摘要：【中文】本发明提供一种组合式模具及其应用的热固型材料制造设备，包括一模座，其由一上模和一下模对合所组成，上模的上容槽和下模的下容槽在上模、下模对合时的位置为上下相对应而形成一容室，模座并有一浇道相通于容室与外部。模仁是一上半部和一下半部对合所组成，模仁具有对应容室的形体而容设于容室中，且模仁可由容室拆离，上半部和下半部分别接合在上容槽和下容槽内，模仁内在上半部和下半部对合时形成一模穴，模仁有一流道于容室内和浇道相通，可由浇道经流道而注料进入模穴内，通过模仁可设于模座且可拆离，而可达到模仁更换便利的功效。 【EN】The invention provides a combined mould and thermosetting material manufacturing equipment applied by the combined mould, which comprises a mould seat, wherein the mould seat is formed by the involution of an upper mould and a lower mould, the upper containing groove of the upper mould and the lower containing groove of the lower mould are in up-down correspondence at the position when the upper mould and the lower mould are involuted to form a containing chamber, and the mould seat is provided with a pouring channel communicated with the containing chamber and the outside. The mould core is formed by the involution of an upper half part and a lower half part, the mould core is provided with a body corresponding to the chamber and is accommodated in the chamber, the mould core can be detached from the chamber, the upper half part and the lower half part are respectively connected in the upper accommodating groove and the lower accommodating groove, a mould cavity is formed when the upper half part and the lower half part are involuted in the mould core, the mould core is provided with a flow passage which is communicated with the pouring channel in the chamber, the pouring channel can inject materials into the mould cavity through the flow passage, and the mould core can be arranged in the mould seat and can be detached through the mould core, so.

摘要：【中文】本发明公开了一种α‑亚胺类铁/钴配合物催化剂及其制备和用途，属于聚烯烃催化剂技术领域。本发明利用特定的α‑亚胺配体与铁或钴中心金属构建得到配合物催化剂。该类配合物催化剂具有单一的催化活性中心，可以通过调整配体的结构和聚合条件实现对聚合物分子量及其聚合物的微观分子结构的调控，具有催化活性高、成本低、性能稳定等优点，在工业生产中具有较大的应用前景。 【EN】the invention discloses an α -imine iron/cobalt complex catalyst, a preparation method and application thereof, belonging to the technical field of polyolefin catalysts.

摘要：【中文】本发明给出了一种用于MP4文件的方法和系统，包括获取系统分配使用的簇大小CL，读取待恢复MP4文件数据，提取待恢复MP4文件数据的moov特征码；响应于提取到moov特征码，获取moov特征码中所有的Chunk的偏移信息；计算每个Chunk所属的簇序号以及其在所属的簇内的起始的偏移位置；响应于当前簇内的Chunk数大于等于第一阈值，且基于簇内的偏移位置具有完整的Chunk解析，将当前簇作为目标簇；将目标簇和moov特征码所在的簇保存为MP4文件。该方法在数据未被覆盖的完整情况下，能够100％恢复视频数据，并保证文件的完整，实现通道按文件恢复分离。 【EN】The invention provides a method and a system for an MP4 file, which comprises the steps of obtaining the cluster size CL allocated and used by the system, reading MP4 file data to be recovered, and extracting moov feature codes of the MP4 file data to be recovered; responding to the moov feature code extraction, and acquiring offset information of all Chunk in the moov feature code; calculating the cluster serial number of each Chunk and the initial offset position of the Chunk in the cluster; responding to that the number of the chunks in the current cluster is larger than or equal to a first threshold value, and taking the current cluster as a target cluster based on that the offset position in the cluster has complete Chunk analysis; and saving the target cluster and the cluster where the moov feature code is located as an MP4 file. The method can restore the video data 100% under the condition that the data is not covered completely, ensure the completeness of the file and realize the restoration and separation of the channels according to the file.

摘要：【中文】本发明公布了一种采用真空低温冷冻干燥结合微波干燥生产食用菌方便营养汤料的方法，属于食品加工技术领域。将新鲜食用菌及鸡蛋花分别采用真空低温冷冻干燥工艺制成含水量20%左右的半成品，然后将半成品按照工艺配比装到碗（杯）中，再采用微波干燥工艺实现产品最终干燥，随即在每份汤料碗（杯）里放入调味料包后检验密封。本发明中，前期采用真空低温冷冻干燥工艺加工成半成品原料，再通过微波干燥工艺制成最终产品，减少产品中营养成分的流失，确保产品得到最好的复水性能，极大地缩短了干燥时间，降低了生产的综合能耗。另外，采用微波干燥工艺，产品干燥与杀菌得到了同步实现，还延长了产品的货架期。 【EN】The invention discloses a method for producing an edible fungus convenient nutritional soup base by combining vacuum low-temperature freeze drying with microwave drying, and belongs to the technical field of food processing. Respectively adopting vacuum low-temperature freeze drying process to make fresh edible fungus and plumeria rubra into semi-finished product whose water content is about 20%, then filling the semi-finished product into bowl (cup) according to technological ratio, adopting microwave drying process to implement final drying of product, then placing flavouring material bag into every soup material bowl (cup), checking and sealing. In the invention, the semi-finished raw materials are processed by adopting a vacuum low-temperature freeze drying process in the early stage, and then the semi-finished raw materials are prepared into the final product by a microwave drying process, so that the loss of nutritional ingredients in the product is reduced, the best rehydration performance of the product is ensured, the drying time is greatly shortened, and the comprehensive energy consumption of the production is reduced. In addition, the microwave drying process is adopted, the drying and the sterilization of the product are synchronously realized, and the shelf life of the product is prolonged.

摘要：【中文】本申请公开了一种人工智能处理器以及人工智能分析设备。其中人工智能处理器10，包括：控制模块100、USB接收模块200以及人工智能处理模块300，其中控制模块100分别与USB接收模块200和人工智能处理模块300连接，用于控制USB接收模块200和人工智能处理模块300；USB接收模块200用于接收待处理图像信息；以及人工智能处理模块300用于智能分析待处理图像信息中的目标对象。 【EN】The application discloses artificial intelligence treater and artificial intelligence analytical equipment. Wherein artificial intelligence treater 10 includes: the system comprises a control module 100, a USB receiving module 200 and an artificial intelligence processing module 300, wherein the control module 100 is respectively connected with the USB receiving module 200 and the artificial intelligence processing module 300 and is used for controlling the USB receiving module 200 and the artificial intelligence processing module 300; the USB receiving module 200 is used for receiving image information to be processed; and an artificial intelligence processing module 300 for intelligently analyzing the target object in the image information to be processed.

摘要：【中文】本发明属于炼钢工艺技术领域，涉及一种控制炉渣碱度结合中间包电磁搅拌实现轴承钢超高纯净度的冶炼方法，采用“KR‑BOF‑LF‑RH‑(带电磁搅拌的中包)‑CC”工艺路线。KR负责铁水脱硫，BOF负责脱碳、脱磷及保证一定的出钢温度，LF调节钢水成分、温度，RH及带电磁搅拌的中包负责夹杂物去除任务。转炉出钢和LF精炼时，通过控制炉渣碱度，达到抑制LF过程Al₂O₃夹杂物向低熔点钙铝酸盐转变的目的，从而实现精炼结束时钢中夹杂物处于高Al₂O₃系夹杂物的控制，然后借助RH和带电磁搅拌的中包可以高效化去除这类高熔点夹杂物，最终实现轴承钢超低氧冶炼目的，成品T.O可控制在4ppm以内。 【EN】The invention belongs to the technical field of steelmaking process, and relates to a tundish capable of controlling the alkalinity of slagThe smelting method for realizing the ultrahigh purity of the bearing steel by electromagnetic stirring adopts a process route of KR-BOF-LF-RH- (tundish with electromagnetic stirring) -CC. KR is responsible for molten iron desulphurization, BOF is responsible for decarbonization, dephosphorization and certain tapping temperature guarantee, LF adjusts molten steel composition, temperature, RH and the package that takes electromagnetic stirring is responsible for the inclusion removal task. During converter tapping and LF refining, Al in the LF process is inhibited by controlling the alkalinity of slag₂O₃The purpose of converting the inclusion into the calcium aluminate with low melting point is realized, thereby realizing that the inclusion in the steel is in high Al at the end of refining₂O₃Controlling inclusions, and then efficiently removing the high-melting-point inclusions by means of RH and a tundish with electromagnetic stirring, finally realizing the purpose of ultralow-oxygen smelting of bearing steel, wherein the T.O finished product can be controlled within 4 ppm.

摘要：【中文】本发明属于炼钢工艺技术领域，涉及一种控制低铝低钛硅铁加入时机结合中间包电磁搅拌实现轴承钢超高纯净度的冶炼方法，本发明采用“KR‑BOF‑LF‑RH‑(带电磁搅拌的中间包)‑CC”工艺路线。采用常规碱度(碱度≥5.0)进行精炼，通过控制低铝低钛硅铁合金类的加入时机，达到抑制LF过程Al₂O₃夹杂物向低熔点钙铝酸盐夹杂物转变目的，从而实现精炼结束前钢中Al₂O₃系夹杂物控制，然后借助RH真空及带电磁搅拌的中间包，高效去除Al₂O₃系夹杂物，成品T.O可控制在4ppm以内。 【EN】The invention belongs to the technical field of steelmaking processes, and relates to a smelting method for realizing ultrahigh purity of bearing steel by controlling the adding time of low-aluminum low-titanium ferrosilicon and combining with electromagnetic stirring of a tundish. Refining with conventional alkalinity (alkalinity is more than or equal to 5.0), and controlling the adding time of low-aluminum low-titanium silicon-iron alloy to inhibit Al in LF process₂O₃The purpose of converting the inclusion into the low-melting-point calcium aluminate inclusion is realized, thereby realizing the Al in the steel before the refining is finished₂O₃Controlling impurities, and efficiently removing Al by using RH vacuum and a tundish with electromagnetic stirring₂O₃The content of impurities is controlled within 4 ppm.

摘要：【中文】本发明提供一种工业遥控器，包括主控模块，用于逻辑控制和数据分析；触控显示模块，与所述主控模块通讯连接，所述触控显示模块用于人机交互的提示与引导；存储模块，与所述主控模块通讯连接，所述存储模块用于存储主控模块发送的待存储数据；预切模块，与所述主控模块通讯连接，所述预切模块用于依据配置好的数据对被检产品行操作或输出；上位机通讯模块，与所述主控模块通讯连接，用于与上位机应用通信并进行指令传送接收与响应；若干种类的信号发射模块，与所述主控模块通讯连接，所述信号发射模块用于向被检测产品发射控制信号。本发明能够通过一个工业遥控器检测多种具有不同遥控模块被检测产品。 【EN】The invention provides an industrial remote controller, which comprises a main control module, a remote control module and a data analysis module, wherein the main control module is used for logic control and data analysis; the touch display module is in communication connection with the main control module and is used for prompting and guiding human-computer interaction; the storage module is in communication connection with the main control module and is used for storing data to be stored sent by the main control module; the precutting module is in communication connection with the main control module and is used for operating or outputting a detected product line according to configured data; the upper computer communication module is in communication connection with the main control module and is used for communicating with an upper computer application and transmitting, receiving and responding instructions; and the signal transmitting modules are in communication connection with the main control module and are used for transmitting control signals to the detected product. The invention can detect a plurality of detected products with different remote control modules by one industrial remote controller.

摘要：【中文】本发明涉及铸锭加工的技术领域，更具体地，涉及一种阴极铝箔用铸锭的生产工艺，包括：S10.将含铝原材料化平形成铝液；S20.将充分混合的铝液扒渣后倒入保温炉，并在保温炉两对称位置取样检测铝液成分；S30.待两对称位置取样检测的铝液成分一致时，向保温炉内添加中间合金并搅拌均匀；S40.然后倾倒保温炉使铝液流入铸造工序；S50.铸造过程中，控制铸造参数；S60.铸造完成后，锯切得到铸锭。本发明采用普铝加高纯铝废料的搭配方式进行生产，在满足成分控制的前提下减少生产成本，根据各类中间合金的物理性质按照不同的方式进行添加，保证中间合金充分混合至铝液中，控制铸造参数，保证整个铸造过程中晶粒均匀生长及晶粒生长质量，防止铸锭产生裂纹。 【EN】The invention relates to the technical field of ingot casting processing, in particular to a production process of an ingot casting for a cathode aluminum foil, which comprises the following steps: s10, flattening an aluminum-containing raw material to form aluminum liquid; s20, slagging off the fully mixed aluminum liquid, pouring the aluminum liquid into a heat preservation furnace, and sampling and detecting the components of the aluminum liquid at two symmetrical positions of the heat preservation furnace; s30, when the components of the aluminum liquid sampled and detected at the two symmetrical positions are consistent, adding an intermediate alloy into the heat preservation furnace and uniformly stirring; s40, pouring the heat preservation furnace to enable the aluminum liquid to flow into a casting process; s50, controlling casting parameters in the casting process; and S60, after casting, sawing to obtain a cast ingot. The invention adopts a collocation mode of adding common aluminum and high-purity aluminum waste materials to produce, reduces the production cost on the premise of meeting the component control, adds the materials according to different modes according to the physical properties of various intermediate alloys, ensures that the intermediate alloys are fully mixed into molten aluminum, controls the casting parameters, ensures the uniform growth of crystal grains and the growth quality of the crystal grains in the whole casting process, and prevents the cast ingot from generating cracks.

摘要：【中文】本发明属于土壤污染修复技术领域，具体涉及一种降低设施蔬菜中镉含量的组配钝化剂及其应用。首先提供一种组配钝化剂，由羟基磷灰石和石灰按质量比10:1的比例混合均匀而成；然后提供一种组配钝化剂的应用方法，按照每千克土壤施入5.5‑16.5g上述组配钝化剂的比例，将组配钝化剂撒施于镉污染设施菜地土壤中，然后混合均匀，保持土壤水分达到设施菜地土壤最大持水量的60％‑70％，平衡14天后，进行播种；本发明显著降低了修复成本以及地下水的污染风险；与高剂量单独施用石灰相比，显著提高了修复效率；本发明原料来源广泛，制备及应用简单；并且，可显著促进蔬菜的生长，提高蔬菜的产量；易于推广，具有良好的社会经济效益。 【EN】The invention belongs to the technical field of soil pollution remediation, and particularly relates to a compounded passivator for reducing cadmium content in greenhouse vegetables and application thereof. Firstly, providing a composite passivator, which is prepared by uniformly mixing hydroxyapatite and lime according to the mass ratio of 10: 1; then providing an application method of the compounded passivating agent, spreading the compounded passivating agent into cadmium-polluted facility vegetable field soil according to the proportion of 5.5-16.5g of the compounded passivating agent applied to each kilogram of soil, then uniformly mixing, keeping the soil moisture to be 60% -70% of the maximum water holding capacity of the facility vegetable field soil, and sowing after balancing for 14 days; the invention obviously reduces the repair cost and the pollution risk of underground water; compared with the method that lime is applied independently at high dose, the repair efficiency is obviously improved; the invention has wide raw material source and simple preparation and application; moreover, the growth of the vegetables can be remarkably promoted, and the yield of the vegetables is improved; easy to popularize and has good social and economic benefits.