摘要：本发明公开了一种提高热量传输能效的桩体，包括压缩机、介质储存罐、毛细管组件、蒸发器和换热器，压缩机的出口与换热器的进口连接，换热器的出口与毛细管组件的进口连接，毛细管组件的出口与蒸发器的进口连接，蒸发器的出口与介质储存罐的进口连接，介质储存罐的出口与压缩机的进口连接，换热器和毛细管组件设置地下的桩体内，换热器用于集取地热能，蒸发器位于室内，介质储存罐用于储存循环液。本发明的提高热量传输能效的桩体，通过使用换热器和毛细管组件对浅层低温地热能进行能量转换，使建筑物桩基在满足承载性能的前提下，还能实现与地热能的高效热交换，相对于地源热泵技术，具有工期短、造价低、节约建筑用地等优势。

摘要：本申请提供了一种基于组件的大型桌面软件系统架构及实现方法，包括：对象服务管理模块、对象树结构模块、对象及其监控模块、业务组件、对象内容描述文件、事件分发模块、日志记录模块、对象IPC通讯模块，其中对象服务管理模块加载业务组件、解析该组件指定的对象内容描述文件，将对象指针存储至对象容器、并将该对象注册到对象树结构中，同时委托事件分发模块发送组件启用事件信号，业务组件接收信号请求执行启用组件事件函数，若对象服务管理模块卸载业务组件，执行停用组件事件函数，利用对象树结构模块操作和监控应用软件所有组件及其对象，以及使用IPC通讯模块实现网络不同应用程序协同工作，实现有效且灵活的开发桌面大型软件系统。

摘要：本发明提供了一种钢制安全壳封头板翻转装置及操作方法，它包括凹面存放支架和凸面存放支架，所述凹面存放支架和凸面存放支架并列布置，在两支架的中间位置固定安装有第一翻转支架和第二翻转支架，所述第一翻转支架和第二翻转支架上分别铰接有翻转夹具；所述翻转夹具包括凸面夹具体和凹面夹具体，所述凸面夹具体和凹面夹具体的两端分别通过第一连接板和第二连接板固定相连，所述第二连接板铰接在翻转支架的顶部。此装置能够借助单台吊机完成钢制安全壳封头板翻转作业，其翻转流程简单；翻转过程中可有效减少封头板的变形；且安全系数高。

摘要：【中文】本发明公开了煤岩水‑酸高压预裂软化防冲增透成套装备和方法，包括钻孔系统、测控系统、封孔系统和水‑酸耦合加压系统，钻孔系统包括坑道钻机、钻杆和钻头，测控系统包括伽马射线测井仪和钻孔窥视仪，记录钻孔位置参数、岩性、裂隙发育情况和检测预裂效果，封孔系统包括分段压裂封孔器，水‑酸耦合加压系统包括高压水泵总成、气体增压泵总成、气‑水混合管总成和多孔并行供液管网；本发明将注水和注酸相合并，增加高压二氧化碳充装泵，直接将二氧化碳气体充装到高压气水混合管中，泵后注酸，避免酸液腐蚀高压水泵，实现高压注酸，单独开启水泵，可以实现水力压裂，单独开启二氧化碳充装泵实现高压气裂，二者同时开启实现酸液压裂。 【EN】The invention discloses a coal rock water-acid high-pressure presplitting softening scour prevention permeability increase complete set of equipment and a method, wherein the coal rock water-acid high-pressure presplitting softening scour prevention permeability increase complete set of equipment comprises a drilling system, a measurement and control system, a hole sealing system and a water-acid coupling pressurization system, the drilling system comprises a tunnel drilling machine, a drill rod and a drill bit, the measurement and control system comprises a gamma ray logging instrument and a drilling peeping instrument, drilling position parameters, lithology and fracture development conditions are recorded, and a presplitting effect is detected; according to the invention, water injection and acid injection are combined, a high-pressure carbon dioxide filling pump is added, carbon dioxide gas is directly filled into a high-pressure gas-water mixing pipe, acid is injected after the pump, the high-pressure water pump is prevented from being corroded by acid liquor, high-pressure acid injection is realized, the water pump is independently started, hydraulic fracturing can be realized, the carbon dioxide filling pump is independently started to realize high-pressure gas fracturing, and the carbon dioxide filling pump and the high-pressure gas fracturing are simultaneously started to realize acid liquor fracturing.

摘要：【中文】本发明公开了一种超密集网络发射功率最小化的波束成形优化方法与装置，本发明考虑一个存在一个宏基站以及多个小基站的超密集网络，用户根据所在位置接入相应基站，通过构建以用户QoS需求以及小基站回程速率受限为约束，最小化系统的总发射功率为目标的优化问题，联合优化宏基站以及所有小基站的发射波束成形。优化过程是首先引入中间变量，迭代求解关于中间变量的优化问题，每次迭代过程中需要求解一个SDP问题，然后基于最优的中间变量，采用高斯随机化得到一系列满足原问题约束的发射波束成形作为备选解，选择其中发射功率最小的一组解作为最优发射波束成形。相较于传统迫零传输方案，本发明能够显著降低系统总发射功率。 【EN】The invention discloses a beam forming optimization method and a beam forming optimization device for minimizing the transmission power of an ultra-dense network. The optimization process is that firstly, an intermediate variable is introduced, the optimization problem about the intermediate variable is solved in an iterative mode, an SDP problem needs to be solved in each iterative process, then based on the optimal intermediate variable, a series of transmitting beam forming meeting the constraint of the original problem is obtained by adopting Gaussian randomization and serves as alternative solutions, and a group of solutions with the minimum transmitting power is selected and serves as the optimal transmitting beam forming. Compared with the traditional zero-forcing transmission scheme, the invention can obviously reduce the total transmission power of the system.

摘要：【中文】本发明公开了一种电解槽阴极方钢的切割方法及切割装置，涉及铝电解槽技术领域，主要目的是提供一种能够自动化切割电解槽内阴极方钢的切割方法。本发明的主要技术方案为：一种电解槽阴极方钢的切割方法，包括：铺设轨道，将切割本体安装在轨道上；根据电解槽施工工艺要求确定方钢的切割长度，并将切割枪移动至方钢的切割位置；点火部件对切割枪进行点火，通过控制部件对助燃气体和燃料进行调节并预热；设定方钢的切割高度参数，调整助燃气体的流量进行切割，切割枪将方钢完全切割后自动熄火；设定间距参数，并输入切割本体，切割本体移动至下一个方钢的切割位置；重复步骤3至步骤5，直至完成所有的方钢切割作业。本发明主要用于方钢切割。 【EN】The invention discloses a cutting method and a cutting device for cathode square steel of an electrolytic cell, relates to the technical field of aluminum electrolytic cells, and mainly aims to provide a cutting method capable of automatically cutting cathode square steel in the electrolytic cell. The main technical scheme of the invention is as follows: a method for cutting cathode square steel of an electrolytic cell comprises the following steps: paving a rail, and installing the cutting body on the rail; determining the cutting length of the square steel according to the construction process requirement of the electrolytic cell, and moving a cutting gun to the cutting position of the square steel; the ignition part ignites the cutting gun, and combustion-supporting gas and fuel are regulated and preheated through the control part; setting cutting height parameters of the square steel, adjusting the flow of combustion-supporting gas to cut, and automatically extinguishing after the square steel is completely cut by a cutting gun; setting a distance parameter, inputting a cutting body, and moving the cutting body to the cutting position of the next square steel; and (5) repeating the steps 3 to 5 until all the square steel cutting operations are completed. The invention is mainly used for cutting square steel.

摘要：本申请提供一种运维作业管控系统、方法及存储介质，通过获取运维作业数据(当前调度方案中每个任务的状态信息和每个运维人员的作业信息，以及资源信息)，预处理后输入预设的运维任务优化模型，输出任务优化数据，以对当前调度方案中的运维作业进行调度。这样的方式可以实时监测运维作业现场的情况，利用预设的运维任务优化模型，实现对运维作业的合理管控，有利于缩减完工期限。

摘要：【中文】本发明公开了小麦7DL染色体抗赤霉病基因紧密连锁的DNA标记及其应用。本发明提供了位于7DL染色体上与小麦抗赤霉病连锁的分子标记cau7DL278，该标记是小麦7DL染色体上抗赤霉病QTL QFhb.cau‑7DL的紧密连锁标记，且为共显性标记，连锁度高(遗传距离0.1cM)。本发现提供的分子标记具有快速、准确和高效的特点，可用来检测小麦7DL染色体上抗赤霉病QTL QFhb.cau‑7DL，快速准确地筛选具有该位点的植株，提高育种工作效率，为选育高抗赤霉病小麦品种奠定理论基础且提供分子辅助选择手段。 【EN】The invention discloses a DNA marker closely linked with wheat 7DL chromosome scab resistant gene and application thereof. The invention provides a molecular marker cau7DL278 linked with wheat scab resistance on a 7DL chromosome, which is a close linked marker of wheat scab resistance QTL QFhb.cau-7DL on the 7DL chromosome, is a co-dominant marker and has high linkage degree (genetic distance of 0.1 cM). The molecular marker provided by the discovery has the characteristics of rapidness, accuracy and high efficiency, can be used for detecting the gibberellic disease resistance QTL QFhb.cau-7DL on the 7DL chromosome of the wheat, rapidly and accurately screening the plant with the locus, improving the breeding work efficiency, laying a theoretical foundation for breeding a wheat variety with high resistance to the gibberellic disease, and providing a molecular auxiliary selection means.

摘要：【中文】本发明公开了一种风力发电机组叶根T型螺母强度校核方法，通过有限元计算分析叶根T型螺母的受力状态，考虑了螺栓孔对叶根支反力影响及螺纹啮合力的作用，得到叶根T型螺母的弯曲应力与叶根螺栓的螺杆轴向应力之间的线性关系，即T型螺母的应力修正系数；将计算的叶根螺栓螺杆轴向应力乘以应力修正系数即可得到叶根T型螺母的弯曲应力，而后再将叶根T型螺母的材料屈服强度除以叶根T型螺母的弯曲应力即可得到叶根T型螺母的强度安全系数；若叶根T型螺母的强度安全系数大于或等于1.0，表明叶根T型螺母强度满足要求，若叶根T型螺母的强度安全系数小于1.0，则叶根T型螺母强度不满足要求。本发明计算精确度满足要求，并且结果可靠。 【EN】The invention discloses a method for checking the strength of a T-shaped nut at a blade root of a wind generating set, which analyzes the stress state of the T-shaped nut at the blade root through finite element calculation, considers the influence of a bolt hole on the bearing reaction force of the blade root and the action of thread meshing force, and obtains the linear relation between the bending stress of the T-shaped nut at the blade root and the axial stress of a screw rod of a bolt at the blade root, namely the stress correction coefficient of the T-shaped nut; multiplying the calculated axial stress of the bolt and the screw of the blade root by the stress correction coefficient to obtain the bending stress of the T-shaped nut of the blade root, and then dividing the material yield strength of the T-shaped nut of the blade root by the bending stress of the T-shaped nut of the blade root to obtain the strength safety coefficient of the T-shaped nut of the blade root; if the strength safety factor of the T-shaped nut of the blade root is larger than or equal to 1.0, the strength of the T-shaped nut of the blade root meets the requirement, and if the strength safety factor of the T-shaped nut of the blade root is smaller than 1.0, the strength of the T-shaped nut of the blade root does not meet the requirement. The invention meets the requirement of calculation accuracy and has reliable result.

摘要：【中文】本发明涉及声阻材料测试技术领域，特别涉及一种声阻材料测试辅助系统，包括直线电机、支撑装置和吸音棉调节滑杆，所述直线电机与进给杆相连，所述进给杆连接精调旋钮，所述精调旋钮螺纹连接精调杆；所述吸音棉调节滑杆安装于末端阻音管内且与精调杆同轴，所述吸音棉调节滑杆上设置有标尺。本发明采用直线电机实现直线进给，通过进给杆的大量程粗调进给与精调杆小量程精确进给共同作用实现精确进给，然后通过吸音棉调节滑杆上的刻度或者红外测距装置得到进给距离，提高了测试的精度，同时降低了测试难度，缩短了测试时间，提高了测试效率。 【EN】The invention relates to the technical field of testing of sound resistance materials, in particular to an auxiliary system for testing the sound resistance materials, which comprises a linear motor, a supporting device and a sound absorption cotton adjusting slide rod, wherein the linear motor is connected with a feed rod, the feed rod is connected with a fine adjustment knob, and the fine adjustment knob is in threaded connection with a fine adjustment rod; inhale cotton slide bar of adjusting of sound and install in terminal sound blocking pipe and coaxial with the fine setting pole, inhale and be provided with the scale on the cotton slide bar of adjusting of sound. The invention adopts the linear motor to realize linear feeding, realizes accurate feeding through the combined action of large-range coarse feeding of the feeding rod and small-range accurate feeding of the fine adjustment rod, and then obtains the feeding distance through the scale on the sound-absorbing cotton adjusting slide rod or the infrared distance measuring device, thereby improving the testing precision, reducing the testing difficulty, shortening the testing time and improving the testing efficiency.