CN204465731U - An infrared sight with WIFI function - Google Patents

Abstract

The utility model relates to a kind of sinperscope with WIFI function, comprise sinperscope, WIFI & antenna module, described WIFI & antenna module is made up of WIFI module and transmitting antenna, WIFI module is installed on the circuit board support of cartridge assemblies, and is connected with the ARM processing module of infrared machine core assembly; Transmitting antenna is arranged on the housing of sinperscope, and is connected with WIFI module; The digital infrared image signal handled well is carried out wireless transmission by WIFI & antenna module, receives for mobile terminal.This sinperscope not only possesses the function of conventional sinperscope, also possesses the real-time radio transfer function of infrared image, the infrared image that gun sight observes can be presented on the mobile terminal of specifying, and reaches the object of Real-Time Monitoring hit effect.In addition, the picture of targeting situation and video file can be preserved on mobile terminals, for follow-up verification work is given information by the utility model sinperscope.

Description

An infrared sight with WIFI function

technical field

The utility model relates to a novel infrared sight with WIFI function.

Background technique

Infrared sights are currently widely used in military and civilian firearms of various types. Its characteristic is that it can capture images of targets without being limited by external light, thereby assisting shooters in aiming and shooting at targets.

Traditional infrared sights can only provide real-time target images to the shooter, and the aiming effect can only be evaluated by the shooter alone, and other personnel cannot confirm and guide the aiming effect. In addition, the traditional infrared sight does not have the function of storing pictures and videos of the target hitting situation, which cannot meet the needs of later verification.

Contents of the invention

The purpose of the utility model is to overcome the above-mentioned shortcomings of the traditional infrared sight, and provide an infrared sight with WIFI function, so that the infrared sight has the functions of real-time transmission and storage of infrared images through a mobile terminal. In this way, people other than shooting can check the aiming effect through the mobile terminal, and the mobile terminal has a real-time video recording function for the image, which is convenient for later verification.

In order to achieve the above object, the utility model adopts the following technical solutions:

An infrared sight with WIFI function, comprising an infrared sight and a WIFI & antenna assembly, the infrared sight is composed of an infrared lens assembly, a movement assembly, a button assembly, a battery compartment assembly, and an eyepiece assembly, and the infrared lens assembly collects targets The infrared light signal is emitted and focused on the imaging plane of the detector; the movement component converts the light signal transmitted by the infrared lens component into an electrical signal, and outputs a real-time infrared digital image signal video after processing; the eyepiece The component displays the real-time infrared digital image video on the eyepiece display, and the button component adjusts the parameters of the infrared image and controls the power switch; the battery compartment component provides power for the infrared core component, WIFI & antenna component and the eyepiece component; it is characterized in that : the WIFI&antenna assembly is composed of a WIFI module and a transmitting antenna, the WIFI module is installed on the circuit board bracket of the core assembly, and is connected with the ARM processing module of the infrared core assembly; the transmitting antenna is installed on the shell of the infrared sight On the body, and connected with the WIFI module; WIFI&antenna component wirelessly transmits the processed digital infrared image signal for reception by the mobile terminal.

The utility model also includes a gun base assembly, which is installed at the bottom of the infrared sight shell, and the gun base assembly provides a standard interface between the infrared sight and the firearm.

The utility model is equipped with a WIFI module on the basis of the traditional infrared sight, uses the battery of the infrared sight to supply power, and at the same time sets a transmitting antenna at a proper position on the top of the infrared sight for signal transmission, and finally performs video files through the mobile terminal read, store.

The utility model enables the infrared sight to have the functions of real-time transmission and storage of infrared images through the mobile terminal. In this way, people other than shooting can check the aiming effect through the mobile terminal, and the mobile terminal has a real-time video recording function for the image, which is convenient for later verification.

Description of drawings

Fig. 1 is the effect demonstration figure that the utility model uses.

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

FIG. 3 is a cross-sectional view along line AA of FIG. 1 .

Fig. 4 is a schematic diagram of the workflow of the utility model.

Detailed ways

The utility model is described in detail in conjunction with the accompanying drawings:

A kind of infrared sight with WIFI function as shown in Figure 2, comprises infrared sight, WIFI & antenna assembly 300, gun base assembly 700, described infrared sight is made of infrared lens assembly 100, movement assembly 200, button assembly 400, a battery compartment assembly 500, and an eyepiece assembly 600. The infrared lens assembly 100 collects the infrared light signal emitted by the target, and focuses the light signal onto the imaging plane of the detector; the movement assembly 200 transmits the light transmitted by the infrared lens assembly 100 The signal is converted into an electrical signal, and processed to output a real-time infrared digital image signal video; the eyepiece assembly 600 displays the real-time infrared digital image video on the eyepiece display, and the button assembly 400 adjusts the parameters of the infrared image and controls the switch of the power supply The battery compartment assembly 500 provides power for the infrared core assembly 200, the WIFI & antenna assembly 300 and the eyepiece assembly 600; it is characterized in that: the WIFI & antenna assembly 300 is composed of a WIFI module 11 and a transmitting antenna, and the WIFI module 11 is installed on the machine Core assembly 200 on the circuit board support, and is connected with the ARM processing module 10 of infrared core assembly 200; Transmitting antenna is installed on the housing of infrared sight, and is connected with WIFI module 11; WIFI & antenna assembly 300 will be processed The digital infrared image signal is transmitted wirelessly for reception by the mobile terminal; the gun base assembly 700 is installed at the bottom of the infrared sight shell, and the gun base assembly 700 provides a standard interface between the infrared sight and the firearm.

As shown in Figure 1, the effect of adding WIFI function to the infrared sight is displayed. The WIFI module is set on the basis of the traditional infrared sight, and the battery of the infrared sight is used for power supply. The transmitting antenna is set at the position for signal transmission, and finally the video file is read and stored through the mobile terminal.

The internal structure of the system of the present utility model is shown in Fig. 3 . In this system, the infrared lens assembly 100 is composed of a first lens 1, a second lens 2, a third lens 3, a shutter 4, an infrared detector 5, a cooling plate 6, an interface circuit board 7, a detector bracket 15, a mirror The infrared radiation of the target scene is focused on the imaging surface of the infrared detector 5 through the first lens 1, the second lens 2, the third lens 3, and the lens barrel 16, and the infrared detector 5 converts the optical signal into an electrical signal. The infrared analog signal is obtained through the interface circuit board 7, the movement assembly 200 is composed of a circuit board support 8, an infrared movement 9, and an ARM processing module 10, the eyepiece assembly 600 is composed of a micro liquid crystal display 12, an optical eyepiece 13, and the infrared movement 9 After the infrared analog signal is processed, a real-time infrared digital image signal video is output, and the real-time infrared digital image signal video is displayed on the micro liquid crystal display 12 and observed through the optical eyepiece 13 .

The infrared video generated by the infrared core 9 is transmitted to the ARM processing module 10 through the parallel data protocol, and then wirelessly transmitted in real time through the WIFI module 11 and the transmitting antenna, and displayed on the mobile terminal, thereby realizing wireless real-time transmission of the infrared video. The battery 14 is installed in the battery compartment assembly 500 .

Fig. 4 has shown the workflow of the utility model. The optical system and the infrared core component ensure that the infrared light is focused on the photosensitive surface of the infrared core component through the size of the structural parts, and the infrared core 9 and the ARM processing module 10 are connected through a parallel data protocol. The ARM processing module 10 is connected with the WIFI module 11 through SDIO. The WIFI module 11 and the transmitting antenna in this system transmit the local data to the mobile terminal through wireless real-time data, and the mobile terminal decodes and displays it through the corresponding APP application tool. Wherein the WIFI module 11 and the transmitting antenna work in AP mode, other terminals (mobile phone, tablet, etc.) The terminal APP application tool communicates with the system for control.

When other terminals are connected to this machine through the wireless network, the real-time video in this machine can be played through a video player that supports streaming media playback. In this application, this machine uses RTSP (Real TimeStreaming Protocol) protocol to provide real-time video playback service based on wireless network to other terminals connected to this machine, so as to realize the function of real-time playing infrared video on other terminals.

Claims (2)

1. the sinperscope with WIFI function, comprise sinperscope and WIFI & antenna module, described sinperscope is made up of infrared lens assembly, cartridge assemblies, button assembly, battery warehouse component, eyepiece component, the infrared signal that infrared lens collect components objective emission goes out, and light signal is focused on the imaging plane of detector; Cartridge assemblies converts the light signal that infrared lens assembly transmits to the signal of telecommunication, and exports real-time infrared digital image signal video frequency after treatment; Real-time infrared digital image video shows by eyepiece component on eyepiece displayer, and button assembly carries out the switch of regulation and control power supply to the parameter of infrared image; Battery warehouse component is infrared machine core assembly, WIFI & antenna module and eyepiece component provide power supply; It is characterized in that: described WIFI & antenna module is made up of WIFI module and transmitting antenna, and WIFI module is installed on the circuit board support of cartridge assemblies, and is connected with the ARM processing module of infrared machine core assembly; Transmitting antenna is arranged on the housing of sinperscope, and is connected with WIFI module; The digital infrared image signal handled well is carried out wireless transmission by WIFI & antenna module, receives for mobile terminal.

2. the sinperscope of band WIFI function according to claim 1, also comprise rifle base assembly, rifle base assembly is arranged on sinperscope housing bottom.