摘要：【中文】本公开提供了一种用于存储包裹及包裹自提的方法、智能配送方法、存储介质和电子设备，涉及数据处理技术领域。该用于存储包裹的方法应用于配送站，所述配送站包括旋转货架和柜体，所述旋转货架包括至少一层存储单元，每层存储单元包括多个货格；所述柜体上固定设置有至少一排存包口，每排存包口包括至少一个存包口；该方法包括：接收存包指令；根据所述存包指令获得所述旋转货架中的空置货格信息以及各存包口位置信息；根据所述空置货格信息以及各存包口位置信息，确定目标存包口和目标货格，以便于将待存储包裹通过所述目标存包口存储至所述目标货格。本公开可以实现包裹的自动寄存及提取以及智能配送，从而可以降低对人工的依赖。 【EN】The disclosure provides a method for storing packages and self-picking the packages, an intelligent distribution method, a storage medium and electronic equipment, and relates to the technical field of data processing. The method for storing packages is applied to a distribution station, the distribution station comprises a rotating shelf and a cabinet body, the rotating shelf comprises at least one layer of storage units, and each layer of storage units comprises a plurality of goods grids; at least one row of bag storage openings are fixedly arranged on the cabinet body, and each row of bag storage openings comprises at least one bag storage opening; the method comprises the following steps: receiving a packet storage instruction; obtaining the information of empty goods grids in the rotary goods shelf and the position information of each bag storage port according to the bag storage instruction; and determining a target package storage port and a target package storage grid according to the empty package storage grid information and the position information of each package storage port so as to store the packages to be stored to the target package storage grid through the target package storage port. The automatic parcel storage and extraction system can realize automatic parcel storage and extraction and intelligent delivery, and therefore dependence on manpower can be reduced.

摘要：【中文】本发明公开了一种电动自行车智能电源控制系统，包括：车辆电源，用于向电动自行车供电；车辆载荷传感器，用于检测电动自行车的载荷；智能电源控制器，与所述车辆电源和车辆载荷传感器相连接，用于接收车辆载荷传感器检测的载荷信号和车辆电源发出的上电信号，并对接受的信号进行分析，控制电动自行车电源的开启。本发明能使电动自行车电源开启受控，保证电动自行车行车安全。 【EN】The invention discloses an intelligent power supply control system of an electric bicycle, which comprises: a vehicle power supply for supplying power to the electric bicycle; a vehicle load sensor for detecting a load of the electric bicycle; and the intelligent power supply controller is connected with the vehicle power supply and the vehicle load sensor and is used for receiving the load signal detected by the vehicle load sensor and the power-on signal sent by the vehicle power supply, analyzing the received signal and controlling the power supply of the electric bicycle to be turned on. The invention can control the power supply of the electric bicycle to be turned on, thereby ensuring the driving safety of the electric bicycle.

摘要：【中文】本发明公开了一种客户端寻车辅助装置，包括一显示装置，该显示装置位于出租车顶上端，智能终端系统向客户端发出的接单车辆订单号信息在所述显示装置上显示，显示的信息为色彩加数字的组合，其中，数字和色彩的显示相重叠。本发明能使客户按照接单车辆信息，精准找到所叫的出租车。 【EN】The invention discloses a client vehicle-searching auxiliary device, which comprises a display device, wherein the display device is positioned at the upper end of the top of a taxi, the information of a vehicle order number sent to a client by an intelligent terminal system is displayed on the display device, the displayed information is a combination of colors and numbers, and the numbers and the colors are displayed in an overlapped mode. The invention can enable the client to accurately find the called taxi according to the information of the order-receiving taxi.

摘要：【中文】本发明公开了一种锂离子电池内部温度的检测方法，包括步骤：第一步，将多个测温探头(5)固定在电池2内部的预设位置，每个测温探头(5)，通过温度线(4)与外置温度记录仪(1)相连接；第二步，通过外置温度记录仪(1)实时采集电池内部预设位置的温度数据，实现对电池内部的温度检测。本发明公开的一种锂离子电池内部温度的检测方法，其能够及时可靠地获取电池内部的真实温度，具有重要的推广意义。 【EN】The invention discloses a method for detecting the internal temperature of a lithium ion battery, which comprises the following steps: firstly, fixing a plurality of temperature probes (5) at preset positions inside a battery 2, wherein each temperature probe (5) is connected with an external temperature recorder (1) through a temperature line (4); and step two, acquiring temperature data of a preset position inside the battery in real time through the external temperature recorder (1), and detecting the temperature inside the battery. The method for detecting the internal temperature of the lithium ion battery can timely and reliably acquire the real temperature of the battery, and has important popularization significance.

摘要：【中文】本公开提出一种配送站，包括底座、外壳、旋转货架、配送车、分拣装置以及控制系统。外壳设于底座上并开设有货物存取口和进出门。旋转货架设于底座上且位于外壳内，旋转货架包括转轴、传动带、多个货架单元及驱动机构。转轴竖直设于底座上，转轴设有与其同心的转轮。传动带绕设于转轮外周。多个货架单元在水平方向上相间隔地设于传动带，货架单元用以存放货物。驱动机构传动连接于转轴，驱动机构用以驱动转轴绕其轴向转动，以将多个货架单元的至少其中之一对应于货物存取口。配送车用以由进出门进出外壳并运输货物。分拣装置设于底座上且位于外壳内，分拣装置用以在配送车与货架单元之间取放货物。控制系统用以控制驱动机构以及分拣装置。 【EN】The present disclosure provides a delivery station including a base, a housing, a rotating shelf, a delivery cart, a sorting device, and a control system. The shell is arranged on the base and is provided with a goods access opening and an access door. Rotatory goods shelves are located on the base and are located the shell, and rotatory goods shelves include pivot, drive belt, a plurality of goods shelves unit and actuating mechanism. The rotating shaft is vertically arranged on the base and is provided with a rotating wheel concentric with the rotating shaft. The transmission belt is wound on the periphery of the rotating wheel. The plurality of shelf units are arranged on the transmission belt at intervals in the horizontal direction and used for storing goods. The driving mechanism is in transmission connection with the rotating shaft and is used for driving the rotating shaft to rotate around the axial direction of the rotating shaft so as to enable at least one of the plurality of shelf units to correspond to the goods access opening. The distribution vehicle is used for entering and exiting the shell through the access door and transporting goods. The sorting device is arranged on the base and positioned in the shell, and the sorting device is used for picking and placing goods between the distribution vehicle and the goods shelf unit. The control system is used for controlling the driving mechanism and the sorting device.

摘要：【中文】本发明提供了一种无人配送站及其无人车存取货的方法，无人配送站包括柜体以及设置在柜体内的可动包裹存储装置，可动包裹存储装置包括多个用于存储包裹的货格；柜体还设置有供无人车进出的柜门；在柜体内还设置有包裹抓取区，包裹抓取区内设置有抓取装置，用于在货格与无人车之间传递目标包裹；其中，当抓取装置动作时，可动包裹存储装置带动空货格或目标包裹所在货格沿既定轨迹运动至包裹抓取区。 【EN】The invention provides an unmanned distribution station and an unmanned vehicle goods storing and taking method thereof, wherein the unmanned distribution station comprises a cabinet body and a movable parcel storage device arranged in the cabinet body, and the movable parcel storage device comprises a plurality of goods grids for storing parcels; the cabinet body is also provided with a cabinet door for the unmanned vehicle to enter and exit; a parcel grabbing area is further arranged in the cabinet body, and a grabbing device is arranged in the parcel grabbing area and used for transferring target parcels between the goods grids and the unmanned vehicle; when the grabbing device acts, the movable parcel storage device drives the empty goods lattice or the goods lattice where the target parcel is located to move to the parcel grabbing area along a set track.

摘要：【中文】本公开涉及一种配送站点及配送方法。配送站点包括：建筑物(1)，具有用于存放货物的存储空间(9)和用于停靠可执行货物配送的无人地面配送载具(2)的配送接口区域；和货物分拣装置(8)，设置在所述建筑物(1)内，用于将所述存储空间(9)中的货物装载到所述无人地面配送载具(2)。本公开实施例降低了从配送站点往外配送、在配送站点中进行货物装卸的人工依赖，提高了配送效率，降低了人工成本。 【EN】The present disclosure relates to a distribution station and a distribution method. The delivery site includes: a building (1) having a storage space (9) for storing goods and a delivery interface area for docking an unmanned ground delivery vehicle (2) that can perform delivery of goods; and a goods sorting device (8) arranged in the building (1) for loading goods in the storage space (9) to the unmanned ground distribution vehicle (2). The embodiment of the disclosure reduces the manual dependence of goods loading and unloading in the distribution station from the distribution station, improves the distribution efficiency and reduces the labor cost.

摘要：【中文】本公开涉及一种配送站点及配送方法。配送站点包括：建筑物(1)，具有用于存放货物的存储空间(6)和用于停靠无人机(2)的无人机停机坪(12)；货物接收装置(4)，至少部分地设置在所述建筑物(1)内，用于对无人机(2)从所述无人机停机坪(12)卸载的货物进行接收；和货物分拣装置(5)，设置在所述建筑物(1)内，用于将接收的货物分拣到所述存储空间(6)中。本公开实施例一方面降低了向配送站点运输、在配送站点中进行货物装卸的人工依赖，另一方面也通过无人机提高了物流配送过程的灵活性。 【EN】The present disclosure relates to a distribution station and a distribution method. The delivery site includes: a building (1) having a storage space (6) for storing goods and a drone apron (12) for parking the drone (2); -cargo receiving means (4) arranged at least partially within the building (1) for receiving cargo unloaded by a drone (2) from the drone apron (12); and a goods sorting device (5) arranged in the building (1) for sorting received goods into the storage space (6). This disclosed embodiment has reduced on the one hand to the delivery website transportation, has carried out the artifical reliance of goods handling in the delivery website, and on the other hand has also improved the flexibility of logistics distribution process through unmanned aerial vehicle.

摘要：【中文】本发明涉及一种亲水剂和改性乙烯‑三氟氯乙烯膜及其制备方法。一种亲水剂，主要由以下成分组成：按重量百分比计，聚乙烯醇3‑50wt％，O/W型乳化剂0.5‑15％，乙醇30‑50wt％，和水10‑60wt％。在乙烯‑三氟氯乙烯膜的表面涂布或浸渍上述亲水剂之后，干燥，得到所述改性乙烯‑三氟氯乙烯膜。本发明利用组成简单的亲水剂即可实现对乙烯‑三氟氯乙烯膜的亲水改性，并且可采用浸渍或涂覆的手段，同时还能充分保留膜的孔隙率、膜通量和分离精度等自身优良特性。 【EN】The invention relates to a hydrophilic agent, a modified ethylene-chlorotrifluoroethylene membrane and a preparation method thereof. A hydrophilic agent mainly comprises the following components: according to weight percentage, 3 to 50 percent of polyvinyl alcohol, 0.5 to 15 percent of O/W type emulsifier, 30 to 50 percent of ethanol and 10 to 60 percent of water. The modified ethylene-chlorotrifluoroethylene membrane is obtained by coating or impregnating the surface of the ethylene-chlorotrifluoroethylene membrane with the above-mentioned hydrophilic agent, and then drying. The invention can realize the hydrophilic modification of the ethylene-chlorotrifluoroethylene membrane by using the hydrophilic agent with simple composition, adopts the means of dipping or coating, and can fully keep the self excellent characteristics of the porosity, the membrane flux, the separation precision and the like of the membrane.

摘要：【中文】一种基于DCS‑SIS的信号通道单人校验系统及方法，包括：解除就地端信号点与DCS系统的接线连接；建立就地校验仪与所述DCS系统的接线连接；所述就地校验仪向所述DCS系统发送预设的延时开闭的整形校验信号，记录发送校验信号时间；查询DCS工程师站上已建立的趋势查询组，确认趋势组内各信号波形、时间和顺序的正确性；查询与DCS工程师站相连接的SIS系统中已建立的临时事件查询组，确认对应信号触发的正确性；查询移动终端中SIS系统应用界面上就地端信号点的信号显示状态，确定状态的正确性。本发明不需要拆除DCS控制柜端的信号接线，单人操作就地校验仪即可完成信号通道校验，校验速度快，并能节省大量的人力成本。 【EN】A DCS-SIS-based signal channel single person checking system and a method thereof comprise: releasing the connection between the local end signal point and the DCS; establishing a wiring connection between an on-site calibration instrument and the DCS; the local calibrator sends a preset shaping calibration signal which is opened and closed in a delayed manner to the DCS and records the time for sending the calibration signal; inquiring an established trend inquiry group on a DCS engineer station, and confirming the correctness of each signal waveform, time and sequence in the trend group; inquiring an established temporary event inquiry group in an SIS (SIS) system connected with a DCS (distributed control System) engineer station, and confirming the correctness of triggering of a corresponding signal; and inquiring the signal display state of a local end signal point on an SIS system application interface in the mobile terminal to determine the correctness of the state. According to the invention, signal wiring at the DCS control cabinet end does not need to be removed, the signal channel can be verified by operating the local calibrator by a single person, the verification speed is high, and a large amount of labor cost can be saved.