摘要：【中文】本申请提供一种基于区块链的停车服务方法及系统，区块链上包括多个与供应商提供停车服务的服务器对应的车场节点，每个车场节点的智能合约开放有供区块链上其他车场节点调用的接口，方法应用于服务器，包括：获得基于用户的停车需求而确定出的停车服务请求；基于本车场节点调用区块链上其他车场节点的智能合约开放的接口，获取其他车场节点对应的停车服务数据，以确定出包括区块链上所有车场节点对应的停车服务数据在内的整体停车服务数据，其中，每个车场节点对应的停车服务数据中包含该供应商拟提供的停车服务；根据停车服务请求和整体停车服务数据，确定出推荐停车方案，其中，推荐停车方案中包含拟提供的停车服务。 【EN】The application provides a parking service method and system based on a block chain, the block chain comprises a plurality of parking lot nodes corresponding to a server providing parking service with a supplier, an intelligent contract of each parking lot node is opened with an interface for other parking lot nodes on the block chain to call, and the method is applied to the server and comprises the following steps: obtaining a parking service request determined based on the parking demand of a user; based on an intelligent contract open interface of other yard nodes on the yard node calling block chain, acquiring parking service data corresponding to the other yard nodes to determine integral parking service data including the parking service data corresponding to all the yard nodes on the block chain, wherein the parking service data corresponding to each yard node comprises the parking service planned to be provided by the supplier; and determining a recommended parking scheme according to the parking service request and the overall parking service data, wherein the recommended parking scheme comprises the parking service to be provided.

摘要：【中文】本申请提供一种停车收费方法及车辆，该方法应用于云平台，该方法包括：接收安装于车辆上的车载控制系统发送的表征所述车辆处于停车状态的第一指令；所述第一指令中包括：所述车辆的标识信息；接收所述车载控制系统发送的表征所述车辆结束停车的第二指令；所述第二指令中包括：所述车辆的标识信息；基于所述第一指令、所述第二指令和预先确定的停车收费标准，生成所述车辆的停车收费订单；基于所述车辆的标识信息，从预先存储的标识信息和账户ID的对应关系中，查找出与所述车辆的标识信息对应的账户ID；将所述收费订单发送给所述对应的账户ID。在无需安装视频桩或地磁设备的前提下，实现停车收费管理，减少停车管理成本，停车管理不规范等问题。 【EN】The application provides a parking charging method and a vehicle, wherein the method is applied to a cloud platform and comprises the following steps: receiving a first instruction which is sent by an on-board control system installed on a vehicle and indicates that the vehicle is in a parking state; the first instruction comprises: identification information of the vehicle; receiving a second instruction which is sent by the vehicle-mounted control system and indicates that the vehicle stops; the second instruction comprises: identification information of the vehicle; generating a parking charge order for the vehicle based on the first instruction, the second instruction, and predetermined parking charge criteria; based on the identification information of the vehicle, finding out an account ID corresponding to the identification information of the vehicle from a pre-stored corresponding relation between the identification information and the account ID; and sending the charging order to the corresponding account ID. Under the prerequisite that need not to install video stake or earth magnetism equipment, realize the management of parking charge, reduce the parking administrative cost, the parking management is not normal scheduling problem.

摘要：【中文】本申请提供一种车辆检测装置及车辆检测系统，该装置包括：第一支撑杆及第二支撑杆，设置在所述车位的侧面，且与地面垂直；中轴杆，设置在所述第一支撑杆以及所述第二支撑杆之间，所述中轴杆的两端分别与所述第一支撑杆以及所述第二支撑杆连接；所述中轴杆与所述地面平行设置；地磁感应模块，与所述中轴杆固定连接，所述地磁感应模块用于检测所述车位侧面的磁场变化。在本申请中，通过与地面垂直的第一支撑杆、第二支撑杆，以及两端分别与第一支撑杆、第二支撑杆连接的中轴杆，可以将地磁感应模块安装在车位的侧面，与现有技术中将地磁感应模块铺设在地表上相比，避免了地磁感应模块被车辆碾压。 【EN】The application provides a vehicle detection device and vehicle detecting system, the device includes: the first supporting rod and the second supporting rod are arranged on the side surface of the parking space and are vertical to the ground; the middle shaft rod is arranged between the first support rod and the second support rod, and two ends of the middle shaft rod are respectively connected with the first support rod and the second support rod; the middle shaft rod is arranged in parallel with the ground; the geomagnetic induction module is fixedly connected with the middle shaft rod and used for detecting the magnetic field change on the side face of the parking space. In this application, through with first bracing piece of ground vertically, second bracing piece to and the well axostylus axostyle that both ends are connected with first bracing piece, second bracing piece respectively, can install the earth induction module in the side of parking stall, lay the earth induction module among the prior art on the earth's surface and compare, avoided the earth induction module to be rolled by the vehicle.

摘要：【中文】本申请提供一种停车方法、装置以及综合停车系统。该方法包括：接收所述用户终端发送的停车请求；基于所述信息采集前端采集的路边停车区域的停车位的停车状态以及停车场的停车位的停车状态，统计每个所述路边停车区域的剩余车位以及每个所述停车场的剩余车位；向所述用户终端发送预设范围内的所述路边停车区域的分布情况以及所述停车场的分布情况，以及所述预设范围内的每个所述路边停车区域的剩余车位，以及所述预设范围内的每个所述停车场的剩余车位。本申请整合了路边停车区域的车位数据以及停车场的车位数据，当用户需要短暂停车时，可以选择合适的路边停车区域进行停车，当用户需要长时间停车时，可以选择合适的停车场进行停车。 【EN】The application provides a parking method, a parking device and a comprehensive parking system. The method comprises the following steps: receiving a parking request sent by the user terminal; counting the remaining parking spaces of each roadside parking area and the remaining parking spaces of each parking lot based on the parking states of the parking spaces of the roadside parking areas and the parking states of the parking spaces of the parking lots, which are acquired by the information acquisition front end; and sending the distribution condition of the roadside parking areas and the distribution condition of the parking lots within a preset range, the remaining parking spaces of each roadside parking area within the preset range and the remaining parking spaces of each parking lot within the preset range to the user terminal. The parking lot parking system integrates parking space data of the roadside parking areas and parking space data of the parking lot, when a user needs to park for a short time, the appropriate roadside parking areas can be selected for parking, and when the user needs to park for a long time, the appropriate parking lot can be selected for parking.

摘要：【中文】本申请提供一种人脸识别机及闸机，人脸识别机包括识别主机及底座，所述识别主机的底部设有灯体；所述底座呈透明的；所述识别主机设于所述底座上，且所述灯体朝向所述底座照射；闸机包括闸机主体及前述的人脸识别机，所述人脸识别机设置于所述闸机主体上，且所述人脸识别机与所述闸机主体电性连接。本申请人脸识别机及闸机，人脸识别机的识别主机的底部设置了朝向呈透明的底座照射的灯体，在人脸识别机应用于闸机时，呈透明的底座在灯体的照射下会有发光效果，从而体现出人脸识别机的悬浮效果，增强了人脸识别机在闸机主体上的展示效果及使用效果。 【EN】The application provides a face recognition machine and a gate, wherein the face recognition machine comprises a recognition host and a base, and a lamp body is arranged at the bottom of the recognition host; the base is transparent; the identification host is arranged on the base, and the lamp body irradiates towards the base; the gate comprises a gate main body and the face recognition machine, wherein the face recognition machine is arranged on the gate main body and is electrically connected with the gate main body. This application face identification machine and floodgate machine, the bottom of face identification machine's discernment host computer has set up towards the lamp body that is transparent base and shines, when face identification machine is applied to the floodgate machine, is transparent base and has luminous effect under shining of lamp body to the suspension effect of face identification machine is embodied, the bandwagon effect and the result of use of face identification machine in the floodgate machine main part have been strengthened.

摘要：【中文】本申请提供一种道闸防砸控制方法及装置，道闸防砸控制方法，包括：向指定物体投射预置光斑；获取带有光斑的目标图像；根据所述目标图像，判断目标区域是否有行人或/和车辆经过；若是，则发送控制指令至道闸，以使所述道闸抬杆或停止落杆。本申请道闸防砸控制方法及装置，通过投射预置光斑，获取光斑图像来判断目标区域是否有行人或/和车辆经过，在目标区域有行人或/和车辆经过时，发出控制指令使道闸抬杆或停止落杆，从而达到道闸防砸的目的，此种方式无需闸杆接触车辆和行人，就能检测出是否有车辆和行人，并且，此种方式易于实现，稳定性高，环境适应性强。 【EN】The application provides a banister smash-proof control method and device, and the banister smash-proof control method comprises the following steps: projecting preset light spots to a specified object; acquiring a target image with light spots; judging whether pedestrians or/and vehicles pass through the target area according to the target image; if yes, a control command is sent to the barrier gate so that the barrier gate lifts the rod or stops dropping the rod. According to the method and the device for controlling the anti-smashing of the barrier gate, the preset light spots are projected, the light spot images are obtained to judge whether pedestrians or/and vehicles pass through the target area, and when the pedestrians or/and vehicles pass through the target area, the control command is sent to enable the barrier gate to lift the rod or stop dropping the rod, so that the aim of preventing smashing of the barrier gate is fulfilled.