摘要：【中文】一种空调衣服用电气部件佩戴单元(100)，其与具有风扇用开口孔(53)的衣服主体组合使用并被佩戴于身体，其中，具备：风扇(1)，其用于将空气从外部引入到衣服主体内；佩戴机构(带状物主体(21))，其用于将风扇(1)佩戴于身体；以及风扇安装机构(15)，其用于将风扇(1)安装于佩戴机构，在风扇(1)形成有风扇侧连结部(16)，上述风扇侧连结部用于与风扇用开口孔(53)连结。 【EN】An air-conditioning clothing electrical component wearing unit (100) that is used in combination with a clothing main body having an opening hole (53) for a fan and is worn on the body, the air-conditioning clothing electrical component wearing unit comprising: a fan (1) for introducing air from the outside into the garment body; a wearing mechanism (belt body (21)) for wearing the fan (1) on the body; and a fan mounting mechanism (15) for mounting the fan (1) to the attachment mechanism, wherein a fan-side coupling portion (16) for coupling to the fan opening hole (53) is formed in the fan (1).

摘要：【中文】本发明公开了一种环形磁芯、环形变压器和电感器及其自动化制造方法，其中环形磁芯包括第一磁芯和第二磁芯，第一磁芯通过第一磁块和第二磁块的端部错开一定角度形成台阶，第二磁芯通过第三磁块和第四磁块的端部错开一定角度形成台阶，第一磁芯的两个端部与第二磁芯的两个端部分别通过在台阶的水平方向上点胶对接构成环形磁芯，由于其点胶位置不在环形磁芯的磁路上，从而不影响环形磁芯的电性参数，使得环形磁芯、环形电感器或变压器具有稳定的电性参数。 【EN】The invention discloses a ring-shaped magnetic core, a ring-shaped transformer, an inductor and an automatic manufacturing method thereof, wherein the ring-shaped magnetic core comprises a first magnetic core and a second magnetic core, the first magnetic core is staggered by a certain angle through the end parts of a first magnetic block and a second magnetic block to form a step, the second magnetic core is staggered by a certain angle through the end parts of a third magnetic block and a fourth magnetic block to form a step, two end parts of the first magnetic core and two end parts of the second magnetic core are respectively butted through glue dispensing in the horizontal direction of the step to form the ring-shaped magnetic core, and the glue dispensing position is not on the magnetic path of the ring-shaped magnetic core, so that the electrical parameters of the ring-shaped magnetic core are not influenced, and the ring-shaped magnetic core.

摘要：【中文】本发明中以此微粉化的高三尖杉酯衍生物为活性成分的固体制剂，公开了一种包含微粉化形式的口服固体药物组合物，所述的组合物包含治疗有效量的药理活性剂；交聚维酮或聚维酮；以及用于药理活性剂的口服固体药物组合物。其具有优良的体外溶出度，在多种pH条件下都具有较好的溶出度，有效地保证了药物在不同人群体内都能良好的吸收，解决了现有高三尖杉酯衍生物药物在体内胃肠道环境不易溶出，导致药物在体内的生物利用度降低而影响疗效的问题。 【EN】The invention discloses a solid preparation taking the micronized homoharringtonine derivative as an active ingredient, and discloses an oral solid pharmaceutical composition containing a micronized form, wherein the composition contains a pharmacologically active agent with a therapeutically effective amount; crospovidone or povidone; and oral solid pharmaceutical compositions for pharmacologically active agents. The homoharringtonine derivative has excellent in-vitro dissolution rate and better dissolution rate under various pH conditions, effectively ensures that the medicament can be well absorbed in different crowds, and solves the problem that the bioavailability of the medicament in vivo is reduced to influence the curative effect because the existing homoharringtonine derivative medicament is not easy to dissolve in the gastrointestinal tract environment in vivo.

摘要：【中文】本发明实施例涉及通信领域，公开了一种设备状态检测方法、装置、电子设备及存储介质。本发明中，设备状态检测方法包括：获取检测目标的节点属性；其中，节点属性包括检测目标所在节点的主机数量；根据节点属性和预设的检测规则配置检测目标的检测策略；根据检测策略向检测目标发送对应的检测请求，以使检测目标响应检测请求反馈检测结果。根据检测目标的节点属性配置不同的检测策略，避免对所有设备采用同一种方法进行探测导致探测周期过长、探测结果延迟较大问题，能够提高检测效率。 【EN】The embodiment of the invention relates to the field of communication, and discloses a device state detection method and device, electronic equipment and a storage medium. In the invention, the equipment state detection method comprises the following steps: acquiring node attributes of a detection target; the node attribute comprises the number of hosts of a node where a detection target is located; configuring a detection strategy of a detection target according to the node attribute and a preset detection rule; and sending a corresponding detection request to the detection target according to the detection strategy so that the detection target responds to the detection request and feeds back a detection result. Different detection strategies are configured according to the node attributes of the detection target, the problems that detection periods are too long and detection results are delayed greatly due to the fact that all devices are detected by the same method are solved, and detection efficiency can be improved.

摘要：【中文】本发明提供一种网络资源调度方法、装置、电子设备及存储介质。该方法计算用户请求的哈希值，并采用一致性哈希算法在一个预先设置的哈希环中确定所述哈希值的位置，根据所述位置在所述哈希环中查找一个虚拟节点，并定位该虚拟节点对应的边缘服务器。进一步地，该方法获取所述边缘服务器的当前负载，并根据一个平衡因子计算所述边缘服务器的目标负载，当所述当前负载大于或者等于所述目标负载时，按照所述预先设定的搜寻方法从所述哈希环中查找下一个虚拟节点，直到所述虚拟节点对应的边缘服务器的当前负载小于目标负载时，将所述用户请求转发给所述边缘服务器。利用本发明能够解决边缘服务器负载不均的问题。 【EN】The invention provides a network resource scheduling method, a network resource scheduling device, electronic equipment and a storage medium. The method comprises the steps of calculating a hash value requested by a user, determining the position of the hash value in a preset hash ring by adopting a consistent hash algorithm, searching a virtual node in the hash ring according to the position, and positioning an edge server corresponding to the virtual node. Further, the method obtains the current load of the edge server, calculates the target load of the edge server according to a balance factor, and when the current load is greater than or equal to the target load, searches the next virtual node from the hash ring according to the preset searching method until the current load of the edge server corresponding to the virtual node is less than the target load, forwards the user request to the edge server. The invention can solve the problem of uneven load of the edge server.

摘要：【中文】本发明实施例涉及网络管理技术领域，公开了一种网络请求资源调度方法。本发明接收并解析用户请求得的目的URL，判断所述目的URL是否属于预构建的内容分发网络所签订的URL，若所述目的URL属于预构建的内容分发网络所签订的URL，则启用与所述内容分发网络对应的域名解析服务器对所述目的URL进行域名解析，得到与所述用户请求对应的请求资源，若所述目的URL不属于预构建的内容分发网络所签订的URL，则启用与所述用户请求对应的远程域名解析服务器解析所述目的URL，得到请求资源。本发明还提出一种网络请求资源调度装置以及一种计算机可读存储介质。本发明可有效的解决在资源调度上网络带宽拥塞、网络响应速度延迟的问题。 【EN】The embodiment of the invention relates to the technical field of network management and discloses a network request resource scheduling method. The invention receives and analyzes a target URL obtained by a user request, judges whether the target URL belongs to a URL signed by a pre-constructed content distribution network, if the target URL belongs to the URL signed by the pre-constructed content distribution network, a domain name resolution server corresponding to the content distribution network is started to carry out domain name resolution on the target URL to obtain a request resource corresponding to the user request, and if the target URL does not belong to the URL signed by the pre-constructed content distribution network, a remote domain name resolution server corresponding to the user request is started to resolve the target URL to obtain the request resource. The invention also provides a network request resource scheduling device and a computer readable storage medium. The invention can effectively solve the problems of network bandwidth congestion and network response speed delay in resource scheduling.

摘要：【中文】本发明提供了一种新型线夹的制备方法，包括以下步骤：浇注圆柱形坯料‑锻造‑热处理‑热处理后的工件抛丸处理‑‑抛丸处理的工件冷校处理‑冷校处理的零件包装，圆柱形坯料中化学成分重量百分比为：C:0.23‑0.40%，Ti：1.3‑3.2%，Mn:1.5‑2.0%，Si:1.5‑2.5%，V：0.09‑0.15%，Cr：1.5‑4.0%，Ni：0.95‑1.5%，W：0.48‑0.9%，Cu：0.2‑0.50%，铝合金0.2‑0.4%，P≤0.030%、S≤0.030%，余量为Fe及不可避免的夹杂质；本发明通过增加了铬、镍、铝合金和钛，提高了线夹的耐腐蚀性，除铜铝之间的电势差，解决了跳线处铜铝过渡所引起的电化学腐蚀问题，通过增加了绝缘罩，采用橡胶材料制作，防触电，防老化与电缆同寿命，且可满足带电安装的需求，且线夹采用导电能力极强的硅镁铝合金材料制造，过流能力强。 【EN】The invention provides a preparation method of a novel wire clamp, which comprises the following steps: pouring a cylindrical blank, forging, performing heat treatment, performing shot blasting treatment on a workpiece after heat treatment, performing cold correction treatment on the workpiece after shot blasting treatment, and packaging parts subjected to cold correction treatment, wherein the cylindrical blank comprises the following chemical components in percentage by weight: 0.23-0.40% of C, Ti: 1.3-3.2%, Mn 1.5-2.0%, Si 1.5-2.5%, V: 0.09-0.15%, Cr: 1.5-4.0%, Ni: 0.95-1.5%, W: 0.48-0.9%, Cu: 0.2 to 0.50 percent of Fe, 0.2 to 0.4 percent of aluminum alloy, less than or equal to 0.030 percent of P, less than or equal to 0.030 percent of S, and the balance of Fe and inevitable impurities; the cable clamp has the advantages that the corrosion resistance of the cable clamp is improved by adding chromium, nickel, aluminum alloy and titanium, the potential difference between copper and aluminum is removed, the electrochemical corrosion problem caused by copper and aluminum transition at a jumper wire is solved, the insulation cover is added, the cable clamp is made of rubber materials, electric shock is prevented, the service life of the cable clamp is as long as that of a cable, the requirement of live installation can be met, the cable clamp is made of silicon-magnesium-aluminum alloy materials with extremely high electric conduction capability, and the overcurrent capability is high.

摘要：【中文】本发明公开了一种茶叶包装盒的自动叠盒包装装置，具体涉及茶叶包装设备领域，包括基台，所述基台顶部设置有叠盒包装机构，所述叠盒包装机构包括有模具通道，所述模具通道一侧设置有茶叶通道，所述模具通道和茶叶通道上均设置有多个两端不封口的等大载物腔，所述茶叶通道两侧均固定设有挡条，远离所述模具通道的档条外侧设置有第三电机，所述模具通道一侧设置有竖板以及另一侧设置有固定座。本发明通过出纸盒机构将码放好的包装纸送入模具通道，利用下压机构对包装盒进行预成型，并对封包茶叶进行压平处理，然后利用叠盒包装机构完成包装纸的叠合与茶叶的包装，最近进行涂胶、封边，整个过程完全实现连续的自动化生产。 【EN】The invention discloses an automatic box-stacking and packaging device of a tea packaging box, and particularly relates to the field of tea packaging equipment. The stacked packing paper is fed into a mould channel through the paper outlet box mechanism, the packing box is preformed by the pressing mechanism, the packed tea is flattened, then the overlapping of the packing paper and the packing of the tea are finished by the box stacking and packing mechanism, the gluing and edge sealing are carried out recently, and the continuous automatic production is completely realized in the whole process.

摘要：【中文】本发明提供了一种通风机用小型对称双喇叭进风口的压型工装及方法，解决解决现有进风口的压型过程存在的径向截面同轴度差、生产效率低、周期长、成本高的问题。该工装包括基座、位于基座上方的压型台；压型台的回转曲线与进风口的单侧喇叭口回转曲线相匹配；压型台的上端面设置有起弧倒角。基于该工装的压型方法包括以下步骤：1)制备中空筒体，2)将中空筒体套装在工装的起弧倒角上，且与工装紧密贴合；3)使用油压机将中空筒体一端压至单侧喇叭口成型；4)调转方向，将中空筒体另一端套装在起弧倒角上，且与工装紧密贴合；5)使用油压机将中空筒体另一端压至单侧喇叭口成型。 【EN】The invention provides a profiling tool and a profiling method for a small symmetrical double-horn air inlet for a ventilator, and solves the problems of poor radial section coaxiality, low production efficiency, long period and high cost in the profiling process of the conventional air inlet. The tool comprises a base and a profiling table positioned above the base; the rotary curve of the profiling table is matched with the rotary curve of the one-side bell mouth of the air inlet; the upper end face of the profiling table is provided with an arc starting chamfer. The profiling method based on the tool comprises the following steps: 1) preparing a hollow cylinder, 2) sleeving the hollow cylinder on an arcing chamfer of the tool, and tightly attaching the hollow cylinder to the tool; 3) pressing one end of the hollow cylinder to a single-side bell mouth by using an oil press to form; 4) turning the direction, sleeving the other end of the hollow cylinder on the arc starting chamfer and tightly attaching the arc starting chamfer to the tool; 5) and pressing the other end of the hollow cylinder to a single-side bell mouth by using an oil press for molding.

摘要：【中文】本发明公开了一种胚乳原生质体瞬时表达外源基因的方法。包括以下步骤：(1)将处于灌浆前期的禾本科作物籽粒切块并酶解4～8h；(2)然后加入酶解终止液并过滤，收集滤液，离心得到原生质体；(3)重悬原生质体，冰浴20～40min后，离心去上清，然后再继续进行重悬纯化；(4)将经步骤(3)纯化的原生质体与质粒混合，然后加入PEG‑Ca²⁺溶液，静置转化15～30min；(5)再继续加入W5溶液，混匀后离心，去上清，然后重悬并在20～30℃培养6～18h后，离心去上清，再次进行重悬即可。本发明制备得到的胚乳原生质体数量多、活性高，原生质体转化效率高，能够为后续胚乳性状相关基因功能分析、胚乳细胞信号传导以及胚乳生物反应器等相关研究提供有力的技术支持。 【EN】The invention discloses a method for transiently expressing exogenous genes by using embryo milk protoplasts. The method comprises the following steps: (1) cutting gramineous crop seeds at the early stage of grouting into blocks and carrying out enzymolysis for 4-8 h; (2) adding an enzymolysis stop solution, filtering, collecting filtrate, and centrifuging to obtain a protoplast; (3) resuspending the protoplast, carrying out ice bath for 20-40 min, centrifuging to remove supernatant, and then continuing to carry out resuspension purification; (4) mixing the protoplast purified in step (3) with the plasmid, and adding PEG-Ca²⁺Standing and converting the solution for 15-30 min; (5) and continuously adding the W5 solution, uniformly mixing, centrifuging, removing the supernatant, then carrying out heavy suspension, culturing at the temperature of 20-30 ℃ for 6-18 h, centrifuging to remove the supernatant, and carrying out heavy suspension again. The endosperm protoplast prepared by the method has a large quantity, high activity and high protoplast transformation efficiency, and can provide subsequent related gene function analysis of endosperm characters, endosperm cell signal conduction, endosperm bioreactor and other related researchesTechnical support of force.