CN106296998A - A Beverage Bottle Recycling Intelligent Management System - Google Patents

Abstract

The invention discloses an intelligent management system for beverage bottle recovery, which comprises a background management system and a plurality of terminal recovery machines, wherein the background management system and the plurality of terminal recovery machines are connected through a network communication module; the terminal recycling machine comprises a member information acquisition port, a bottle body information acquisition port, a bottle and can storage device and an advertisement putting display screen; the background management system comprises a data analysis module for comprehensively analyzing the information acquired by the member information acquisition port and the bottle body information acquisition port, and a release control unit for controlling the display screen to display the content. The background management system can simultaneously manage a large number of terminal recovery machines through the network communication module; when retrieving, need discern member identity earlier, scan body bar code information again, just can put into bottle storage device with the beverage bottle, data analysis module carries out the integrated analysis to the information of gathering and handles, can combine member identity information and body information to obtain consumption habits such as each district, each age level, then put in the advertisement accurately through the display screen, commercial value is high.

Description

A Beverage Bottle Recycling Intelligent Management System

technical field

The invention relates to the technical field of beverage bottle recycling devices, in particular to an intelligent management system for recycling beverage bottles.

Background technique

At present, most beverage packaging bottles are made of PET, iron, aluminum and other materials. Whenever the weather is hot, the demand for various beverages is the greatest, resulting in a large number of empty bottles/cans, and these empty bottles/cans are disposed of It needs to invest a lot of human resources, and this kind of disposable bottle cannot be recycled scientifically and effectively, which will continue to cause great pollution to the environment and cause continuous waste of resources, which violates the energy conservation and environmental protection policy advocated by the state. As long as there is reasonable guidance and scientific recycling, the demand for materials such as PET, iron, and aluminum will continue to increase, and the recycling value will be high and have certain commercial value.

At present, most of the existing recycling machines only rely on the income of recycling bottles/cans, the added value of the product is low, and the cost of the machine is high, which makes it difficult to configure on a large scale. Also because the number of machines is small, it is inconvenient for people to use. The result is that the recycling effect is not ideal, the machine maintenance personnel are not in place, and the actual environmental protection recycling effect is very little.

Similarly, the existing recycling machines themselves have the following problems: the operation is cumbersome or impersonal, which makes it difficult for users to operate; there is no scientific preliminary treatment, resulting in a small number of recycled bottles/cans and increasing the labor cost of the operation.

Contents of the invention

The purpose of the present invention is to provide an intelligent management system for recycling beverage bottles with intelligent operation, high recycling efficiency and high commercial value.

To achieve the above object, the technical scheme adopted in the present invention is as follows:

An intelligent management system for beverage bottle recycling, comprising a background management system connected through a network communication module and several terminal recycling machines; the terminal recycling machines include member information collection ports, bottle body information collection ports, bottle and can storage devices, and advertisement delivery The display screen; the background management system includes a data analysis module for comprehensive analysis of the member information collected by the member information collection port and the bottle information collected by the bottle information collection port, and controls the display screen Displays the delivery control unit for the content.

Further, the member information collection port includes a key input device and/or a code scanning device for scanning a two-dimensional code and/or an IC card reading device.

Further, the bottle body information collection port includes a code scanning device for scanning barcodes.

Further, the bottle storage device includes a beverage bottle insertion opening and a beverage bottle compression device; the beverage bottle insertion opening includes a plastic bottle insertion opening and a metal can insertion opening, and the beverage bottle compression device includes a plastic bottle insertion opening A corresponding plastic bottle compression device, and a metal can compression device corresponding to the metal can insertion opening.

Further, the background management system also includes a barcode library data analysis module to identify whether the beverage bottles collected by the bottle body information collection port are recyclable, and control the delivery of the beverage bottles according to the proofreading results of the barcode library data analysis module The opening and closing control unit for opening and closing the mouth.

Further, the bottle storage device also includes a plastic bottle storage box corresponding to the plastic bottle compression device, and an aluminum can storage box and an iron can storage box corresponding to the metal can compression device; the metal can compression device The bottom of the can is equipped with a turnable material guide device that guides the compressed metal can into the aluminum can storage box or the iron can storage box, and the background management system includes The sorting control unit that the material guiding device turns to.

Further, the plastic bottle storage box, the aluminum can storage box, and the iron can storage box are all equipped with overflow detection devices, and the background management system has the ability to control all the containers according to the overflow signal of the overflow detection device. The terminal monitoring unit that displays prompt information on the display screen and cuts off the work of the member information collection port.

Preferably, the network communication module is a 3G/4G wireless network module.

Further, the background management system also includes a point management module for point management of the data collected by the member information collection port and the bottle body information collection port.

The beneficial effect of this solution is that: the background management system can simultaneously manage a large number of terminal recycling machines located in different locations through the network communication module, which greatly improves management efficiency and saves management costs compared with the traditional single management mode. When reclaiming beverage bottles, it is necessary to identify the identity of the member first, and then scan the barcode information on the bottle body before putting the beverage bottle into the bottle storage device. The information collected by the body information collection port is comprehensively analyzed and processed, and the consumption habits of various regions and ages can be obtained by combining member identity information and bottle body information, and then advertisements can be placed accurately through the display screen, which has high commercial value. Due to its high commercial value and easy multi-terminal management, it makes a wide range of configuration possible and has great environmental protection value.

Description of drawings

The present invention will be further described below in conjunction with accompanying drawing:

Fig. 1 is the structural representation of terminal recycling machine;

Figure 2 is a schematic diagram of the background management system.

detailed description

Referring to Figure 1 and Figure 2, a beverage bottle recycling intelligent management system includes a background management system and several terminal recovery machines connected through a network communication module; the network communication module is preferably a 3G/4G wireless network module.

The terminal recycling machine includes a member information collection port, a bottle body information collection port, a bottle storage device, and a display screen 1 for advertising; the background management system includes the member information collected by the member information collection port and all A data analysis module for comprehensive analysis of the bottle body information collected by the bottle body information collection port, a point management module for point management, and a delivery control unit for controlling the content displayed on the display screen 1.

The member information collection port includes one or more of a key input device 2, a code scanning device 3 for scanning two-dimensional codes, and an IC card reading device 4, so as to facilitate the collection of identity information of people with different behavior habits. The bottle body information collection port includes a code scanning device 3 for scanning barcodes, wherein one scanning device 3 can be used for scanning two-dimensional codes and scanning barcodes.

The bottle storage device includes a beverage bottle insertion port, a beverage bottle compression device and a bottle storage box; the beverage bottle insertion port includes a plastic bottle insertion port 51 and a metal can insertion port 52, and the beverage bottle compression device includes a The plastic bottle compression device 61 corresponding to the plastic bottle insertion port, and the metal can compression device 62 corresponding to the metal can insertion port; corresponding to the plastic bottle compression device 61, there is a plastic bottle storage box 71, corresponding to the metal can The can compression device 62 has an aluminum can storage box 72 and an iron can storage box 73; Steerable material guide 74. The background management system includes a barcode library data analysis module for identifying whether the beverage bottle collected by the bottle body information collection port is recyclable, and a module for controlling the opening and closing of the beverage bottle insertion port according to the proofreading result of the barcode library data analysis module. An opening and closing control unit, and a sorting control unit that controls the steering of the material guide device 74 according to the proofreading result of the barcode library data analysis module. The plastic bottle storage box, the aluminum can storage box and the iron can storage box are all equipped with overflow detection devices, and the background management system controls the display according to the overflow signal of the overflow detection device. Screen 1 displays prompt information and cuts off the terminal monitoring unit working on the member information collection port.

The background management system can simultaneously manage a large number of terminal recycling machines located in different locations through the network communication module, which greatly improves management efficiency and saves management costs compared with the traditional single management mode. When reclaiming beverage bottles, it is necessary to identify the identity of the member first, and then scan the barcode information on the bottle body before putting the beverage bottle into the bottle storage device. The information collected by the body information collection port is comprehensively analyzed and processed, and the consumption habits of various regions and ages can be obtained by combining member identity information and bottle body information, and then advertisements can be placed accurately through the display screen, which has high commercial value. Due to its high commercial value and easy multi-terminal management, it makes a wide range of configuration possible and has great environmental protection value.

The above embodiments are only intended to illustrate rather than limit the present invention, so all equivalent changes or modifications made according to the methods described in the scope of the patent application of the present invention are included in the scope of the patent application of the present invention.

Claims (9)

1. A beverage bottle recycling intelligent management system is characterized in that: it includes a background management system connected by a network communication module and some terminal recycling machines; the terminal recycling machine includes member information collection ports, bottle body information collection ports, bottle cans a storage device, and a display screen for advertising; the background management system includes a data analysis module for comprehensively analyzing the member information collected by the member information collection port and the bottle information collected by the bottle information collection port, and a delivery control unit for controlling the content displayed on the display screen. 2. A beverage bottle recycling intelligent management system according to claim 1, characterized in that: the member information collection port includes a key input device and/or a code scanning device for scanning a two-dimensional code and/or an IC card reader device. 3 . The intelligent management system for recycling beverage bottles according to claim 1 , wherein the bottle body information collection port includes a code scanning device for scanning barcodes. 4 . 4. A beverage bottle recycling intelligent management system according to claim 1, characterized in that: the bottle storage device includes a beverage bottle insertion port and a beverage bottle compression device; the beverage bottle insertion port includes a plastic bottle insertion port and a metal can insertion opening, the beverage bottle compression device includes a plastic bottle compression device corresponding to the plastic bottle insertion opening, and a metal can compression device corresponding to the metal can insertion opening. 5. A beverage bottle recycling intelligent management system according to claim 4, characterized in that: said background management system also includes barcode library data analysis for identifying whether the beverage bottles collected by said bottle body information collection port are recyclable module, and an opening and closing control unit that controls the opening and closing of the beverage bottle insertion port according to the proofreading result of the barcode library data analysis module. 6. A beverage bottle recycling intelligent management system according to claim 4, characterized in that: the bottle storage device also includes a plastic bottle storage box corresponding to the plastic bottle compression device, and a plastic bottle storage box corresponding to the metal The aluminum can storage box and the iron can storage box of the can compression device; the bottom of the metal can compression device is provided with a turnable guide that guides the compressed metal can into the aluminum can storage box or the iron can storage box device, the background management system includes a classification control unit that controls the steering of the material guide device according to the proofreading result of the barcode library data analysis module. 7. A beverage bottle recycling intelligent management system according to claim 6, characterized in that: said plastic bottle storage box, said aluminum can storage box and said iron can storage box are all equipped with overflow detection devices, The background management system has a terminal monitoring unit that controls the display screen to display prompt information according to the overflow signal of the overflow detection device, and cuts off the work of the member information collection port. 8. An intelligent management system for recycling beverage bottles according to claim 1, wherein the network communication module is a 3G/4G wireless network module. 9. A beverage bottle recycling intelligent management system according to claim 1, characterized in that: the background management system also includes integrating the data collected by the member information collection port and the bottle body information collection port Managed credits management module.