CN206249576U - A kind of Internet of Things parking stall guide - Google Patents

A kind of Internet of Things parking stall guide Download PDF

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Publication number
CN206249576U
CN206249576U CN201621075001.3U CN201621075001U CN206249576U CN 206249576 U CN206249576 U CN 206249576U CN 201621075001 U CN201621075001 U CN 201621075001U CN 206249576 U CN206249576 U CN 206249576U
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CN
China
Prior art keywords
arduino
ultrasonic wave
vcc
gnd
wifi module
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201621075001.3U
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Chinese (zh)
Inventor
赵文豪
吴涛
于欢
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Kunming University of Science and Technology
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Kunming University of Science and Technology
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Priority to CN201621075001.3U priority Critical patent/CN206249576U/en
Application granted granted Critical
Publication of CN206249576U publication Critical patent/CN206249576U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model is related to a kind of Internet of Things parking stall guide, belongs to internet of things field.The utility model includes host computer and slave computer, host computer is the Android client with host computer WIFI module, slave computer includes portable power source, Arduino single-chip microcomputers, slave computer WIFI module ESP8266, ultrasonic wave module, portable power source connects the USB port of Arduino single-chip microcomputers, Arduino single-chip microcomputers are connected with slave computer WIFI module ESP8266, ultrasonic wave module respectively simultaneously, host computer WIFI module and slave computer WIFI module ESP8266 wireless telecommunications.Scheme of the present utility model can realize the unmanned management in parking lot so that the management regulation in parking lot is scientific and efficient.

Description

A kind of Internet of Things parking stall guide
Technical field
A kind of Internet of Things parking stall guide, belongs to internet of things field.
Background technology
With social economy, the fast development and the continuous improvement of people's living standard of production technology, automobile is not re-used as A kind of luxury goods are present, but in having come into the daily life of civilian, as indispensable trip walking-replacing tool.
The administrative staff in current parking lot are only limitted to collect parking fee, less participation parking management.Because administrative staff dredge The random parking of parking people is caused in management, the phenomenon that parking, bend stop between unordered parking, road in parking lot is commonplace, Prevent parking lot is from being utilized effectively and nowadays social modernization, intellectuality are not corresponded very much.It is violent in car ownership In the case that increasing, parking stall quantity are limited, it is desirable to meet growing parking stall demand, best bet is exactly to improve parking The utilization rate of position.
Lack conveniently truck space guiding system in the prior art, be unfavorable for that people are stopped, existing parking stall can not be made It is utilized effectively.
The content of the invention
The technical problems to be solved in the utility model is to provide a kind of Internet of Things truck space guiding system device and its controlling party Method, by creating effective ground parking environment, can make that people are convenient, fast, reasonably select parking stall, can not only realize Energy-saving and emission-reduction, moreover it is possible to use manpower and material resources sparingly.
The technical solution adopted in the utility model is:A kind of Internet of Things parking stall guide, including host computer and slave computer, Host computer is the Android client with host computer WIFI module, and slave computer includes portable power source, Arduino single-chip microcomputers, bottom Machine WIFI module ESP8266, ultrasonic wave module, portable power source connect the USB port of Arduino single-chip microcomputers, the Arduino monolithics Set in machine Arduino sensor expansion board Arduino Sensor Shield V5.0, Arduino monolithic mainboards with Arduino sensor expansion board Arduino Sensor Shield V5.0 laminations are connected, Arduino sensor expansion board Arduino Sensor Shield V5.0 are connected with ultrasonic wave module, WIFI module ESP8266 respectively simultaneously, Android visitors Family end by host computer WIFI module and slave computer WIFI module ESP8266 wireless telecommunications, ultrasonic wave module for detecting whether Testing result is simultaneously passed to Arduino single-chip microcomputers by available free parking stall, and information passes through slave computer after Arduino single-chip microcomputers will be processed WIFI module ESP8266 passes to host computer WIFI module, and host computer WIFI module passes the signal along to Android client.
Further, on described Arduino sensor expansion board Arduino Sensor Shield V5.0 from upper and Four difference band signal ends, VCC power ends, the SVG ports of GND ground terminals are had, described ultrasonic wave module includes four certainly Upper and lower setting and respectively with VCC ends, GND ends, Trig ends, Echo ends ultrasonic wave module, first VCC of ultrasonic wave module End, GND ends connect second the VCC ends of SVG ports, GND ends, first the Trig ends of ultrasonic wave module, Echo ends difference respectively Connect pin 8, the pin 9 of Arduino sensor expansion board Arduino Sensor Shield V5.0;Second ultrasonic wave module VCC ends, GND ends meet the 3rd VCC ends, the GND of SVG ports respectively, second the Trig ends of ultrasonic wave module, Echo ends point Pin 6, the pin 7 of Arduino sensor expansion board Arduino Sensor Shield V5.0 are not connect;3rd ultrasonic wave mould The VCC ends of block, GND ends connect the 3rd the VCC ends of SVG ports, GND ends, the 3rd Trig ends, the Echo of ultrasonic wave module respectively End connects pin 4, the pin 5 of Arduino sensor expansion board Arduino Sensor Shield V5.0 respectively;4th ultrasound The VCC ends of ripple module, GND ends connect the 4th the VCC ends of SVG ports, GND ends respectively, the 4th Trig end of ultrasonic wave module, Echo ends connect pin 2, the pin 3 of Arduino sensor expansion board Arduino Sensor Shield V5.0, WIFI moulds respectively The pin 11 of the TX termination Arduino sensor expansion board Arduino Sensor Shield V5.0 of block ESP8266, WIFI moulds The pin 10 of the RX termination Arduino sensor expansion board Arduino Sensor Shield V5.0 of block ESP8266, WIFI moulds The VCC ends of block ESP8266, CH_DP ends meet Arduino sensor expansion board Arduino Sensor Shield V5.0 upper Two VCC ends of SVG ports, the GND termination Arduino sensor expansion board Arduino Sensor of WIFI module ESP8266 The GND ends of the upper second SVG port of Shield V5.0.
Operation principle of the present utility model is:The system uses ultrasonic wave module as detection means, according to ultrasonic wave mould The obstacle distance that block is detected judges whether parking lot occupied, detection signal by Arduino single-chip microcomputer master controllers at Reason is delivered to ESP8266 modules, by ESP8266 modules signal transmission to Android client, Android client according to The signal for receiving shows the occupancy situation in parking lot, and user can click on the selected parking stall in unappropriated parking stall and pick up the car Unit checks record.
The utility model has the advantages that:The utility model, can be with by creating effective ground parking environment Make that people are convenient, fast, reasonably select parking stall, realize the unmanned management in parking lot so that the management rule in parking lot Model is scientific and efficient, can not only realize energy-saving and emission-reduction, moreover it is possible to use manpower and material resources sparingly.
Brief description of the drawings
Fig. 1 is theory diagram of the present utility model;
Fig. 2 is circuit theory diagrams of the present utility model;
Fig. 3 is the flow chart of master system Software for Design;
Fig. 4 is the flow chart of lower computer system Software for Design.
Specific embodiment
With reference to the accompanying drawings and detailed description, the utility model is described in further detail, but of the present utility model interior Appearance is not limited to the scope.
Embodiment 1:As Figure 1-4:A kind of Internet of Things parking stall guide, including host computer and slave computer, host computer It is the Android client with host computer WIFI module, slave computer includes portable power source, Arduino single-chip microcomputers, slave computer WIFI Module ESP8266, ultrasonic wave module, portable power source connect the USB port of Arduino single-chip microcomputers, are set in the Arduino single-chip microcomputers Arduino sensor expansion board Arduino Sensor Shield V5.0, Arduino monolithic mainboards are sensed with Arduino Device expansion board Arduino Sensor Shield V5.0 laminations are connected, Arduino sensor expansion board Arduino Sensor Shield V5.0 are connected with ultrasonic wave module, WIFI module ESP8266 respectively simultaneously, and Android client passes through host computer WIFI module is with slave computer WIFI module ESP8266 wireless telecommunications, ultrasonic wave module for detecting whether available free parking stall and general Testing result passes to Arduino single-chip microcomputers, and information passes through slave computer WIFI module after Arduino single-chip microcomputers will be processed ESP8266 passes to host computer WIFI module, and host computer WIFI module passes the signal along to Android client.
Further, on described Arduino sensor expansion board Arduino Sensor Shield V5.0 from upper and Four difference band signal ends, VCC power ends, the SVG ports of GND ground terminals are had, described ultrasonic wave module includes four certainly Upper and lower setting and respectively with VCC ends, GND ends, Trig ends, Echo ends ultrasonic wave module, first VCC of ultrasonic wave module End, GND ends connect second the VCC ends of SVG ports, GND ends, first the Trig ends of ultrasonic wave module, Echo ends difference respectively Connect pin 8, the pin 9 of Arduino sensor expansion board Arduino Sensor Shield V5.0;Second ultrasonic wave module VCC ends, GND ends meet the 3rd VCC ends, the GND of SVG ports respectively, second the Trig ends of ultrasonic wave module, Echo ends point Pin 6, the pin 7 of Arduino sensor expansion board Arduino Sensor Shield V5.0 are not connect;3rd ultrasonic wave mould The VCC ends of block, GND ends connect the 3rd the VCC ends of SVG ports, GND ends, the 3rd Trig ends, the Echo of ultrasonic wave module respectively End connects pin 4, the pin 5 of Arduino sensor expansion board Arduino Sensor Shield V5.0 respectively;4th ultrasound The VCC ends of ripple module, GND ends connect the 4th the VCC ends of SVG ports, GND ends respectively, the 4th Trig end of ultrasonic wave module, Echo ends connect pin 2, the pin 3 of Arduino sensor expansion board Arduino Sensor Shield V5.0, WIFI moulds respectively The pin 11 of the TX termination Arduino sensor expansion board Arduino Sensor Shield V5.0 of block ESP8266, WIFI moulds The pin 10 of the RX termination Arduino sensor expansion board Arduino Sensor Shield V5.0 of block ESP8266, WIFI moulds The VCC ends of block ESP8266, CH_DP ends meet Arduino sensor expansion board Arduino Sensor Shield V5.0 upper Two VCC ends of SVG ports, the GND termination Arduino sensor expansion board Arduino Sensor of WIFI module ESP8266 The GND ends of the upper second SVG port of Shield V5.0.
Originally practical control method is:The PC control method is comprised the following steps that:
Step A, sets Android client interface and defines button widget;
Step B, set up for show pick-up information Acyivity, set up for setting parking location Acyivity, set up Acyivity for showing parking space state interface;
Step C, sets up Socket communication mechanisms and is connected with slave computer;
Step D, according to the presentation of information parking space state picture for receiving;
Step E1, display is red to represent that parking stall takes;
Step E2, display green represents that the parking stall free time can clicking trigger event;
Step F, judges whether to generate parking information;If so, then return to step B;If it is not, then return to step D.
Further, the slave computer control method is comprised the following steps that:
Step S1, connects power supply and opens switch;
Step S2, ultrasonic wave module detection barrier;
Step S3, if having detected obstacle, sends message " 0 ", represents that parking stall is idle,
If detecting no obstacle, message " 1 " is sent, represent that parking stall takes;
Information is uploaded host computer by step S4, slave computer WIFI module ESP8266.
Specific embodiment of the utility model is explained in detail above in conjunction with accompanying drawing, but the utility model is not limited In above-described embodiment, in the ken that those of ordinary skill in the art possess, the utility model can also not departed from Various changes can be made on the premise of objective.

Claims (2)

1. a kind of Internet of Things parking stall guide, it is characterised in that:Including host computer and slave computer, host computer is band host computer The Android client of WIFI module, slave computer includes portable power source, Arduino single-chip microcomputers, slave computer WIFI module ESP8266, ultrasonic wave module, portable power source connect the USB port of Arduino single-chip microcomputers, are set in the Arduino single-chip microcomputers Arduino sensor expansion board Arduino Sensor Shield V5.0, Arduino monolithic mainboards are sensed with Arduino Device expansion board Arduino Sensor Shield V5.0 laminations are connected, Arduino sensor expansion board Arduino Sensor Shield V5.0 are connected with ultrasonic wave module, WIFI module ESP8266 respectively simultaneously, and Android client passes through host computer WIFI module is with slave computer WIFI module ESP8266 wireless telecommunications, ultrasonic wave module for detecting whether available free parking stall and general Testing result passes to Arduino single-chip microcomputers, and information passes through slave computer WIFI module after Arduino single-chip microcomputers will be processed ESP8266 passes to host computer WIFI module, and host computer WIFI module passes the signal along to Android client.
2. a kind of Internet of Things parking stall guide according to claim 1, it is characterised in that:Described Arduino sensings Be provided with from top to bottom on device expansion board Arduino Sensor Shield V5.0 four difference band signal ends, VCC power ends, The SVG ports of GND ground terminals, described ultrasonic wave module includes that four are set and respectively with VCC ends, GND ends, Trig from top to bottom End, the ultrasonic wave module at Echo ends, first the VCC ends of ultrasonic wave module, GND ends meet second VCC of SVG ports respectively End, GND ends, first the Trig ends of ultrasonic wave module, Echo ends meet Arduino sensor expansion board Arduino respectively The pin 8 of Sensor Shield V5.0, pin 9;Second the VCC ends of ultrasonic wave module, GND ends meet the 3rd SVG respectively The VCC ends of port, GND, second the Trig ends of ultrasonic wave module, Echo ends connect Arduino sensor expansion board respectively Pin 6, the pin 7 of Arduino Sensor Shield V5.0;3rd the VCC ends of ultrasonic wave module, GND ends connect respectively Three the VCC ends of SVG ports, GND ends, the 3rd the Trig ends of ultrasonic wave module, Echo ends connect the expansion of Arduino sensors respectively Pin 4, the pin 5 of panel Arduino Sensor Shield V5.0;4th the VCC ends of ultrasonic wave module, GND ends difference The 4th the VCC ends of SVG ports, GND ends are connect, the 4th the Trig ends of ultrasonic wave module, Echo ends connect Arduino sensings respectively Pin 2, the pin 3 of device expansion board Arduino Sensor Shield V5.0, the TX terminations of WIFI module ESP8266 The pin 11 of Arduino sensor expansion board Arduino Sensor Shield V5.0, the RX terminations of WIFI module ESP8266 The pin 10 of Arduino sensor expansion board Arduino Sensor Shield V5.0, the VCC ends of WIFI module ESP8266, CH_DP ends meet the VCC of the upper second SVG port of Arduino sensor expansion board Arduino Sensor Shield V5.0 End, the GND terminations Arduino sensor expansion board Arduino Sensor Shield V5.0 of WIFI module ESP8266 upper the Two GND ends of SVG ports.
CN201621075001.3U 2016-09-23 2016-09-23 A kind of Internet of Things parking stall guide Withdrawn - After Issue CN206249576U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621075001.3U CN206249576U (en) 2016-09-23 2016-09-23 A kind of Internet of Things parking stall guide

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621075001.3U CN206249576U (en) 2016-09-23 2016-09-23 A kind of Internet of Things parking stall guide

Publications (1)

Publication Number Publication Date
CN206249576U true CN206249576U (en) 2017-06-13

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201621075001.3U Withdrawn - After Issue CN206249576U (en) 2016-09-23 2016-09-23 A kind of Internet of Things parking stall guide

Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106340201A (en) * 2016-09-23 2017-01-18 昆明理工大学 IOT parking space guidance system device and control method thereof

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106340201A (en) * 2016-09-23 2017-01-18 昆明理工大学 IOT parking space guidance system device and control method thereof
CN106340201B (en) * 2016-09-23 2019-04-12 昆明理工大学 A kind of Internet of Things truck space guiding system device and its control method

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Granted publication date: 20170613

Effective date of abandoning: 20190412

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