Industrial application of GPS system

Industrial Applications of GPS System I. Bus GPS Dispatch Management II. Taxi GPS Dispatch Management Solution III. Application of GPS in Machinery Industry IV. Advantages of Logistics Enterprises in Using GPS Positioning Control 5. Logistics Management “Thousands of Miles”

Sixth, truck mounted GPS positioning and installation program Seven, to provide city GPS private car location management operator program for the above enumeration of the application industry to do a detailed description:

First, the bus GPS dispatch management:

Analysis of Demand for Bus Dispatch Management With the rapid development of China's national economy, urban construction is changing with each passing day, and the problem of urban traffic is becoming increasingly serious. It has become one of the key issues that seriously affect the development of many large and medium-sized cities. Because urban public transport has the advantages of large passenger traffic, relatively low investment, low occupancy, high efficiency, relatively little pollution, and small per capita road occupancy (compared with small cars). Vigorously giving priority to the development of public transportation, realizing digitization, intelligent urban traffic management, and improving public transportation operation management efficiency and social service level are the inevitable requirements for the development of modern large cities that suit China’s national conditions.

With modern intelligent transportation (ITS) technology to transform the traditional bus industry, modernization is driven by information technology. Build a new intelligent, automated bus dispatching management system to raise the management and service work of the bus system to a new level. After using the infinite LED advertising screen technology to install advertising screens on vehicles, public information such as weather forecasts and commercial advertising information can be released to enhance the level of urban traffic informationization.

The design principle of the bus GPS security monitoring system follows the following principles when designing the technical implementation of the system:

Real-time monitoring: satellite positioning tracking 24 hours a day.

Big station reminder: Enter an important attendance site to automatically prompt.

Visual Scheduling: The dispatch room computer can display the line position and direction of the vehicle in real time.

Emergency alarm: The alarm with the highest level, sound and light prompts, must be cleared manually.

Alarm photo: After the emergency alarm, photos of the actual situation in the carriage can be uploaded.

Advertising: The LED advertising screen is installed in the carriage to achieve advertising operations.

Manual Photographing: The dispatching room can issue commands to take a photo to check the passenger loading conditions of the vehicle.

Line monitoring: The system can track playback data of vehicles within 3 months.

Dispatching and commanding: support Hanxian screen, voice broadcast, car phone multiple scheduling channels.

Regional alarms: The vehicle immediately reports an alarm if it exceeds the prescribed range.

Compact size: Convenient installation.

Easy to operate: It is easy to search for vehicles, offline vehicles, alarm reports, etc.

Second, taxi GPS dispatch management program 1.1 taxi dispatch management needs analysis Taxi industry is a world-wide high-risk industries. The characteristics of large taxis, complicated customers, 24-hour operations, and cash transactions have become the targets of choice for criminals. Many urban taxis have their protective nets installed, demolished, demolished and loaded. People have not yet found a beautiful, safe and humane solution. The image GPS alarm system immediately knows the photos and positions of passengers in the car immediately after the alarm occurs, which provides powerful clues for the police and taxi companies to trace criminal suspects. Criminals will inevitably be severely punished by the law.

The prosperity of the national economy has led to the vigorous development of various industries. Information gestation takes the initiative to create wealth. Advertising campaigns, as the vanguard of economic activities, are highly recognized and invested by companies. The emergence of emerging media has also brought vitality to the advertising industry. Different media share the needs of different advertisers. The LED electronic screen of information wireless network transmission provides a platform that highlights the unique advantages of the advertising industry under highly competitive conditions.

Wireless information screens, with their advantages of offline wireless reception, storage, and display of information, have traditional electronic screens that can only be set at fixed locations and cannot be widely used. The single media information service model is expanded to an extensive information integrated service model to make it integrated. The development of information services. GPRS information screen and MSM short message screen are based on reliable GMS network and GPRS perfect large-capacity data transmission platform, which fully demonstrates the advantages of the traditional wired screen. It can not only transmit text information, dynamic graphics, image information, but also can achieve remote full-featured remote control, eliminating the huge engineering cost of trenching. The application perspective is self-evident.

Good advertising media not only facilitates the dissemination of information, but also brings substantial benefits to advertisers and companies, and offers more possibilities to expand the market's living space in depth. The process of widely appealing information to the public, in addition to audio, video, and media, Apart from print advertising, the straightforward expression of characters, low advertising investment, and high density and all-weather features also have their unique advantages.

Taxi high-brightness wireless LED electronic screen has been highlighted by its bright, wide flow, rapid information, day and night spread, multi-information, and convenient use of the characteristics of the advertising industry has been highly valued and imaginative insight.

Chapter 2 Overall System Design 2.1 Taxi GPS Safety Monitoring System Design Principles We have followed the following principles when designing the system's technical implementation plan:

● Real-time monitoring: Satellite positioning tracking 24 hours a day.

● Emergency alarm: The alarm with the highest level, sound and light prompts, must be cleared manually.

● Advertising: The device can be connected to an LED advertising screen to achieve advertising operations.

● Automatic photo taking: Photographing and taking evidence immediately after an emergency alarm.

● Take pictures and take pictures: Every time you punch a form, you will collect evidence for the passengers to prepare for the inquiry.

● Remote*: After the alarm, the center can talk in the car and can record if necessary.

● Remote car lock: The center issued a command to the vehicle GPS. After the car is parked, the car can not be used automatically.

● Full record: playback and recording of traffic data within 12 months.

● Dispatch and command: Support multiple scheduling methods such as Hanxian screen, voice broadcast, and car phone.

● Area alarm: The vehicle will alarm immediately if it exceeds the specified driving range.

● Remote recovery: The driver unlocks the car immediately after applying.

● high reliability: not easy to damage.

● Easy maintenance: The device can be restarted remotely for easy maintenance.

● small size: easy to conceal installation.

● Easy to operate: It is easy to search for vehicles, offline vehicles, alarm reports, etc.

2.1.1 System Economics System design minimizes costs and maximizes cost-effectiveness in the event of optimal performance. All software systems are developed on their own, facilitating long-term cooperation and ensuring the economics of the software system.

2.2 Deep Security GPS positioning system for taxi customization features 2.2.1 positioning tracking, tracking multiple vehicles ● instant positioning.

● The default vehicle position is recorded continuously for 30 seconds.

● The parameters recorded include: speed, position, direction of travel, and alarm status.

● In the new window to achieve tracking and comparison of multi-car colleagues.

2.2.2 Photographing with a watch ● Test with a watch: The custom test line of the GPS is connected to the counterweight empty car.

● Take a photo: The driver presses the meter, switches on, and takes pictures of the car.

2.2.3 Emergency alarm and automatic camera shooting ● Emergency alarm: After the driver presses the emergency alarm button, the center will receive a sound and light alarm until it is released.

● Auto-photographing: After the manual alarm, the scene can be automatically photographed and evidenced and uploaded to the center.

2.2.4 Remote*

● Phone*: The center sends an arbitrary phone number to the car, which can be used to carry out sounds in taxis*.

● * Recording: The center's * telephone is equipped with a telephone recorder, which can record the evidence of * content.

2.2.5 advertising information release ● LED advertising screen: Taxi choose to install LED advertising screen.

● Commercial advertisements: Ads can be charged on a time basis and the content is stored off.

● Release temporary information: LED screen will not be saved after power off.

2.2.6 Remote fuel cutoff and power off ● Forced oil cutoff: The center issues a command vehicle engine flameout immediately according to actual conditions.

● Hierarchical management: Advanced users can remotely cut off oil, and the supervisor can only locate it. ;

● Recovery of broken fuel: The center issued a remote command to restore the normal vehicle and unlock the vehicle.

2.2.7 Track Recording and Playback ● Positioning track time interval can be adjusted from 5 to 65535 seconds. The default is 30 seconds. ● The track can be saved for more than 12 months. If necessary, you can use a CD to back up.

● Track playback: You can adjust the playback speed, pause and other operations.

● Commonly used to check the vehicle's driving lines, gas stations, toll information.

2.2.8 Voice dispatching and text dispatching ● Text dispatching: The center sends the information to be displayed on the screen, and Hanxian text dispatching screen needs to be installed.

● Voice scheduling: The scheduling information delivered by the center is directly broadcasted by voice, and text messages need to be installed.

● Phone scheduling: After installing a phone handle, the driver can use to make or receive calls.

● Regional scheduling: Group call information is sent to all taxis in the passenger's area, and drivers can respond to orders.

2.2.9 Out of town alarm ● Electronic fence: The platform can set a designated area on the client's electronic map.

● Regional alarms: Taxi drivers drive out of the city and take the initiative to alert the monitoring computer to implement key monitoring.

2.2.10 Anti-disassembler protection ● Power-off alarm: After the GPS is cut off, it will upload a power off alarm.

● Backup battery: The device can work for 2 hours continuously after power off.

2.2.11 Anti-theft alarm ● Anti-theft alarm: The device provides a custom detection harness that is connected to the original car alarm. The anti-theft device sends out the theft and the alarm data is uploaded to the center.

2.3 System composition The monitoring center is the “nerve center” of the entire system, which centralizes monitoring, scheduling, receiving/sending, image processing functions and other information services, and coordinates and manages the entire system's hardware and software.

2.4 The vehicle terminal function is responsible for the data transmission between the vehicle terminal and the monitoring center. This part is mainly for the GPRS/CDMA public data network. The system can operate stably as long as GSM or CDMA can cover it. Common features include the following:

Vehicle positioning: continuous positioning, speed measurement, direction of movement, etc. at a fixed time.

Monitoring alarms: speeding, fatigue driving, unloading, accidental long-term parking, etc.

Remote*: Used for on-site judgment after a robbery alarm.

Fuel cut off: Used to remotely lock the car in an emergency.

SOS emergency assistance: The highest level alarm is triggered manually by the driver when he feels dangerous.

(Optional) Car phone: Handsfree call, handle call, video call (external headset).

(Optional) Text scheduling: external scheduling screens, handles, etc.

(Optional) Voice broadcast: External voice broadcaster with speaker.

(Optional) Image transmission: 1-4 cameras with night vision.

(Optional) Custom alarm: The user can connect various detection switches as required to trigger an alarm, such as alarm of alarm.

Chapter 3 Functions of Monitoring Center System Introduction 3.1 Monitoring the alarm of violation ● Line alarm: The vehicle exceeds the pre-planned line alarm.

● fence alarm: the vehicle exceeds the scope of the provisions of the alarm;

● Emergency alarm: When the driver is in danger, he can press the alarm switch to alarm. The center must manually intervene to cancel.

● Speeding alarm: uploading the alarm exceeding the speed threshold set by the company, with sound and light prompts.

● Custom alarm: support 1-2 road custom alarms, such as the discharge is an alarm, the vehicle should be connected to the detection switch.

● Power failure alarm: The battery is dismantled or the equipment is powered off. It must be relieved manually.

3.2 Vehicle location tracking, multi-vehicle tracking at the same time ● Immediate positioning: Named location, query the location of the vehicle's current time;

● Last position: Query the latest position that the vehicle actively uploads. ● Vehicle tracking: Position the vehicle continuously and draw a trajectory on the map.

● Multi-vehicle tracking: The tracking and comparison of multi-vehicle colleagues is implemented in a new window.

3.3 Supports 4 maps ● Supports standard Mapinfor maps ● Supports direct display of vehicle location marks on Google Maps maps;

● Google Map: satellite topographic map, plane label map, mixed label map.

3.4 Track playback ● Track data storage: Track data is stored on the server, independent of the vehicle.

● Trajectory data download: downloaded by the server to the client computer.

● track playback: playback of a period of time in the track of the vehicle;

● Playback Pause: Pauses during playback and is used to observe the driving process of a section in detail.

3.5 Subsection speed limit ● Road division: Set different speed limit values ​​for sections such as freeways, ordinary roads, and urban roads.

● Subsection speed limit: Different speed alarm thresholds are set for different sections of the road. Overspeed management is more accurate.

3.6 Electronic fence ● Driving range: The vehicle has a specified operating range;

●Electronic fence: Converts the driving range to an electronic fence and supports areas such as rectangles and circles.

3.7 Real-time photographing ● Ordinary photographing: Real-time photographing of designated vehicles ● Multi-channel photographing: Maximum 4 cameras are supported to take photos in rotation ● Custom photographing: Two custom harnesses provided by the device are used to achieve automatic photographing such as door opening and unloading;

● Take pictures at fixed intervals: set a time interval to automatically take pictures;

● Alarm photo: Press the emergency alarm button to alarm and take pictures.

● Remote*: Dial the car device card number for voice* in case of emergency;

● Car phone: Advanced configuration can add car phone to achieve daily voice communication with the vehicle.

3.8 Introduction to all types of alarm ● Emergency alarm: When the driver is in danger, the alarm switch will be pressed. The center must manually intervene to cancel.

● Speeding alarm: uploading the alarm exceeding the speed threshold set by the company, with sound and light prompts.

● Power failure alarm: The battery is dismantled or the equipment is powered off. It must be relieved manually.

● Custom alarm: support 1-2 road custom alarms, such as the discharge is an alarm, the vehicle should be connected to the detection switch.

● fence alarm: the vehicle exceeds the scope of the vehicle alarm;

● Line alarm: The vehicle has exceeded the pre-planned line alarm.

● Parking timeout: Parking exceeds the specified time.

● Idle alarm: Vehicle idle speed exceeds the specified time.

3.9 advertising information release ● system integration of the current popular information advertising module.

● The industry users can cooperate to provide advertising information services and share revenue.

● Advertising information service is one of the major profit growth points for operators in the future 3.10 Voice announcement and scheduling rush-answering module ● Voice announcement function allows the monitoring center to send voice messages to implement the propaganda broadcast effect.

● The dispatch function is a written notice that the monitoring center can issue text messages. ● The driver can reply to the built-in information using the display screen. The center can see the convenience of 3.11 operations. ● It is convenient to search for vehicles and enter the license plate number search directly in the vehicle list.

● Separate online and offline vehicles for daily maintenance.

● The report statistics function facilitates daily security monitoring and alarm management.

3.12 Remote setting of vehicle ● Setting query: query the GPS parameters set inside the device;

● Remote restart: Allow the device to restart and troubleshoot.

● Remote change IP: The server can be remotely modified when the server is replaced for any reason.

III. Application of GPS in Machinery Industry In recent years, the research and application of GPS in the mechanical industry sector began to rise. Using GPS as an aid can easily complete cumbersome projects, improve management and work efficiency. Therefore, more and more scientific and technical personnel began to pay attention to the development and application of GPS in the machinery industry. The basic idea of ​​this technology is: As part of the auxiliary mechanical system, the GPS positioning system is installed in a large-scale mechanical control room for outdoor construction. The GPS antenna is used to accurately determine the instantaneous workpiece position, and the motion and the next motion are made correctly. Decision-making, and the decision made by the program instructions into the computer, the computer automatically controls the advance and retreat of the implementation of the end of the mechanical construction according to the instructions. The strength of the GPS applied to the construction project-assisted management is too numerous:

1. GPS is used to assist in controlling the seawall construction system. The use of GPS for wave seawall construction has already been seen in the current Europe’s largest industrial civil construction. The level of a few centimeters greatly improves the accuracy of throwing stone at each opening and greatly reduces construction costs.

2. GPS construction system for auxiliary control In the construction of large-scale civil and civil buildings such as airports, roads, bridges, factories and high-rise buildings, the use of GPS-assisted mechanical equipment can accurately place various large-scale prefabricated parts in the design. Position, once in place, and make a large-scale concrete watering one-time to achieve the design of the design elevation, improve construction accuracy, overall strength and flatness.

3. GPS is used to assist channel dredging system. The channel dredging equipment equipped with a GPS system can accurately dredge along the inner side of the channel. In conjunction with electronic nautical charts, GPS will ensure the safe navigation of ships entering and leaving Hong Kong for the precise navigation of narrow and long channels.

IV. Advantages of the use of GPS positioning and monitoring by logistics enterprises Logistics companies use GPS positioning to control the superiority of goods and drivers with a higher degree of assurance.

The owner can take the initiative to understand at any time the operational status of the cargo and the entire process of arriving at the destination.

Strengthen mutual trust between logistics companies and shippers.

Logistics companies can fully understand the vehicle information and improve the economic efficiency and management level of the enterprise through distribution, dispatching, etc. When the shipper delivers the goods, the logistics company will deliver the bill of lading and the code to the owner, and enter the bill of lading at the same time. In the Internet GPS logistics platform, when the goods are loaded into the transport vehicle, the SIM card number representing the vehicle is associated with the manifest. In this way, both shippers and logistics companies can check the current shipping location of the goods by using the inventory number and password anytime, anywhere via the Internet.

The owner delivers the goods, and pays for the use of passwords and bill numbers for transportation. At any time on the Internet, it inquires the actual location of the goods and pays the relevant department the cost of the short message. The logistics company provides the logistics vehicles, and provides the SIM card for each vehicle to enter the cargo list and the invoice number. Associated with the SIM card number of the transport vehicle to provide the owner with the password for each document. After the goods are delivered, the transfer document is saved, and the password is cancelled. The owner transport fee is paid. The network service provider's service fee is paid to the GSM network operator for the short message fee and the SIM card fee. , logistics management "thousands of miles"

Through a monitoring system that incorporates advanced technologies such as GPS satellite positioning, GPRS mobile communications, computer networks, and electronic maps, transparent and tracking monitoring of the vehicle's transportation process can be fully transparent. Change.

Through GPS satellite positioning, logistics and transportation companies can obtain vehicle speed information, location information, and mileage information at any time and any place. With such information, they have the prerequisite for transparent monitoring of the vehicle transportation process.

However, GPS satellite positioning alone is not enough, and the speed information, location information, and mileage information determined by the GPS positioning system must be transmitted to a dedicated data analysis and processing device through GPRS mobile communication means. The data analysis processor disposes the satellite positioning data of the vehicle and then puts the data on the network in a special way.

At this time, no matter where he is, no matter what time, as long as he can access the Internet, he can monitor the entire process of vehicle transportation on the Internet. The situation of the monitored vehicle's speed, parking situation, what route to take, whether it exceeds the set exercise area, the mileage of the vehicle, etc. are all clear. For some owners who have special needs, it is also possible to implement image monitoring of the entire transportation process by means of a camera device. Vehicle dispatch can also send text messages to the driver through the system's GPRS mobile communications, thereby saving dispatch and driver's telephone costs.

When the transportation process of the vehicle is completely transparent, the vehicle management scheduling becomes very simple and the transportation interest control can be very effective. According to actual experience, a car can reduce its running costs by 10% a month. Today, as oil prices have been rising, it is crucial that when the vehicle transportation process is completely transparent, the greater value for logistics and transportation companies lies in expanding their customers. It is understood that more and more cargo owners, such as NOKIA Foxconn, Procter & Gamble, and other companies, have taken the transparent supervision and management of the vehicle transportation process of logistics and transportation companies as a prerequisite for bids. As a value-added service, logistics and transportation companies have also been transparently monitoring the vehicle transportation process and have also won the favor of shippers from time to time.

Sixth, truck-mounted GPS positioning and installation program Logistics vehicle GPS system in accordance with advanced technology, stable and reliable quality, suitable for long-term development of the design, fully embodies the modular system integration of design ideas.

The system is based on satellite networks, GSM/GPRS/CDMA communication networks, and Internet based R&D and design. It fully meets the needs of logistics vehicle industry management and scheduling, and on the basis of increasing effective operations and building a low-carbon, green and environmentally friendly city, it also provides High-efficiency logistics cargo management security protection, real-time geographic location information and monitoring methods for anti-robbery alarms ensure the safety of drivers and passengers.

On the basis of advanced information, the system meets the daily business scheduling, cargo management, vehicle management, personnel management, and accurate vehicle failure recovery of the majority of logistics companies, effectively improving the logistics management of goods and transport companies, through practice The logistics vehicle GPS management system has become an indispensable and efficient operational tool for modern logistics vehicle enterprise management.

Seventh, the operator program that provides the city GPS private car location management will provide GPS operation platform management in the area.

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