摘要：【中文】本发明提供以下技术方案：一种芯片晶圆数字化清洗的产品清洗工艺，包括以下步骤：S1.启动设备，系统自动抽真空，使芯片晶圆在数字化清洗的产品清洗工艺过程中均处于真空环境，系统按照芯片晶圆清洗要求进行药液自动配比；S2.机械手自动抓取贴附晶圆的铁片至清洗工位，清洗工位转动，对晶圆喷化学配比药液的同时进行刷洗；S3.停止化学配比药液的喷洒，接通二流体对晶圆进行冲洗；S4.切断二流体供给，利用热氮供给，对晶圆进行吹干烘烤；S5.将S4中吹干烘烤后的晶圆移送至视觉检测工位进行视觉检测，确定是否为良品；S6.若晶圆为良品，结束清洗工艺，通过物料传出机构传出物料，至此清洗工艺结束。本发明的产品清洗工艺可以进行自动化清洗，提高清洗效果。 【EN】The invention provides the following technical scheme: a product cleaning process for digitally cleaning a chip wafer comprises the following steps: s1, starting equipment, automatically vacuumizing a system to enable chip wafers to be in a vacuum environment in a product cleaning process of digital cleaning, and automatically proportioning liquid medicine by the system according to chip wafer cleaning requirements; s2, automatically grabbing iron sheets attached to the wafer to a cleaning station by a manipulator, rotating the cleaning station, and brushing the wafer while spraying chemical proportioning liquid medicine; s3, stopping spraying the chemical proportioning liquid medicine, and communicating two fluids to wash the wafer; s4, cutting off two-fluid supply, and drying and baking the wafer by using hot nitrogen supply; s5, transferring the wafer dried and baked in the step S4 to a visual detection station for visual detection to determine whether the wafer is a good product; and S6, if the wafer is good, finishing the cleaning process, and transmitting the material through the material transmitting mechanism until the cleaning process is finished. The product cleaning process can be used for automatic cleaning, and the cleaning effect is improved.

摘要：【中文】本发明提供了一种行级权限的控制方法及装置，该方法包括：根据组织架构定义标签和标签组；使用所述标签和标签组对每张数据表进行行级权限的配置；通过给每张数据表的每个列打上列标签，再根据列标签配置对应的关键字，以对每张数据表进行白名单配置；根据配置的所述行级权限和白名单控制数据的筛选。在本发明中，通过配置行级权限进行数据的筛选，并结合白名单进行关键字的数据过滤，从而有效的进行行级权限的控制。 【EN】The invention provides a method and a device for controlling row-level authority, wherein the method comprises the following steps: defining tags and tag groups according to an organizational schema; configuring row-level authority of each data table by using the labels and the label groups; performing white list configuration on each data sheet by marking each column of each data sheet with a column label and configuring corresponding keywords according to the column labels; and controlling the screening of data according to the configured row-level authority and the white list. In the invention, data is screened by configuring row-level authority, and data filtering of keywords is carried out by combining a white list, so that the row-level authority is effectively controlled.

摘要：【中文】本发明专利属于自装卸式压缩垃圾车收运领域设备，所述发明专利提供了一种自动折叠式翻转倾倒垃圾桶机械臂,包括抓取机构、伸缩机构、举升机构、翻转倾倒机构和折叠机构；机械臂固定在汽车底盘与压缩垃圾箱箱体之间的大梁上；传感器一位于抓取机构内的伸缩机构的伸缩塔件上；传感器二位于压缩垃圾箱箱体上的机械臂一侧，当举升机构达到最高位置时，传感器二检测到机械臂并发出感应信号。完成倾倒后，各机构协调动作将垃圾桶放回原处，完成整个垃圾的收运过程。然后行驶到下个垃圾桶位置重复上诉动作实现垃圾收运。 【EN】The invention belongs to equipment in the field of collection and transportation of self-loading and unloading type compression garbage trucks, and provides an automatic folding type overturning and dumping garbage can mechanical arm which comprises a grabbing mechanism, a telescopic mechanism, a lifting mechanism, an overturning and dumping mechanism and a folding mechanism; the mechanical arm is fixed on a crossbeam between the automobile chassis and the compression garbage can body; the first sensor is positioned on a telescopic tower piece of a telescopic mechanism in the grabbing mechanism; the second sensor is positioned on one side of the mechanical arm on the compression dustbin body, and when the lifting mechanism reaches the highest position, the second sensor detects the mechanical arm and sends out a sensing signal. After the dumping is completed, all the mechanisms coordinate to move to place the garbage can back to the original position, and the whole garbage collecting and transporting process is completed. Then the garbage can is driven to the next garbage can position to repeat the action of going up to realize garbage collection and transportation.

摘要：【中文】本发明涉及一种抗石蜡析出器包括，主体外壳，电动主轴，导流叶轮，超声波震荡器，电磁加热器，以及电源模块。主体外壳为两部分组成，且各自形成密闭空间；电动主轴设于主体外壳的中部，且其两端与主体外壳固定连接；导流叶轮呈同心圆周均匀固定在电动主轴外表面；超声波震荡器固定在主体外壳内部且位于主体外壳的中下部；电磁加热器固定在主体外壳内部且位于主体外壳的下部；电源模块位于主体外壳的上部且与电动主轴，超声波震荡器以及电磁加热器电连接。本发明采用电动主轴上设置导流叶轮，超声波振荡器以及电磁加热器多种有机的结合，多种油管防结蜡防结垢方法相辅相成，方便使用，且安全、高效、可靠，可控性好，自动化程度高。 【EN】The invention relates to a paraffin precipitation resistant device which comprises a main body shell, an electric main shaft, a guide vane wheel, an ultrasonic oscillator, an electromagnetic heater and a power supply module. The main body shell is composed of two parts, and a closed space is formed by the two parts; the electric main shaft is arranged in the middle of the main body shell, and two ends of the electric main shaft are fixedly connected with the main body shell; the guide vanes are uniformly fixed on the outer surface of the electric main shaft in a concentric circle manner; the ultrasonic oscillator is fixed in the main body shell and is positioned at the middle lower part of the main body shell; the electromagnetic heater is fixed in the main body shell and is positioned at the lower part of the main body shell; the power module is positioned on the upper part of the main body shell and is electrically connected with the electric main shaft, the ultrasonic oscillator and the electromagnetic heater. The invention adopts the various organic combinations of the guide impeller, the ultrasonic oscillator and the electromagnetic heater arranged on the electric main shaft, and various oil pipe wax and scale prevention methods complement each other, thereby being convenient to use, safe, efficient, reliable, good in controllability and high in automation degree.

摘要：【中文】本发明涉及信息处理技术领域，具体涉及一种文件的批量抽样方法及装置，首先获取所述第一文件夹中第一子文件夹的数量m，每个第一子文件夹的文件名；接着在所述第二文件夹中生成m个第二子文件夹，m个所述第二子文件夹的文件名分别与第一子文件夹的文件名对应；进而确定抽取比例，根据抽取比例从所述第一子文件夹中随机抽取得到样本文件，对所述样本文件标记所属第一子文件夹的文件名；根据所述样本文件所属第一子文件夹的文件名匹配目标数据库中对应的第二子文件夹，将所述样本文件移动到所述对应的第二子文件夹，本发明可以快速的对文件进行批量抽样。 【EN】The invention relates to the technical field of information processing, in particular to a method and a device for batch sampling of files, wherein the method comprises the steps of firstly obtaining the number m of first subfolders in a first folder and the file name of each first subfolder; then generating m second subfolders in the second folder, wherein the file names of the m second subfolders correspond to the file name of the first subfolder respectively; further determining an extraction proportion, randomly extracting a sample file from the first subfolder according to the extraction proportion, and marking the file name of the first subfolder to which the sample file belongs; and matching a corresponding second subfolder in a target database according to the file name of the first subfolder to which the sample file belongs, and moving the sample file to the corresponding second subfolder.

摘要：【中文】本发明公开了一种自动脱坯连带拆装水箱插件机构，用以将马桶坯体脱坯，包括设于下模固定板上的下模具和翻坯油缸，马桶坯体成型定位于该下模具，且下模具设有上插件和下插件，上插件设有上定位套，下插件设有下定位套，导轨连接下模具，第一滑块与该导轨相互配合并位移，藉由该导轨连接下模具和脱坯主架，于该脱坯主架的一侧连接有一脱坯导向部，第二滑块与该脱坯导向部相互配合并位移，脱坯油缸对应活动设于脱坯主架，且对应上插件和下插件设有上夹爪和下夹爪，上夹爪和下夹爪与上定位套和下定位套相互配合定位夹紧，托板固设于脱坯主架，该托板承托马桶坯体，藉由翻坯油缸推出翻转下模具和马桶坯体，实现自动拆装功能。 【EN】The invention discloses an automatic blank-removing and water tank plug-in unit assembling and disassembling mechanism, which is used for removing a blank of a closestool and comprises a lower die and a blank-turning oil cylinder which are arranged on a lower die fixing plate, wherein the closestool blank is formed and positioned on the lower die, the lower die is provided with an upper plug-in unit and a lower plug-in unit, the upper plug-in unit is provided with an upper positioning sleeve, the lower plug-in unit is provided with a lower positioning sleeve, a guide rail is connected with the lower die, a first slide block and the guide rail are matched with each other and move, the guide rail is connected with the lower die and a blank-removing main frame, one side of the blank-removing main frame is connected with a blank-removing guide part, a second slide block and the blank-removing guide part are matched with each other and move, the blank-removing oil cylinder is correspondingly and movably arranged on the blank-removing main frame, the upper clamping jaw and the lower clamping jaw are matched with the upper positioning sleeve and the lower positioning sleeve to clamp, the lower die and the toilet bowl blank are pushed out by the blank turning oil cylinder, so that the automatic dismounting function is realized.

摘要：【中文】本发明公开了一种双向分合式压紧机构，其包括一底架，设于该底架上的一下模具，位于该下模具两侧的一左模具和一右模具，于该左模具远离右模具的一侧设有一内挡板，于该右模具远离左模具的一侧设有一外挡板，一后身机构设于底架上且位于下模具的一侧，该后身机构连接一后身模具，且该后身模具位于左模具和右模具之间，藉由后身机构带动后身模具与下模具配合，一门架固定导轨设于底架且位于内挡板远离左模具的一外侧，对应地，设有一门架活动导轨与门架固定导轨相互活动配合，一连接机构将一上模具固定于门架活动导轨，上模具与门架活动导轨一起相对门架固定导轨位移，上模具位于下模具的上方，空间优势明显，单位体积内可产生更高效益。 【EN】The invention discloses a bidirectional opening and closing type pressing mechanism, which comprises a bottom frame, a lower die arranged on the bottom frame, a left die and a right die which are positioned at two sides of the lower die, wherein an inner baffle is arranged at one side of the left die, which is far away from the right die, an outer baffle is arranged at one side of the right die, which is far away from the left die, a back body mechanism is arranged on the bottom frame and is positioned at one side of the lower die, the back body mechanism is connected with a back body die, the back body die is positioned between the left die and the right die, the back body die is driven by the back body mechanism to be matched with the lower die, a portal fixed guide rail is arranged on the bottom frame and is positioned at one outer side of the inner baffle, which is far away from the left die, correspondingly, a portal movable guide rail and the portal fixed guide rail are movably matched with each other, an upper die is fixed on the portal movable guide rail by a connecting mechanism, the upper die is positioned above the lower die, the space advantage is obvious, and higher benefit can be generated in unit volume.

摘要：【中文】公开了一种有机电致发光装置，包含基板、有机电致发光器件和外部电驱动；有机电致发光器件包含至少两个有机发光层；有机发光层中至少包含第一和第二有机发光层，且分别发射第一和第二本征峰值波长；外部电驱动与第一和第二电极相连接；当外部电驱动给器件提供第一或第二工作电流密度时，其能发射第一或第二光谱，并产生第一或第二发光区域且区域重合；第一和第二光谱包含第一和第二本征峰值波长，两者的比值在不同工作电流下会不同；第一本征峰值波长≤680nm，第二本征峰值波长大于680nm且小于等于2000nm。该装置集成了近红外和可见光的多发光层，在不同电流密度下可以发射不同颜色的光。 【EN】Disclosed is an organic electroluminescent device comprising a substrate, an organic electroluminescent device, and an external electric drive; the organic electroluminescent device comprises at least two organic light emitting layers; the organic light-emitting layer at least comprises a first organic light-emitting layer and a second organic light-emitting layer, and respectively emits a first intrinsic peak wavelength and a second intrinsic peak wavelength; an external electrical drive is connected to the first and second electrodes; when an external electric drive provides the device with a first or second operating current density, it can emit a first or second spectrum and produce a first or second light emitting region with overlapping regions; the first and second spectra comprise first and second intrinsic peak wavelengths, the ratio of which will differ at different operating currents; the first intrinsic peak wavelength is less than or equal to 680nm, and the second intrinsic peak wavelength is greater than 680nm and less than or equal to 2000 nm. The device integrates multiple light-emitting layers of near infrared and visible light, and can emit light with different colors under different current densities.

摘要：【中文】公开了一种颜色可调的OLED发光模组。该模组包含OLED发光组和外部电驱动；OLED发光组至少包含第一和第二OLED发光组；OLED发光组包含OLED器件；OLED器件包含阳极层，阴极层，以及设置在两者之间的有机层，且有发光面积；有机层中至少包含第一和第二发光层，分别发射第一和第二本征峰值波长，两个波长相差至少30nm；外部电驱动能给第一和第二OLED发光组提供电流，使其中OLED器件发射的光分别有第一和第二色坐标点，(u₁，v₁)和(u₂，v₂)；且两个坐标点之间的duv大于0.01。所述OLED发光模组可以通过调节发光面积和/或工作电流改变器件的工作电流密度，实现颜色可调的功能。 【EN】Disclosed is an OLED light emitting module with adjustable color. The module comprises an OLED light-emitting group and an external electric drive; the OLED light-emitting group at least comprises a first OLED light-emitting group and a second OLED light-emitting group; the OLED light-emitting group comprises OLED devices; the OLED device comprises an anode layer, a cathode layer, and an organic layer arranged therebetween, and has a light-emitting area; the organic layer comprises at least first and second light-emitting layers emitting first and second intrinsic peak wavelengths, respectively, which differ by at least 30 nm; the external electrical drive can provide current to the first and second OLED light emitting groups such that light emitted from the OLED devices has first and second color coordinate points, respectively, (u)₁，v₁) And (u)₂，v₂) (ii) a And duv between two coordinate points is greater than 0.01. The OLED light-emitting module can change the working current density of the device by adjusting the light-emitting area and/or the working current,the function of adjustable color is realized.

摘要：【中文】本发明公开了一种基于三维场景还原的指导性防火消防救援系统及方法，系统包括火灾检测端、云平台端以及应用端，火灾检测端包括各类传感器，传感器数据发送至云平台端，云平台端实时监控各类传感器数据，云平台端与应用端过程物联网应用系统，云平台通过网络通信协议实现与应用端的互联，进行数据和指令的双向输送，应用端通过三维模型及场景，结合算法判断、数据表、救援路线，显示受灾情况及指导性信息。本发明可有效减少偶然性误差，避免由于设备问题引起的麻烦，提高可靠性，并提供救援方案和相关配套功能；和云平台实现有效互联，应用相关物联网技术，高度集成化，有助于产业升级，对火灾预警、火灾救援有辅助作用。 【EN】The invention discloses an instructive fire prevention and fire fighting rescue system and method based on three-dimensional scene reduction, the system comprises a fire detection end, a cloud platform end and an application end, the fire detection end comprises various sensors, the sensor data are sent to the cloud platform end, the cloud platform end monitors the various sensor data in real time, the cloud platform end and the application end process Internet of things application system, the cloud platform realizes interconnection with the application end through a network communication protocol, bidirectional transmission of data and instructions is carried out, and the application end combines algorithm judgment, a data table and a rescue route through a three-dimensional model and a scene to display disaster situations and instructive information. The invention can effectively reduce accidental errors, avoid troubles caused by equipment problems, improve reliability and provide a rescue scheme and related supporting functions; the system is effectively interconnected with a cloud platform, uses related Internet of things technology, is highly integrated, is beneficial to industrial upgrading, and has auxiliary effects on fire early warning and fire rescue.