Concrete voice scheduling solution

2020-06-29

混凝土语音调度解决方案


1. "Yiruitong" meets the needs of the concrete industry

With the rapid development of construction industry and commodity concrete policy, for concrete production industry to an unprecedented huge business opportunities, at the same time, the competition between the concrete industry are narrowed, the concrete producer is an urgent need to apply various advanced and scientific modern management means to ensure product quality, reduce production cost, establish a good corporate image, in order to record in the market competition.


"Yi Rui through public cluster intercom + GPS monitoring scheduling system" is in such a market environment arises at the historic moment. In the concrete of the company's production and operation department, fleet management, stir the car, the installation run Yi Rui tong voice intercom + GPS monitoring scheduling system, through the adoption of wireless communication network, to build a concrete company regulation the mixing plant production, vehicle task dispatching, job scheduling, and coordination of station transport situation, combined with the existing cement batching system station, according to the concrete delivery sheet, operating lines, to generate a set of intuitive voice dispatching timely, precise GPS positioning system of production scheduling.System through mixing car PTT + GPS vehicle-mounted equipment vehicle's group could obtain high quality voice intercom and accurate positioning, real-time information transmission, scheduling staff can directly in the center of the production scheduling vehicles and voice call colleagues can in the construction project scheduling routes or electronic map interface, clearly understand the status of each car, each task order execution, easily to control the production, deployment of vehicles, make traditional tension, blind artificial scheduling to relaxed, science intelligent scheduling.

1) Reduce the vehicle investment by more than 10% and reduce the investment risk

Due to the transition from empirical and fixed starting mode to visual dispatching and intelligent statistical function, dispatchers can obtain comprehensive and timely driver state information from this system, so as to make reasonable resource allocation and greatly reduce the phenomenon of "car crash" on site. Increase the vehicle utilization rate by 10-20% or more. As a result of the increase in vehicle utilization rate, the purchase volume of vehicles will be reduced and a large number of additional costs (such as increase in road maintenance fee, driver's salary, fuel cost, consumption of vulnerable parts, etc.) will be reduced. To reduce investment is to reduce investment risk.


2) Solve the problem of "crushing vehicles" on the construction site that often occurs in the dispatching

"Yiritong" voice dispatching system can make dispatchers easily and freely control production, direct vehicles and minimize the phenomenon of "rolling stock" on construction sites. Visually and concisely see the vehicle usage and operation status of each site on the dispatch interface, so as to timely arrange production and reasonably dispatch vehicles to meet the needs of more site tasks; And can directly call the vehicle, through timely voice communication, so that the scheduling becomes more efficient and convenient and effective.


3) Solve the problem of "material failure" in the construction site that often occurs in the dispatching

Using this system can provide the dynamic understand each site on the number of vehicles in place, and the vehicle journey distance, to the construction site is accurate, make reasonable scheduling and significantly reduce construction site "break" phenomenon, to avoid "break" for a long time lead to quality problems and customer complaints, reduce customer complaints about having to the service, improve the enterprise reputation, improving customer loyalty.

4) Emergency dispatch

Serious traffic problems in the process of transportation material, (such as traffic jam, road), had planned to deliver the material to A ground, due to the serious traffic problems, considering the material can affect the quality of the as A matter of time, through Yi Rui to report back to the dispatch center emergency voice system, and can be temporary change transport roads or object on the system; Greatly improve work efficiency and improve customer satisfaction.


5) To solve the blind spot problem in scheduling

Because every month enterprise shall receive several even ten several sites, and distance are not familiar with, drivers tend to go to site to ask the way for more than 10 minutes, due to the schedule I don't know the driver location, site location, can't give the driver the correct navigation, causing the driver to go wrong, a waste of time, aggravates the strain of the vehicle. Also increase the unnecessary fuel consumption, and call the driver while driving, also affect the safety of driving.


6) Reduce fuel consumption and other expenses

Because can take the initiative to timely understand the construction site vehicles and vehicle road status, avoid the construction site "car" so as to reduce fuel consumption; The navigation function reduces the driver to go the wrong way, reduces the fuel consumption; Overspeed alarm function, and high speed will increase the vehicle fuel consumption; The system automatically calculates the mileage of each vehicle, the monthly amount of concrete delivered by each vehicle, and the fuel consumption of each vehicle, and can accurately calculate the concrete fuel consumption per kilometer per square meter of each vehicle. By comparing vehicles, the system can reward the good and punish the bad, and the management guidance can encourage drivers to consciously save fuel, so as to effectively reduce the average fuel consumption.


7) Restrict bad behavior of drivers

The driver's insincerity, brings great loss to the enterprise labor, such as: stealing oil, stealing materials, speeding, sabotage, deliberately detour and so on. And this system provides the intelligent supervision means for the fleet management. When a driver leaves the gate of the company, he becomes an unrestrained "free man", who is always watched by an "electronic eye", which puts a set of "constraints" on his bad behavior, thus greatly reducing or eliminating some dishonest behaviors of drivers.

Chapter two general block diagram of Yiritong public network cluster intercom +GPS monitoring and dispatching system




General framework of the system:

Each sub-station has its own independent LAN, and the vehicle information is transmitted to the production scheduling and transportation monitoring platform of the sub-station through GPRS network. Meanwhile, the information obtained by each sub-station is also transmitted to the central communication server and stored in the central database server.

Sub station: each child standing on the site in the network of vehicle scheduling, monitoring, operator through the specific operation scheduling interface, allocate the number of vehicles per site, monitor the transportation process of each vehicle. Dispatch center computer visual display on the site map interface, single site vehicles running state figure, transport vehicles (e.g., transportation distance, order, delivery time, discharge time, out of time, back to the factory site, vehicle speed situation, timeout, vehicle trajectory...). And other information to meet the concrete enterprises the most practical intelligent scheduling, vehicle safety management monitoring.

Headquarters: through this system, the corporation always dispatch center is for each division of the production, transport situation such as refers to hold, can carry on overall arrangement, adjust pump truck pull, can achieve two goals: one, the macroscopic monitoring stand transport vehicles and property safety. Second, the enterprise resource management as a whole, optimization, rational utilization of equipment, to create more value.

The third chapter is the function of Yiritong voice scheduling system

1) Product Introduction:

Product name: Yiritong public network cluster &GPS terminal

Product category: Vehicle intercom +GPS positioning


2) Voice intercom scheduling

Press the call button to make a call with a delay of less than 1 second (related to local communication network conditions). In most non-emergency situations, it can meet the needs of coordination and communication. Support single call, group call, group call, meeting and other call and call mode.



1) Intercom function:


Nationwide coverage: no regional restrictions, nationwide intercom, long-distance roaming, no roaming costs;


Group call: provide "one to one" or "one to many" fast call, automatic group, no dial, instant access intercom;


Dispatching function: It provides the vehicle and ship background GPS satellite monitoring and dispatching system, determines the real-time position of vehicle and ship/personnel anytime and anywhere, conducts real-time voice dispatching, automatically selects vehicles and personnel for dispatching and holds teleconferencing to facilitate management;


Excellent sound quality: excellent call quality, comparable to the sound quality of mobile phones;


Voice recording: Record the voice content of each call, and query and playback as required.


Single call: intercom between users one on one;


Group call: user one-to-many intercom;


Group management: multi-group management and temporary group management


Multiple online groups: a terminal can be defined in several different groups. The system automatically scans the terminal for busy lines, and if the terminal is not in the busy line, it can receive calls from different groups.


Online status display: the terminal can display the status of the same group of users, such as: online, offline, group call, single call status.


Voice security: the terminal through CDMA/GPRS channel for voice transmission, voice security and security.


3) GPS vehicle monitoring function



   

1. The vehicle sends data such as vehicle position and speed to the dispatching center, using two working modes:

1) Active sending mode of timing and fixed length, the interval can be set by the scheduling center

2) Query mode: the current state data will be sent only after receiving the query instruction from the control center

2. Alarm function

1) Regional monitoring and alarm. The dispatch center demarcates the alarm area, and the system will send an alarm message when the vehicle enters or leaves the area

2) Overspeed alarm. If the running speed of the vehicle exceeds the limit, the system will send an alarm message

3) The system will send an alarm message when the timeout occurs and the vehicle stops for an indefinite period

4) The system will send an alarm message when the transport time exceeds a certain time limit


 

3. Track playback function

The system can dynamically store the track data of the vehicle's return, and the user can play back the historical track data.

4. The main functions of GPS are:

Real-time GPS positioning fuel consumption statistics mileage statistics driver management data accident source alarm

Vehicle management data status monitoring data exported track playback task completed alarm

Running track chart printing running time statistics unloading monitoring fuel consumption statistics door state

Time segment statistics Air conditioning monitoring split screen display map alarm query authority classification

Monthly report statistics function time segment statistics alarm statistics overspeed alarm hawkeye display

Surface marked emergency alarm cut off oil power meter monitoring area check car


4) Task management and assignment

1. Task yield per unit area:

By the business department order, and customer information arrangement, product specifications into the database.

2. Production arrangement of task List:

1) According to the schedule of the task list, the laboratory will immediately provide the mix ratio and conduct the opening appraisal

2) Arrange production according to customer requirements

To plan or dynamic allocation model of vehicle resources available and production distribution of tower production tasks, set automatic mode, by the system before the scheduled task execution of some point send word to the vehicle scheduling, and present the single through network printers on the mixing, mixing building operators according to produce a single production, mixing car drivers in mixing building.


3) Vehicle operation plan management. Vehicle operation and maintenance plan can be arranged according to vehicle conditions. The system will automatically exclude vehicles scheduled for maintenance that day from task assignment management.

3. Management function of task list and delivery check list (transportation list)

Query, statistics of each task list, the implementation of the inspection list and relevant information.

5) Text interaction

1. After receiving the message required to be confirmed by the dispatching center, the driver must confirm the message, or the message will be prompted by regular beeping.


2. The driver takes the initiative to report the transportation status, such as the traffic status report.

6) General functions of GIS

1. Zoom in and zoom out with graphics window and drag and drop roaming.

2. Cartographic generalization function. When zooming in and out of graphics Windows, the map contents with different levels of detail will be displayed as the graphics scale varies, so as to avoid the screen display being too dense to be observed and make the screen load tends to be reasonable.

3. Hawk-eye function: when the main window displays the enlarged local graphics, another small window can be opened to display the panorama, and the display content of the main window can be controlled through this window.

4. Ruler function

The linear distance of any two points on the map can be measured, and the polygonal distance of multiple points can also be measured.


   

5. Create, modify and delete project points and roads on the electronic map.

7) Database function

1. Operator information management:

2. Log management: Daily operation (such as workstation login, vehicle query, area alarm setting, message sending, etc.)

3. Track information management: query, count, print and delete the saved track data.

4. Project information management: inquiry and statistics of project and site information.

5. Alarm information management: query, count, print and delete the saved alarm information.

6. Vehicle information management: query, statistics, print statements, add, delete and change maintenance of local vehicle information.


 

7. Driver information management: the maintenance of people who query, count, add, delete and change the driver information.

8. Management function of task list and delivery check list (transportation list)

• Multiple carrier-level operational networks are available to avoid system availability risks;

8) System features:


• "Yiruitong" public network cluster integrates CDMA/GPRS digital wireless public network and GLOBAL positioning GPS system

Unique VoIP& location monitoring products.

• New mode and technology are adopted to break through traditional poC products.

• No distance limit (nationwide coverage) intercom function;

• Support custom group calling function, one-to-one, one-to-many and other ways of intercom;

• Extremely low call usage costs;

• Perfect powerful vehicle/personnel GPS positioning, monitoring and management functions, real-time vehicle positioning, vehicle speed monitoring,


Vehicle status monitoring, vehicle remote control (shutdown/door), emergency alarm and other functions;

• Provide rich standard data interface, which can realize seamless docking with enterprise management information system and decision support system;

• Provide professional voice positioning scheduling management system, taxi call voice scheduling system;

• Real-time data statistics and analysis function to provide first-hand support for user decision makers;

• Accurate digital maps and professional map service support, providing accurate electronic maps from the whole country to prefecture-level cities;

• Support multi-level architecture, multi-center level connection and distributed interconnection;



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