摘要：【中文】本发明涉及硬盘技术领域，且公开了一种具有散热功能的硬盘固定架，包括外架，所述外架的下方活动连接有固定块，所述固定块的下方活动连接有活动槽，所述固定块的右侧活动连接有连接架，所述连接架的左侧活动连接有锁紧支架，所述锁紧支架的左侧活动连接有连接轴，所述连接轴的外部活动连接有连接盘，所述连接盘的左侧活动连接有固定杆一。该具有散热功能的硬盘固定架，通过固定杆一左侧活动连接的上固定卡爪与固定槽的配合使用，可将硬盘槽上的硬盘固定住，支撑轴位于硬盘槽的轴心处，也可将硬盘固定住，这样可以避免硬盘晃动而产生破损，导致硬盘内部的数据丢失，造成一定的损失，从而可以节约维修的成本。 【EN】The invention relates to the technical field of hard disks and discloses a hard disk fixing frame with a heat dissipation function, which comprises an outer frame, wherein a fixing block is movably connected below the outer frame, a movable groove is movably connected below the fixing block, a connecting frame is movably connected on the right side of the fixing block, a locking support is movably connected on the left side of the connecting frame, a connecting shaft is movably connected on the left side of the locking support, a connecting disc is movably connected outside the connecting shaft, and a fixing rod I is movably connected on the left side of the connecting disc. This hard disk mount with heat dissipation function uses through the cooperation of the last fixed jack catch of dead lever a left side swing joint and fixed slot, can fix the hard disk on the hard disk groove, and the back shaft is located the axle center department in hard disk groove, also can fix the hard disk, can avoid the hard disk to rock and produce the damage like this, leads to the inside data loss of hard disk, causes certain loss to can practice thrift the cost of maintenance.

摘要：【中文】本公开实施例公开了一种目标评分方法和装置、计算机可读存储介质、电子设备，其中，方法包括：获取目标对应多个指标的多组指标数据；利用优序图法为多组指标数据中的每组指标数据对应的指标分配初始权重值，并基于每组指标数据的分布和多个指标之间的相关性对初始权重值进行调整，得到每组指标数据对应的指标的权重值；基于每个指标对应的权重值和指标对应的一组指标数据，确定多组指标数据中的每组指标数据对应的分数值；基于每组指标数据对应的分数值，确定目标的评分值；本实施例结合了目标在多个指标中的指标数据分别确定对应每个指标的分数值，使本实施例得到的评分值能够更全面的覆盖目标的行为。 【EN】The embodiment of the disclosure discloses a target scoring method and device, a computer-readable storage medium and electronic equipment, wherein the method comprises the following steps: acquiring a plurality of groups of index data of a plurality of indexes corresponding to a target; distributing an initial weight value for an index corresponding to each group of index data in a plurality of groups of index data by using a priority graph method, and adjusting the initial weight value based on the distribution of each group of index data and the correlation among a plurality of indexes to obtain the weight value of the index corresponding to each group of index data; determining a score value corresponding to each set of index data in the multiple sets of index data based on the weight value corresponding to each index and a set of index data corresponding to the index; determining the score value of the target based on the score value corresponding to each group of index data; the score value corresponding to each index is determined by combining the index data of the target in the plurality of indexes, so that the score value obtained by the embodiment can more comprehensively cover the behavior of the target.

摘要：【中文】本公开实施例公开了一种广告位推荐方法和装置、计算机可读存储介质、电子设备，其中，方法包括：确定多个商品中每个商品的预期网络流量；其中，每个商品对应第一预设数量的广告位；基于多个商品的预期网络流量和多个商品熟悉度，确定多个广告竞拍人中每个广告竞拍人拍得多个商品中每个商品的广告位时对应的预期收益；基于多个预期收益，确定分别向多个广告竞拍人推荐第二预设数量的广告位；本实施例通过结合每个广告竞拍人对每个商品的商品熟悉度和每个商品的预期网络流量来实现广告位推荐，由于推荐的广告位对应的商品对于广告竞拍人来说相对熟悉，提高了广告竞拍人按照推荐竞拍广告位时的商品成交率，进而提高了广告主的商品收益。 【EN】The embodiment of the disclosure discloses a method and a device for recommending an advertisement space, a computer-readable storage medium and electronic equipment, wherein the method comprises the following steps: determining an expected network traffic for each of a plurality of commodities; each commodity corresponds to a first preset number of advertisement positions; determining expected revenue corresponding to each advertisement auctioneer of the plurality of advertisement auctioneers when the advertisement auctioneer auctions the advertisement slot of each commodity of the plurality of commodities based on expected network traffic of the commodities and the familiarity of the commodities; determining to recommend a second preset number of ad slots to the plurality of ad bidders, respectively, based on the plurality of expected avails; the embodiment realizes the advertisement position recommendation by combining the commodity familiarity of each advertisement auction player to each commodity and the expected network traffic of each commodity, and because the commodity corresponding to the recommended advertisement position is relatively familiar to the advertisement auction players, the commodity transaction rate of the advertisement auction players when the advertisement positions are recommended is improved, and further the commodity profit of advertisers is improved.

摘要：【中文】本发明公开了一种面向新闻文本的基于深度聚类模型的事件线抽取方法，包括：新闻文本预处理；文本的初始隐事件表示预训练；按照发布时间对语料中新闻文本进行分组；基于深度聚类模型确定各组中每条新闻所属的事件线；对各组中事件线编号相同的事件元素进行后处理，得到事件的结构化展示；对各组抽取出的具有相同事件线编号的事件进行后处理得到事件线。本发明采用神经网络模型自动抽取文本中隐含的事件特征，避免了手动选取和构建特征，并且抽取得到的文本的隐含事件特征能够为下游应用提供支持；能够同时进行事件特征抽取和事件线提取，减少了误差传播的可能性。相比于以往的事件线抽取方法，本发明具有更高的抽取准确率与召回率。 【EN】The invention discloses a news text-oriented event line extraction method based on a deep clustering model, which comprises the following steps: preprocessing a news text; an initial hidden event representation of the text is pre-trained; grouping news texts in the material according to the release time; determining an event line to which each piece of news in each group belongs based on a deep clustering model; carrying out post-processing on event elements with the same number of event lines in each group to obtain structured display of the events; and carrying out post-processing on the events extracted from each group and having the same event line number to obtain an event line. According to the method, the hidden event characteristics in the text are automatically extracted by adopting the neural network model, so that manual selection and construction of characteristics are avoided, and the extracted hidden event characteristics of the text can provide support for downstream application; the method can simultaneously extract the event features and the event lines, and reduces the possibility of error propagation. Compared with the conventional event line extraction method, the method has higher extraction accuracy and recall rate.

摘要：【中文】本发明涉及物联网资源部署领域，尤其涉及一种基于道路缓冲区叠置分析的路侧单元选址方法，包括：步骤1、将目标区域分为可用区域和不可用区域，将可用区域内的预设等级公路作为缓冲区域，并按照一个路侧单元的作用范围大小对缓冲区域进行栅格化处理得到缓冲区栅格集；步骤2、获取影响因子指标体系；步骤3、根据第一判断矩阵及第二判断矩阵计算得出最终权值；步骤4、根据最终权值对缓冲区格栅集做叠置分析，对每个栅格进行赋值，根据赋值结果，得到目标区域的路侧单元选址方案，本发明提供的路侧单元选址方法适用于道路路侧单元的选择，降低路侧单元部署数量并提高路侧单元与车辆的连接率。 【EN】The invention relates to the field of resource deployment of the Internet of things, in particular to a road side unit site selection method based on road buffer area superposition analysis, which comprises the following steps: step 1, dividing a target area into an available area and an unavailable area, taking a preset grade road in the available area as a buffer area, and rasterizing the buffer area according to the action range of a road side unit to obtain a buffer area grid set; step 2, acquiring an influence factor index system; step 3, calculating to obtain a final weight according to the first judgment matrix and the second judgment matrix; and 4, performing superposition analysis on the grid set of the buffer area according to the final weight, assigning values to each grid, and obtaining a road side unit address selection scheme of the target area according to the assignment result.

摘要：【中文】本发明公开了新一代激光雷达(LiDAR)的线阵与面阵可切换光栅微伺服系统，属于激光雷达领域，以解决现有单台激光雷达不能同时兼有线阵、面阵扫描方式以及两种方式相互切换的问题。其包括开关、螺钉、步进电机、端盖、转子、光栅、面阵二元光学器件和线阵二元光学器件八个组件。其原理见图，该系统拥有两种不同状态。图a是初始状态线阵扫描方式。当用户按下开关以后，系统切换为图b另一状态面阵扫描方式。当用户再按下开关以后，系统又切换回图c线阵扫描方式(与图a是同一状态)。其支持线阵/面阵方式灵活切换，集成了线阵、面阵扫描方式的优点，兼顾了大视场角和高分辨率的需求。 【EN】The invention discloses a grating micro-servo system capable of switching between a linear array and an area array of a new generation of laser radar (LiDAR), belongs to the field of laser radars, and aims to solve the problem that the existing single laser radar cannot simultaneously have a linear array scanning mode and an area array scanning mode and can not be switched with each other. The linear array optical system comprises eight components, namely a switch, a screw, a stepping motor, an end cover, a rotor, a grating, an area array binary optical device and a linear array binary optical device. The principle of the system is shown in the figure, and the system has two different states. Fig. a shows an initial linear scanning mode. When the user presses the switch, the system switches to the area array scanning mode in the other state of the diagram b. When the user presses the switch again, the system switches back to the line scanning mode of fig. c (the same state as fig. a). The method supports the flexible switching of the linear array/area array modes, integrates the advantages of the linear array and area array scanning modes, and meets the requirements of large field angle and high resolution.

摘要：【中文】本发明公开了一种新型激光雷达(LiDAR)的线阵与面阵可切换光栅微伺服系统。其原理如下。系统初始状态下，开关是关状态，对应线阵扫描方式。当用户按下开关以后，开关切换为开状态，系统切换为面阵扫描方式。当用户再按下开关以后，开关恢复关状态，系统又切换回线阵扫描方式。它集成了线阵、面阵扫描方式的优点，支持线阵/面阵模式灵活切换，兼顾了大视场角和高分辨率激光雷达扫描的需求。 【EN】The invention discloses a novel grating micro-servo system capable of switching between a linear array and an area array of a laser radar (LiDAR). The principle is as follows. In the initial state of the system, the switch is in the off state, corresponding to the linear array scanning mode. When the user presses the switch, the switch is switched to the on state, and the system is switched to the area array scanning mode. When the user presses the switch again, the switch returns to the off state, and the system switches back to the linear array scanning mode. The method integrates the advantages of linear array and area array scanning modes, supports flexible switching of linear array/area array modes, and meets the requirements of large field angle and high resolution laser radar scanning.

摘要：【中文】本发明提供一种基于连杆锻件检测线设备用连杆视觉自动识别方法，该识别方法包括：步骤S1：利用安装在相机支架上的漫反光电传感器检测连杆锻件的位置，再利用PLC工控机接收漫反光电传感器确定的定位，利用与PLC工控机连接的VE相机对连杆锻件进行拍照；利用PLC工控机上设置的连杆视觉自动识别模块对锻件型号进行录入以及设备运行的控制；步骤S3：利用步骤S211录入的产品型号结合步骤S214进行设置锻件产品检测参数特征；步骤S4：利用PLC工控机的产品选定模块选定上述步骤S3确定的某一产品型号；步骤S5：PLC工控机利用上述步骤步骤S212检测锻件产品是否合格；本发明的优点是：可以准确识别工件本身的特征点，屏蔽外界干扰，达到稳定检测的效果。 【EN】The invention provides a connecting rod visual automatic identification method for connecting rod forge piece detection line equipment, which comprises the following steps: step S1: detecting the position of the connecting rod forging by using a diffuse reflection electric sensor arranged on a camera bracket, receiving the positioning determined by the diffuse reflection electric sensor by using a PLC (programmable logic controller) industrial personal computer, and taking a picture of the connecting rod forging by using a VE (virtual eVE) camera connected with the PLC industrial personal computer; a connecting rod vision automatic identification module arranged on a PLC industrial personal computer is used for inputting the type of the forge piece and controlling the operation of equipment; step S3: setting the detection parameter characteristics of the forge piece product by utilizing the product model input in the step S211 and combining the step S214; step S4: selecting a certain product model determined in the step S3 by using a product selection module of the PLC industrial personal computer; step S5: the PLC industrial personal computer detects whether the forged piece product is qualified or not by utilizing the step S212; the invention has the advantages that: the characteristic points of the workpiece can be accurately identified, external interference is shielded, and the effect of stable detection is achieved.

摘要：【中文】本发明公开了一种可变激光雷达扫描角装置。对于一种单一光源机载LiDAR来说扫描装置是必不可少的。摆镜扫描存在扫描精度低的问题而旋转折射棱镜扫描难以改变自身扫描角度。本发明设计的装置内部有2°、4°、6°的光楔，通过CC2530无线电收发电路控制中空电机内部的微型伺服电机转动。微型伺服电机再驱动拖动机构使得光楔进入或者离开视场从而改变激光雷达的扫描角。具有多种扫描角的机载激光雷达可自由选择飞行航高能够担负更多探测任务。 【EN】The invention discloses a variable laser radar scanning angle device. Scanning means are essential for a single-source on-board LiDAR. The scanning precision of the oscillating mirror scanning is low, and the scanning angle of the rotating refraction prism scanning is difficult to change. The device designed by the invention is internally provided with optical wedges of 2 degrees, 4 degrees and 6 degrees, and the rotation of a miniature servo motor inside the hollow motor is controlled by a CC2530 radio transceiver circuit. The micro servo motor drives the dragging mechanism to make the optical wedge enter or leave the visual field, so as to change the scanning angle of the laser radar. The airborne laser radar with various scanning angles can freely select flight height to bear more detection tasks.

摘要：【中文】本发明提供一种空调控制方法、装置及存储介质，方法包括：从预先安装的红外线探测仪中得到是否有人员存在信息；根据预设的房间尺寸信息对房间进行区域划分，得到多个区域；根据有人员存在信息判断人员在区域停留时间是否大于预设时间，若是，则判定人员处于停留状态，并对对应的区域进行标记，获得标记区域；根据标记区域进行分析，得到扇叶调节信息；根据扇叶调节信息和标记区域得到执行指令，并根据执行指令控制空调扇叶转动。本发明能够实时采集室内人员活动区域数据，实现对室内人员活动区域环境的营造，能有效提高室内人员活动区域环境的舒适性，提高舒适性空调的个性化功能，降低空调能耗。 【EN】The invention provides an air conditioner control method, an air conditioner control device and a storage medium, wherein the method comprises the following steps: obtaining information whether personnel exist from a pre-installed infrared detector; dividing the room into a plurality of areas according to preset room size information; judging whether the stay time of the personnel in the area is longer than the preset time or not according to the personnel existence information, if so, judging that the personnel are in the stay state, and marking the corresponding area to obtain a marked area; analyzing according to the marked area to obtain fan blade adjusting information; and obtaining an execution instruction according to the fan blade adjustment information and the marked area, and controlling the rotation of the air conditioner fan blade according to the execution instruction. The invention can acquire the data of the indoor personnel activity area in real time, realizes the construction of the environment of the indoor personnel activity area, can effectively improve the comfort of the environment of the indoor personnel activity area, improves the personalized function of a comfortable air conditioner, and reduces the energy consumption of the air conditioner.