摘要：【中文】一种涡旋压缩机，其可包括第一涡旋部件和第二涡旋部件，第一涡旋部件的第一涡旋叶片与第二涡旋部件的第二涡旋叶片啮合而形成包括吸入腔穴、多个中间腔穴和排放腔穴的一系列压缩腔穴，旁通通路延伸穿过第一涡旋部件的第一端板。旁通通路的一端经由旁通端口与排气通道连通且另一端与中间腔穴连通，旁通端口的位置在径向方向上偏离旁通通路连通至中间腔穴的位置。该旁通通路的构型允许提高涡旋压缩机的可变容积比设计的自由度。 【EN】A scroll compressor may include a first scroll member and a second scroll member, a first scroll blade of the first scroll member meshing with a second scroll blade of the second scroll member to form a series of compression pockets including a suction pocket, a plurality of intermediate pockets, and a discharge pocket, a bypass passage extending through a first end plate of the first scroll member. One end of the bypass passage communicates with the exhaust passage via a bypass port and the other end communicates with the intermediate cavity, the position of the bypass port being offset in the radial direction from the position at which the bypass passage communicates to the intermediate cavity. The configuration of the bypass passage allows for increased freedom in the design of the variable volume ratio of the scroll compressor.

摘要：【中文】本发明公开了基于人脸识别的售票检票方法，包括如下步骤：提取人脸图像信息；匹配用户信息；生成乘车费用。本发明在地铁交通中增设基于人脸识别的售票及检票装置，通过预先采集人脸信息成为注册用户的方式或者通过现场采集人脸信息成为临时用户的方式来实现基于人脸识别的售票过程，同时通过在进站通道与出站通道设置采集进出站人员的人脸信息来实现基于人脸识别的检票过程。另外本发明同时提供人脸和二维码两种售票方式，在为乘客提供便捷的人脸识别售票检票以及通行方案的同时，为没有进行人脸录入的乘客提供高效的售票、检票及通行方案，兼容传统方案，能够极大的提高了进站出站的通行效率。 【EN】The invention discloses a face recognition-based ticket selling and checking method, which comprises the following steps: extracting face image information; matching user information; generating a ride fee. The invention adds a ticket selling and checking device based on face recognition in subway traffic, realizes the ticket selling process based on face recognition by acquiring face information in advance to become a registered user or acquiring face information on site to become a temporary user, and realizes the ticket checking process based on face recognition by arranging face information acquisition of personnel entering and leaving the station in an entrance channel and an exit channel. In addition, the invention simultaneously provides two ticket selling modes of the face and the two-dimensional code, provides a convenient face recognition ticket selling and checking and passing scheme for passengers, provides an efficient ticket selling, checking and passing scheme for passengers without face entry, is compatible with the traditional scheme, and can greatly improve the passing efficiency of entering and leaving.

摘要：【中文】本发明提供一种基于语音分析的智能语音系统，其包括语音采集模块、语音转换模块、情绪识别模块、业务执行模块及语音质检模块。本发明还提供了相应的方法。实施本发明，可以有效地提高处理效率，改善了客户体验；还能提高自动业务占比，实现话务分流，降低人工话务量从而降低人工成本和管理成本；并能实现质检的自动化。 【EN】The invention provides an intelligent voice system based on voice analysis, which comprises a voice acquisition module, a voice conversion module, an emotion recognition module, a service execution module and a voice quality inspection module. The invention also provides a corresponding method. By implementing the invention, the processing efficiency can be effectively improved, and the customer experience is improved; the automatic service proportion can be improved, the telephone traffic distribution is realized, and the manual telephone traffic is reduced, so that the labor cost and the management cost are reduced; and can realize the automation of quality inspection.

摘要：【中文】本发明实施例提供一种PCIE设备中FPGA功能动态重构的方法及系统。该方法包括：PCIE设备上电后，加载第一业务功能对应的第一FPGA逻辑文件，与宿主机建立首次链接，若宿主机加载PCIE设备的第二业务功能时，通知微处理器选取第二FPGA逻辑文件，使用第二逻辑目标码对FPGA进行全局动态重构；待全局动态重构完成后，与宿主机建立二次链接。本发明实施例通过使用初始逻辑不同功能逻辑目标码，对FPGA进行全局动态重构，宿主机和PCIE设备均无需重启，两者通过二次建链重新恢复正常通信，提供新的功能服务，使设备能够在正常工作过程中，动态替换为新的已知或未知功能，更加通用、灵活，扩展性更强，适用场景更加丰富。 【EN】The embodiment of the invention provides a method and a system for dynamically reconstructing FPGA functions in PCIE equipment. The method comprises the following steps: after the PCIE equipment is powered on, loading a first FPGA logic file corresponding to a first service function, establishing a first link with a host machine, and if the host machine loads a second service function of the PCIE equipment, informing a microprocessor to select a second FPGA logic file and using a second logic target code to carry out global dynamic reconstruction on the FPGA; and after the global dynamic reconstruction is completed, establishing secondary link with the host machine. According to the embodiment of the invention, the logic object codes with different functions of the initial logic are used for carrying out global dynamic reconfiguration on the FPGA, the host machine and the PCIE equipment do not need to be restarted, the host machine and the PCIE equipment recover normal communication again through secondary link establishment, and new function service is provided, so that the equipment can be dynamically replaced by new known or unknown functions in the normal working process, and the method is more universal, flexible, higher in expansibility and richer in applicable scenes.

摘要：【中文】本发明公开了一种通用串行总线介质及其数据读取方法，属于通用串行总线介质领域。方法：USB介质接收计算设备发送的容器打开请求，容器打开请求包括待打开容器的标识和待打开容器的用户口令；获取待打开容器的标识对应的授权用户口令；当待打开容器的用户口令为待打开容器的标识对应的授权用户口令时，打开待打开容器的标识对应的容器，并显示待打开容器的标识对应的容器中存储的文件目录，文件目录包括至少一个文件的标识；接收计算设备发送的文件读取请求，文件读取请求包括待打开容器的标识对应的容器中存储的文件目录中的文件的标识；从USB介质的存储空间获取文件读取请求包括的文件的标识对应的文件的数据；向计算设备返回获取的文件的数据。 【EN】The invention discloses a universal serial bus medium and a data reading method thereof, belonging to the field of universal serial bus media. The method comprises the following steps: the USB medium receives a container opening request sent by the computing equipment, wherein the container opening request comprises an identifier of a container to be opened and a user password of the container to be opened; obtaining an authorized user password corresponding to the identifier of the container to be opened; when the user password of the container to be opened is the authorized user password corresponding to the identifier of the container to be opened, opening the container corresponding to the identifier of the container to be opened, and displaying a file directory stored in the container corresponding to the identifier of the container to be opened, wherein the file directory comprises at least one identifier of a file; receiving a file reading request sent by computing equipment, wherein the file reading request comprises an identifier of a file in a file directory stored in a container corresponding to the identifier of the container to be opened; acquiring data of a file corresponding to the file identifier included in the file reading request from a storage space of the USB medium; and returning the acquired data of the file to the computing device.

摘要：【中文】本发明提供了一种离线质检用语音识别方法，包括步骤：对客服系统的通话录音进行语音转码；将转码后的文本或者命令转码为相应的语音文件；将转换后的文本或者命令通过预先设置好的程序进行上下文语义分析；将分析后的语义在知识库进行查询，并根据对比结果返回答案；将返回的语义提取声纹，并和已登记的声纹进行比较。本发明还提供了相应的系统。实施本发明，对8k语音连续语音识别率可以达到80％，定制模型识别率可以达到85％以上，可较大幅度的提高识别率。 【EN】The invention provides a voice recognition method for offline quality inspection, which comprises the following steps: carrying out voice transcoding on the call record of the customer service system; transcoding the transcoded text or command into a corresponding voice file; performing context semantic analysis on the converted text or command through a preset program; inquiring the analyzed semantics in a knowledge base, and returning an answer according to a comparison result; the returned semantics are voiceprint extracted and compared to the registered voiceprint. The invention also provides a corresponding system. By implementing the invention, the recognition rate of the continuous speech of the 8k speech can reach 80%, the recognition rate of the customized model can reach more than 85%, and the recognition rate can be greatly improved.

摘要：【中文】本公开公开了一种加密设备、系统及加密设备控制方法，属于电子设备领域。所述加密设备包括：加密设备主电路；直流电源连接端，用于连接外部直流电源；USB接口，用于连接主机设备；检测电路，被配置为检测所述USB接口的输入电压与阈值电压的大小；电源模块，被配置为当所述USB接口的输入电压大于或等于所述阈值电压时，控制所述直流电源连接端向所述加密设备主电路供电；当所述USB接口的输入电压小于所述阈值电压时，控制所述直流电源连接端不向所述加密设备主电路供电。 【EN】The disclosure discloses encryption equipment, an encryption system and an encryption equipment control method, and belongs to the field of electronic equipment. The encryption device includes: an encryption device main circuit; the direct current power supply connecting end is used for connecting an external direct current power supply; the USB interface is used for connecting host equipment; a detection circuit configured to detect magnitudes of an input voltage and a threshold voltage of the USB interface; a power supply module configured to control the dc power connection terminal to supply power to the encryption device main circuit when the input voltage of the USB interface is greater than or equal to the threshold voltage; and when the input voltage of the USB interface is smaller than the threshold voltage, controlling the direct-current power supply connecting end not to supply power to the main circuit of the encryption equipment.