KR20150039925A - Smart weighing system - Google Patents

Abstract

The present invention relates to a smart weighting system, in particular, relates to a state-of-the-art weighting system wherein cage loaded on the vehicle or unloading items are managed by automatically weighting each weight. The system comprises: a vehicle information acquiring unit for obtaining the license plate number of the vehicle inputted from camera image; a cargo weight acquiring unit for obtaining the weight of the cargo from the vehicle weighting station; an information providing unit for providing vehicle plate numbers and item input windows to one or more terminals among the operator terminal or the management terminal on the small station located in the storage site; an unloading information acquiring unit on the small weighting station for obtaining unloading information on the small weighting station at least having one or more weight information from the vehicle selection information and unloading items from the weight management terminal on the small station; an weight information output unit wherein weight information of unloading items of each vehicle is created to display or print out in which any one or more information of unloading on the small weighting station or the information of the storage site with the cargo weight information by each vehicle plate number are matched.

Description

{SMART WEIGHING SYSTEM}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a carpet system, and more particularly, to an advanced carpet system that manages and manages the weight of a cargo or a cargo loaded on a car.

In general, a cargo system refers to a system that carries the weight of a cargo when cargo or garbage is carried in / out by using a car, and calculates and manages the cost or transportation cost according to the cargo weight.

In the previous method, the weight of the cargo vehicle is detected by entering the cargo vehicle onto the cargo vehicle (the device for detecting the cargo car weight), and the weight of the cargo when the car is in the actual car is detected, The weight is obtained, and the gauge certificate is made according to the actual weight. That is, when the cargo vehicle arrives at the loading / unloading port of the cargo and the car itself is loaded on the cargo platform, the system operator reads the cargo information of the cargo vehicle, manually inputs the data, When the driver carries out the carrots again, he calculates the cargo weight by the difference in the weight of the cars and issues a certificate to start the car. However, since this method is manual management, when the system is composed of a plurality of cargoes, the workload increases and the probability of occurrence of errors increases, and the manager divides the cargo by car, the company and the item, manually calculates the weight of the cargo, It is difficult to statistically manage it.

In order to overcome these disadvantages, some computer systems have been introduced which use a computer program to input vehicle numbers (or vehicle-specific control numbers), and to automatically manage the computer when a weight is input. However, (Vehicle number, tolerance and actual vehicle weight) of the vehicle. In addition, even when the automatic input is supported, it is not possible to simultaneously process a plurality of cargoes . In addition, if a vehicle number is mistakenly input due to a mistake, or if a weight value or the like is erroneously input, a serious error occurs or a problem of reliability deteriorates.

Further, if it is necessary to load various items other than a single item in a single vehicle and to weigh the weight of each item, more time and manpower must be administered to quickly weigh the weight of each item in the cargo, There is a need to improve.

Public number 10-2005-0045960 Public number 10-2008-0041779

Accordingly, it is an object of the present invention to provide an advanced carpet system capable of automatically providing weight of various items mounted on a vehicle for each item,

It is still another object of the present invention to provide an advanced gadget system capable of automatically generating and outputting automatic settlement data according to a gadget list obtained by automatically gaiting the weight of various items mounted on a vehicle.

Another object of the present invention is to provide an advanced gadget system capable of accumulating gadget data obtained for each vehicle or driver and providing various statistical data in a predetermined period,

Further, it is an object of the present invention to provide an advanced gantry system which can easily reduce the weight of a cargo in consideration of the increase in the weight of the cargo due to natural phenomena such as heavy rains and snow, and other factors.

According to an aspect of the present invention,

A vehicle information obtaining unit for obtaining a vehicle number from a camera input image;

A load cargo weight obtaining unit for obtaining the load cargo weight from the vehicle based on the vehicle;

An information providing unit for providing the vehicle number and the item input window to at least one of a worker terminal located at a field site and a small patrol vehicle management terminal;

A small accessory side unloading information obtaining unit for obtaining at least the unloading information from the small accessory management terminal including the at least vehicle selection information, the cargo item and the weight information thereof;

And a grooming information output unit for generating and displaying or outputting the grooming item information of each vehicle by matching any one or more of the load cargo weight, the field load unloading information, or the small gatedetraveler side unloading information by the car number .

Furthermore, the advanced carpet system may further include a field site unloading information obtaining unit for obtaining field site unloading information including at least vehicle selection information and a cargo item from the operator terminal,

And a price settlement unit for calculating a price by weight of each article of commodity on the basis of the unit price of each article to be loaded and stored, wherein the commodity information output unit further displays the price for each weight of the article to be loaded in the commodity information Zoom.

In some cases, the advanced carpet system according to the embodiment of the present invention,

And an apparizer information storage unit for storing the apparizer information per vehicle information in the data storage unit,

A number recognition camera for obtaining a vehicle number acquisition image corresponding to peripheral components;

A load surveillance camera for obtaining a vehicle cargo image;

One or more small legs for measuring the weight of the cargo carrying article;

A vehicle platform for measuring the weight of the vehicle cargo;

The vehicle information and the item input window provided from the information providing unit are displayed and the unloading information of the small weighbridge including the car selection information selected by the manager and the cargo item weight information measured from the cargo carrying item and the small pedestrian bridge is transmitted A small rudder platform management terminal for the small rudder platform;

An application for a field worker terminal to display vehicle information and an item input window provided from the information providing unit and to transmit field site unloading information including vehicle selection information selected by a field worker and a cargo carrying item; A new modified gauge system may be constructed, including one or more of the following.

The neighbors information output unit of the advanced neural network systems illustrated in FIG.

It is possible to automatically calculate the weight of an article unloaded at a field site by reducing at least one of the cargo weight measured from the cargo weight measured from the first cargo load of each vehicle or the cargo measurement weight measured from the car-

Furthermore, the appositional information output unit selectively performs automatic attrition processing on the in-cargo item information based on the loss information input by the administrator terminal.

According to the embodiment of the present invention as described above, the weight of various items mounted on the vehicle is automatically loaded and unloaded for each vehicle while being loaded and unloaded at a plurality of side streets and work sites such as a vehicle side platform, Since it is possible to integrate each vehicle and output it as a list of gardens or to output a slip, it is possible to input fewer manpower than a conventional system and to make a cargo of a cargo in a short time.

Furthermore, since the present invention can automatically adjust the weight of various items mounted on the vehicle according to the list of the gauges obtained by automatically gauging the weight of each item, it is possible to provide convenience in use and to secure reliability in gauging procedure and settlement procedure In addition,

It is possible to accumulate the gauge data obtained for each vehicle or driver and to provide various statistical data by a certain period, so that it is easy to analyze the purchase and sales of each cycle.

In addition, when the weight of the cargo is increased due to natural phenomena such as heavy rain or snow, and other factors, it is possible to easily reduce the weight of the cargo and to secure reliability between the purchaser and the customer have.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram illustrating an example of a peripheral configuration of an advanced carpet system according to an embodiment of the present invention; FIG.
FIG. 2 is a diagram illustrating an example of the configuration of an advanced carpet system according to an embodiment of the present invention in FIG. 1. FIG.
FIG. 3 is a diagram illustrating an example of a flow chart procedure according to an embodiment of the present invention; FIG.
FIG. 4 to FIG. 8 are diagrams showing examples of screen display displayed on the advanced gavel system or its peripheral components according to the embodiment of the present invention.
9 is an exemplary statistical graph of an advanced carpet system according to an embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 illustrates a peripheral configuration diagram of an advanced carpet system according to an embodiment of the present invention. An advanced carpet system according to an embodiment of the present invention is one application program that can be loaded and executed in the main server 100, The application program may be distributed to the main server 100 through a magnetic recording medium or a communication network. Further, as a modified embodiment, the main server 100 on which the application program is installed and the peripheral components shown in FIG. 1 may be all included and may be referred to as an advanced carpet system. Hereinafter, an embodiment will be described assuming that an application program installed in the main server 100 and executed by the control unit is an advanced carpet system for convenience of explanation.

Referring to FIG. 1, a number recognition camera 110 for obtaining an image of a vehicle number entered into a vehicle in-vehicle system 130 is provided around a main server 100 corresponding to an advanced carpet system, A load surveillance camera 120 for obtaining the weight of the vehicle load and an indicator 140 for transmitting the weight data measured by the vehicle underwing system 130 to the main server 100 Located. The main server 100 is connected to the manager terminal 190 for inputting a grooming start command, a unloading completion command, a cargo item, and weight loss data through the network.

On the other hand, an indicator 150 for transmitting the measured weight data to the small pedestrian bridge manager terminal 160 is located at a place where a small pedestrian bridge (not shown) for measuring the weight of the cargo carrying article is located, 100, and displays the cargo information and the item input window provided from the information providing unit of the cargo handling system 100, and cargo selection information selected by the manager, the cargo item information and the cargo item weight information measured from the small cargo platform, A small access point management terminal 160 for transferring data to the server 100, and a printer 170 connected thereto. For the sake of simplicity, one or more small pedestrian zones may be provided, and each small pedestrian zone may be connected to the terminal 160 to be operable.

An operator's terminal (for example, a smart phone) working at a field site is installed with an application for a field worker terminal for implementing the present invention. The application for the field worker terminal displays and provides the vehicle information and the item input window provided from the information provision of the main server 100. The application for the field worker terminal displays the vehicle selection information selected by the field worker and the field site unloading information To the main server (100).

The advanced carpet system installed in the main server 100, that is, the main server 100, acquires the car number from the camera input image, acquires the weight of the cargo from the car based system 130, Cargo unloading side information including at least one of vehicle selection information, a cargo item and its weight information. Using the various pieces of information thus obtained, the main server 100 matches any one or more of the load cargo weight, the field load unloading information, or the small side load side unloading information for each vehicle information, Generate display or output the document. For reference, the main server 100 provides the vehicle information to the operator at the field site and the manager at the small area side so that the user can select an unloading vehicle.

The configuration of the advanced carpet system installed in the main server 100 and executed by the control unit will be described in more detail with reference to FIG.

First, FIG. 2 illustrates a configuration of an advanced gadget system according to an embodiment of the present invention shown in FIG. 1, and each block shown in FIG. 2 is an aggregate of program codes of each functional module constituting an advanced gadget system.

Referring to FIG. 2, an advanced carpet system according to an embodiment of the present invention includes:

A cargo information obtaining unit 101 for obtaining a car number from a camera input image output from the number recognition camera 110 and a cargo load weight obtaining unit 103 for obtaining the cargo load from the car based system 130, An information providing unit 105 for providing the vehicle number and / or item input window information to one or more terminals of a worker terminal 180 or a small patrol vehicle management terminal 160 located at a field site, A small accessory side unloading information obtaining unit (107) for obtaining at least the unloading information from the terminal (160) including at least one of the car selection information, the cargo item and its weight information, Cargo weight, unloading site unloading information, or unloading information on the small accessory side, to generate the cargo item information of each car Show or include gyegeun information output unit 109 to output the default document.

In addition to these configurations, the advanced carpet system may further include a field-of-goods unloading information obtaining unit 111 for obtaining the field-unloading information including at least the vehicle selection information and the unloading item from the operator terminal 180,

And a price settlement unit 113 for calculating a price by weight of each article of commodity on the basis of the unit price of each article to be loaded and stored. In this case, the apparization information output unit 109 further displays the price per weight of each article to be loaded in the apposition information.

Furthermore, the advanced carpet system may further include a carter information storage unit 115 for storing car information per car number in a data storage unit (memory or magnetic recording medium).

The legendary information output unit 109 of this advanced carpet system subtracts any one or more of the cargo weight measured from the cargo weight measurement information from the cargo side loading information or the cargo root system 130 from the cargo measurement weight of the cargo, The weight of the unloaded item can be automatically calculated,

Furthermore, the legitimate information outputting unit 109 may selectively perform automatic attenuation processing of the legacy item legacy information based on the weight loss information input by the administrator terminal 190. [

Hereinafter, the detailed process of the vehicle-specific gauze process by the organic combination of the advanced gauze system and the peripheral components having the above-described configuration will be described in detail with reference to FIG. 3 to FIG.

FIG. 3 illustrates a flow chart of a procedure according to an embodiment of the present invention. FIGS. 4 to 8 illustrate a screen display diagram displayed on an advanced carpet system or its peripheral components according to an embodiment of the present invention, FIG. 9 illustrates a statistical graph of an advanced carpet system according to an embodiment of the present invention.

Referring to FIG. 3, when it is determined that the vehicle has entered the vehicle based on the vehicle detection sensor or the manager command (S10), the number of the vehicles entering the vehicle based on the number recognition camera 110 Of the license plate is photographed. The vehicle information acquiring unit 101 constituting the advanced carpet system acquires the vehicle information, that is, the car number, from the camera input image output from the number recognition camera 110 (step S12). Vehicle number acquisition is obtainable using an edge detection technique as is already known.

On the other hand, the cargo weight acquisition unit 103 constituting the advanced carpet system acquires the cargo cargo weight of the vehicle entering the car inferior system 130 through the indicator 140 (step S14). At this time, the weight of the cargo cargo is the concept including the car weight as the initial kinematics.

When the car number and the cargo weight of each initial car are obtained, the carter information output unit 109 registers the car number thus obtained and the cargo weight of the car as initial cargo information (step S16). FIG. 4 exemplifies a screen in which the vehicle number and the initial system kinematic information obtained for the vehicle entering the vehicle based on the vehicle side system 130 are displayed together as the vehicle side information.

In this state, if it is assumed that the cargo is unloaded by item without moving to the small side bridge or the field place, the manager simply selects the cargo item through the manager terminal 190 or inputs the cargo item information And the weight of the loaded cargo weight is obtained again through the vehicle's perimeter frame 130, the reduced weight at the initial kinematics corresponds to the weight of the unloaded item, so that the carousel information output unit 109 outputs the loaded cargo item (Corresponding to a list of pedestrian items by the cargo item) can be sequentially generated and displayed.

However, if the vehicle is moving to a small underwing field or a field site to unload a small article after the first companion, the following procedure is used to generate the information.

First, when the vehicle moves to the small legged platform, the manager located at the small legged platform must select the vehicle to unload the loaded cargo through the small legged platform management terminal 160. That is, since the small accessory management terminal 160 is connected to the main server 100 through the network, the information providing unit 105 of the advanced accessory system is connected to the small accessory management terminal 160 or the worker terminal 180 (Step S18), the control unit 10 provides one or more vehicle numbers registered in step S16.

Thus, the manager located at the small access terminal selects the vehicle number corresponding to the current vehicle to be unloaded through the terminal 160, and then commands to select or input the item of the article being unloaded. That is, when the article being unloaded from the vehicle located in the small-sized root canal is 'gripping', the manager requests the item entry window through the small pedestrian bridge management terminal 160. The information providing unit 105, The administrator can input a loading item corresponding to the article currently being unloaded, that is, 'phage'. When the article to be unloaded is input and the article to be loaded is put on the small legged platform, the weight information of the article to be loaded is obtained through the indicator 150 thereafter.

Accordingly, in the small pedestrian zone management terminal 160, small cargo area side unloading information including at least one of car selection information, cargo item and weight information thereof is generated according to the intervention of the manager and transmitted to the advanced carpet system of the main server 100 do. The small accessory side unloading information is received (acquired) by the small accessory side unloading information obtaining unit 107 of the advanced carpet system and registered in the system (S20 step).

For reference, the load list of the upper left screen of FIG. 5 shows the load items, 'grip, muzzle, molesling' and their respective weights measured by a small scale, that is, a small legged platform. In the lower part of FIG. 5, a screen is shown exemplarily for the manager to input numerical values other than the weight for the goods to be unloaded.

As described above, after the weight of the cargo is measured using the small legged vehicle, the weight of the remaining cargo loaded on the vehicle can be measured by moving to the vehicle pedestrian zone. In this way, The instrument list information when the weighing is carried out for the unloading items sequentially is shown in the upper left screen of Fig. When the measurement is performed in this manner, the pedestrian information output unit 109 displays the cargo item information of each car according to the cargo information obtained for each step in real time (S22) as shown in the upper left screen of Fig. 5 .

If the unloading is completed through the above-described process (by an administrator command: step S24), then the apposition information output unit 109 outputs a slip of the same type as the left screen of Fig. 7 (step S26). Such a slip form is just one example and can be varied in various forms of slip form. For reference, in the left screen of FIG. 7, the price by weight of each article is calculated and displayed on the basis of the unit price of each article, which is input and stored in advance. This settlement is performed by the price settlement unit 113, The output unit 109 further displays the price per weight of each cargo item in addition to the cargo information.

Considering the case where the vehicle moves from the vehicle side platform 130 to the night scene, the operator located at the night scene must first select a vehicle to be unloaded. The worker located at the field site installs the application for the field worker terminal according to the embodiment of the present invention in his terminal 180 and connects to the main server 100. The application displays car information and an item input window provided from the information providing unit 105 of the advanced carpet system and displays the cargo field unloading information including the car selection information selected by the field worker and the cargo item to the main server 100).

That is, the field worker logs in the main server 100 through his / her terminal 180 as shown in FIG. In this case, the vehicle information provided by the information providing unit 105 of the advanced carpet system is displayed on the worker terminal 180, whereby the operator selects the car number matching the vehicle to be unloaded with the current article through the terminal 180, Then, the item of the article being unloaded is selected through the item entry window shown in Fig.

That is, the field worker inputs at least the current unloading vehicle selection information and the unloading site unloading information including the unloading item through his / her terminal 180, and transmits the unloading site unloading information to the advanced carpet system of the main server 100. The unloading site unloading information may further include detailed information of the unloading article as shown in FIG. The reason for inputting the number of unloaded articles is that since the estimated weight per unit number of the articles is inputted in advance, the weight can be calculated only by inputting the number.

When cargo is unloaded for example, one item (article) at the field site, at least the cargo field unloading information including the car selection information unloading the item and the cargo unloading item is stored in the field load unloading information obtaining unit (Acquired) and registered in the system (step S20). When the vehicle at the spot is moved back to the vehicle side 130, the weight obtained by subtracting the second root value from the initial system root is the weight of the item unloaded at the field site, 109 may match the loaded cargo weight and the unloaded cargo unloading information obtained from the vehicle inferior limb based on the car number to generate and display the cargo item information of each cargo and output the cargo information.

As described above, according to the present invention, when a vehicle is unloaded while moving to a night spot and a small pedestrian zone after identifying the number of a vehicle entering the vehicle inferior body frame 130, the automatic in- Since it is created and displayed on the screen or printed out, it is possible to perform quick and accurate grooming work with only a few manpower input compared to the conventional grooming system, and to give reliability to grooming data by automated measurement.

As an additional modified embodiment, the pedestrian information output unit 109 of the advanced pedestrian system according to the embodiment of the present invention selectively performs the automatic attenuation processing on the loaded article legacy information based on the weight loss information input by the administrator terminal 190 It is possible. For example, in the case of a phage, the weight can be doubled due to rainstorm. In this case, the manager can input the reduction ratio (%) through the window shown in the left side of FIG. 7, The control unit 109 automatically processes each piece of cargo item information based on the input weight loss information (in the case of gripping).

In addition, the pedestrian information output unit 109 of the advanced pedestrian system according to the embodiment of the present invention may accumulate the pedestrian data obtained for each vehicle or the driver and visualize the pedestrian data in a predetermined cycle (day, month). Such an example is shown in Fig. In FIG. 9, purchases and sales can be regarded as purchases, for example, when collecting recyclables from the standpoint of a staple, and sales can be regarded as delivering each recycled product to a recycling company.

In the above-described embodiment, the process of generating the per-vehicle information by first entering the initial vehicle in-situ system 130, measuring the weight of the cargo initially, and measuring the peri- The weight of the cargo is measured at the first car meteoroid 130, and then the cargo weight is measured at the first car meteoroid 130. The cargo weight is measured at the first car meteoroid 130, The process of generating the vehicle-specific information is sequentially described. However, it will be apparent to those skilled in the art that the movement path can be freely modified without being limited thereto. Accordingly, the true scope of the present invention should be determined only by the appended claims.

Claims (7)

A vehicle information obtaining unit for obtaining a vehicle number from a camera input image;
A load cargo weight obtaining unit for obtaining the load cargo weight from the vehicle based on the vehicle;
An information providing unit for providing the vehicle number and the item input window to at least one of a worker terminal located at a field site and a small patrol vehicle management terminal;
A small accessory side unloading information obtaining unit for obtaining at least the unloading information from the small accessory management terminal including the at least vehicle selection information, the cargo item and the weight information thereof;
And a grooming information output unit for generating and displaying or outputting the grooming item information of each vehicle by matching any one or more of the load cargo weight, the field load unloading information, and the small gatedetraveler side unloading information by the car number Which is characterized by a high-precision gauze system. [3] The system according to claim 1, further comprising: a field site unloading information obtaining unit for obtaining field site unloading information including at least vehicle selection information and an article to be loaded from the worker terminal. The method according to claim 2, further comprising: a price settlement unit for calculating a price for each weight of each cargo item based on a unit price of each of the cargo items stored as input, Advanced jacquard system featuring additional display on information. 4. The advanced carpet system according to claim 3, further comprising: a carter information storage unit for storing carter information per car number in a data storage unit. The method according to any one of claims 1 to 4,
A number recognition camera for obtaining a vehicle number acquisition image;
A load surveillance camera for obtaining a vehicle cargo image;
One or more small legs for measuring the weight of the cargo carrying article;
A vehicle platform for measuring the weight of the vehicle cargo;
The vehicle information and the item input window provided from the information providing unit are displayed and the unloading information of the small weighbridge including the car selection information selected by the manager and the cargo item weight information measured from the cargo carrying item and the small pedestrian bridge is transmitted A small rudder platform management terminal for the small rudder platform;
An application for a field worker terminal to display vehicle information and an item input window provided from the information providing unit and to transmit field site unloading information including vehicle selection information selected by a field worker and a cargo carrying item; Or more. The apparatus according to any one of claims 1 to 4,
The weight of the cargo unloaded at the field site is automatically calculated by reducing at least one of the cargo weight measured from the first cargo cargo measurement weight of each vehicle or the cargo measurement weight measured from the cargo kinematic bench from the cargo area side automatically. system. The apparatus according to any one of claims 1 to 4,
Wherein the automatic attenuating process is selectively performed based on the weight loss information input by the administrator terminal.

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