摘要：【中文】本发明涉及一种垃圾袋推出装置及垃圾箱，所述推出装置应用于垃圾箱，垃圾箱包括箱体和至少一用于闭合所述箱体的活动门，活动门通过竖直转轴与箱体连接，以使得活动门能够相对箱体在水平面上转动，垃圾袋推出装置包括吊杆、底板、第二电机、传动件和转动组件，第二电机的输出轴与传动件的一端连接，传动件的另一端与转动组件连接；转动组件与活动门连接，用于驱动活动门打开和闭合；第二电机通过传动件驱动转动组件在水平面上转动；底板设置在传动件的上端，底板靠近活动门的一端与传动件铰接或枢接，以使得底板能够相对传动件在竖直方向上转动。本发明能够快速完成垃圾袋换袋和将装满的垃圾袋及时推出垃圾箱外，减轻清洁人员的工作难度和强度。 【EN】The invention relates to a garbage bag pushing-out device and a garbage can, wherein the pushing-out device is applied to the garbage can, the garbage can comprises a box body and at least one movable door for closing the box body, the movable door is connected with the box body through a vertical rotating shaft so as to enable the movable door to rotate on a horizontal plane relative to the box body, the garbage bag pushing-out device comprises a hanging rod, a bottom plate, a second motor, a transmission piece and a rotating assembly, an output shaft of the second motor is connected with one end of the transmission piece, and the other end of the transmission piece is connected with the rotating assembly; the rotating assembly is connected with the movable door and used for driving the movable door to open and close; the second motor drives the rotating assembly to rotate on the horizontal plane through the transmission piece; the bottom plate sets up in the upper end of driving medium, and the one end that the bottom plate is close to the dodge gate is articulated or the pin joint with the driving medium to make the bottom plate rotate in vertical direction relative to the driving medium. The garbage can be quickly replaced and the filled garbage bag can be timely pushed out of the garbage can, so that the working difficulty and the intensity of cleaning personnel are reduced.

摘要：【中文】本发明涉及一种基于智能用电管理器的室内多人用电分摊方法，包括如下步骤：步骤1：当前室内人员之一向其他所有居住人员群发费用分摊确认信息，并获得发送费用分摊确认信息的发送时间；步骤2：接收预设时间内对费用分摊确认信息的反馈情况，并基于反馈情况统计出从发送时间起至当前时间的时间段内，需要分摊公用电费的分摊人数；步骤3：获得公用电费分摊结束信息，并根据当前所在位置和预设位置范围确定公用电费分摊结束时间；根据对应公式计算出对应居住人员从发送时间至公用电费分摊结束时间的费用。本发明精确计算出各个居住人员任意时间段内的公共分摊电费，并能有效防止恶意逃避分摊费用，促使所有居住人员节约用电，达到节能目的。 【EN】The invention relates to an indoor multi-user electricity sharing method based on an intelligent electricity manager, which comprises the following steps: step 1: one of the current indoor personnel sends the expense sharing confirmation information to all other resident personnel in a group mode, and the sending time of the expense sharing confirmation information is obtained; step 2: receiving a feedback condition of the expense allocation confirmation information in a preset time, and counting the number of the allocated people needing to allocate the public electric charge in a time period from the sending time to the current time based on the feedback condition; and step 3: obtaining the public electric charge sharing end information, and determining the public electric charge sharing end time according to the current position and the preset position range; and calculating the cost from the sending time to the public electricity charge sharing end time of the corresponding resident according to the corresponding formula. The invention accurately calculates the public shared electric charge of each resident in any time period, can effectively prevent the resident from evading the shared charge maliciously, prompts all the resident to save electricity and achieves the aim of saving energy.

摘要：【中文】本发明公开了一种用于垃圾种类识别的完善方法和后台服务器，所述用于垃圾种类识别的完善方法，包括以下步骤：获取摄像模块发送的照片，通过垃圾种类识别模块对所述照片中的至少一种垃圾图像的种类进行识别，对所述照片中未能识别出垃圾种类的垃圾图像进行标记，从而形成待标记照片，以使用户通过客户端获取所述待标记照片，并对所述待标记照片中的未能识别出垃圾种类的垃圾图像的种类进行标记，以形成完成标记照片；获取所述完成标记照片，并将所述完成标记照片作为垃圾分类训练模块的训练集，并输出训练结果至所述垃圾种类识别模块，从而实现智能垃圾回收箱自动进行智能学习，最终增加智能垃圾回收箱可以识别垃圾种类。 【EN】The invention discloses a perfecting method for identifying garbage types and a background server, wherein the perfecting method for identifying the garbage types comprises the following steps: the method comprises the steps of obtaining photos sent by a camera module, identifying the type of at least one garbage image in the photos through a garbage type identification module, and marking the garbage images of which the garbage types cannot be identified in the photos to form photos to be marked, so that a user can obtain the photos to be marked through a client, and mark the types of the garbage images of which the garbage types cannot be identified in the photos to be marked to form finished marked photos; and acquiring the finishing marking photos, taking the finishing marking photos as a training set of a garbage classification training module, and outputting training results to the garbage type identification module, so that the intelligent garbage collection box can automatically perform intelligent learning, and finally, the intelligent garbage collection box is added to identify garbage types.