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    • 4. 发明申请
    • METHOD AND SYSTEM FOR MONITORING AND COMMUNICATING FILL RATE OF CONTAINER
    • 用于监测和通信容器填充率的方法和系统
    • WO2016071561A1
    • 2016-05-12
    • PCT/FI2015/050731
    • 2015-10-26
    • ENEVO OY
    • KEKÄLÄINEN, Fredrik
    • G01F23/00B65F1/14G06Q10/00
    • H04Q9/00B65F2210/128B65F2210/1443B65F2210/184B65F2210/20G01F23/00
    • Disclosed is a method for monitoring a fill rate of a container and communicating the monitored fill rate to a server, the container comprising at least a first sensor which is a fill rate sensor in a normally non-active mode. The method comprises receiving an operational model from a server, the operational model defining a wake-up signal to determine whether to initiate communication between the fill rate sensor and the server, the operational model also defining a pre-determined fill rate level comprising a predefined maximum value of the fill rate and/or a predefined minimum value of the fill rate, wherein communication between the fill rate sensor and the server only occurs when the pre-determined fill rate level is not met; detecting the wake-up signal; measuring the fill rate of the container with the fill rate sensor; comparing a measured fill rate with the pre-determined fill rate level defined in the operational model; and communicating the measured fill rate to the server only if the measured fill rate is equal to or above the predefined maximum value of the fill rate, and/or the measured fill rate is equal to or below the predefined minimum value of the fill rate.
    • 公开了一种用于监测容器的填充率并将监测的填充率传送到服务器的方法,所述容器包括至少第一传感器,其是处于正常非活动模式的填充率传感器。 所述方法包括从服务器接收操作模型,所述操作模型定义唤醒信号以确定是否发起所述填充率传感器和所述服务器之间的通信,所述操作模型还定义预定的填充速率级别,所述填充速率级别包括预定义的 填充率的最大值和/或填充率的预定最小值,其中填充率传感器和服务器之间的通信仅在不满足预定填充率水平时才发生; 检测唤醒信号; 用填充率传感器测量容器的填充率; 将测量的填充率与在操作模型中定义的预定填充率水平进行比较; 并且如果测量的填充率等于或高于预定的填充率的最大值,并且/或所测量的填充率等于或低于填充率的预定最小值,则将测量的填充率传送到服务器。
    • 9. 发明申请
    • APPARATUS AND MANAGEMENT SYSTEM FOR EFFICIENT COLLECTION OF TRASH AND THE LIKE
    • 有效收集垃圾的设备和管理系统
    • WO0250766A2
    • 2002-06-27
    • PCT/US0149400
    • 2001-12-17
    • ENVIRONMENTAL SYSTEMS LTDKARMALI RASHIDA ANADIR AMI
    • NADIR AMI
    • G06Q10/08G06Q20/10G06N
    • G06Q10/08B65F2210/128B65F2210/184G06Q20/10
    • An apparatus and electronic system for optimizing a trash pick-up schedule of a plurality of trash compactors is disclosed. The system comprises the steps of measuring the weight of trash in a trash compactor; calculating from said trash weight a targeted trash weight optimal for pick up; predicting a pick-up time based on said trash weight and said optimal trash weight; transmitting a signal to a fleet management unit; calculating a pick-up schedule for said plurality of trash compactors; generating a bill containing accounting information for said trash compactor unit; and generating a warning when said trash compactor unit malfunctions. The system permits efficient trash pick-up based on customer needs and accordingly provides a cost-effective and environmentally friendly system.
    • 公开了一种用于优化多个垃圾压实机的垃圾拾取时间表的装置和电子系统。 该系统包括以下步骤:测量垃圾压实机中垃圾的重量; 从所述垃圾重量计算用于拾取最佳的目标垃圾; 基于所述垃圾重量和所述最佳垃圾重量预测拾取时间; 向车队管理单元发送信号; 计算所述多个垃圾压实机的拾取时间表; 生成包含所述垃圾压实机单元的计费信息的账单; 并且当所述垃圾压实机单元发生故障时产生警告。 该系统可以根据客户需求提供有效的垃圾收集,从而提供一个经济高效和环保的系统。
    • 10. 发明申请
    • DEVICE FOR WEIGHING DOMESTIC RUBBISH
    • 称重WASTE
    • WO99039996A1
    • 1999-08-12
    • PCT/CH1999/000037
    • 1999-01-28
    • B65F1/14
    • B65F1/14B65F2210/108B65F2210/128B65F2210/164B65F2210/184
    • The inventive weighing device contains a balance (4). Said balance (4) is accommodated in a housing (1) which is provided with a door (2). The following are mounted on the front face of the housing (1): an operator guide (3), an output opening (7) for issuing adhesive labels (6) and an operating opening (8) for removing or replacing a data storage medium. The weighing device is activated by a personalised part (10) of an identification element (5, 10), for example a transponder. Once the identification stage has been carried out by a computer (12) contained in the housing (1), the door (2) is unlocked and can be opened by the authorised user. The user then places a rubbish bag on the balance (4). After the bag has been weighed, the weighing device prints an adhesive label (6) and issues it through the output opening (7). The adhesive label (6) is stuck onto the rubbish bag which is then thrown into the designated container. The weight of the rubbish bag is stored on the data storage medium together with the identification information and can then be electronically processed for accounts.
    • 所述的称重装置包含一个在壳体(1)容纳补偿器(4),其设置有门(2)。 在壳体的前侧(1)被安装:用户接口(3),用于粘性标签(6)的分配开口(7)和用于提取或交换的数据载体的控制开口(8)。 称重装置通过由识别装置(5,10)个人部分(10)投入操作时,例如一个转发器。 识别由所述壳体的装置(1)包含的计算机之后(12)的门(2)解锁并且可以通过有权的人打开时,把他的垃圾袋现在在标尺(4)。 称量之后,将称重装置打印通过分配孔(7)的粘合剂(6),并将其输出。 垃圾袋现在覆盖有粘合剂(6)和浇铸成一个专用的容器中。 连同识别垃圾袋的重量被存储在磁盘上,并且可以随后被电子地扣除。