CN205336407U

CN205336407U - Streetscape collection system based on control of android cell -phone OTG

Info

Publication number: CN205336407U
Application number: CN201521039696.5U
Authority: CN
Inventors: 胡振彪; 陈宗强; 刘鹏超; 周圣川; 庄晓东
Original assignee: QINGDAO INSTITUTE OF SURVEYING AND MAPPING SURVEY
Current assignee: QINGDAO INSTITUTE OF SURVEYING AND MAPPING SURVEY
Priority date: 2015-12-14
Filing date: 2015-12-14
Publication date: 2016-06-22
Anticipated expiration: 2025-12-14

Abstract

The utility model discloses a streetscape collection system based on control of android cell -phone OTG mainly comprises power, cell -phone controller, relay, android cell -phone and panoramic camera, the android cell -phone passes through USB data line connect to mobile controller for streetscape positional information and the control signal who acquires is fixed a position by the android cell -phone to the transport through GPS, the cell -phone controller is used for realizing signal conversion and control relay, and it is continuous with the panoramic camera who comprises six moving camera that the relay passes through the power cord for control panoramic camera's switch and shoot. Beneficial effect as follows: connecting panorama collection module through the cell -phone controller with signal conversion and control relay and carrying out the short circuit and shoot, the low price is controlled simply, takes usefulness promptly, can realize a key formula collection of 360 degrees panorama streetscape pictures, acquires the panorama picture that has positional information fast, has higher using value.

Description

Based on the Android phone OTG streetscape harvester controlled

Technical field

This utility model relates to a kind of streetscape harvester, particularly to a kind of based on the Android phone OTG streetscape harvester controlled。

Background technology

Along with the development increasingly of current streetscape acquisition technique, the requirement of streetscape harvester is also more and more higher。As the company such as Tengxun, Baidu has the streetscape collecting vehicle of oneself and streetscape to gather troop, by the information collecting device developed specially with automatically process module and be contained on information acquisition vehicle, after opening with certain speed, automatically form panorama sketch, exploitation and making then through the later stage, it is possible to form 3D vision design sketch。Namely tradition streetscape harvester not only needs mm professional camera special, GPS device and the control system that purchasing price is expensive, and need streetscape collection vehicle is reequiped, as fixing in roof device, wheel induction installation etc., it is also required to technical professional carry out grasping and operating simultaneously, cause that current streetscape harvester is strongly professional, expensive, operate processed complex, maintenance cost is higher, it is impossible to popularization and application。This utility model design is a kind of based on the Android phone OTG streetscape harvester controlled, employing Android phone controls, by cell phone controller signal converted and control relay and carry out short circuit and take pictures, one-touch streetscape acquisition operations can be realized, device volume is little, lightweight, low price, and manipulation is simple, namely take i.e. use, be particularly well-suited to the deprofessionalization human users such as enterprise, individual。

Summary of the invention

The purpose of this utility model is aiming at the deficiency that prior art exists, provide a kind of based on the Android phone OTG streetscape harvester controlled, employing Android phone controls, by cell phone controller signal converted and control relay and carry out short circuit and take pictures, low price, manipulation is simple, namely take and namely use, one-touch streetscape acquisition operations, quick obtaining panorama sketch can be realized, have higher using value。

Based on the Android phone OTG streetscape harvester controlled, its technical scheme is: main by power supply, cell phone controller, relay, Android phone and panorama camera composition, described Android phone connects cell phone controller by USB data line, for carrying the streetscape positional information and control signal obtained by GPS positioning function by Android phone, described cell phone controller is connected with power supply and relies on power line to be connected relay, convert for realizing signal and control relay, described relay is connected with panorama camera by power line, for controlling the switch of panorama camera and taking pictures。

Described cell phone controller relies on USB data line to connect Android phone, uses the OTG module of USB, and the GPIO interface of extension Android phone, described cell phone controller includes: microUSB base, for system power supply；USBA type seat, is used for connecting Android phone；Toggle switch, is used for configuring chip functions；Gold-plated contact pin, is used for connecting relay contact pin。

Described panorama camera is composed in series by 6 improved moving cameras and 6 moving cameras are fixed on the camera support being installed on armorplate glass according to regular hexagon, it is transformed into red by shutter and the switch of every moving camera, in vain, black three lines, formed red after the line series connection of 6 moving camera same colors, in vain, black three lines, again the black line after series connection is divided into two, the control model of described panorama camera control line is: black line and the start of white line fault control camera, black line and white line short circuit are shut down more than 3 seconds control cameras, black line and red line fault control camera shutter。

Accompanying drawing explanation

Accompanying drawing 1 is overall structure block diagram of the present utility model。

Accompanying drawing 2 is the circuit interconnect pattern of cell phone controller and relay in this utility model。

The shutter of every moving camera and the improved schematic diagram of switch in accompanying drawing 3 this utility model。

Accompanying drawing 4 is the structural representation of panorama camera in this utility model。

Accompanying drawing 5 is the circuit interconnect pattern of this utility model repeat circuit and panorama camera。

In upper figure: power supply 1, cell phone controller 2, microUSB base 21, USBA type seat 22, toggle switch 23, gold-plated contact pin first 24, gold-plated contact pin second 25, gold-plated contact pin the third 26, gold-plated contact pin fourth 27, relay 3, Android phone 4, panorama camera 5, camera support 51, armorplate glass 52。

Detailed description of the invention

Below in conjunction with accompanying drawing 1-5, this utility model is further described:

Referring to accompanying drawing 1, this utility model is mainly made up of power supply 1, cell phone controller 2, relay 3, Android phone 4 and panorama camera 5, described Android phone 4 connects cell phone controller 2 by USB data line, for carrying the streetscape positional information obtained by Android phone 4 by GPS positioning function, described cell phone controller 2 is connected with power supply 1 and relies on power line to be connected relay 3, convert for realizing signal and control relay 3, described relay 3 is connected with panorama camera 5 by power line, for controlling the switch of panorama camera 5 and taking pictures。

Referring to accompanying drawing 2, described cell phone controller 2 includes: microUSB base 21, for system power supply, USBA type seat 22, for connecting Android phone 4, toggle switch 23, for configuring chip functions, gold-plated contact pin first 24, gold-plated contact pin second 25, gold-plated contact pin the third 26, gold-plated contact pin fourth 27, for connecting relay contact pin, described cell phone controller 2 relies on power line to carry out circuit with relay 3 to be connected respectively, USB data line is relied on to be connected with Android phone 4, described cell phone controller 2 uses the OTG module of USB, the mode of operation of this module is USBHOST pattern, described cell phone controller 2 extends the GPIO interface of Android phone 4, streetscape position signalling for Android phone 4 being carried converts。

Referring to accompanying drawing 3, the shutter of every moving camera and switch being transformed into three lines red, white, black, wherein black line is common wire, black line and white line fault control camera switch, black line and red line fault control camera shutter；After having transformed referring to 4,6 moving cameras of accompanying drawing, being fixed on camera support 51 according to regular hexagon, camera support is installed on armorplate glass 52, forms panorama camera 5；Referring to accompanying drawing 5, three lines red, white, black are formed after being connected by the line of 6 moving camera same colors, again the black line after series connection is divided into two, the control model of camera control line is: black line and white line short circuit are camera start, black line and white line short circuit were shut down for camera more than 3 seconds, and black line and red line short circuit are camera shutter, and camera control line is connected a point two-way with relay 3, one tunnel controls camera switch machine, and another road controls camera and takes pictures。

The invention has the beneficial effects as follows: this device adopts Android phone to rely on GPS location to obtain streetscape positional information, by cell phone controller signal converted and control relay and connect the panorama acquisition module being made up of six moving cameras and carry out short circuit and take pictures, low price, manipulation is simple, namely take and namely use, can realizing a key collection of 360 degree of panorama street view image, quick obtaining, with the panorama sketch of positional information, has higher using value。

Claims

1. based on the Android phone OTG streetscape harvester controlled, it is characterized in that: include power supply, cell phone controller, relay, Android phone and panorama camera, described Android phone connects cell phone controller by USB data line, for carrying the streetscape positional information and control signal obtained by GPS positioning function by Android phone, described cell phone controller is connected with power supply and relies on power line to be connected relay, convert for realizing signal and control relay, described relay is connected with panorama camera by power line, for controlling the switch of panorama camera and taking pictures。

2. according to claim 1 a kind of based on the Android phone OTG streetscape harvester controlled, it is characterized in that: described cell phone controller uses the OTG module of USB, the GPIO interface of extension Android phone, described cell phone controller includes: microUSB base, for system power supply；USBA type seat, is used for connecting Android phone；Toggle switch, is used for configuring chip functions；Gold-plated contact pin, is used for connecting relay contact pin。

3. according to claim 1 a kind of based on the Android phone OTG streetscape harvester controlled, it is characterized in that: described panorama camera is composed in series by 6 improved moving cameras and 6 moving cameras are fixed on the camera support being installed on armorplate glass according to regular hexagon, it is transformed into red by shutter and the switch of every moving camera, in vain, black three lines, formed red after the line series connection of 6 moving camera same colors, in vain, black three lines, again the black line after series connection is divided into two, the control model of described panorama camera control line is: black line and the start of white line fault control camera, black line and white line short circuit are shut down more than 3 seconds control cameras, black line and red line fault control camera shutter。