摘要：【中文】本发明公开了一种多功能爬树机构，包括滑道、在所述滑道上移动的滑块、安装在所述滑块上的机械爪，所述机械爪对树干进行抱握，并在所述滑块的带动下在树干上进行爬行；所述滑道的顶部设有喷药装置，用于对树木进行喷药；所述滑道的侧部设有锯木装置，用于对树木进行修剪工作；所述滑道的侧部还安装有摄像头，用于对工作现场进行监控。本发明可以实时反馈，便于监管，工作安全可靠，可针对不同高度粗细的树木进行爬树检查、喷药和修剪工作。该多功能爬树机构，能够良好满足城市树木检查工作的连续化、标准化、智能化、少人化需求，能够使工作更加便捷，提高可靠性与工作效率，且节约人工成本，省时省力，降低工作强度。 【EN】The invention discloses a multifunctional tree climbing mechanism which comprises a slide way, a slide block and a mechanical claw, wherein the slide block moves on the slide way; the top of the slideway is provided with a pesticide spraying device for spraying pesticide to the trees; a wood sawing device is arranged on the side part of the slideway and is used for trimming trees; the lateral part of the slide is also provided with a camera for monitoring a working site. The tree climbing detection device can feed back in real time, is convenient to supervise, works safely and reliably, and can perform tree climbing detection, pesticide spraying and trimming work aiming at trees with different heights and thicknesses. This multi-functional tree climbing mechanism can well satisfy serialization, standardization, intellectuality, the few humanized demand of city trees inspection work, can make work more convenient, improves reliability and work efficiency, and practices thrift the cost of labor, and labour saving and time saving reduces working strength.

摘要：【中文】本发明属于安全门防盗技术领域，尤其涉及一种具有定位报警功能的防盗安全门系统及其使用方法，包括门本体，门本体包括门框、与门框配合安装的门板，门板上安装有控制装置、以及与控制装置电性连接的智能门锁、压电装置和磁铁装置；智能门锁包括门锁本体、安装在门锁本体上的第一锁舌、第二锁舌、钥匙孔、密码输入模块、无线信号接收模块和指纹输入模块；控制装置包括安装在门板内部的微型计算机、振动传感器、GPS定位装置、报警器、遥控器、以及安装在门框上端部的摄像头和门框下端部的蜂鸣器；本发明可实现多信号、多参数采集，采集数据相对较为精确，提高防盗安全门的安全性，可以避免由于防盗安全门监测不利导致的人身及财产安全。 【EN】The invention belongs to the technical field of safety door theft prevention, and particularly relates to a safety door system with a positioning and alarming function and a using method thereof, wherein the safety door system comprises a door body, the door body comprises a door frame and a door plate which is matched with the door frame, and the door plate is provided with a control device, an intelligent door lock which is electrically connected with the control device, a piezoelectric device and a magnet device; the intelligent door lock comprises a door lock body, a first bolt, a second bolt, a key hole, a password input module, a wireless signal receiving module and a fingerprint input module, wherein the first bolt, the second bolt, the key hole, the password input module, the wireless signal receiving module and the fingerprint input module are arranged on the door lock body; the control device comprises a microcomputer, a vibration sensor, a GPS positioning device, an alarm, a remote controller, a camera and a buzzer, wherein the microcomputer, the vibration sensor, the GPS positioning device, the alarm and the remote controller are arranged in the door panel; the invention can realize multi-signal and multi-parameter acquisition, relatively more accurate data acquisition, improve the safety of the anti-theft safety door and avoid personal and property safety caused by unfavorable monitoring of the anti-theft safety door.

摘要：【中文】本申请实施例公开了一种位置关系确定方法、装置、存储介质及设备，用于准确确定出车目标车辆所在车道与周围车辆所在车道之间的位置关系，以便准确分析出车辆之间可能存在的潜在碰撞危险。本申请实施例方法包括：首先根据获取到的最近大于或等于三次目标车辆的目标位置信息，拟合出第一直线，然后，再根据获取到的目标车辆的周围车辆本次的目标位置信息，确定出经过周围车辆且垂直于第一直线的交点的位置信息，接着，根据该交点的位置信息和周围车辆本次的目标位置信息确定出交点与周围车辆之间的距离，进而可以根据该距离，准确确定出目标车辆所在车道与周围车辆所在车道之间的位置关系。 【EN】The embodiment of the application discloses a position relation determining method, a position relation determining device, a storage medium and equipment, which are used for accurately determining the position relation between a lane where a vehicle is a vehicle-out target and lanes where surrounding vehicles are located so as to accurately analyze potential collision risks possibly existing between the vehicles. The method in the embodiment of the application comprises the following steps: the method comprises the steps of firstly fitting a first straight line according to the acquired target position information of a target vehicle which is more than or equal to three times recently, then determining the position information of an intersection point which passes through the surrounding vehicle and is perpendicular to the first straight line according to the acquired target position information of the surrounding vehicle of the target vehicle at this time, then determining the distance between the intersection point and the surrounding vehicle according to the position information of the intersection point and the target position information of the surrounding vehicle at this time, and further accurately determining the position relation between the lane where the target vehicle is located and the lane where the surrounding vehicle is located according to the distance.

摘要：【中文】本发明公开了一种采用空芯丝热熔法制作微通道板空心阵列基底的方法，涉及微通道板的制备领域，本发明并非完整的微通道板的制造工艺，只是提供了制作空心阵列基底的方法，其工作原理为：在光纤拉制机上，拉制空心玻璃纤维丝，进行规制矩阵排列、拉制一次复丝，排板、真空熔合为空心微通道板，再用可溶性填充材料填充微米级纤维通道，进行切片、研磨、抛光等冷加工处理，然后用高频超声清洗机清洗掉可溶性填充材料，最终制作出纤维均匀排列、通道壁光滑的MCP空心阵列基底板。本发明所提供的工艺方法，所制得的微通道板空心阵列基底，空芯通道排列规整、通道内壁超光滑，在此空心阵列基底上用ADL技术制作微通道板，提高了微通道板各方面的性能。 【EN】The invention discloses a method for manufacturing a hollow array substrate of a microchannel plate by adopting a hollow-core fuse hot melting method, which relates to the field of preparation of microchannel plates, is not a complete microchannel plate manufacturing process, but provides a method for manufacturing the hollow array substrate, and has the working principle that: drawing hollow glass fiber filaments on an optical fiber drawing machine, carrying out regular matrix arrangement and primary multifilament drawing, arranging the hollow glass fiber filaments, carrying out vacuum fusion to obtain a hollow micro-channel plate, filling a micron-sized fiber channel with a soluble filling material, carrying out cold processing treatment such as slicing, grinding and polishing, cleaning the soluble filling material with a high-frequency ultrasonic cleaning machine, and finally manufacturing the MCP hollow array substrate plate with uniformly arranged fibers and smooth channel walls. According to the process method provided by the invention, the hollow channel array substrate of the microchannel plate is regular in arrangement of hollow channels and ultra-smooth in inner wall of the channels, and the microchannel plate is manufactured on the hollow array substrate by using an ADL technology, so that the performance of the microchannel plate in all aspects is improved.

摘要：【中文】本发明实施例提供了一种图片处理方法及装置、电子设备和计算机可读存储介质，图片处理方法包括以下步骤：获取目标图片，并提取所述目标图片的线条图；确定颜色分布网格，所述颜色分布网格用于为所述线条图填充颜色；将所述颜色分布网格和所述线条图输入颜色填充网络为所述线条图填充颜色，以获得符合目标风格的图片，其中，所述颜色填充网络是利用符合所述目标风格的图片通过模型训练得到的。这样，通过先提线条图后颜色填充的方式来进行图片的风格转换，并基于颜色分布网格颜色填充，获得的线条图仅包括颜色分布网格中的颜色，能够使得图片颜色对比更加明显，从而使得图片的风格化更加强烈和自然，有助于提高图片风格转换效果。 【EN】The embodiment of the invention provides a picture processing method and device, electronic equipment and a computer readable storage medium, wherein the picture processing method comprises the following steps: acquiring a target picture, and extracting a line graph of the target picture; determining a color distribution grid, wherein the color distribution grid is used for filling colors for the line drawing; and inputting the color distribution grid and the line drawing into a color filling network to fill colors for the line drawing so as to obtain a picture conforming to a target style, wherein the color filling network is obtained by utilizing the picture conforming to the target style through model training. Therefore, style conversion of the picture is carried out in a mode of firstly extracting the line drawing and then filling the color, and based on color filling of the color distribution grid, the obtained line drawing only comprises the color in the color distribution grid, so that the color contrast of the picture is more obvious, the stylization of the picture is stronger and more natural, and the style conversion effect of the picture is favorably improved.

摘要：【中文】本申请公开一种弯道车辆位置关系的确定方法、装置及设备，所述方法包括：获取本车和远车的车身数据，包括最新采集到的N个采样点的经纬度数据和方向盘数据；基于本车和远车的车身数据，确定本车与远车的同反向位置关系和前后位置关系；同反向位置关系包括同向行驶或反向行驶；根据同反向位置关系和前后位置关系，从本车和远车中分别确定前车和后车；基于前车的车身数据中与后车的最新采样点距离最近的两个采样点与所述后车的最新采样点之间的相对位置关系，确定前车和后车的车道位置关系；基于同反向位置关系、前后位置关系和车道位置关系，确定本车和远车的位置关系。本申请能够实现对弯道车辆位置关系的确定。 【EN】The application discloses a method, a device and equipment for determining a position relation of a vehicle in a curve, wherein the method comprises the following steps: acquiring vehicle body data of a vehicle and a remote vehicle, wherein the vehicle body data comprises newly acquired longitude and latitude data of N sampling points and steering wheel data; determining the same-reverse position relationship and the front-back position relationship between the vehicle and the remote vehicle based on the vehicle body data of the vehicle and the remote vehicle; the same-reverse position relation comprises the same-direction driving or the reverse driving; respectively determining a front vehicle and a rear vehicle from the vehicle and the far vehicle according to the same-reverse position relationship and the front-rear position relationship; determining the lane position relation of the front vehicle and the rear vehicle based on the relative position relation between two sampling points which are closest to the latest sampling point of the rear vehicle in the vehicle body data of the front vehicle and the latest sampling point of the rear vehicle; and determining the position relation between the vehicle and the distant vehicle based on the same-direction and opposite-direction position relation, the front-back position relation and the lane position relation. The method and the device can determine the position relation of the vehicle in the curve.

摘要：【中文】公开了一种神经网络的生成方法、生成装置和电子设备。该方法包括：通过进化算法从神经网络框架中获得最优神经网络和最劣神经网络；通过强化学习算法从所述最优神经网络获得优化神经网络；通过将所述优化神经网络加入所述神经网络框架并从所述神经网络框架中删除所述最劣神经网络来更新所述神经网络框架；以及，从更新后的神经网络框架中确定最终生成的神经网络。这样，可以通过结合进化算法和强化学习算法来从神经网络框架优化和更新神经网络，从而快速和稳定地自动生成神经网络结构。 【EN】Disclosed are a neural network generation method, a neural network generation device and an electronic device. The method comprises the following steps: obtaining an optimal neural network and a worst neural network from a neural network framework through an evolutionary algorithm; obtaining an optimized neural network from the optimal neural network through a reinforcement learning algorithm; updating the neural network framework by adding the optimized neural network to the neural network framework and deleting the worst neural network from the neural network framework; and determining a final generated neural network from the updated neural network framework. In this way, the neural network can be optimized and updated from the neural network framework by combining the evolutionary algorithm and the reinforcement learning algorithm, thereby automatically generating the neural network structure quickly and stably.

摘要：【中文】本发明提供了一种NOVEC1230灭火剂管路压力水力计算方法及系统，包括：通过试验分析NOVEC1230灭火剂释放过程中流动状态变化；以预设值的NOVEC1230灭火剂从喷头释放出来的时刻为喷放过程的过程中点，以过程中点时刻的压力和流量作为喷放过程中瞬时变化的压力和流量的平均值，以中点时刻压力作为计算压力损失的压力起始节点；以压缩气体等熵流动计入摩擦损失为预设条件，建立气液两相流的运动方程式，得出沿程压力损失计算方法；根据压力起始节点，依据沿程压力损失计算方法，计算喷头末端压力；依据喷头末端压力，根据试验所得喷头流量特性曲线，选取喷头。本发明首次提供了一种气体灭火剂NOVEC1230的管路压力水力计算方法，可用于开展NOVEC1230气体灭火系统设计。 【EN】The invention provides a hydraulic calculation method and a hydraulic calculation system for NOVEC1230 fire extinguishing agent pipeline pressure, which comprise the following steps: analyzing the change of the flow state of the NOVEC1230 fire extinguishing agent in the releasing process through tests; the moment when the NOVEC1230 extinguishing agent with a preset value is released from the spray head is taken as the middle point of the spraying process, the pressure and the flow at the middle point of the process are taken as the average values of the pressure and the flow which change instantly in the spraying process, and the pressure at the middle point of the process is taken as the pressure starting node for calculating the pressure loss; taking the isentropic flow of the compressed gas and counting the friction loss as a preset condition, establishing a motion equation of gas-liquid two-phase flow, and obtaining an on-way pressure loss calculation method; calculating the pressure at the tail end of the spray head according to the pressure starting node and an on-way pressure loss calculation method; and selecting the spray head according to the tail end pressure of the spray head and the flow characteristic curve of the spray head obtained by the test. The invention provides a pipeline pressure hydraulic calculation method of a gas fire extinguishing agent NOVEC1230 for the first time, and the method can be used for developing the design of a NOVEC1230 gas fire extinguishing system.

摘要：【中文】本发明提供用于在历史拟合中寻求储层物性组合的非唯一解的方法及设备，该方法包括：接收油田历史数据，并将其划分为调整历史数据部分与验证历史数据部分；将针对所述储层物性组合的初始数据输入至一代理模型，以得到油田响应数据；优化所述储层物性组合，以使得该经优化的储层物性组合所对应的油田响应数据与所述调整历史数据部分的油田响应数据之间的误差最小化；将所述经优化的储层物性组合输入所述代理模型，得到该经优化的储层物性组合所对应的油田响应数据；将该经优化的储层物性组合所对应的油田响应数据与所述验证历史数据部分的油田响应数据进行匹配；以及如果两者相匹配，则将所述经优化的储层物性组合作为所述储层物性组合的非唯一解。 【EN】The present invention provides a method and apparatus for finding a non-unique solution to a reservoir property combination in a history fit, the method comprising: receiving oilfield historical data, and dividing the oilfield historical data into an adjustment historical data part and a verification historical data part; inputting initial data for the reservoir property combination into a proxy model to obtain oilfield response data; optimizing the reservoir property combination to minimize an error between field response data corresponding to the optimized reservoir property combination and field response data of the adjusted historical data portion; inputting the optimized reservoir physical property combination into the proxy model to obtain oil field response data corresponding to the optimized reservoir physical property combination; matching the oilfield response data corresponding to the optimized reservoir physical property combination with the oilfield response data of the verification historical data part; and if the two match, then using the optimized reservoir property combination as a non-unique solution for the reservoir property combination.

摘要：【中文】本发明公开了一种便携式懒人桌，包括桌板，所述桌板上表面设置有网板，所述桌板下表面设置有安装板，所述安装板下表面设置有两个镂空凸台，所述镂空凸台内部设置有风扇，所述桌板下表面一侧长边边缘设置有拉手和两个固定套，所述桌板下表面设置有两个第一支撑架、两个第二支撑架和两个第三支撑架，所述第一支撑架位于靠近拉手一侧的长边边缘，所述第二支撑架位于远离拉手一侧的长边边缘，所述第三支撑架分别位于两个短边边缘。本发明通过拉手的设置，便于携带，且方便悬挂，通过扭力弹簧的设置，方便桌脚的收起，具有很高的便捷性，通过风扇的设置，便于笔记本电脑的散热。 【EN】The invention discloses a portable lazy people table which comprises a table plate, wherein a screen plate is arranged on the upper surface of the table plate, a mounting plate is arranged on the lower surface of the table plate, two hollowed bosses are arranged on the lower surface of the mounting plate, fans are arranged in the hollowed bosses, a handle and two fixing sleeves are arranged on the long edge of one side of the lower surface of the table plate, two first support frames, two second support frames and two third support frames are arranged on the lower surface of the table plate, the first support frames are located on the long edge of one side close to the handle, the second support frames are located on the long edge of one side far away from the handle, and the third support frames are respectively located on the two. The portable desk is convenient to carry and hang through the arrangement of the handle, the desk legs are convenient to fold through the arrangement of the torsion spring, the convenience is high, and the heat dissipation of the notebook computer is convenient through the arrangement of the fan.