摘要：【中文】本发明公开了一种罕见病登记系统，包括：用户身份认证与权限管理模块，用于管理用户账号和访问权限；审核管理模块，用于将用户申请对相关罕见病进行研究而上传到所述罕见病登记系统的待审核文件转发给具有审核权限的用户进行审核；以及登记模块，用于将所述相关罕见病的基本信息登记到所述罕见病登记系统中。本发明能够高效、全面地对罕见病进行登记，通过该系统对登记的罕见病实行统一规范的管理，本发明采用ICD‑11国际分类标准实现对罕见病病种的亚病种管理、同一病种的不同分支的管理等。 【EN】The invention discloses a rare disease registration system, comprising: the user identity authentication and authority management module is used for managing a user account and access authority; the auditing management module is used for forwarding the file to be audited, which is uploaded to the rare disease registration system after the user applies for researching the related rare diseases, to the user with auditing authority for auditing; and a registration module for registering the basic information of the related rare diseases into the rare disease registration system. The system can efficiently and comprehensively register the rare diseases, the system can manage the registered rare diseases in a unified and standard manner, and the ICD-11 international classification standard is adopted to realize sub-disease management of rare disease types, management of different branches of the same disease type and the like.

摘要：【中文】本发明公开了一种罕见病病例登记方法，包括：S1：搭建罕见病病例登记系统；S2：通过预先注册的用户账号登录该登记系统；S3：判断相关罕见病是否已添加到该登记系统中，如果是，则跳转到步骤S6，否则继续执行步骤S4；S4：将申请对相关罕见病进行队列研究需要提交的待审核文件上传到该登记系统；S5：对待审核文件进行审核，如果审核通过，则继续执行步骤S6，否则返回到步骤S4；S6：针对相关罕见病设计并生成元数据和字典；S7：利用元数据和字典制作研究表单；以及S8：将相关罕见病的病例数据录入到研究表单中。本发明能够高效、全面地收集各种罕见病病例，从而为下一步研究者开展有效的罕见病研究奠定了基础，提升罕见病的诊断效率。 【EN】The invention discloses a rare disease case registration method, which comprises the following steps: s1: building a rare disease case registration system; s2: logging in the registration system through a pre-registered user account; s3: judging whether the related rare diseases are added into the registration system, if so, jumping to step S6, otherwise, continuing to execute step S4; s4: uploading files to be checked, which need to be submitted for applying for queue research on related rare diseases, to the registration system; s5: auditing the file to be audited, if the auditing is passed, continuing to execute the step S6, otherwise returning to the step S4; s6: designing and generating metadata and a dictionary for the related rare diseases; s7: making a research form by using the metadata and the dictionary; and S8: case data for the relevant rare disease is entered into the study form. The method can efficiently and comprehensively collect various rare disease cases, thereby laying a foundation for effective rare disease research of researchers in the next step and improving the diagnosis efficiency of rare diseases.

摘要：【中文】本发明公开了一种罕见病登记方法，包括以下步骤：S1：搭建罕见病登记系统；S2：通过预先注册的用户账号登录罕见病登记系统；S3：判断相关罕见病是否已添加到罕见病登记系统中，如果是，则该方法结束，否则继续执行步骤S4；S4：将申请对相关罕见病进行队列研究需要提交的待审核文件上传到罕见病登记系统；S5：对待审核文件进行审核，如果审核通过，则继续执行步骤S6，否则返回到步骤S4；以及S6：将相关罕见病登记到罕见病登记系统中。本发明能够高效、全面地对罕见病进行登记，通过所搭建的系统对登记的罕见病实行统一规范的管理，本发明采用ICD‑11国际分类标准实现对罕见病病种的亚病种管理、同一病种的不同分支的管理等。 【EN】The invention discloses a rare disease registration method, which comprises the following steps: s1: building a rare disease registration system; s2: logging in a rare disease registration system through a pre-registered user account; s3: judging whether the related rare diseases are added into the rare disease registration system, if so, ending the method, otherwise, continuing to execute the step S4; s4: uploading files to be examined, which need to be submitted for applying to queue research on related rare diseases, to a rare disease registration system; s5: auditing the file to be audited, if the auditing is passed, continuing to execute the step S6, otherwise returning to the step S4; and S6: the related rare diseases are registered into a rare disease registration system. The invention can efficiently and comprehensively register rare diseases, the established system is used for managing the registered rare diseases in a unified and standard manner, and the ICD-11 international classification standard is adopted to realize sub-disease management of rare disease types, management of different branches of the same disease type and the like.

摘要：【中文】本申请公开了一种缓存空间申请方法、系统、装置及计算机可读存储介质，包括：根据缓存申请请求，从预先设置的包括预先从内存申请得到的缓存空间的缓存队列中获取目标缓存空间；利用目标缓存空间存放数据；完成缓存申请请求后，将目标缓存空间释放至缓存队列；本申请预先向内存申请内存空间，将预先申请的内存空间以多份缓存空间的形式设置在缓存队列中，每当有数据需要使用缓存空间缓存时，直接向缓存队列中申请缓存空间，不再向内存申请缓存空间，极大的减少了访问内存次数，从而降低了对于CPU和整体系统的运行资源损耗。 【EN】The application discloses a cache space application method, a system, a device and a computer readable storage medium, comprising: according to the cache application request, obtaining a target cache space from a preset cache queue comprising the cache space which is applied from the memory in advance; storing data by using a target cache space; after the cache application request is completed, releasing the target cache space to a cache queue; the method applies for the memory space to the memory in advance, sets the memory space applied in advance in the cache queue in the form of multiple cache spaces, directly applies for the cache space to the cache queue whenever data needs to use the cache space for caching, does not apply for the cache space to the memory any more, greatly reduces the memory access times, and reduces the running resource loss of the CPU and the whole system.

摘要：【中文】本发明公开了一种数据传输方法、装置、设备及计算机可读存储介质，在网卡的数据处理速度小于自身磁盘的数据处理速度时，本申请可以将待发送数据通过网卡的发送接口发送至目标设备，无需切换到异步线程去将缓存区中的待发送数据发送至目标设备，节省了切换异步线程的时间，提升了数据传输速度；另外，相比于现有技术中增加网卡中用于发送数据的线程数量的方式，本申请不但没有增加CPU资源的占用，而且还可以减少对异步线程的使用，进一步地降低了对CPU资源的占用，有利于CPU中其他业务的运行；此外，本申请还可以在网卡的数据处理速度不小于自身磁盘的数据处理速度时延用原有的数据发送方式以充分利用网卡的数据处理速度。 【EN】The invention discloses a data transmission method, a device, equipment and a computer readable storage medium, when the data processing speed of a network card is lower than the data processing speed of a disk of the network card, the data to be transmitted can be transmitted to target equipment through a transmitting interface of the network card, and the data to be transmitted in a cache region is not required to be switched to an asynchronous thread to be transmitted to the target equipment, so that the time for switching the asynchronous thread is saved, and the data transmission speed is improved; in addition, compared with the mode of increasing the number of threads for sending data in the network card in the prior art, the method and the device not only do not increase the occupation of CPU resources, but also can reduce the use of asynchronous threads, further reduce the occupation of CPU resources and facilitate the operation of other services in the CPU; in addition, the data processing speed of the network card can be fully utilized by using the original data transmission mode when the data processing speed of the network card is not less than the data processing speed of the disk of the network card.

摘要：【中文】本申请涉及炸药试炮塔清洁处理装置。本申请所述的炸药试炮塔清洁处理装置包括：缓冲机构，该缓冲机构包括缓冲外筒、塑料内筒以及塑料挡片，所述塑料挡片相对所述塑料内筒的轴线倾斜设置在所述塑料内筒内，且多个所述塑料挡片相互平行；所述塑料挡片的一侧与所述塑料内筒的内壁之间形成有流通通道；多个所述塑料挡片形成一个挡片组，任一组的所述挡片组的流通通道位于同一侧，相邻挡片组之间的流通通道在异侧；所述塑料内筒紧固套接在所述缓冲外筒的内壁；所述缓冲外筒的端面设置有法兰面。本申请所述的炸药试炮塔清洁处理装置具有降低试炮塔尾气污染物排放的优点。 【EN】The application relates to an explosive test gun tower cleaning device. The application said explosive test gun tower cleaning treatment device includes: the buffer mechanism comprises a buffer outer cylinder, a plastic inner cylinder and plastic blocking pieces, wherein the plastic blocking pieces are obliquely arranged in the plastic inner cylinder relative to the axis of the plastic inner cylinder, and the plastic blocking pieces are parallel to each other; a flow passage is formed between one side of the plastic baffle and the inner wall of the plastic inner cylinder; the plastic blocking sheets form a blocking sheet group, the flow channels of any blocking sheet group are positioned on the same side, and the flow channels between adjacent blocking sheet groups are positioned on different sides; the plastic inner cylinder is fixedly sleeved on the inner wall of the buffer outer cylinder; and the end surface of the buffer outer cylinder is provided with a flange surface. The application clean processing apparatus of explosive test gun tower have the advantage that reduces test gun tower tail gas pollutant emission.

摘要：【中文】本发明公开了一种料场的三维建模方法及装置，该方法包括：所述方法包括：获得连续的单帧点云数据；基于所述连续的单帧点云数据，构建第一点云图；根据所述第一点云图进行建模，得到料场三维模型。本发明获取了整个料场的三维模型，为天车运行起到了指导性工作，减少了因人员经验产生的安全事故，并提高了生产效率。 【EN】The invention discloses a three-dimensional modeling method and a device for a stock ground, wherein the method comprises the following steps: the method comprises the following steps: acquiring continuous single-frame point cloud data; constructing a first point cloud picture based on the continuous single-frame point cloud data; and modeling according to the first point cloud picture to obtain a three-dimensional model of the stock ground. The invention obtains the three-dimensional model of the whole stock ground, plays an instructive role in the running of the overhead travelling crane, reduces safety accidents caused by personnel experience and improves the production efficiency.

摘要：【中文】本发明提供了一种化学试剂无水硫酸钠的生产方法。将盐湖大田中自然冷冻结晶的芒硝（十水硫酸钠），用去离子水溶解，得到接近饱和的清硝液，加纯碱、烧碱除去钙、镁杂离子，沉降澄清后使清硝液中钙离子浓度≤0.20g/L，镁离子浓度≤0.15g/L，用精度0.1‑‑0.6um微孔膜过滤器进行过滤，加硫酸调清硝液PH=3‑‑6，进蒸发器蒸发浓缩，控制母液中钙离子浓度≤0.55g/L，离心分离、固体干燥得化学试剂无水硫酸钠。本发明生产的化学试剂无水硫酸钠由于采用天然芒硝（十水硫酸钠）重结晶制得，所生产的化学试剂无水硫酸钠是纯天然的，具有工艺过程简捷、溶解性好、纯度高、产品质量稳定、成本低、投资小等优点。 【EN】The invention provides a production method of chemical reagent anhydrous sodium sulfate. Dissolving Natrii sulfas (sodium sulfate decahydrate) naturally frozen and crystallized in a salt lake field with deionized water to obtain nearly saturated clear nitrate solution, adding soda ash and caustic soda to remove calcium and magnesium impurity ions, settling and clarifying to ensure that the concentration of calcium ions in the clear nitrate solution is less than or equal to 0.20g/L and the concentration of magnesium ions is less than or equal to 0.15g/L, filtering with a microporous membrane filter with the precision of 0.1-0.6 um, adding sulfuric acid to adjust the pH of the clear nitrate solution to be = 3-6, evaporating and concentrating in an evaporator to control the concentration of calcium ions in mother liquor to be less than or equal to 0.55g/L, centrifugally separating, and drying solids to obtain the chemical reagent anhydrous sodium sulfate. The chemical reagent anhydrous sodium sulfate produced by the invention is prepared by recrystallizing natural mirabilite (sodium sulfate decahydrate), and the produced chemical reagent anhydrous sodium sulfate is pure natural and has the advantages of simple and direct process, good solubility, high purity, stable product quality, low cost, small investment and the like.

摘要：【中文】本发明公开了一种车辆高危路段预警方法，包括：对获取到的车辆基础数据进行预处理，得到预处理后的基础数据；基于预处理后的基础数据，构建高危路段预警模型，构建高危路段预警模型的规则为：当车辆与危险标志物的距离小于等于预设距离时，确定车辆在危险标志物的预设范围内，并向用户发出预警信息；通过预处理后的基础数据中的车辆轨迹点数据运行高危路段预警模型，得到历史路段信息网数据，并将历史路段信息网数据保存在数据库中；车辆终端基于历史路段信息网数据以及接收到的查询信息，获取并输出与查询信息对应的查询结果。通过上述方法，可以提高高危路段预警的准确率以及时效性，而且各个区域的数据可以实时共享。 【EN】The invention discloses a vehicle high-risk road section early warning method, which comprises the following steps: preprocessing the acquired vehicle basic data to obtain preprocessed basic data; constructing a high-risk road section early warning model based on the preprocessed basic data, wherein the rule for constructing the high-risk road section early warning model is as follows: when the distance between the vehicle and the dangerous marker is smaller than or equal to the preset distance, determining that the vehicle is in the preset range of the dangerous marker, and sending early warning information to a user; running a high-risk road section early warning model through vehicle track point data in the preprocessed basic data to obtain historical road section information network data, and storing the historical road section information network data in a database; and the vehicle terminal acquires and outputs a query result corresponding to the query information based on the historical road section information network data and the received query information. By the method, the accuracy and the timeliness of the high-risk road section early warning can be improved, and data of each region can be shared in real time.

摘要：【中文】本发明公开了一种基于空间索引算法的道路上下行识别方法、装置、存储介质及终端，所述方法包括：获取预先分组后的道路数据样本集合；获取所述道路数据样本集合中各道路数据样本对应的路段数据集合；将所述路段数据集合输入预先建立的空间索引数据结构中获取所述路段数据集合中各路段数据对应的相接路段数据，生成道路子方向；基于所述子方向识别出道路上下行两个方向。因此，采用本申请实施例，可以提高道路上下行识别的准确度和效率。 【EN】The invention discloses a method, a device, a storage medium and a terminal for identifying the up-down link of a road based on a spatial index algorithm, wherein the method comprises the following steps: acquiring a road data sample set grouped in advance; acquiring a road section data set corresponding to each road data sample in the road data sample set; inputting the road section data set into a pre-established spatial index data structure to obtain connected road section data corresponding to each road section data in the road section data set, and generating a road sub-direction; and identifying two uplink and downlink directions based on the sub-directions. Therefore, the accuracy and the efficiency of the up-down identification of the road can be improved by adopting the embodiment of the application.