摘要：【中文】本发明的一种基于细胞明场图片对细胞内部结构的分析方法及系统，可解决现有方案操作繁琐，效率较低的技术问题；包括获取细胞明场图片，通过卷积层做图像基本内容特征的提取，再通过残差层对图像进一步做深层特征提取，得到明场图像特征；对荧光图像通过基础的卷积层提取得到风格特征；先经过感知层得到风格信息下的均值和方差表示，在自适应实例归一化下将荧光图像风格特征嵌入到明场图像内容特征中；融合后经过残差层做特征学习，在反卷积层中与明场图像特征提取过程中的卷积中间层进行跳跃连接重构得到荧光图像。本发明利用深度学习下图像到图像转换方法去替代物理试剂染色过程，在保证荧光信息颜色的前提下实现了不同荧光图像特定蛋白成分的凸显。 【EN】The method and the system for analyzing the internal structure of the cell based on the cell bright field picture can solve the technical problems of complex operation and low efficiency of the existing scheme; the method comprises the steps of obtaining a cell bright field picture, extracting basic content features of the image through a convolution layer, and further extracting deep layer features of the image through a residual error layer to obtain bright field image features; extracting the fluorescent image through a basic convolution layer to obtain style characteristics; obtaining mean value and variance representation under style information through a perception layer, and embedding the style characteristics of the fluorescence image into the content characteristics of the bright field image under the self-adaptive example normalization; and after fusion, performing feature learning through a residual error layer, and performing jump connection reconstruction on the deconvolution layer and a convolution intermediate layer in the bright field image feature extraction process to obtain a fluorescence image. The method replaces the physical reagent dyeing process by an image-to-image conversion method under deep learning, and realizes the highlighting of specific protein components of different fluorescence images on the premise of ensuring the fluorescence information color.

摘要：【中文】本发明的一种基于潜变量特征生成的图像多风格转化方法，可解决现有的图像转换方法在风格表示和图像质量上都不能满足需求的技术问题。包括以下步骤：S100、采集图像数据；S200、对图像进行预处理；S300、构建图像转化模型并优化；S400、基于步骤S300的图像转化模型，以步骤S200的图像数据作为输入，对图像进行转化处理；S500、对转换得到的图像质量进行评估。本发明在MUNIT的基础上对模型进行了扩充和改进，通过设计跳跃连接对图像的风格转换提供了充分的内容特征信息的传递；风格编码生成器对图像风格编码的潜在变量进行学习，可以实现丰富的图像风格转换；同时模型可以根据输入的风格图像为参考实现特定风格的转换，对于特定风格转换任务的开展具有重大指导意义。 【EN】The image multi-format conversion method based on latent variable feature generation can solve the technical problem that the conventional image conversion method cannot meet the requirements in terms of style representation and image quality. The method comprises the following steps: s100, collecting image data; s200, preprocessing the image; s300, constructing an image conversion model and optimizing; s400, based on the image conversion model in the step S300, taking the image data in the step S200 as input, and performing conversion processing on the image; and S500, evaluating the quality of the image obtained by conversion. The invention expands and improves the model on the basis of MUNIT, and provides sufficient transmission of content characteristic information for the style conversion of the image by designing jump connection; the style code generator learns the latent variables of the image style codes, so that rich image style conversion can be realized; meanwhile, the model can realize the conversion of a specific style by taking the input style image as a reference, and has great guiding significance for the development of a specific style conversion task.

摘要：【中文】本发明公开了一种大相对孔径长焦距日盲紫外镜头及光学系统，大相对孔径长焦距日盲紫外镜头包括由物方到像方依次排列的第一透镜、第二透镜、第三透镜、第四透镜、第五透镜、第六透镜、第七透镜和第八透镜，其光学系统还包括位于第四、第五透镜之间的孔径光阑及第八透镜后侧的紫外探测像面，其中，第一、第七透镜均为负光焦度凸凹透镜，第二、第四和第六透镜均为正光焦度双凸透镜，第三透镜为负光焦度平凹透镜，第五透镜为负光焦度双凹透镜，第八透镜为正光焦度凸凹透镜。本发明的大相对孔径长焦距日盲紫外光学系统具有快焦比、长焦距、高分辨率、高精度探测等优点，适用于日盲紫外光谱区的紫外告警、电晕检测和森林防火等方面的光电探测系统应用。 【EN】The invention discloses a large-relative-aperture long-focal-length solar blind ultraviolet lens and an optical system, wherein the large-relative-aperture long-focal-length solar blind ultraviolet lens comprises a first lens, a second lens, a third lens, a fourth lens, a fifth lens, a sixth lens, a seventh lens and an eighth lens which are sequentially arranged from an object space to an image space, the optical system further comprises an aperture diaphragm positioned between the fourth lens and the fifth lens and an ultraviolet detection image surface positioned at the rear side of the eighth lens, wherein the first lens and the seventh lens are negative focal power convex-concave lenses, the second lens, the fourth lens and the sixth lens are positive focal power biconvex lenses, the third lens is a negative focal power plano-concave lens, the fifth lens is a negative focal power biconcave lens, and the eighth lens is a positive focal power convex-concave lens. The large-relative-aperture long-focus solar blind ultraviolet optical system has the advantages of fast focal ratio, long focal length, high resolution, high-precision detection and the like, and is suitable for photoelectric detection system application in the aspects of ultraviolet alarm, corona detection, forest fire prevention and the like in a solar blind ultraviolet spectral region.

摘要：【中文】本发明提供一种跨座式单轨车辆控制电路及跨座式单轨车辆，包括：第一编组车辆电路、第二编组车辆电路、供电控制电路；第一编组车辆电路和第二编组车辆电路是两个相互独立的高压电路；第一编组车辆电路、第二编组车辆电路中的其中一个出现故障时，通过供电控制电路，控制实现出现故障的编组车辆电路的高压电的断开，未出现故障的编组车辆电路提供高压电。通过上述方案，由于第一编组车辆电路和第二编组车辆电路是两个相互独立的高压电路，当其中一个电路出现故障时，可以将出现故障的编组车辆电路隔离，未出故障的编组车辆电路仍可以正常运行，实现车辆自救，具有更有效的救援能力、更灵活的救援方式，以对运营影响最小的方式完成车辆救援。 【EN】The invention provides a straddle type monorail vehicle control circuit and a straddle type monorail vehicle, comprising: the system comprises a first marshalling vehicle circuit, a second marshalling vehicle circuit and a power supply control circuit; the first and second consist vehicle circuits are two mutually independent high voltage circuits; when one of the first marshalling vehicle circuit and the second marshalling vehicle circuit has a fault, the power supply control circuit controls to realize the disconnection of the high-voltage power of the faulted marshalling vehicle circuit, and the non-faulted marshalling vehicle circuit provides the high-voltage power. Through the scheme, the first marshalling vehicle circuit and the second marshalling vehicle circuit are two mutually independent high-voltage circuits, when one circuit fails, the failed marshalling vehicle circuit can be isolated, the un-failed marshalling vehicle circuit can still normally operate, self rescue of the vehicle is realized, more effective rescue capacity and more flexible rescue mode are realized, and vehicle rescue is completed in a mode with the minimum influence on operation.

摘要：【中文】本发明涉及发电机组技术领域，尤其涉及基于低压缸光轴供热技术的供热方法及供热系统，以解决现有低压缸光轴供热技术不具有调峰能力的技术问题。供热方法包括汽轮机的中压缸排汽至少分为两部分，第一部分中压缸排汽进入热网加热器供热，第二部分中压缸排汽进入附加汽轮机作功，第一部分中压缸排汽和第二部分中压缸排汽的分配比可根据供热负荷和发电负荷的需求进行调节。供热系统包括汽轮机、热网加热器、附加汽轮机和控制器，汽轮机包括高压缸、中压缸和低压缸，低压缸内安装光轴转子；中压缸的排汽口与附加汽轮机的蒸汽入口和热网加热器的汽侧入口均可选择地且流量可调地连通，并且该可选择地且流量可调地连通由控制器控制。 【EN】The invention relates to the technical field of generating sets, in particular to a heating method and a heating system based on a low-pressure cylinder optical axis heating technology, and aims to solve the technical problem that the existing low-pressure cylinder optical axis heating technology does not have peak shaving capacity. The heat supply method includes that the steam exhaust of the intermediate pressure cylinder of the steam turbine is divided into at least two parts, the steam exhaust of the intermediate pressure cylinder of the first part enters the heating network heater for heat supply, the steam exhaust of the intermediate pressure cylinder of the second part enters the additional steam turbine for work, and the distribution ratio of the steam exhaust of the intermediate pressure cylinder of the first part and the steam exhaust of the intermediate pressure cylinder of the second part can be adjusted according to the requirements of heat supply load and power generation load. The heat supply system comprises a steam turbine, a heating network heater, an additional steam turbine and a controller, wherein the steam turbine comprises a high-pressure cylinder, an intermediate-pressure cylinder and a low-pressure cylinder, and an optical axis rotor is arranged in the low-pressure cylinder; the steam outlet of the intermediate pressure cylinder is in selective and flow-regulated communication with both the steam inlet of the additional steam turbine and the steam-side inlet of the heat network heater, and the selective and flow-regulated communication is controlled by a controller.

摘要：【中文】本发明公布了一种基于部件分割与特征融合的飞行器图像细粒度识别方法，目的是解决现有图像识别系统不能从部件级别提取特征导致识别类别不多的问题。技术方案是先构建由关键点检测子系统、共享特征抽取器、部件特征生成器、特征融合子系统、损失函数模块构成的基于部件分割与特征融合的飞行器遥感图像细粒度识别系统；构建数据集；训练识别系统；利用训练好的识别系统进行识别，识别时关键点检测子系统对6个关键点精准定位，共享特征抽取器对飞行器整体特征进行完整抽取，部件特征生成器快速准确地获得4个部件的特征子图，特征融合子系统提取各部件的内部特征并将这些特征融合。采用本发明能从部件级别提取特征，使得识别类别多且准。 【EN】The invention discloses an aircraft image fine-grained identification method based on component segmentation and feature fusion, and aims to solve the problem that the existing image identification system cannot extract features from a component level, so that the identification categories are not many. The technical scheme is that an aircraft remote sensing image fine-grained identification system based on component segmentation and feature fusion, which is composed of a key point detection subsystem, a shared feature extractor, a component feature generator, a feature fusion subsystem and a loss function module, is constructed; constructing a data set; training a recognition system; the trained recognition system is used for recognition, the key point detection subsystem accurately positions 6 key points during recognition, the shared feature extractor is used for completely extracting the overall features of the aircraft, the feature generator is used for quickly and accurately obtaining feature sub-graphs of 4 components, and the feature fusion subsystem is used for extracting the internal features of all the components and fusing the features. By adopting the method and the device, the characteristics can be extracted from the component level, so that the identification categories are more and more accurate.

摘要：【中文】本发明公开一种用于VBE系统的降温装置，光发射板上所设的MOS管表面安装有散热器，散热器由水道串接，相邻的三块光发射板的水道串接起来，水道的头尾分别形成进水管路和出水管路，屏柜底部设有散热箱，进水管路和出水管路贯穿屏柜的底部进入散热箱，并分别连接到进水汇流管和出水汇流管，进水汇流管的一端和出水汇流管的一端连接起来，进水汇流管的另一端通过散热管连接到泵组的输出端，出水汇流管的另一端通过散热管连接到泵组的输入端，散热箱的两侧箱壁设有通风孔，散热箱的箱壁正面设有风扇。本发明的有益效果是：散热器直达光发射板内部，直奔产生大量热量的“元凶”MOS管，从根本上解决光发射板发热问题。 【EN】The invention discloses a cooling device for a VBE system, wherein a radiator is arranged on the surface of an MOS (metal oxide semiconductor) tube arranged on a light emitting plate, the radiator is connected in series by a water channel, the water channels of three adjacent light emitting plates are connected in series, the head and the tail of each water channel respectively form a water inlet pipeline and a water outlet pipeline, a heat dissipation box is arranged at the bottom of a screen cabinet, the water inlet pipeline and the water outlet pipeline penetrate through the bottom of the screen cabinet to enter the heat dissipation box and are respectively connected to a water inlet manifold and a water outlet manifold, one end of the water inlet manifold is connected with one end of the water outlet manifold, the other end of the water inlet manifold is connected to the output end of a pump set through a heat dissipation tube, the other end of the water outlet manifold is connected to the input end of the pump. The invention has the beneficial effects that: the radiator directly reaches the inside of the light emission plate and directly generates a large amount of heat 'fierce' MOS tubes, and the problem of heating of the light emission plate is fundamentally solved.

摘要：【中文】本发明公开一种调制器的多信号源选择电路及其控制方法，包括上位机、控制CPU、信号源选择电路和多个并联的信号源存储电路；所述信号源数量与加速器能档一一对应，上位机被控输出加速器能档信号，控制CPU根据所述能档信号产生选片编码送给信号源选择电路，信号源选择电路根据选片编码控制相应的信号源工作，当加速器需在高能档工作时，控制所述信号源选择电路选取最大重复频率相对低，每个重复周期中充电脉冲多的信号源；当加速器需在低能档工作时，控制所述信号源选择电路选取最大重复频率相对高，每个重复周期中充电脉冲少的信号源；本发明能够提升加速器低能端剂量率。 【EN】The invention discloses a multi-signal-source selection circuit of a modulator and a control method thereof, wherein the multi-signal-source selection circuit comprises an upper computer, a control CPU, a signal source selection circuit and a plurality of signal source storage circuits which are connected in parallel; the number of the signal sources corresponds to the energy levels of the accelerators one by one, the upper computer is controlled to output accelerator energy level signals, the control CPU generates chip selection codes according to the energy level signals and sends the chip selection codes to the signal source selection circuit, the signal source selection circuit controls the corresponding signal sources to work according to the chip selection codes, and when the accelerators need to work at the high energy levels, the signal source selection circuit is controlled to select the signal sources with relatively low maximum repetition frequency and more charging pulses in each repetition period; when the accelerator needs to work at a low energy level, the signal source selection circuit is controlled to select a signal source with relatively high maximum repetition frequency and less charging pulse in each repetition period; the invention can improve the dosage rate of the low-energy end of the accelerator.

摘要：【中文】本发明公开了一种含取代基团的二芳基氧化膦化合物及其制备方法，该化合物的结构式如(I)所示：其中R₁～R₁₀独立的选自H、烷基、卤素或卤素取代的烷基，其中卤素包括：F、Cl、Br、I。其制备方法包括以下步骤：向反应瓶中投入芳基二氯化膦或其衍生物、芳烃或其衍生物、催化剂，在温和的条件下反应一定时间，反应完成后滴加到冰水混合物中水解制得二芳基氧化膦化合物。该制备过程具有操作简单、反应条件温和、制备过程绿色环保等优点。通过该法制备的二芳基氧化膦类化合物不仅可以直接用于环氧树脂的阻燃改性，还是合成新型酰基膦光引发剂、含磷阻燃剂的重要原料。 【EN】The invention discloses a diaryl phosphine oxide compound containing substituent groups and a preparation method thereof, wherein the structural formula of the compound is shown as the following formula (I):wherein R is₁～R₁₀Independently selected from H, alkyl, halo, or halo-substituted alkyl, wherein halo comprises: F. cl, Br and I. The preparation method comprises the following steps: adding aryl phosphine dichloride or derivatives thereof, aromatic hydrocarbon or derivatives thereof and a catalyst into a reaction bottle, reacting for a certain time under mild conditions, and after the reaction is finished, dropwise adding the mixture into an ice-water mixture for hydrolysis to prepare the diaryl phosphine oxide compound. The preparation process has the advantages of simple operation, mild reaction conditions, green and environment-friendly preparation process and the like. The diaryl phosphine oxide compound prepared by the method can be directly used for flame-retardant modification of epoxy resin, and also can be used as an important raw material for synthesizing a novel acylphosphine photoinitiator and a phosphorus-containing flame retardant.

摘要：【中文】一种松软煤层可控射流冲孔卸压增透装置及其方法，装置可包括防喷护孔筛管、端头护盖、封孔实管、孔口法兰盘、气渣水分离器、高压反向自转喷头、高压管和高压供给组件，所述孔口法兰盘设于孔口，封孔实管和防喷护孔筛管设置于孔壁上，所述端头护盖设置于孔底，所述高压管从孔口法兰盘伸入孔内且末端设有高压反向自转喷头，所述高压管的后端连接至高压供给组件，且孔口设有气渣水分离器；由此，本发明取材方便、操作简单、实施过程安全可控，能提高钻孔瓦斯抽采效率，减少钻孔工程量，还能在改善松软强突煤层瓦斯抽采效果的同时能够有效的控制水力冲孔过程中出煤量和瓦斯涌出量。 【EN】A controllable jet flow punching pressure relief permeability increasing device and a method thereof for a soft coal seam can comprise a blowout prevention protective hole sieve tube, an end cover, a hole sealing solid tube, an orifice flange, a gas-slag-water separator, a high-pressure reverse rotation sprayer, a high-pressure tube and a high-pressure supply assembly, wherein the orifice flange is arranged at an orifice, the hole sealing solid tube and the blowout prevention protective hole sieve tube are arranged on a hole wall, the end cover is arranged at the bottom of a hole, the high-pressure tube extends into the hole from the orifice flange, the tail end of the high-pressure tube is provided with the high-pressure reverse rotation sprayer, the rear end of the high-pressure tube is connected to the high-pressure; therefore, the method has the advantages of convenient material taking, simple operation and safe and controllable implementation process, can improve the gas extraction efficiency of the drilled hole, reduce the drilling engineering quantity, and can effectively control the coal output and the gas emission quantity in the hydraulic punching process while improving the gas extraction effect of the soft and strong outburst coal seam.