WO2012159574A1 - 一种智能化可再生资源回收利用系统 - Google Patents

一种智能化可再生资源回收利用系统 Download PDF

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WO2012159574A1
WO2012159574A1 PCT/CN2012/075999 CN2012075999W WO2012159574A1 WO 2012159574 A1 WO2012159574 A1 WO 2012159574A1 CN 2012075999 W CN2012075999 W CN 2012075999W WO 2012159574 A1 WO2012159574 A1 WO 2012159574A1
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renewable resource
central control
control device
terminal
renewable
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PCT/CN2012/075999
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French (fr)
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仰英姿
千叶鸿仪
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增城市博大塑料五金有限公司
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Publication of WO2012159574A1 publication Critical patent/WO2012159574A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management

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  • the invention relates to a control technology for recycling renewable resources, in particular to an intelligent renewable resource recycling system.
  • Cans, plastic bottles or other beverage renewable resources are all daily necessities, large quantities and should be available in a variety of occasions, and existing beverage bottles, cans themselves or materials for making beverage bottles/cans are usually recycled. value.
  • mobile hawkers are usually recycled by hand, which is inefficient and cannot be unified and standardized, resulting in a large number of issues such as law and order, fire protection and the environment.
  • the technical problem to be solved by the present invention is that the above-mentioned manual recycling for the prior art is low in efficiency, and it is impossible to carry out unified and standardized management, resulting in a large number of defects in public security, fire protection and environment, and providing an intelligent renewable resource recovery.
  • Utilization system To achieve intelligent, unified, standardized and efficient management of the recycling and reuse of renewable resources, eliminate security and fire hazards, and avoid environmental problems.
  • the technical solution adopted by the present invention to solve the technical problem thereof is: Constructing an intelligent renewable resource recycling system, comprising: a central control device, a logistics management device communicatively connected to the central control device, and at least one renewable resource recycling terminal, wherein each renewable resource recycling terminal Sending the recovery information to the central control device in real time, the recovery information including at least one of the following of the renewable resources recovered by the renewable resource recovery terminal: quantity, weight, capacity, and type;
  • the central control device sends a transportation instruction to the logistics management device according to the received recycling information of each renewable resource recycling terminal; the logistics management device allocates corresponding vehicles according to the transportation instruction to carry the renewable resources in the corresponding renewable resource recycling terminal .
  • the renewable resource collection terminal is further configured to pay the amount corresponding to the received renewable resource to the corresponding user, and send the payment information to the central control device in real time.
  • the renewable resource recycling terminal is further configured to detect whether it is faulty. If the fault occurs, the fault information is sent to the central control device, and the central control device receives the fault information. The alarm information is sent to notify the maintenance personnel to perform maintenance, and the alarm information includes the location of the failed resource recovery terminal and the fault content.
  • the logistics management device after receiving the transportation instruction, the logistics management device returns the transportation information to the central control device in real time, and the transportation information includes the following renewable resources. At least one of the information: quantity, weight, capacity, type, current location.
  • the central control device detects each renewable resource recovery terminal in real time, and if it detects a failure of the renewable resource recovery terminal, sends an alarm message, the alarm information. Includes faulty renewable resource recycling terminal locations and fault content.
  • the renewable resource recycling terminal is further configured to perform material identification on the received renewable resources, and separately store the renewable resources of different materials.
  • the renewable resource recycling terminal is further configured to separately reduce the capacity of the renewable resources of different materials and separately store them.
  • the renewable resource recycling terminal is further configured to read the category code attached to the recycled renewable resource, and perform payment according to the type of the renewable resource. .
  • a plurality of renewable resource recycling terminals and logistics management devices are connected by a central control device to form a complete intelligent renewable resource recycling system, thereby realizing intelligent recycling of renewable resources.
  • Unified, standardized and efficient management not only solves the problems of public security, fire protection and environment in the existing renewable resource recovery and management mode, but also greatly reduces costs and improves efficiency.
  • FIG. 1 is a logical structural diagram of an embodiment of an intelligent renewable resource recycling system of the present invention.
  • the intelligent renewable resource recycling system includes three renewable resource recycling terminals 10, 10', 10'
  • the logistics management device 30 and the re-resource device 40 are communicatively connected. It should be noted here that this embodiment only shows three renewable resource recovery terminals 10, 10', 10', but it should be understood that the present invention is not limited
  • the number of renewable resource recycling terminals can also be any other number.
  • multiple renewable resource recycling terminals may be distributed in multiple places in a public place for receiving renewable resources input by users, such as beverage containers, paper, plastic bags, and the like.
  • the central control device 20 and three renewable resource recycling terminals 10, 10', 10 The communication between the logistics management device 30 and the re-resourced device 40 can be based on the TCP/IP protocol.
  • each renewable resource recovery terminal 10, 10', 10' The recovery information is transmitted to the central control device 20 in real time, and the recovery information includes at least one of the following of the renewable resources recovered by the renewable resource recovery terminal: quantity, weight, capacity, and type; the central control device 20 receives each The recycling information of the renewable resource recycling terminal sends a transportation instruction to the logistics management device 30; the logistics management device 30 deploys the corresponding vehicle according to the transportation instruction to carry the renewable resource in the corresponding renewable resource recycling terminal to the re-resource device 40.
  • the re-resource device 40 transmits the receipt information to the central control device 20 in real time, the receipt information including at least one of the following of the received renewable resources: quantity, weight, capacity, type; re-resource device 40 processing the received renewable resources according to the receipt information, and feeding back the processing information to the central control device 20 in real time, the processing information including at least one of the following of the processed renewable resources: quantity, weight, capacity ,kind.
  • the renewable resource recovery terminal 10, 10', 10 is passed through the central control device 20.
  • the logistics management equipment 30 and the re-resourced equipment 40 are linked to form a complete intelligent renewable resource recycling system, which realizes intelligent, unified, standardized and efficient management of recycling and reuse of renewable resources. It not only solves the problems of public security, fire protection and environment existing in the existing recycling and management modes of renewable resources, but also greatly reduces costs and improves efficiency.
  • each renewable resource recovery terminal 10, 10', 10' The method further includes: paymenting the amount corresponding to the received renewable resource to the corresponding user, and the payment method may be a cash payment or a stored value card payment, and then transmitting the payment information to the central control device 20 in real time.
  • each renewable resource recovery terminal 10, 10', 10' It is also used to detect whether it is faulty. If it is faulty, the fault information is sent to the central control device 20. After receiving the fault information, the central control device 20 sends an alarm message to notify the maintenance personnel to perform maintenance. The alarm information includes failure. Renewable resources recycle the location and fault content of the terminal. The central control device 20 also receives maintenance execution information in real time until the repair is complete.
  • the logistics management device 30 transmits the transportation information to the central control device 20 in real time after receiving the transportation instruction, the transportation information including the following of the carried renewable resources. At least one of the information: quantity, weight, capacity, type, current location.
  • the re-resource device 40 transmits the sales information of the processed renewable resources to the central control device 20 in real time, the sales information including the sold renewable resources. At least one of the following: type, quantity, weight, unit price, sales.
  • the central control device 20 performs real-time recovery of each renewable resource recovery terminal 10, 10', 10' The detection is performed, and if the failure of the renewable resource recovery terminal is detected, an alarm message is sent to notify the maintenance personnel to perform maintenance, and the alarm information includes the location and fault content of the recyclable resource recovery terminal that has failed.
  • the central control device 20 also receives maintenance execution information in real time until the repair is complete.
  • the central control device generates a statistical report according to at least one of the following information: recycling information, shipping information, receiving information, processing information, sales information, and alarm information.
  • the generated statistical report may also be sent to the logistics management device 30 and the re-resourced device 40.
  • the staff can know where the renewable resource recycling terminal recovers more, helping the administrator to make the next decision, such as increasing the density of the renewable resource recycling terminal somewhere.
  • the personnel at the logistics management equipment can dispatch the corresponding quantity or load of the vehicle according to the received statistical report; the personnel of the re-resourced equipment can make corresponding plans and arrangements for the production according to the received statistical reports.
  • each renewable resource recovery terminal 10, 10', 10' It is also used for material identification of the received renewable resources, and separately storing renewable resources of different materials, the received renewable resources may include paper, glass, plastic, and the plastic includes PET plastic, PP plastic, and the like.
  • each renewable resource recovery terminal 10, 10', 10' It is also used to reduce the capacity of renewable materials of different materials separately.
  • the volume reduction process can be compressed volume reduction processing and/or pulverization volume reduction processing, and then separately saved, which greatly reduces the late stage of the recovered renewable resources. Processing program.
  • each renewable resource recovery terminal 10, 10', 10' It is also used to read the category code attached to the recovered renewable resource and pay according to the category of the renewable resource.
  • the government pays the cost of the beverage container, and the government passes through a plurality of renewable resource recycling terminals installed in a public place. The user who inputs the recycling container is paid the corresponding amount, so that the manufacturer of the renewable resource to be invested needs to be identified.
  • FIG. 1 In this embodiment, in conjunction with FIG.
  • each renewable resource recovery terminal 10, 10', 10 ' It is also used to read the manufacturer code attached to the recovered renewable resource and compare it with the manufacturer code in the barcode information table stored by itself to determine whether the barcode information table includes the manufacturer of the read beverage container.
  • the code if any, indicates that the manufacturer has paid the corresponding fee to the government, and then the user can be paid; if not, the manufacturer has not paid the corresponding fee to the government, and the user is not required to pay.
  • the vendor code may not be identified.

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Abstract

本发明公开了一种智能化可再生资源回收利用系统，该系统包括中央控制设备、与所述中央控制设备通讯连接的物流管理设备、及至少一个可再生资源回收终端，其中，每个可再生资源回收终端实时向中央控制设备发送回收信息，所述回收信息包括该可再生资源回收终端所回收的可再生资源的下列中的至少一个信息：数量、重量、容量、种类；中央控制设备根据所接收的每个可再生资源回收终端的回收信息向物流管理设备发送运输指令；物流管理设备根据所述运输指令调配相应的车辆以运载相应可再生资源回收终端中的可再生资源。实施该技术方案，实现对可再生资源的回收的智能化的、统一、规范和高效的管理，消除治安和消防隐患，避免环境出现问题。

Description

一种智能化可再生资源回收利用系统
本申请要求申请号为201110138044.7、申请日为2011年5月24日、发明名称为一种智能化可再生资源回收利用系统的中国发明专利申请的优先权， 并在此将该专利申请的全文引用入本申请中。
技术领域
本发明涉及可再生资源回收的控制技术，尤其涉及一种智能化可再生资源回收利用系统。
背景技术
易拉罐、塑料瓶或其它饮料可再生资源等都属于日常用品，用量大且应有场合多种多样，而现有的饮料瓶、罐本身或制造饮料瓶/罐的材料，通常都有回收利用的价值。目前通常是流动小贩通过人工进行回收，效率低，且无法进行统一和规范管理，造成大量的治安、消防和环境等问题。
发明内容
本发明要解决的技术问题在于，针对现有技术上述人工回收，效率低，且无法进行统一和规范管理，造成大量的治安、消防和环境等问题的缺陷，提供一种智能化可再生资源回收利用系统 ， 实现对可再生资源的回收和再利用的智能化的、统一、规范和高效的管理，消除治安和消防隐患，避免环境出现问题。
本发明解决其技术问题所采用的技术方案是： 构造一种智能化的可再生资源回收利用系统，包括：中央控制设备、与所述中央控制设备通讯连接的物流管理设备、及至少一个可再生资源回收终端，其中，每个可再生资源回收终端实时向中央控制设备发送回收信息，所述回收信息包括该可再生资源回收终端所回收的可再生资源的下列中的至少一个信息：数量、重量、容量、种类； 中央控制设备根据所接收的每个可再生资源回收终端的回收信息向物流管理设备发送运输指令；物流管理设备根据所述运输指令调配相应的车辆以运载相应可再生资源回收终端中的可再生资源。
在本发明所述的智能化可再生资源回收利用系统中， 可再生资源回收终端还用于将所接收的可再生资源所对应的金额支付给相应用户，并实时向中央控制设备发送支付信息。
在本发明所述的智能化可再生资源回收利用系统中，可再生资源回收终端还用于检测其自身是否故障，若故障，则将故障信息发送至中央控制设备，中央控制设备接收到故障信息后发出告警信息，以通知维修人员进行维修，所述告警信息包括发生故障的可再生资源回收终端的位置和故障内容。
在本发明所述的智能化可再生资源回收利用系统中，物流管理设备在接收到所述运输指令后，实时向中央控制设备回报运输信息，所述运输信息包括所运载的可再生资源的下列中的至少一个信息：数量、重量、容量、种类、当前位置。
在本发明所述的智能化可再生资源回收利用系统中，中央控制设备实时对每个可再生资源回收终端进行检测，若检测到可再生资源回收终端故障，则发出告警信息，所述告警信息包括发生故障的可再生资源回收终端位置和故障内容。
在本发明所述的智能化可再生资源回收利用系统中，可再生资源回收终端还用于对所接收的可再生资源进行材料识别，并将不同材料的可再生资源分开保存。
在本发明所述的智能化可再生资源回收利用系统中，可再生资源回收终端还用于将不同材料的可再生资源分别进行减容处理，并分别进行保存。
在本发明所述的智能化可再生资源回收利用系统中，可再生资源回收终端还用于读取附着在所回收的可再生资源上的类别码，并根据可再生资源的类别的不同进行支付。
实施本发明的技术方案，通过中央控制设备将多个可再生资源回收终端、物流管理设备联系起来，构成一个完整的智能化可再生资源回收利用系统，实现对可再生资源的回收的智能化的、统一、规范和高效的管理，既解决现有可再生资源回收和管理模式所存在的治安、消防和环境等问题，又大幅降低了成本，提高了效率。
附图说明
下面将结合附图及实施例对本发明作进一步说明，附图中：
图1是本发明智能化可再生资源回收利用系统的实施例逻辑结构图。
具体实施方式
如图1所示，在本发明智能化可再生资源回收利用系统的实施例逻辑结构图中，该智能化可再生资源回收利用系统包括三个可再生资源回收终端10、10′、10 ' 、中央控制设备20、物流管理设备30和再资源化设备40，且中央控制设备20分别与三个可再生资源回收终端10、10′、10 ' 、物流管理设备30和再资源化设备40通讯连接。在此应当说明的是，本实施例仅示出了三个可再生资源回收终端10、10′、10 ' ，但应理解，本发明并不限制 可再生资源回收终端的数量，也可为其它任意数量。在实际应用中，多个可再生资源回收终端可分布在公共场合的多个地方，用于接收用户投入的可再生资源，如饮料容器、纸张、塑料袋等。在该智能化可再生资源回收利用系统中，中央控制设备20与三个可再生资源回收终端10、10′、10 ' 、物流管理设备30和再资源化设备40之间的通信可基于TCP/IP协议。在该实施例中， 每个可再生资源回收终端10、10′、10 ' 实时向中央控制设备20发送回收信息，回收信息包括该可再生资源回收终端所回收的可再生资源的下列中的至少一个信息：数量、重量、容量、种类；中央控制设备20根据所接收的每个可再生资源回收终端的回收信息向物流管理设备30发送运输指令；物流管理设备30根据所述运输指令调配相应的车辆将相应可再生资源回收终端中的可再生资源运载到再资源化设备40；再资源化设备40实时向中央控制设备20发送收货信息，所述收货信息包括所接收到的可再生资源的下列中的至少一个信息：数量、重量、容量、种类；再资源化设备40根据收货信息对所接收的可再生资源进行处理，并实时向中央控制设备20反馈处理信息，所述处理信息包括所处理的可再生资源的下列中的至少一个信息：数量、重量、容量、种类。实施该技术方案，通过中央控制设备20将可再生资源回收终端10、10′、10 ' 、物流管理设备30和再资源化设备40联系起来，构成一个完整的智能化可再生资源回收利用系统，实现对可再生资源的回收和再利用的智能化的、统一、规范和高效的管理，既解决现有可再生资源回收和管理模式所存在的治安、消防和环境等问题，又大幅降低了成本，提高了效率。
优选地，在另一个实施例中，结合图1，每个可再生资源回收终端10、10′、10 ' 还用于将所接收的可再生资源所对应的金额支付给相应用户，支付方式可为现金支付或储值卡支付，然后实时向中央控制设备20发送支付信息。
优选地，在另一个实施例中，结合图1，每个可再生资源回收终端10、10′、10 ' 还用于检测其自身是否故障，若故障，则将故障信息发送至中央控制设备20，中央控制设备20接收到故障信息后发出告警信息，以通知维修人员进行维修，所述告警信息包括发生故障的可再生资源回收终端的位置和故障内容。中央控制设备20还实时接收维修执行信息，直至维修完成。
优选地，在另一个实施例中，结合图1，物流管理设备30在接收到所述运输指令后，实时向中央控制设备20发送运输信息，所述运输信息包括所运载的可再生资源的下列中的至少一个信息：数量、重量、容量、种类、当前位置。
优选地，在另一个实施例中，结合图1，再资源化设备40将处理完成后的可再生资源的销售信息实时发送至中央控制设备20，所述销售信息包括所销售的可再生资源的下列中的至少一种信息：种类、数量、重量、单价、销售额。
优选地，在另一个实施例中，结合图1，中央控制设备20实时对每个可再生资源回收终端10、10′、10 ' 进行检测，若检测到可再生资源回收终端故障，则发出告警信息，以通知维修人员进行维修，所述告警信息包括发生故障的可再生资源回收终端的位置和故障内容。中央控制设备20还实时接收维修执行信息，直至维修完成。
优选地，在另一个实施例中，结合图1，中央控制设备根据所接收的下列信息中的至少一种生成统计报表：回收信息、运输信息、收货信息、处理信息、销售信息、报警信息，所生成的统计报表还可发送至物流管理设备30和再资源化设备40。这样，工作人员就能了解到哪一地方的可再生资源回收终端所回收的量多，帮助管理员做下一步的决定，如，增加某处的可再生资源回收终端的密度等。另外，物流管理设备处的人员可根据所接收的统计报表调度相应的数量或载重量的车辆；再资源化设备的人员可根据所接收的统计报表对生产做相应的计划和安排。
优选地，在另一个实施例中，结合图1，每个可再生资源回收终端10、10′、10 ' 还用于对所接收的可再生资源进行材料识别，并将不同材料的可再生资源分开保存，所接收的可再生资源可包括纸张、玻璃、塑料，且塑料包括PET塑料、PP塑料等。
优选地，在另一个实施例中，结合图1，每个可再生资源回收终端10、10′、10 ' 还用于将不同材料的可再生资源分别进行减容处理，减容处理可为压缩减容处理和/或粉碎减容处理，然后分别进行保存，这样大大减少了所回收的可再生资源的后期处理程序。
优选地，在另一个实施例中，结合图1，每个可再生资源回收终端10、10′、10 ' 还用于读取附着在所回收的可再生资源上的类别码，并根据可再生资源的类别的不同进行支付。另外，在一个具体应用中，例如，当饮料的生产厂商将饮料装入饮料容器后准备销售时，会向政府支付饮料容器的费用，政府会通过设置在公共场合的多个可再生资源回收终端向投入回收容器的用户支付相应的金额，这样就需对所投入的可再生资源的厂商进行识别。在这个实施例中，结合图1，每个可再生资源回收终端10、10′、10 ' 还用于读取附着在所回收的可再生资源上的厂商码，并与自身所存储的条码信息表中的厂商码做比较，判断条码信息表中是否包含有所读取的饮料容器的厂商码，若有，则说明该厂商已向政府支付过相应的费用，进而可对该用户进行支付；若无，则说明该厂商无向政府支付过相应的费用，可不用对该用户进行支付。当然，这只是本发明的一个具体实施例，在另外的实施例中，可不用识别厂商码。
以上所述仅为本发明的优选实施例而已，并不用于限制本发明，对于本领域的技术人员来说，本发明可以有各种更改和变化。凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的权利要求范围之内。

Claims (8)

  1. 一种智能化的可再生资源回收利用系统，其特征在于，包括：中央控制设备、与所述中央控制设备通讯连接的物流管理设备、及至少一个可再生资源回收终端， 其中，每个可再生资源回收终端实时向中央控制设备发送回收信息，所述回收信息包括该可再生资源回收终端所回收的可再生资源的下列中的至少一个信息：数量、重量、容量、种类；中央控制设备根据所接收的每个可再生资源回收终端的回收信息向物流管理设备发送运输指令；物流管理设备根据所述运输指令调配相应的车辆以运载相应可再生资源回收终端所回收的可再生资源。
  2. 根据权利要求1所述的智能化可再生资源回收利用系统，其特征在于，可再生资源回收终端还用于将所接收的可再生资源所对应的金额支付给相应用户，并实时向中央控制设备发送支付信息。
  3. 根据权利要求2所述的智能化可再生资源回收利用系统，其特征在于，可再生资源回收终端还用于检测其自身是否故障，若故障，则将故障信息发送至中央控制设备，中央控制设备接收到故障信息后发出告警信息，以通知维修人员进行维修，所述告警信息包括发生故障的可再生资源回收终端的位置和故障内容。
  4. 根据权利要求3所述的智能化可再生资源回收利用系统，其特征在于，物流管理设备在接收到所述运输指令后，实时向中央控制设备回报运输信息，所述运输信息包括所运载的可再生资源的下列中的至少一个信息：数量、重量、容量、种类、当前位置。
  5. 根据权利要求1所述的智能化可再生资源回收利用系统，其特征在于，中央控制设备实时对每个可再生资源回收终端进行检测，若检测到可再生资源回收终端故障，则发出告警信息，所述告警信息包括发生故障的可再生资源回收终端位置和故障内容。
  6. 根据权利要求1-5任一项所述的智能化可再生资源回收利用系统，其特征在于，可再生资源回收终端还用于对所接收的可再生资源进行材料识别，并将不同材料的可再生资源分开保存。
  7. 根据权利要求6所述的智能化可再生资源回收利用系统，其特征在于，可再生资源回收终端还用于将不同材料的可再生资源分别进行减容处理，并分别进行保存。
  8. 根据权利要求1所述的智能化可再生资源回收利用系统，其特征在于，可再生资源回收终端还用于读取附着在所回收的可再生资源上的类别码，并根据可再生资源的类别的不同进行支付。
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