摘要：【中文】本发明涉及一种零件冲孔加工装置及方法，零件冲孔加工装置包括：第一压合机构、第二压合机构、施压组件与冲孔组件，所述第一压合机构与所述第二压合机构抵触配合，所述第一压合机构的抵触端设有用于装设零件其中一部分的第一模腔，所述第二压合机构的抵触端设有用于装设所述零件另一部分的第二模腔，所述施压组件可移动地装设在所述第一压合机构上，且所述施压组件插入所述第一模腔并与所述零件相接触，所述冲孔组件装设在所述第二压合机构上，所述冲孔组件的冲压端的尺径与所述零件所需开孔的尺径相对应，且所述冲孔组件的冲压端伸入所述第二模腔并用于与零件进行挤压。通过施加组件与冲孔组件对零件进行冲压即可一次性形成特定尺寸的加工孔。 【EN】The invention relates to a part punching processing device and a method, wherein the part punching processing device comprises: the punching mechanism comprises a first pressing mechanism, a second pressing mechanism, a pressing assembly and a punching assembly, wherein the first pressing mechanism is in abutting fit with the second pressing mechanism, a first die cavity used for installing one part of a part is formed in the abutting end of the first pressing mechanism, a second die cavity used for installing the other part of the part is formed in the abutting end of the second pressing mechanism, the pressing assembly is movably arranged on the first pressing mechanism and inserted into the first die cavity and is in contact with the part, the punching assembly is arranged on the second pressing mechanism, the size diameter of the punching end of the punching assembly corresponds to the size diameter of the hole required by the part, and the punching end of the punching assembly extends into the second die cavity and is used for extruding with the part. The processing hole with a specific size can be formed at one time by stamping the part through the applying assembly and the punching assembly.

摘要：【中文】本发明涉及一种零件锻造装置，零件锻造装置包括：第一压合本体、第二压合本体、压料组件与承压组件，所述压料组件可活动地装设在所述第一压合本体上，所述第二压合本体上开设有用于放置零件的扁位加工模腔，所述压料组件伸入所述扁位加工模腔与所述零件的其中一端相抵触，所述承压组件装设在所述第二压合本体上，且所述承压组件的承压端伸入所述扁位加工模腔与所述零件的另一端相抵触，所述扁位加工模腔的腔壁上设有过渡部，所述过渡部与零件的R角处抵触配合，所述过渡部用于增大所述零件的R角角度。上述零件锻造装置对零件进行加工处理后，零件的R角角度会进行适当的增大，从而有效避免零件在进行扁位锻造后出现破损或损坏。 【EN】The invention relates to a part forging device, comprising: the pressing component is movably arranged on the first pressing body, a flat position processing die cavity used for placing a part is arranged on the second pressing body, the pressing component stretches into the flat position processing die cavity and one end of the part is in contact, the pressure bearing component is arranged on the second pressing body, the pressure bearing end of the pressure bearing component stretches into the flat position processing die cavity and the other end of the part are in contact, a transition portion is arranged on the cavity wall of the flat position processing die cavity, the transition portion is in contact fit with the R angle of the part, and the transition portion is used for increasing the R angle of the part. After the part forging device is used for processing the part, the R angle of the part can be increased properly, so that the part is effectively prevented from being damaged or destroyed after being forged at the flat position.

摘要：【中文】本发明涉及一种防止预配料料仓粘仓的系统及工艺方法，包括低压水管路、高压水管路、仓内照明、固定料仓和活动料仓，仓内照明设置于固定料仓的顶部，低压水管路和高压水管路沿通廊墙壁下部铺设，低压水管路和高压水管路上均设有控制阀门，低压水管路与固定料仓内上部的仓内低压水管道连接，仓内低压水管道上每间隔一定距离设置一个低压水喷头，喷水方向对准固定料仓的内壁，高压水管路通过金属软管连接高压喷枪。通过高低压水配合使用，有效避免烧结供料料仓内部物料层层粘结，消除粘仓问题对生产稳定运行的冲击。且简单易行，投资少，不用专门进行停机改造，利用物料封堆停机后的短暂时间即可完成。 【EN】The invention relates to a system and a process method for preventing a pre-batching bin from being stuck to a bin, and the system comprises a low-pressure water pipeline, a high-pressure water pipeline, an in-bin lighting device, a fixed bin and a movable bin, wherein the in-bin lighting device is arranged at the top of the fixed bin, the low-pressure water pipeline and the high-pressure water pipeline are laid along the lower part of the wall of a corridor, control valves are respectively arranged on the low-pressure water pipeline and the high-pressure water pipeline, the low-pressure water pipeline is connected with the in-bin low-pressure water pipeline at the upper part in the fixed bin, a low-pressure water spray head is arranged on the low-pressure water pipeline in the bin at certain intervals. Through the cooperation of high-low pressure water, effectively avoid sintering feed bin inside material to bond layer upon layer, eliminate the impact of gluing the storehouse problem to production steady operation. The method is simple and easy to implement, has low investment, does not need special shutdown reconstruction, and can be completed within a short time after the material pile sealing shutdown.

摘要：【中文】本发明公开一种基于纳米孔技术进行基因融合检测的方法。本发明的方法通过探针捕获富集重复序列区内的融合长片段，然后基于纳米孔技术对富集的长片段进行测序。本发明的方法能够克服片段读长短、融合断点位于重复序列导致的基因融合的分析难度大、漏检和误判，实现融合基因的精确定位和快速实时检出，并大大提高检出结果的准确性，在临床水平上建立了一套基于纳米孔测序的快速融合基因检测方法。 【EN】The invention discloses a method for gene fusion detection based on a nanopore technology. The method provided by the invention captures the fused long fragments in the enrichment repetitive sequence region through a probe, and then sequences the enriched long fragments based on a nanopore technology. The method can overcome the defects of large analysis difficulty, missing detection and misjudgment of gene fusion caused by long fragment reading length and fusion breakpoint positioned in a repetitive sequence, realizes accurate positioning and quick real-time detection of the fusion gene, greatly improves the accuracy of a detection result, and establishes a set of rapid fusion gene detection method based on nanopore sequencing on a clinical level.

摘要：【中文】本发明公开基于纳米孔测序同时检测片段化核酸变异和甲基化的方法。本发明通过使用串联接头设计，解决了样品起始量不足的问题，可以将碎片化的核酸连接成长片段，大大提高纳米孔的利用率、有效读长和总体数据量，在检测核酸突变的同时还可进行修饰信息的获取，使得降解或片段化严重的核酸样品特别是肿瘤和液体活检样品中的DNA可以在纳米孔平台进行测序。 【EN】The invention discloses a nanopore sequencing-based method for simultaneously detecting fragmented nucleic acid variation and methylation. The invention solves the problem of insufficient initial amount of samples by using a serial joint design, can connect fragmented nucleic acids into long fragments, greatly improves the utilization rate of the nanopore, effectively reads length and total data volume, and can obtain modification information while detecting nucleic acid mutation, so that DNA in nucleic acid samples with serious degradation or fragmentation, particularly tumor and liquid biopsy samples, can be sequenced on a nanopore platform.

摘要：【中文】本发明属于污油泥处理技术领域，特别涉及一种油田污油泥编织袋破袋装置。该油田污油泥编织袋破袋装置的机架（1）上设置有至少2块支撑板（3），每块支撑板（3）上均设有破袋刀（2），每块支撑板（3）各有一电动推杆（4），支撑板（3）在电动推杆（4）的驱动下沿着机架（1）作开合运动使污油泥从支撑板（3）之间下落，支撑板（3）之间设置有弧形弹性杆（5），弧形弹性杆（5）随着支撑板（3）的开合作压缩上凸与放松平展的运动。本发明能提高污油泥编织袋的破袋效率，加快污油泥与编织袋的分离，而且结构简单，便于加工和操作。 【EN】The invention belongs to the technical field of sludge treatment, and particularly relates to a woven bag breaking device for oilfield sludge. Be provided with 2 at least backup pads (3) on this oil field dirty oil mud braided bag broken bagging apparatus's frame (1), all be equipped with broken bag sword (2) on every backup pad (3), every backup pad (3) respectively have an electric putter (4), backup pad (3) are done the motion of opening and shutting along frame (1) under the drive of electric putter (4) and are made dirty fatlute and fall down between backup pad (3), be provided with arc elastic rod (5) between backup pad (3), arc elastic rod (5) are along opening and shutting of backup pad (3) do the motion of compression epirelief and relaxation flat. The invention can improve the bag breaking efficiency of the woven bag of the sludge and the oil sludge, quickens the separation of the sludge and the woven bag, has simple structure and is convenient to process and operate.

摘要：【中文】一种隐藏式车内挂钩，涉及汽车零部件技术领域，所述车内挂钩安装于安装板，所述安装板上开设容纳孔，所述车内挂钩包括按动部件和固定部件；所述固定部件相对固定设置于所述安装板，所述按动部件位于所述容纳孔内；所述固定部件具有一个勾部，所述勾部位于按动部件的边界中；所述按动部件的背面底部与所述安装板枢接，当按动部件相对于安装板向内侧翻转时，所述勾部突出于所述按动部件表面。本发明的隐藏式车内挂钩，使用方便，防碰撞安全性高，实用性强。 【EN】A hidden type in-vehicle hook relates to the technical field of automobile parts, and is mounted on a mounting plate, wherein a containing hole is formed in the mounting plate, and the in-vehicle hook comprises a pressing part and a fixing part; the fixed component is relatively fixedly arranged on the mounting plate, and the pressing component is positioned in the accommodating hole; the fixed component is provided with a hook part which is positioned in the boundary of the pressing component; the bottom of the back of the pressing component is pivoted with the mounting plate, and when the pressing component turns inwards relative to the mounting plate, the hook part protrudes out of the surface of the pressing component. The hidden type vehicle interior hook is convenient to use, high in anti-collision safety and strong in practicability.

摘要：【中文】本发明公开了一种可弹性扩容的资源配给方法、装置和电子设备，包括：构建资源配给网络，所述资源配给网络中包括一个常用资源提供节点及多个扩容资源提供集群，所述扩容资源提供集群包括至少一个资源提供节点；实时获取资源需求方当前资源需求；监控所述常用资源提供节点资源可供给能力；设置扩容规则，当所述当前资源需求与所述资源可供给能力满足所述扩容规则时，调用所述扩容资源提供集群提供资源以满足所述资源需求方的所述当前资源需求。本发明通过实时监测资源需求，动态调整资源配给，使得资源提供能满足不同环境下需求方的需求，低延迟向用户提供服务，给用户更好的使用体验。 【EN】The invention discloses a resource allocation method and device capable of elastically expanding capacity and electronic equipment, wherein the method comprises the following steps: constructing a resource distribution network, wherein the resource distribution network comprises a common resource providing node and a plurality of capacity expansion resource providing clusters, and the capacity expansion resource providing clusters comprise at least one resource providing node; acquiring the current resource demand of a resource demand party in real time; monitoring resource availability of the common resource providing node; and setting a capacity expansion rule, and calling the capacity expansion resource providing cluster to provide resources to meet the current resource demand of the resource demander when the current resource demand and the resource suppliable capacity meet the capacity expansion rule. According to the invention, the resource demand is monitored in real time, and the resource allocation is dynamically adjusted, so that the resource supply can meet the demands of demands under different environments, the service is provided for the user with low delay, and the user experience is better.

摘要：【中文】本发明公开了一种文件切割传输方法、装置和电子设备。用于从第一终端和第二终端之间传输文件，包括：将位于第一终端的待上传的原文件进行切割，生在多个切割文件，记录切割信息；将所述切割文件上传至所述第二终端，同时将所述切割信息发送至所述第二终端，所述第二终端将所述切割文件存储在指定文件路径；在第二终端的数据库中记录所述切割文件对应的切割信息和文件路径信息；所述第二终端根据所述数据库记载的信息提供文件查询和下载服务。本发明能够快速、高效地进行文件传输，减少文件传输时间，提高了用户的体验。 【EN】The invention discloses a file cutting transmission method and device and electronic equipment. For transferring files from a first terminal to a second terminal, comprising: cutting an original file to be uploaded at a first terminal, generating a plurality of cut files, and recording cutting information; uploading the cut file to the second terminal, and simultaneously sending the cut information to the second terminal, wherein the second terminal stores the cut file in a specified file path; recording cutting information and file path information corresponding to the cutting file in a database of a second terminal; and the second terminal provides file query and download service according to the information recorded by the database. The invention can quickly and efficiently transmit the file, reduce the file transmission time and improve the user experience.

摘要：【中文】本发明公开了一种文件存储方法、系统、设备及计算机可读介质。本发明的文件存储系统中设置多组存储装置，包括主存储装置和备存储装置，并且设置一定的阈值，在超过阈值时，切换到备存储，并检测主存储是否已经恢复，若恢复，则切换到主存储。通过本发明公开的文件存储方法，可以自动检测，提高切换的及时性和准确性，减少人工干预成本。 【EN】The invention discloses a file storage method, a file storage system, file storage equipment and a computer readable medium. The file storage system is provided with a plurality of groups of storage devices, including a main storage device and a standby storage device, and a certain threshold value is set, when the threshold value is exceeded, the storage device is switched to the standby storage device, whether the main storage device is recovered or not is detected, and if the main storage device is recovered, the main storage device is switched to the main storage device. The file storage method disclosed by the invention can automatically detect, improve the timeliness and accuracy of switching and reduce the manual intervention cost.