CN107563664A - An intelligent interconnection system - Google Patents

Abstract

The invention discloses an intelligent interconnection system which comprises a host, wherein a touch display screen is arranged on the host, a core processor is arranged in the host and is respectively connected with a client terminal, a production management terminal, a warehouse management terminal, a logistics terminal, a cost accounting terminal, a financial management terminal and a personnel terminal.

Description

An intelligent interconnection system

technical field

The invention relates to the technical field of integrated paperless office, in particular to an intelligent interconnection system.

Background technique

In the packaging industry, according to volume, it can be divided into miniature packaging, light packaging, heavy packaging, etc.; according to packaging materials, it can be divided into paper packaging, plastic packaging, metal packaging, glass packaging and wooden box packaging, cardboard and For other packaging, among these many packages, the current cost is relatively high, the industrial chain is not complete, and the core competitiveness of the industry is relatively weak. At present, there are still many deficiencies in supporting the entire industrial chain. For example, many links in the traditional business model cannot be connected, and there are many overlapping phenomena in the production process, which leads to the inability to reduce production costs. Expansion is not possible, work efficiency is relatively low, most of the resources of the enterprise are not fully utilized, and there are problems such as long product cycle, information asymmetry, unreasonable resource allocation, and regional restrictions, especially for various packaging materials with different specifications. In a unified situation, labor costs, time costs, transportation costs, and capital operating costs are consumed more, and the interconnection of the entire human and material resources is relatively poor. And many other factors lead to the unsmooth operation of the enterprise.

Contents of the invention

The purpose of the present invention is to provide an intelligent interconnection system to solve the problems raised in the above-mentioned background technology.

In order to achieve the above object, the present invention provides the following technical solutions: an intelligent interconnection system, including a host, the host is provided with a touch display screen, a core processor and a data transmission module are arranged inside the host, and the core processor The customer terminal, production management terminal, warehouse management terminal, logistics terminal, cost accounting terminal, financial management terminal and personnel terminal are respectively connected through the data transmission module.

Preferably, the client terminal includes an order placing module, a quotation module, a product information generating module, an order generating module, and an order transmission module; the production management terminal includes an order display module, an order allocation module, and a production information transmission module; the warehouse The management terminal includes a warehouse-in management module and a warehouse-out management module; the logistics terminal includes a logistics line distribution module and a logistics tracking module; the cost accounting terminal includes a cost analysis module, a cost accounting module and a cost statistics module; the financial management terminal It includes an account binding module, a barcode scanning module, an automatic payment module and a bill printing module; the personnel terminal includes a personnel monitoring module and a personnel arrangement module.

Preferably, the data transmission module includes a first optocoupler and a second optocoupler, the VF+ terminal of the first optocoupler is connected to the power supply terminal through a resistor D, the two N/C terminals and the VE terminal are suspended, and the first optocoupler The VF- terminal of the optocoupler is connected to the collector of triode B, the emitter of triode B is grounded, the base is connected to one end of resistor B, the other end of resistor B is connected to the collector of triode A and one end of resistor C, the other end of resistor C is grounded, and the emitter of triode A Grounded, the base is connected to the signal input terminal through the resistor A, the GND terminal of the first optocoupler is grounded, the VO terminal of the first optocoupler is respectively connected to the capacitor A terminal, the capacitor B terminal and the VF- terminal of the second optocoupler, and the capacitor The other end of A and the other end of capacitor B are both grounded; the VF+ end of the second optocoupler is connected to the power supply end through a resistor E, the two N/C ends and the VE end are suspended, and the GND end of the second optocoupler is grounded, so The VO terminal of the second optocoupler is connected to one terminal of the resistor F and the signal output terminal, and the other terminal of the resistor F is connected to the power supply terminal.

Preferably, its use method comprises the following steps:

A. The customer places an order automatically on the customer terminal according to the demand. The system will quickly and automatically report the specification, size and weight of the product, the estimated picture and price of the product. After the customer confirms, the order is automatically generated and transmitted to the cost accounting terminal;

B. The cost accounting terminal conducts data analysis according to the customer's order information, and makes accurate cost data; then transmits the customer order to the production management terminal;

C. The production management terminal has relevant program codes. When receiving orders from customers, it will integrate the product categories, product sizes, material specifications, production requirements and delivery time of each customer, and the system will arrange the same Different specifications of materials are matched with cutting materials to maximize the utilization rate of materials; and the relevant production component materials and remaining materials of each product are coded and arranged. The workshop staff or machines arrange each process according to the cutting materials. Every time a product is produced , the staff or machine confirms that the production has been completed; if there is still residual material after cutting, the system will code it and specify the storage location of the residual material. The system will automatically prompt that the remaining material of the code is available, and in the next cutting process, it will automatically save the parts with available remaining material, and will continue to remind the staff before the product is confirmed to be finished. Or the remaining material of the machine can be used until it is confirmed that the production is completed, so as to maximize the unified distribution and improve the utilization rate of materials; the above functions also ensure that the product production can be completed quickly, accurately, and environmentally friendly; the above relevant data will also be automatically arranged Forward it to the relevant computer or on the display screen of the production department, so that the production department can follow up the production in time, and carry out production distribution according to the customer's demand level; arrange production distribution; at the same time, the personnel terminal monitors the personnel of each branch and each position The situation of personnel can be replenished in place in time;

D. After the production is completed, the system will automatically generate the serial number and barcode of each product, that is, the product’s identity code, which includes customer information, specification size, demand time, product price, and payment method related information. After the production quality inspection personnel scan the quality inspection , automatically enters the inventory system link, and the system will automatically plan according to the customer's demand time, product size and capacity in the car, delivery distance, delivery route, and road restrictions and license restrictions;

E. The logistics terminal connects to the navigation in the car, and automatically tells the delivery personnel the route the truck has passed, its current location, and the order of delivery;

F. After the goods arrive at the customer's warehouse, the account binding module binds the account specified by the customer, the barcode scanning module scans the barcode of the arriving product, the system will automatically transfer the money, and then automatically print the receipt. If the amount with the bound card is insufficient or If the transfer is unsuccessful for other reasons, it will automatically remind the customer whether the payment is successful;

G. Finally, the financial management terminal will automatically count the entry and exit accounts, and each branch will make daily entry and exit statistics, monthly statistics, and annual accumulation and make relevant reminders to achieve resource allocation according to needs.

Compared with the prior art, the beneficial effects of the present invention are: the present invention greatly increases the interconnectivity of manpower and material resources, quick response, convenience, maximum systematization of operation, long solution period, poor communication, asymmetric information, unreasonable resource allocation , Coordinated management of various branches subject to regional restrictions, etc., can better serve customers in an all-round way; System operation, very good interconnection, smooth information, not subject to any regional and quantity restrictions, can solve the problem of long product and communication cycles, it carries not only commodity price information, but logistics, information flow, business flow, Capital flow and supply chain, in particular, can greatly increase the interconnectivity of human and material resources! And guiding unified standard system management. It can make all aspects of the enterprise well integrated, save a lot of various human and material costs, and at the same time expand the business scope of the enterprise accordingly, which can help improve operating efficiency and increase vitality for the better development of the enterprise; in addition, The data transmission module adopted by the invention has strong anti-interference ability, can realize long-distance signal transmission, and improves the transmission efficiency of various data.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is a control principle block diagram of the present invention;

Fig. 3 is a schematic diagram of the data transmission module of the present invention.

detailed description

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Please refer to Figures 1-3, the present invention provides a technical solution: an intelligent interconnection system, including a host 1, a touch display screen 2 is provided on the host 1, a core processor 3 and a data center are provided inside the host 1 Transmission module 4, described core processor 3 connects customer terminal 5, production management terminal 6, warehouse management terminal 7, logistics terminal 8, cost accounting terminal 9, financial management terminal 10 and personnel terminal 32 respectively through data transmission module 4; Wherein , the customer terminal 5 includes an order module 11, a quotation module 12, a product information generation module 13, an order generation module 14 and an order transmission module 15; the production management terminal 6 includes an order display module 16, an order distribution module 17 and a production information transmission module Module 18; the warehouse management terminal 7 includes a warehouse-in management module 19 and a warehouse-out management module 20; the logistics terminal 8 includes a logistics line allocation module 21 and a logistics tracking module 22; the cost accounting terminal 9 includes a cost analysis module 23 , cost accounting module 24 and cost statistics module 25; Described financial management terminal 10 comprises account binding module 26, bar code scanning module 27, automatic collection module 28 and bill printing module 29; Personnel terminal 32 comprises personnel monitoring module 33 and personnel affairs Module 34 is arranged.

In the present invention, the data transmission module 4 includes a first optocoupler 30 and a second optocoupler 31. The VF+ terminal of the first optocoupler 30 is connected to the power supply terminal through a resistor D4a, and the two N/C terminals and the VE terminal are suspended. The VF- terminal of the first optocoupler 30 is connected to the collector of the triode B 2c, the emitter of the triode B 2c is grounded, the base is connected to one end of the resistor B 2a, the other end of the resistor B 2a is respectively connected to the collector of the triode A 1c and one end of the resistor C 3a, and the resistor The other end of C 3a is grounded, the emitter of the triode A 1c is grounded, the base is connected to the signal input terminal through the resistor A 1a, the GND end of the first optocoupler 30 is grounded, and the VO end of the first optocoupler 30 is respectively connected to one end of the capacitor A 1b , one end of the capacitor B 2b and the VF- end of the second optocoupler 31, the other end of the capacitor A 1b and the other end of the capacitor B 2b are all grounded; Both the C terminal and the VE terminal are suspended, the GND terminal of the second optocoupler 31 is grounded, the VO terminal of the second optocoupler 31 is connected to one end of the resistor F6a and the signal output terminal, and the other end of the resistor F6a is connected to the power supply terminal. The data transmission module adopted in the invention has strong anti-interference ability, can realize long-distance signal transmission, and improves the transmission efficiency of various data.

The using method of the present invention comprises the following steps:

A. The customer places an order automatically on the customer terminal according to the demand. The system will quickly and automatically report the specification, size and weight of the product, the estimated picture and price of the product. After the customer confirms, the order is automatically generated and transmitted to the cost accounting terminal;

B. The cost accounting terminal conducts data analysis according to the customer's order information, and makes accurate cost data; then transmits the customer's order to the production management terminal; for different packaging specifications, the required quantity is also different, some require only one quantity, and some require only one quantity. It is multiple, or in batches, in view of the inconsistency of the demand quantity, especially for a single customer group, it is also difficult to count the labor cost, material cost and operating cost of a single quantity. In view of this, this system will combine the production department For relevant materials, conduct data analysis to make accurate cost data, for example: what size is the surplus material on a certain day, month and day in a certain year, what is the available utilization rate, and if new materials are opened, what is the utilization rate and remaining rate? Accurate cost data also fully prompts the use of reasonable resources;

C. The production management terminal has relevant program codes. When receiving orders from customers, it will integrate the product categories, product sizes, material specifications, production requirements and delivery time of each customer, and the system will arrange the same Different specifications of materials are matched with cutting materials to maximize the utilization rate of materials; and the relevant production component materials and remaining materials of each product are coded and arranged. The workshop staff or machines arrange each process according to the cutting materials. Every time a product is produced , the staff or machine confirms that the production has been completed; if there is still residual material after cutting, the system will code it and specify the storage location of the residual material. The system will automatically prompt that the remaining material of the code is available, and in the next cutting process, it will automatically save the parts with available remaining material, and will continue to remind the staff before the product is confirmed to be finished. Or the remaining material of the machine can be used until it is confirmed that the production is completed, so as to maximize the unified distribution and improve the utilization rate of materials; the above functions also ensure that the product production can be completed quickly, accurately, and environmentally friendly; the above relevant data will also be automatically arranged Forward it to the relevant computer or on the display screen of the production department, so that the production department can follow up the production in time, and carry out production distribution according to the customer's demand level; arrange production distribution; at the same time, the personnel terminal monitors the personnel of each branch and each position The situation of personnel can be replenished in place in time;

D. After the production is completed, the system will automatically generate the serial number and barcode of each product, that is, the product’s identity code, which includes customer information, specification size, demand time, product price, and payment method related information. After the production quality inspection personnel scan the quality inspection , automatically enters the inventory system link, and the system will automatically plan according to the customer's demand time, the size of the product and the capacity in the car, the delivery distance, the delivery route, and the regulations on road restrictions and license plates; which products are loaded in which car Delivery, to maximize the use of car space. The system automatically coordinates which items that are not on the way are suitable for delivery by the courier company, and prints out the courier slip. Combined with the above situation, the system will automatically arrange the delivery time and route, track the entry and exit of goods in real time, improve the rate of outbound storage, and reduce the inventory backlog of customers and manufacturers. Improve operational efficiency. Warehouse personnel can also accurately grasp inventory information;

E. The logistics terminal is connected to the navigation in the car, and the route the truck has passed, its current location, and the order of delivery are automatically prompted to the delivery personnel; the fastest delivery route meets the needs of customers;

F. After the goods arrive at the customer's warehouse, the account binding module binds the account specified by the customer, the barcode scanning module scans the barcode of the arriving product, the system will automatically transfer the money, and then automatically print the receipt. If the amount with the bound card is insufficient or If the transfer is unsuccessful for other reasons, it will automatically remind the customer whether the payment is successful;

G. Finally, the financial management terminal will automatically count the incoming and outgoing accounts. The daily incoming and outgoing statistics, monthly statistics, and annual accumulation of each branch will give relevant reminders, such as how much this month’s expenditure, how much raw material prices fluctuate, and the overall inventory situation. How much to buy. The system will follow up and remind each branch in a timely manner, so as to allocate resources according to needs.

The present invention greatly increases the interconnectivity of manpower and material resources, quick response, convenience, maximum systematization of operation, solves problems such as long cycle, poor communication, information asymmetry, unreasonable resource allocation, and overall management of various branches limited by regional restrictions. Better all-round service to customers; this invention has completely subverted the traditional industrial model. All departments of the company, personnel of each branch, and customers in each region are all operating in the same system. The interconnection is very good, the information is smooth, and it is not subject to any Regional and quantitative restrictions can solve the problem of long product and communication cycles. It carries not only commodity price information, but also logistics, information flow, business flow, capital flow and supply chain. It can greatly increase the interconnection of human and material resources. sex! And guiding unified standard system management. It can make all aspects of the enterprise well integrated, save a lot of various human and material costs, and at the same time expand the business scope of the enterprise accordingly, help improve operating efficiency, and increase vitality for the better development of the enterprise.

Although the embodiments of the present invention have been shown and described, those skilled in the art can understand that various changes, modifications and substitutions can be made to these embodiments without departing from the principle and spirit of the present invention. and modifications, the scope of the invention is defined by the appended claims and their equivalents.

Claims (4)

1. An intelligent interconnection system, comprising a host, characterized in that: the host is provided with a touch display, and the host is internally provided with a core processor and a data transmission module, and the core processor is connected to each other through the data transmission module Customer terminal, production management terminal, warehouse management terminal, logistics terminal, cost accounting terminal, financial management terminal and personnel terminal. 2. A kind of intelligent interconnection system according to claim 1, characterized in that: the client terminal includes an order module, a quotation module, a product information generation module, an order generation module and an order transmission module; the production management terminal includes An order display module, an order distribution module and a production information transmission module; the warehouse management terminal includes a warehouse-in management module and a warehouse-out management module; the logistics terminal includes a logistics line distribution module and a logistics tracking module; the cost accounting terminal includes a cost An analysis module, a cost accounting module and a cost statistics module; the financial management terminal includes an account binding module, a barcode scanning module, an automatic payment module and a bill printing module; the personnel terminal includes a personnel monitoring module and a personnel arrangement module. 3. An intelligent interconnection system according to claim 1, wherein the data transmission module includes a first optocoupler and a second optocoupler, and the VF+ terminal of the first optocoupler is connected to the power supply terminal through a resistor D, The two N/C terminals and the VE terminal are suspended, the VF- terminal of the first optocoupler is connected to the collector of the triode B, the emitter of the triode B is grounded, the base is connected to one end of the resistor B, and the other end of the resistor B is respectively connected to the collector of the triode A. One end of the electrode and resistor C, the other end of resistor C is grounded, the emitter of triode A is grounded, the base is connected to the signal input terminal through resistor A, the GND end of the first optocoupler is grounded, and the VO end of the first optocoupler is respectively connected to capacitor A One end, one end of capacitor B and the VF- end of the second optocoupler, the other end of capacitor A and the other end of capacitor B are all grounded; the VF+ end of the second optocoupler is connected to the power supply end through resistor E, and the two N/C ends and VE Both ends are floating, the GND end of the second optocoupler is grounded, the VO end of the second optocoupler is connected to one end of the resistor F and the signal output end, and the other end of the resistor F is connected to the power supply end. 4. Realize the use method of a kind of intelligent interconnection system described in claim 1, it is characterized in that: its use method comprises the following steps: A. The customer places an order automatically on the customer terminal according to the demand. The system will quickly and automatically report the specification, size and weight of the product, the estimated picture and price of the product. After the customer confirms, the order is automatically generated and transmitted to the cost accounting terminal; B. The cost accounting terminal conducts data analysis according to the customer's order information, and makes accurate cost data; then transmits the customer order to the production management terminal; C. The production management terminal has relevant program codes. When receiving orders from customers, it will integrate the product categories, product sizes, material specifications, production requirements and delivery time of each customer, and the system will arrange the same Different specifications of materials are matched with cutting materials to maximize the utilization rate of materials; and the relevant production component materials and remaining materials of each product are coded and arranged. The workshop staff or machines arrange each process according to the cutting materials. Every time a product is produced , the staff or machine confirms that the production has been completed; if there is still residual material after cutting, the system will code it and specify the storage location of the residual material. The system will automatically prompt that the remaining material of the code is available, and in the next cutting process, it will automatically save the parts with available remaining material, and will continue to remind the staff before the product is confirmed to be finished. Or the remaining material of the machine can be used until it is confirmed that the production is completed, so as to maximize the unified distribution and improve the utilization rate of materials; the above functions also ensure that the product production can be completed quickly, accurately, and environmentally friendly; the above relevant data will also be automatically arranged Forward it to the relevant computer or on the display screen of the production department, so that the production department can follow up the production in time, and carry out production distribution according to the customer's demand level; arrange production distribution; at the same time, the personnel terminal monitors the personnel of each branch and each position The situation of personnel can be replenished in place in time; D. After the production is completed, the system will automatically generate the serial number and barcode of each product, that is, the product’s identity code, which includes customer information, specification size, demand time, product price, and payment method related information. After the production quality inspection personnel scan the quality inspection , automatically enters the inventory system link, and the system will automatically plan according to the customer's demand time, product size and capacity in the car, delivery distance, delivery route, and road restrictions and license restrictions; E. The logistics terminal connects to the navigation in the car, and automatically tells the delivery personnel the route the truck has passed, its current location, and the order of delivery; F. After the goods arrive at the customer's warehouse, the account binding module binds the account specified by the customer, the barcode scanning module scans the barcode of the arriving product, the system will automatically transfer the money, and then automatically print the receipt. If the amount with the bound card is insufficient or If the transfer is unsuccessful for other reasons, it will automatically remind the customer whether the payment is successful; G. Finally, the financial management terminal will automatically count the entry and exit accounts, and each branch will make daily entry and exit statistics, monthly statistics, and annual accumulation and make relevant reminders to achieve resource allocation according to needs.