltage doubling circuit to be disconnected through an electric signal; the voltage doubling circuit is connected with a parallel power grid and a voltage division circuit through wires, and is shown in figure 3; the power grid is connected with a capacitor through a wire, and the capacitor is charged and discharged quickly to provide high voltage for the power grid; the power grid is connected with a voltage division circuit through a wire, the voltage division circuit is connected with an IO detection port of a Wifi chip, and the technical purpose is achieved by detecting voltage change;

the above embodiments are described clearly and completely for the technical solutions in the present invention, the described embodiments are only a part of embodiments, and the technical solutions equivalent to or inferior to the present invention also belong to the novel protection scope of the present embodiments.

Claims

1. The utility model provides a kill mosquito equipment of remote control and electric shock count, includes kill mosquito equipment main part, PBC circuit board, integrated Wifi chip module, bluetooth module, isolation transformer, relay, electric capacity, control circuit, voltage doubling circuit, partial pressure counting circuit, casing, Led lamp area, high voltage electric network, protection screen panel, collection mosquito box. The method is characterized in that:

the WIFI chip IO detection port is connected with a voltage division circuit, the voltage division circuit is connected with a power grid, the WIFI chip detects the voltage change of the voltage division circuit through the IO, and the change times are calculated and counted.

2. A remote control and electric shock counting mosquito killing device control system as claimed in claim 1, wherein the mosquito killing device is implemented by calculating the number of mosquito killing electric shocks by circuit principle, the circuit on the PCB circuit board comprises a control circuit, a voltage doubling circuit, a voltage division counting circuit, a voltage reduction rectification circuit, the voltage reduction rectification circuit is connected with a Wifi chip to supply power to the Wifi chip, the control circuit is connected with a relay, the relay is connected with an isolation transformer, the isolation transformer is connected with the voltage doubling circuit, the isolation transformer physically isolates strong and weak current, the voltage reduction circuit is connected with a capacitor, the capacitor is rapidly charged and discharged to release high voltage, the power grid is connected with the capacitor, when the power grid is short-circuited, the capacitor is rapidly charged and discharged, the current and voltage of the voltage division counting circuit are changed, the IO detection port of the main control chip is connected with a voltage division circuit, and counting the electric shock times.

3. The system as claimed in claim 1, wherein the mobile phone or the mobile terminal device can remotely control the mosquito eradication device, the Wifi chip is connected to the control circuit, the control circuit is connected to the light source device and the relay, the relay controls the light source and the voltage doubling circuit to be turned on and off, when the Wifi chip is networked and then communicates with the cloud service platform, the mobile phone or the mobile terminal device communicates with the cloud service platform through an installed application program, so as to remotely control the mosquito eradication device, perform timing and voice remote control, and report device data.